TW202301375A - Inquiry assistance method, subsystems, and patient-related information display methods - Google Patents

Abstract

An inquiry assistance method, subsystems, and a patient-related information display method are applied in a medical inquiry process, wherein the inquiry assistance method includes the following steps: displaying an image, the image contains a human body, and the human body is defined as being divided into A plurality of parts; provide an index, the index is controlled to move in the image; because the index moves to the first part of the plurality of parts of the human body in the image, and the image shows the same A first set of input options list related to the first part; and because the indicator moves to one of the second parts of the plurality of parts of the human body in the image, and the image shows information related to the second part A second set of input options list.

Description

Assisting method of consultation, subsystem and display method of patient-related data

This case is about an auxiliary method for consultation, a subsystem and a display method for patient-related information, especially an auxiliary method for consultation, a subsystem and a display method for patient-related information used in the medical consultation process.

For a long time, there has been no standard process for the medical consultation process, so the completed medical consultation records usually vary with the habits of doctors or other professionals, so most medical consultation records do not have a standard format, even if there is a computer It also provides a simple electronic form for doctors or other professionals to fill in, so the existing medical consultation records cannot be immediately and effectively used in the process of machine learning. It has adverse effects on hospital visits, in-hospital teaching, convenience and efficiency of physician use, and disease analysis.

And in order to improve the deficiencies and defects of the above-mentioned technologies, developing the technical means of the present invention as described below is the main purpose of the invention of the present case. The invention in this case is mainly related to an auxiliary method of consultation, which is applied in a medical consultation process. The method includes the following steps: displaying an image, the image contains a human body, and the human body is divided into plural parts by definition; providing an index, The indicator is controlled to move in the image; as the indicator moves to a first part of the plurality of parts of the human body in the image, a first part related to the first part is displayed in the image a set of input option lists; and in response to the pointer moving to a second part of the plurality of parts of the human body in the image, a second set of input option lists related to the second part is displayed in the image.

According to the above idea, the interrogation assistance method described in this case, wherein the plurality of parts are a plurality of human body parts in an anatomy, at least one of which is further defined as a plurality of image layers to represent the For different organs or tissues, in response to the indicator moving to the first part of the plurality of parts of the human body in the image, a first layered list related to the first part is displayed in the image prior to , and after selecting a layer in the first group of layer lists, the first group of input option lists is displayed.

According to the above idea, in the interrogation assistance method described in this case, the input option list includes a chief complaint symptom input option list, a physician observation input option list, a diagnosis input option list, or a medical order treatment input option list.

According to the above idea, in the interrogation assistance method described in this case, the indicator moves in the image under the control of mouse movement, finger click, gesture movement, head movement, eyeball movement or brain wave control, and the image is a A flat image displayed on a flat-panel display.

According to the above idea, the interrogation assistance method described in this case, wherein the indicator moves in the image under the control of finger click, gesture movement, head movement, eyeball movement or brain wave, and the image is a three-dimensional image.

According to the above idea, in the interrogation assistance method described in this case, one of the plurality of subregions is defined as the plurality of image layers, which are used to represent different organs or tissues in the part as skin and subcutaneous tissue. , muscles, bones, nerves, blood vessels, and lymph.

According to the above idea, in the auxiliary method of medical inquiry described in this case, the data input from the first group of input option list or the first group of input option list will correspond to form a standard format of medical questioning data, so as to facilitate collection and use .

Another aspect of this case is a medical inquiry assistance subsystem, which is applied in a medical consultation process. The system includes: a display unit for displaying an image, the image includes a human body, and the human body is defined as a plurality of parts ; a data input unit, controlling a pointer to move in the image; and a data processing unit, connected to the display unit and the data input unit, in response to the pointer moving to the plurality of parts of the human body in the image a first part, and a first set of input option list related to the first part is displayed in the image, and the pointer moves to a second part of the plurality of parts of the human body in the image in response to the pointer , and a second set of input option list related to the second part is displayed in the image.

According to the above idea, in the interrogation assistance subsystem described in this case, the plurality of parts displayed on the display unit are a plurality of human body parts in an anatomy, at least one part of which is further defined as a plurality of image layers, It is used to represent different organs or tissues in the part, and when the indicator moves to the first part of the plurality of parts of the human body in the image, the first part related to the first part is displayed in the image A first group of layer lists, and after selecting a layer in the first group of layer lists, the first group of input option lists is displayed.

According to the above idea, in the consultation assistance subsystem described in this case, the input option list displayed on the display unit includes a chief complaint symptom input option list, a physician observation input option list, a diagnosis input option list or a medical order treatment input list of options.

