TWM638079U - Peritoneal Dialysis Smart Guidance System - Google Patents

Abstract

This creation discloses a smart guidance system for peritoneal dialysis, which includes a smart guidance platform and a user device. The smart guidance platform includes a first storage module and a first control module. The user device includes a second control module and a display module. When the second control module receives the execution command, it executes the application program to connect with the first control module and drives the display module to display the user interface. The second control module is selected according to the function option, or receives a demand command, so as to generate a request command correspondingly. When the first control module receives the request command, it transmits the peritoneal dialysis media information corresponding to the request command in the first storage module to the user device, and the user interface displays the peritoneal dialysis media information, or connects to the media platform and obtains The peritoneal dialysis information image of the media platform and the peritoneal dialysis information image are provided to the user interface for display. In this way, the peritoneal dialysis smart guidance system created in this paper can improve the self-care ability of patients.

Description

Peritoneal Dialysis Smart Guidance System

This creation is about a smart guidance system, especially a smart guidance system for peritoneal dialysis that can provide information about peritoneal dialysis.

Generally, patients with uremia or kidney disease must undergo regular dialysis due to the loss of the kidney’s detoxification function. The peritoneal dialysis machine or similar equipment or devices are used to introduce the dialysis fluid into the patient’s body, so as to transfer the waste, toxins and water in the body to the dialysis fluid. Then drain it out of the body to replace the detoxification function of the kidneys to maintain normal body functions and prevent toxic waste from accumulating in the body and affecting health.

At present, when peritoneal dialysis patients have self-care problems at home, they can only consult by telephone or read paper health textbooks; therefore, if patients cannot obtain correct information in real time or obtain detailed explanations through consultation, patients will be unable to Solve home care problems.

Therefore, how to improve the above defects has become one of the important issues to be solved in this technical field.

The technical problem to be solved in this creation is to provide a smart guidance system for peritoneal dialysis aiming at the deficiencies of the existing technology.

In order to solve the above technical problems, one of the technical solutions adopted in this creation is to provide a smart guidance system for peritoneal dialysis, which includes a smart guidance platform and at least one user device. The smart guidance platform includes at least a first storage module and a first control module. At least one first storage module stores a plurality of peritoneal dialysis media information. The first control module is connected to at least one of the first storage modules. At least one user device includes a second control module and a display module. The second control module stores an application program, the application program includes a user interface, and the user interface has multiple function options. The display module is connected to the second control module. Wherein, when the second control module receives an execution instruction, the second control module executes the application program to connect with the first control module and drives the display module to display the user interface. Wherein, the second control module is selected according to at least one of the function options, or receives a demand command, so as to generate a request command correspondingly. Wherein, when the first control module receives the request instruction, the first control module transmits at least one peritoneal dialysis media information corresponding to the request instruction in at least one first storage module to at least one user device, and the user interface displays at least one piece of peritoneal dialysis media information; or, when the first control module receives the request command, the first control module connects to a media platform, and obtains a piece of information about the media platform The peritoneal dialysis information image is provided to the user interface for display.

Preferably, the peritoneal dialysis smart guidance system further includes the media platform, which includes at least one second storage module, and at least one second storage module stores a plurality of peritoneal dialysis information images; wherein, when the first control module When the group receives the request command, the first control module is connected to at least one second storage module, and obtains at least one peritoneal dialysis information image.

Preferably, the function option is a guidance video option, and the request command is a guidance video command; wherein at least one piece of peritoneal dialysis media information is a peritoneal dialysis guidance image or an external image link, when the first control module When receiving the guidance video instruction, the first control module transmits the peritoneal dialysis guidance image to at least one user device, or, the first control module connects to the media platform according to the external image link, and obtains at least A peritoneal dialysis information image.

Preferably, the function option is a reminder option, and the request command is a health education guidance command; wherein at least one piece of peritoneal dialysis media information is a health education guidance image or an external image link, when the first control module receives When the guidance video is commanded, the first control module transmits the health education guidance image to at least one user device, or, the first control module connects to the media platform according to the external image link, and obtains at least one of the user devices Peritoneal dialysis infographic.

Preferably, the function option is a self-care option, and the request command is a care guidance command; wherein at least one of the peritoneal dialysis media information is a care guidance picture or an external image link, when the first control module receives When the care guidance instruction is issued, the first control module transmits the care guidance picture to at least one user device, or, the first control module connects to the media platform according to the external image link, and obtains at least one peritoneum A dialysis information image and at least one peritoneal dialysis information image is provided to the user interface for display.

Preferably, at least one of the first storage modules also stores at least one external website link, the function option is a website link option, and the request instruction is a link website instruction; wherein, when the first control module receives the link When a website is commanded, the first control module connects to an external website according to at least one link to the external website, and provides a website information of the external website to the user interface for display.

Preferably, the function option is a diet guidance option, the request instruction is a diet guidance instruction; wherein at least one piece of peritoneal dialysis media information is a diet guidance picture, when the first control module receives the diet guidance instruction , the first control module transmits the dietary guidance picture to at least one user device.

Preferably, the function option is a condition exclusion option, and the request command is an exclusion guidance command; wherein at least one piece of peritoneal dialysis media information is a condition exclusion picture or an external image link, when the first control module receives When the exclusion guidance instruction is issued, the first control module transmits the status exclusion picture to at least one user device, or, the first control module connects to the media platform according to the external image link, and obtains at least one peritoneum A dialysis information image and at least one peritoneal dialysis information image is provided to the user interface for display.

Preferably, the first control module includes a first processing unit and a first communication unit, and the first processing unit is connected to at least one of the first storage module and the first communication unit; wherein, the second control The module includes a second processing unit and a second communication unit, the second processing unit is connected to the display module and the second communication unit; wherein, when the second processing unit generates the request instruction, the second processing unit The unit drives the second communication unit to transmit the request command to the first communication unit, and the first communication unit transmits the request command to the first processing unit.

Preferably, at least one of the user devices further includes an input module connected to the second control module, the input module is configured to generate the demand instruction according to a touch action.

One of the beneficial effects of this creation is that the smart guidance system for peritoneal dialysis provided by this creation can pass the "smart guidance system for peritoneal dialysis including a smart guidance platform and at least one user device. The smart guidance platform includes at least one first storage module. Group and a first control module. At least one first storage module stores a plurality of peritoneal dialysis media information. The first control module is connected to at least one of the first storage modules. At least one user device includes a second control module And a display module. The second control module stores an application program, which includes a user interface, and the user interface has multiple function options. The display module is connected to the second control module. Wherein, when When the second control module receives an execution command, the second control module executes the application program to connect with the first control module and drives the display module to display the user interface. Wherein, the second control module The module is selected according to at least one of the function options, or receives a demand command, to generate a corresponding request command. Wherein, when the first control module receives the request command, the first control module will at least At least one peritoneal dialysis media information corresponding to the request command in the first storage module is sent to at least one user device, and the user interface displays at least one peritoneal dialysis media information; or, when the first control module When the group receives the request instruction, the first control module connects to a media platform, and obtains a peritoneal dialysis information image of the media platform and provides the peritoneal dialysis information image to the user interface for displaying the technical solution of ", to Improve patient self-care skills.

In order to further understand the characteristics and technical content of this creation, please refer to the following detailed description and drawings about this creation. However, the provided drawings are only for reference and explanation, and are not used to limit this creation.

The following is a description of the implementation of the "Peritoneal Dialysis Smart Guidance System" disclosed in this creation through specific specific examples. Those skilled in the art can understand the advantages and effects of this creation from the content disclosed in this specification. This creation can be implemented or applied through other different specific embodiments, and the details in this specification can also be modified and changed based on different viewpoints and applications without departing from the idea of this creation. In addition, the drawings of this creation are only for simple illustration, not according to the actual size of the depiction, prior statement. The following embodiments will further describe the relevant technical content of this creation in detail, but the disclosed content is not intended to limit the protection scope of this creation.

It should be understood that although terms such as "first", "second", and "third" may be used herein to describe various elements or signals, these elements or signals should not be limited by these terms. These terms are mainly used to distinguish one element from another element, or one signal from another signal. In addition, the term "or" used herein may include any one or a combination of more of the associated listed items depending on the actual situation.

[first embodiment]

Please refer to Fig. 1 to Fig. 5, which are respectively the structural diagram, functional block diagram, schematic diagram of the first usage state of the user device, schematic diagram of the second usage status of the user device and the user device of the peritoneal dialysis smart guidance system according to the first embodiment of the invention. The schematic diagram of the third use state. As shown in the above drawings, the first embodiment of the present invention provides a peritoneal dialysis smart guidance system Z, which includes a smart guidance platform 1 and at least one user device 2 .

Firstly, as shown in FIG. 1 and FIG. 2 , the smart guidance platform 1 may include at least one first storage module 10 and a first control module 11 . At least one first storage module 10 stores a plurality of peritoneal dialysis media information and at least one external website link. The first control module 11 is connected to at least one first storage module 10 . For example, the smart guidance platform 1 can be built in a server or a background center. The first storage module 10 can be a hard disk, memory or other types of storage devices, and the peritoneal dialysis media information can be peritoneal dialysis guidance images, health education guidance images, care guidance pictures, diet guidance pictures, condition exclusion pictures or external images Links; Among them, multiple peritoneal dialysis media information can be text, sound, picture, video or a combination thereof, and external website links can be links to websites of medical units, government units or private companies, but not limited thereto. Further, the first control module 11 may include a first processing unit 110 and a first communication unit 111 , the first processing unit 110 is connected to at least one first storage module 10 and the first communication unit 111 . The first processing unit 110 may be a processor or a circuit board with processing functions, and the first communication unit 111 may be a wired or wireless communication module.

Next, as shown in FIG. 1 to FIG. 3 , the user device 2 may include a second control module 20 and a display module 21 . The second control module 20 stores an application program A, the application program A includes a user interface A1, and the user interface A1 has a plurality of function options A10. The display module 21 is connected to the second control module 20 . For example, the user device 2 can be an electronic device, such as a mobile phone, a tablet or a computer; wherein, in this embodiment, a mobile phone is used as an example, but not limited thereto. The display module 21 can be a touch screen. Furthermore, the second control module 20 may include a second processing unit 200 and a second communication unit 201 , and the second processing unit 200 is connected to the display module 21 and the second communication unit 201 . The second processing unit 200 can be a processor or a circuit board with processing functions, and the second communication unit 201 can be a wired or wireless communication module. The second processing unit 200 can store the application program A through the memory, or the second control module 20 can also include a storage unit (not shown in the figure), the storage unit is connected to the second processing unit 200 and used to store the application Program A; wherein, the storage unit can be a hard disk, memory or other types of storage devices.

Therefore, when the second control module 20 receives an execution command, the second control module 20 executes the application program A to connect to the first control module 11 and drives the display module 21 to display the user interface A1. Wherein, the second control module 20 is selected according to at least one function option A10, or receives a demand instruction, so as to generate a request instruction correspondingly. Wherein, when the first control module 11 receives the request instruction, the first control module 11 transmits at least one peritoneal dialysis media information corresponding to the request instruction in at least one first storage module 10 to at least one user device 2, and The user interface A1 displays at least one piece of peritoneal dialysis media information; or, when the first control module 11 receives a request command, the first control module 11 connects to a media platform M, and acquires a peritoneal dialysis information image of the media platform M And the peritoneal dialysis information image is provided to the user interface A1 for display.

For example, as shown in FIG. 1 to FIG. 5 , during the actual operation of the peritoneal dialysis smart guidance system Z of the present invention, the user can obtain the information provided by the smart guidance platform 1 by operating the user device 2 . That is to say, the user can provide the second control module 20 with an execution instruction by touching the display module 21 . Then, the second control module 20 can execute the application program A according to the execution command; at this time, the second control module 20 communicates with the smart guidance platform 1 and drives the display module 21 to display the user interface A1.

Next, the display module 21 of the user device 2 will display the user interface A1, and the user interface A1 may have multiple function options A10. At this time, the user can choose from a plurality of function options A10 according to the answer he wants to seek; wherein, the plurality of function options A10 may include a guide video option, a reminder option, a self-care option, a website link option, Dietary guidance options as well as condition exclusion options.

Further, when the user wants to seek a technical video about peritoneal dialysis, the user can touch the display module 21 according to the position of the function option A10 of the instruction video option displayed on the display module 21, or the user can The demand command can be input through the display module 21, for example, input the text of "technical video" into the user interface A1; at this time, the second processing unit 200 of the second control module 20 can be based on the user's operation behavior or The input command generates a guidance video command correspondingly, and the second processing unit 200 can drive the second communication unit 201 to send the guidance video command to the first communication unit 111 of the smart guidance platform 1 . Next, the first processing unit 110 of the first control module 11 transmits the peritoneal dialysis guidance image stored in the first storage module 10 to the user device 2 according to the guidance video instruction, and displays the peritoneal dialysis guidance through the user interface A1 Videos; among them, peritoneal dialysis guidance video can be peritoneal dialysis equipment operation or other related videos (for example, continuous peritoneal dialysis technique (hand washing and changing fluid), fully automatic peritoneal dialysis technique (machine), catheter dressing technique, bathing protective cover Use films, intraperitoneal heparin dosing techniques, antibiotic dosing techniques, etc., but not limited to). Wherein, in other optional implementations, the first processing unit 110 can also be connected to the media platform M according to the external image link stored in the first storage module 10 about peritoneal dialysis guidance; and, obtain the media At least one peritoneal dialysis information image stored in the platform M (which is similar to the above-mentioned peritoneal dialysis guidance image, that is, the peritoneal dialysis information image can be peritoneal dialysis equipment operation or other related videos), and the peritoneal dialysis information image is transmitted to the user device 2, and the user device 2 can display peritoneal dialysis information images through the user interface A1.

And when the user wants to seek relevant information about peritoneal dialysis home care, the user can touch the display module 21 according to the function option A10 position of the reminder option displayed by the display module 21, or the user can borrow The demand command is input from the display module 21, for example, the text of "reminder" is input into the user interface A1; at this time, the second processing unit 200 of the second control module 20 can , and correspondingly generate a health education guidance command, and the second processing unit 200 can drive the second communication unit 201 to send the health education guidance command to the first communication unit 111 of the smart guidance platform 1 . Next, the first processing unit 110 of the first control module 11 transmits the hygiene guidance image stored in the first storage module 10 to the user device 2 according to the hygiene guidance instruction, and displays the hygiene guidance image through the user interface A1. Guidance video; among them, health education guidance video can be peritoneal dialysis-related health education videos (for example, prevention of peritonitis / management of self-care / dietitian health education / home self-injection technique teaching / dialysate clearance rate collection methods, but not in this way limit). Wherein, in other optional implementations, the first processing unit 110 may also communicate with the media platform M according to the external image link stored in the first storage module 10 about health education guidance; and obtain the media At least one peritoneal dialysis information image stored in the platform M (which is similar to the above health education guidance image, that is, the peritoneal dialysis information image can be a peritoneal dialysis related health education video), and the peritoneal dialysis information image is sent to the user device 2, The user device 2 can display peritoneal dialysis information images through the user interface A1.

And when the user wants to seek relevant health education information about peritoneal dialysis, the user can also touch the display module 21 according to the position of the function option A10 of the self-care option displayed on the display module 21, or the user The demand command can be input through the display module 21, for example, the text "self-care" can be input into the user interface A1; The input command generates a care guidance command correspondingly, and the second processing unit 200 can drive the second communication unit 201 to send the care guidance command to the first communication unit 111 of the smart guidance platform 1 . Next, the first processing unit 110 of the first control module 11 transmits the care guidance picture stored in the first storage module 10 to the user device 2 according to the care guidance instruction, and displays the care guidance picture through the user interface A1; Among them, the care guidance pictures can be related guidance pictures for self-care at home (for example, treatment of improper drainage and injection / treatment of catheter contamination, fall off and rupture / prevention of peritonitis / treatment of hemodialysis fluid / treatment of peritonitis / treatment of catheter exit tunnel infection / water control / common Q&A Medicine articles, material articles, physiology articles/interactive game divination peritonitis fortune prediction/interactive game divination catheter outlet infection fortune prediction, other technical videos: empty bag technique/drainage is not smooth twist/hand washing clearance rate collection/APD clearance rate collection/bathing use of protective cover for bathing/use of artificial anus bag for bathing, but not limited to this). Wherein, in other optional implementations, the first processing unit 110 may also communicate with the media platform M according to the external image link stored in the first storage module 10 about home health education; and obtain the media At least one peritoneal dialysis information image stored in the platform M (which can be treatment of drainage infusion/catheter contamination, shedding and rupture/prevention of peritonitis/hemodialysis fluid treatment/peritonitis treatment/catheter exit tunnel infection treatment/moisture control/common Q&A drugs Articles, Articles on Materials, Physiological Articles/Interactive Game Divination Peritonitis Fortune Prediction/Interactive Game Divination Catheter Exit Infection Fate Prediction, Other Technical Videos: Empty Bag Technique/Drainage Unsmooth Twist/Hand Washing Clearance Collection/APD Clearance Collection/Bathing Chapter Use of the bathing protective cover / use of the artificial anus bag in the shower, etc.), and transmit the peritoneal dialysis information image to the user device 2, and the user device 2 can display the peritoneal dialysis information image through the user interface A1.

And when the user wants to seek information about registration or other medical treatment, the user can touch the display module 21 according to the function option A10 position of the website link option displayed by the display module 21, or the user can borrow Input demand commands from the display module 21, for example, input the text of "network connection" into the user interface A1; at this time, the second processing unit 200 of the second control module 20 can according to the user's operation behavior or input The instruction corresponding to generate a website connection instruction, and the second processing unit 200 can drive the second communication unit 201 to send the website connection instruction to the first communication unit 111 of the smart guidance platform 1 . Next, when the first processing unit 110 of the first control module 11 receives an instruction to connect to a website, the first processing unit 110 connects to an external website E according to the external website link stored in the first storage module 10, and A website information of the external website is sent to the user device 2, and the user device 2 can display the website information of the external website through the user interface A1. Among them, the external website link can be the link of the hospital network registration / the drug inquiry link of the hospital pharmacy department / the public vaccine reservation platform link / the medical or health education test link / the screening station reservation platform link, etc., but not limited to this.

And when the user wants to seek relevant dietary information about peritoneal dialysis, the user can also touch the display module 21 according to the function option A10 position of the dietary guidance option displayed by the display module 21, or the user The demand command can be input through the display module 21, for example, input the text of "dietary guidance" into the user interface A1; at this time, the second processing unit 200 of the second control module 20 can according to the user's operation behavior or The input command generates a dietary guidance command correspondingly, and the second processing unit 200 can drive the second communication unit 201 to send the dietary guidance command to the first communication unit 111 of the smart guidance platform 1 . Next, the first processing unit 110 of the first control module 11 transmits the dietary guidance picture stored in the first storage module 10 to the user device 2 according to the dietary guidance instruction, and displays the dietary guidance picture through the user interface A1; Among them, the dietary guidance pictures can be the relevant dietary guidance pictures of peritoneal dialysis-related patients (for example, protein diet guidance/anemia diet guidance/potassium-containing food scale/phosphorus-containing food scale and video/moisture control leaflet and video/high Fat Diet Scale / Low Sodium Diet Principles / Low Sugar Diet Principles, but not limited to).

And when the user wants to seek related information about the condition elimination of the fully automatic peritoneal dialysis equipment, the user can also touch the display module 21 according to the position of the function option A10 of the condition exclusion option displayed on the display module 21, or , the user can input demand commands through the display module 21, for example, input the text of "condition elimination" into the user interface A1; at this time, the second processing unit 200 of the second control module 20 can An operation behavior or an input command generates a corresponding elimination guidance instruction, and the second processing unit 200 can drive the second communication unit 201 to send the elimination guidance instruction to the first communication unit 111 of the smart guidance platform 1 . Next, the first processing unit 110 of the first control module 11 transmits the status exclusion picture stored in the first storage module 10 to the user device 2 according to the exclusion instruction instruction, and displays the status exclusion picture through the user interface A1; Among them, the situation exclusion pictures can be related guidance pictures to assist peritoneal dialysis guidance and situation elimination (for example, APD (automatic peritoneal dialysis) on-board and reception/APD Q&A/APD common errors/APD common warning signs/APD power failure processing/APD How-To Videos/APD Installation Modem/APD First Input Activation Code, but not limited to). Wherein, in other optional implementations, the first processing unit 110 may also communicate with the media platform M according to the external image link stored in the first storage module 10 about the status exclusion; and obtain the media platform At least one peritoneal dialysis information image stored in M (it can be APD boarding and receiving/APD Q&A/APD common errors/APD common warning signs/APD power outage handling/APD operation technical video/APD installation modem/APD first input activation code and other related videos), and transmit the peritoneal dialysis information image to the user device 2, and the user device 2 can display the peritoneal dialysis information image through the user interface A1.

In addition, the intelligent guidance system Z for peritoneal dialysis created in this paper also has the function of keyword search. Further, the user can directly input relevant keywords in the user interface A1 according to the information he wants to seek (for example, input "video", "reminder", "care", "link", "diet ", "exclude", but not limited thereto); at this time, the second control module 20 of the user device 2 can be linked with the first control module 11 of the smart guidance platform 1 according to the keyword input by the user , and provide related videos, pictures or website information, etc.

In this way, the peritoneal dialysis smart guidance system Z created in this paper can not only reduce the time and frequency of patients' stay in the hospital, but also improve the self-care of peritoneal dialysis patients by providing users with relevant information on peritoneal dialysis through the above technical solutions ability, and can also obtain relevant information in real time. Moreover, the intelligent guidance platform 1 interacts with patients one-on-one, so there is no need to worry about personal privacy or questions being seen by other users.

Furthermore, the peritoneal dialysis smart guidance system Z of the present invention may further include a media platform M, which includes at least one second storage module M1, and at least one second storage module M1 stores a plurality of peritoneal dialysis information images. Wherein, when the first control module 11 receives the request command, the first control module 11 is connected to at least one second storage module M1, and obtains at least one peritoneal dialysis information image.

For example, as shown in FIG. 1 and FIG. 2 , the media platform M can be built in a server or a background center. The second storage module M1 can be a hard disk, memory or other types of storage devices. The media platform M may further include a third control module M2, and the third control module M2 may include a third processing unit M20 and a third communication unit M21. The third processing unit M20 is connected to the second storage module M1 and the third communication unit M21. The third processing unit M20 may be a processor or a circuit board with processing functions, and the third communication unit M21 may be a wired or wireless communication module.

Therefore, the first processing unit 110 can connect to the third communication unit M21 through the first communication unit 111, and make an image acquisition request to the third processing unit M20; And the peritoneal dialysis information image stored in the second storage module M1 is provided to the third processing unit M20.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Second embodiment]

Please refer to FIG. 6 , which is a schematic structural diagram of the peritoneal dialysis intelligent guidance system according to the second embodiment of the invention, and please refer to FIGS. 1 to 5 together. As shown in the above drawings, the peritoneal dialysis intelligent guidance system Z of this embodiment is roughly similar to the peritoneal dialysis intelligent guidance system Z of the above-mentioned embodiment, therefore, the settings or actions of the same components will not be repeated here. The difference between the peritoneal dialysis intelligent guidance system Z of this embodiment and the peritoneal dialysis intelligent guidance system Z of the above-mentioned first embodiment is that, in this embodiment, at least one user device 2 may further include an input module 22 connected to The input module 22 of the second control module 20 is configured to generate a demand instruction according to a touch action.

For example, as shown in FIG. 1 to FIG. 5 , when the user device 2 of the present invention is a computer device, the input module 22 can be a keyboard, a mouse or a combination thereof, or can also be other types of input devices. Therefore, the user can select the function option A10 through the input module 22, or input a textual demand command. Then, the second processing unit 200 of the second control module 20 can link with the first control module 11 of the smart guidance platform 1 according to the user's operation behavior or input instructions (same as the first embodiment above, here Not specifically described), so that the display module 21 displays peritoneal dialysis guidance images, health education guidance images, care guidance pictures, diet guidance pictures, condition exclusion pictures, peritoneal dialysis information images, home care images, website information or condition exclusion images At least one of them is for users to watch.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Third embodiment]

Please refer to FIG. 7 , which is a schematic view of the usage state of the user device of the peritoneal dialysis smart guidance system according to the first embodiment of the invention, and please refer to FIGS. 1 to 6 together. As shown in the above drawings, the peritoneal dialysis intelligent guidance system Z of this embodiment is roughly similar to the peritoneal dialysis intelligent guidance system Z of the above-mentioned embodiments, therefore, the settings or actions of the same components will not be repeated here. The difference between the peritoneal dialysis intelligent guidance system Z of this embodiment and the peritoneal dialysis intelligent guidance system Z of the above-mentioned embodiments is that in this embodiment, the user interface A1 included in the application program A can also have multiple secondary Option A11.

Therefore, as shown in FIG. 1 to FIG. 7, the peritoneal dialysis intelligent guidance system Z of the present invention touches one of the function options A10 in the user interface A1 by the user, or the user uses the display module 21 or the input module When the group 22 inputs a demand command, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate a plurality of secondary options A11 according to the user's operation behavior or the input command, and display the secondary options A11 through the display module 21 show.

Then, the user can choose from multiple secondary options A11 according to the answer he wants to seek; when the user touches one of the secondary options A11 displayed on the display module 21, the second control module The group 20 can correspondingly generate a request instruction according to the secondary option A11 being clicked. Next, when the first control module 11 receives the request instruction, the first control module 11 transmits at least one peritoneal dialysis media information corresponding to the request instruction in at least one first storage module 10 to the user device 2, and via The user interface A1 displays peritoneal dialysis media information; or, the first control module 11 can connect to the media platform M, obtain at least one peritoneal dialysis information image from the media platform M, and provide the peritoneal dialysis information image to the user interface A1 for display.

Further, when the user touches the function option A10 of the guidance video option displayed on the display module 21, or the user inputs the text of "technical video" into the user interface through the display module 21 or the input module 22 When in A1, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate multiple secondary options A11 according to the user's operation behavior or input instructions; wherein, the multiple secondary options A11 It may include functional options such as hand washing and liquid replacement, machine operation, dressing changing technology, bathing protective cover, heparin dosing, antibiotic dosing technology, etc., but is not limited thereto. Wherein, when the user touches the function option A10 of the reminding option displayed by the display module 21, or the user inputs the text of "reminder" into the user interface A1 through the display module 21 or the input module 22, The second processing unit 200 of the second control module 20 can drive the user interface A1 to generate a plurality of secondary options A11 according to the user's operation behavior or input command; wherein, the multiple secondary options A11 can include prevention of peritonitis , management of self-care, nutritionist health education, home self-injection teaching, teaching videos, clearance rate collection teaching and other functional options, but not limited thereto. Wherein, when the user touches the function option A10 of the self-care option displayed on the display module 21, or the user inputs the text "self-care" into the user interface A1 through the display module 21 or the input module 22 At this time, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate multiple secondary options A11 according to the user's operation behavior or input instructions; wherein, the multiple secondary options A11 can include Catheter-related issues, dialysate assessment, infection-related issues, home common problems, fortune-telling peritonitis fortune prediction, fortune-telling catheter outlet infection prediction, catheter outlet self-assessment components, other technical videos and other functional options, but not limited thereto. Wherein, when the user touches the function option A10 of the website connection option displayed by the display module 21, or the user inputs the text of "Internet connection" into the user interface A1 through the display module 21 or the input module 22 In the middle, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate a plurality of secondary options A11 according to the user's operation behavior or input instructions; wherein, the multiple secondary options A11 can be Including online registration, drug inquiry, small topic test, screening station appointment and other functional options, but not limited thereto. Wherein, when the user touches the function option A10 of the diet guidance option displayed on the display module 21, or the user inputs the text of "diet guidance" into the user interface A1 through the display module 21 or the input module 22 At this time, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate multiple secondary options A11 according to the user's operation behavior or input instructions; wherein, the multiple secondary options A11 can include Protein diet for peritoneal dialysis, anemia diet for peritoneal dialysis, principles of potassium intake for peritoneal dialysis, low phosphorus diet for peritoneal dialysis, water-restricted diet for peritoneal dialysis, low-sodium diet for peritoneal dialysis, high blood fat diet for peritoneal dialysis, low-sugar diet for peritoneal dialysis, etc. functional options, but not limited to. Wherein, when the user touches the function option A10 of the condition elimination option displayed on the display module 21, or the user inputs the text of "condition elimination" into the user interface A1 through the display module 21 or the input module 22 At this time, the second processing unit 200 of the second control module 20 can drive the user interface A1 to generate multiple secondary options A11 according to the user's operation behavior or input instructions; wherein, the multiple secondary options A11 can include APD on-boarding and receiving, APD Q&A, APD common errors, APD common warnings, APD power outage handling, APD operation technical videos, APD installation modem, APD first input activation code and other functional options, but not limited to this.

Next, when the user touches one of the secondary options A11 displayed on the display module 21, the second control module 20 of the user device 2 can be linked with the first control module 11 of the smart guidance platform 1 (similar to the aforementioned first control module 11). One embodiment is the same and will not be specifically described here), so as to display peritoneal dialysis guidance images, health education guidance images, care guidance pictures, diet guidance pictures, condition elimination pictures, peritoneal dialysis information images, and home care images through the display module 21 , website information, or status exclusion images for users to view.

However, the above-mentioned example is only one possible embodiment and is not intended to limit the present invention.

[Advantageous Effects of Embodiment]

One of the beneficial effects of this creation is that the smart guidance system Z for peritoneal dialysis provided by this creation can pass through "the smart guidance system Z for peritoneal dialysis includes a smart guidance platform 1 and at least one user device 2. The smart guidance platform 1 includes at least A first storage module 10 and a first control module 11. At least one first storage module 10 stores a plurality of peritoneal dialysis media information. The first control module 11 is connected to at least one first storage module 10. At least one The user device 2 includes a second control module 20 and a display module 21. The second control module 20 stores an application program A, and the application program A includes a user interface A1, and the user interface A1 has multiple function options A10. The display module 21 is connected to the second control module 20. Wherein, when the second control module 20 receives an execution command, the second control module 20 executes the application program A to connect the first control module 11, and Drive the display module 21 to display the user interface A1. Wherein, the second control module 20 is selected according to at least one function option A10, or receives a demand instruction to generate a corresponding request instruction. Wherein, when the first control module When the group 11 receives the request instruction, the first control module 11 transmits at least one peritoneal dialysis media information corresponding to the request instruction in at least one first storage module 10 to at least one user device 2, and the user interface A1 displays at least one peritoneal dialysis media information; or, when the first control module 11 receives the request command, the first control module 11 connects to a media platform M, obtains a peritoneal dialysis information image of the media platform M and provides the peritoneal dialysis information image Display to the user interface A1" technical solution to enhance the patient's self-care ability.

Furthermore, the peritoneal dialysis intelligent guidance system Z of this creation can provide users with relevant information on peritoneal dialysis through the cooperation of the user device 2 and the intelligent guidance platform 1 through the above-mentioned technical solutions, which can not only reduce the number of patients in the hospital The duration and number of stays can also improve the self-care ability of peritoneal dialysis patients, and also provide patients with real-time access to relevant information. Moreover, the intelligent guidance platform 1 interacts with patients one-on-one, so there is no need to worry about personal privacy or questions being seen by other users.

The content disclosed above is only the preferred feasible embodiment of this creation, and does not limit the scope of patent application for this creation. Therefore, all equivalent technical changes made by using the instructions and drawings of this creation are included in the application of this creation. within the scope of the patent.

Z: peritoneal dialysis smart guidance system 1: Smart guidance platform 10: The first storage module 11: The first control module 110: The first processing unit 111: The first communication unit 2: User device 20: Second control module 200: second processing unit 201: The second communication unit 21: Display module 22: Input module A: Apps A1: User Interface A10: Function options A11: Secondary option E: External website M: Media Platform M1: Second storage module M2: The third control module M20: The third processing unit M21: The third communication unit

FIG. 1 is a schematic structural diagram of a peritoneal dialysis intelligent guidance system according to the first embodiment of the invention.

FIG. 2 is a functional block diagram of the peritoneal dialysis intelligent guidance system according to the first embodiment of the invention.

FIG. 3 is a schematic diagram of a first usage state of a user device of the peritoneal dialysis smart guidance system according to the first embodiment of the present invention.

FIG. 4 is a schematic diagram of a second usage state of the user device of the peritoneal dialysis smart guidance system according to the first embodiment of the present invention.

FIG. 5 is a schematic diagram of a third usage state of the user device of the peritoneal dialysis smart guidance system according to the first embodiment of the present invention.

FIG. 6 is a schematic structural diagram of a peritoneal dialysis intelligent guidance system according to the second embodiment of the invention.

FIG. 7 is a schematic diagram of the use state of the user device of the peritoneal dialysis smart guidance system according to the first embodiment of the present invention.

Z: peritoneal dialysis smart guidance system

1: Smart guidance platform

2: User device

21: Display module

M: Media Platform

Claims (10)

A peritoneal dialysis intelligent guidance system, which includes: A smart guidance platform, which includes: at least one first storage module, which stores a plurality of peritoneal dialysis media information; and a first control module connected to at least one of the first storage modules; and At least one user device comprising: A second control module, which stores an application program, the application program includes a user interface, and the user interface has a plurality of function options; and a display module connected to the second control module; Wherein, when the second control module receives an execution command, the second control module executes the application program to connect with the first control module and drives the display module to display the user interface; Wherein, the second control module is selected according to at least one of the function options, or receives a demand command, so as to generate a request command correspondingly; Wherein, when the first control module receives the request instruction, the first control module transmits at least one peritoneal dialysis media information corresponding to the request instruction in at least one first storage module to at least one user device, and the user interface displays at least one piece of peritoneal dialysis media information; or, when the first control module receives the request command, the first control module connects to a media platform, and obtains a piece of information about the media platform The peritoneal dialysis information image is provided to the user interface for display. The peritoneal dialysis intelligent guidance system as described in claim 1, further includes the media platform, which includes at least one second storage module, and at least one second storage module stores a plurality of peritoneal dialysis information images; wherein, when the When the first control module receives the request command, the first control module is connected to at least one second storage module, and obtains at least one peritoneal dialysis information image. The peritoneal dialysis intelligent guidance system as described in claim 2, wherein the function option is a guidance video option, and the request command is a guidance video command; Wherein, at least one of the peritoneal dialysis media information is a peritoneal dialysis guidance image or an external image link, when the first control module receives the guidance video instruction, the first control module sends the peritoneal dialysis guidance image to At least one user device, or the first control module is connected to the media platform according to the external image link, and obtains at least one peritoneal dialysis information image. The peritoneal dialysis smart guidance system as described in claim 2, wherein the function option is a reminder option, and the request instruction is a health education guidance instruction; Wherein, at least one of the peritoneal dialysis media information is a health education guidance image or an external image link, when the first control module receives the guidance video instruction, the first control module sends the health education guidance image to at least A user device, or the first control module connects to the media platform according to the external image link, and acquires at least one peritoneal dialysis information image. The peritoneal dialysis intelligent guidance system as described in claim 2, wherein the function option is a self-care option, and the request instruction is a care guidance instruction; Wherein, at least one of the peritoneal dialysis media information is a care guidance picture or an external image link, when the first control module receives the care guidance instruction, the first control module sends the care guidance picture to at least one The user device, or the first control module is connected to the media platform according to the external image link, and obtains at least one peritoneal dialysis information image and provides at least one peritoneal dialysis information image to the user interface for display. The peritoneal dialysis smart guidance system as described in claim 1, wherein at least one of the first storage modules also stores at least one external website link, the function option is a website link option, and the request instruction is a link website instruction; Wherein, when the first control module receives the link website instruction, the first control module connects to an external website according to at least one external website link, and provides a website information of the external website to the user The interface is displayed. The smart guidance system for peritoneal dialysis as described in claim 1, wherein the function option is a diet guidance option, and the request instruction is a diet guidance instruction; Wherein, at least one piece of peritoneal dialysis media information is a diet guidance picture, and when the first control module receives the diet guidance instruction, the first control module transmits the diet guidance picture to at least one user device. The peritoneal dialysis intelligent guidance system as described in claim 1, wherein the function option is a condition exclusion option, and the request instruction is an exclusion guidance instruction; Wherein, at least one piece of the peritoneal dialysis media information is a situation exclusion picture or an external image link, when the first control module receives the exclusion guidance instruction, the first control module sends the situation elimination picture to at least one The user device, or the first control module is connected to the media platform according to the external image link, and obtains at least one peritoneal dialysis information image and provides at least one peritoneal dialysis information image to the user interface for display. The smart guidance system for peritoneal dialysis according to claim 1, wherein the first control module includes a first processing unit and a first communication unit, and the first processing unit is connected to at least one of the first storage module and the A first communication unit; wherein, the second control module includes a second processing unit and a second communication unit, and the second processing unit is connected to the display module and the second communication unit; Wherein, when the second processing unit generates the request command, the second processing unit drives the second communication unit to transmit the request command to the first communication unit, and the first communication unit transmits the request command to the first processing unit. The peritoneal dialysis smart guidance system according to claim 1, wherein at least one of the user devices further includes an input module connected to the second control module, and the input module is configured to generate The demand command.

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