According to the above idea, in the interrogation auxiliary subsystem described in this case, the index controlled by the data input unit is controlled by mouse movement, finger click, gesture movement, head movement, eyeball movement or brain wave control in the moving in the image, the image displayed by the display unit is a plane image.

According to the above idea, in the auxiliary sub-system for interrogation described in this case, the index controlled by the data input unit moves in the image under the control of finger click, gesture movement, head movement, eyeball movement or brain wave control, The image displayed by the display unit is a stereoscopic image.

According to the above idea, in the interrogation assistance subsystem described in this case, one of the plurality of partitions displayed in the image displayed on the display unit is defined as the plurality of image layers to represent The different organs or tissues in this area are skin, subcutaneous tissue, muscle, bone, nerves, blood vessels, and lymph.

According to the above conception, in the auxiliary sub-system for medical inquiry described in this case, the information input by the first group of input option list or the first group of input option list will correspond to form a standard format of medical inquiry data, so as to facilitate collection and use.

Another aspect of this case is a method for displaying patient-related data, which is applied in a medical procedure, and the method includes the following steps: displaying a first image, the first image including the identity data of a first patient; A time axis diagram is displayed in the first image in response to an instruction, the time axis diagram includes a plurality of modeling images arranged in time order along a line direction, any modeling image of the plurality of modeling images It includes information about a visit or treatment record of the first patient corresponding to a time point.

According to the above idea, in the method for displaying patient-related data described in this case, the first image further includes a time interval option, because the instruction corresponding to the time interval option is a time interval selection instruction, and in the first image The timeline diagram is shown in .

According to the above idea, the method for displaying patient-related data described in this case, wherein the medical consultation or treatment record information corresponding to the time point includes a reminder image of the first patient's symptoms, observations, tests, medical orders or medications form, and when an indicator is clicked or pointed on the modeling image, the content details of the visit or course information can be displayed.

According to the above idea, in the method for displaying patient-related data described in this case, when the indicator is clicked on the prompting diagram, the result, value, record or content of the item to which the prompting diagram belongs will appear on the screen.

According to the above idea, the method for displaying patient-related data described in this case further includes a method for estimating a future time axis, which includes the following steps: to retrieve the patient's past visits, examinations, and courses of treatment from a system database Recording data; after processing the records of the patient's past visits, examinations, and treatment courses, a piece of estimated data is generated, and the estimated data includes multiple planned points on the date in the future; The estimated data is converted into a future timeline picture and displayed, and the future timeline picture has a plurality of plan point marks on the future date to remind the doctor of the plan points that can be selected.

According to the above idea, in the display method of patient-related data described in this case, the items of the plan point can include "return consultation", "radiation", "blood test", "ultrasonic wave", "drug exhausted day" and " End of treatment date".

According to the above idea, the method for displaying patient-related data described in this case, after extracting the record data of the patient's past visits, examinations, and treatment courses from the system database, a data evaluation process is performed to generate a Patient-related examination items and possible options for treatment items, and an eye-catching screen will automatically pop up to remind the current doctor.

According to the above idea, the method for displaying patient-related data described in this case further includes a step: automatically scanning the medical records in the system database to perform another data evaluation process, to generate cases that require special care (such as failing to return to the doctor regularly) , receiving medicine), and actively display it to the system maintenance personnel or the medical staff who are operating the system, or automatically send a text message to notify the patient.

In order to have a clearer understanding of the above-mentioned idea of the present invention, a number of embodiments are specifically cited below, and detailed descriptions are given below with corresponding drawings.

In order to solve the above problems, the inventor of the present case has developed a consultation assistance method, which can be applied in the process of medical consultation. The method includes the method flow chart shown in FIG. 1A and the schematic diagram of the user interface shown in FIG. 1B. The method shown in 1A mainly includes the following steps: step 11 is to display an image 1, which includes a human body 10, and the human body 10 is divided into a plurality of parts by defined areas (as shown in the figure, the lines on the human body 10 are divided multiple parts); step 12 is to provide an indicator 11, the indicator 11 is controlled to move in the image 1; step 13 is to move the indicator 11 to one of the plurality of parts of the human body 10 in the image 1 A first part 101 (the example in this figure is the left thigh), and a first set of input option list 1010 related to the first part 101 is displayed in the image 1 . Certainly, because the indicator 11 moves to the second part 102 (the example in this figure is the right thigh) among the plurality of parts of the human body 10 in the image 1, the second part 102 corresponding to the second part is displayed in the image 1. Part 102 is associated with a second set of input option lists (not shown in this figure, but may be similar in style to the first set of input option lists 1010).

The segmentation method of the plurality of parts of the above-mentioned human body 10 can be a plurality of human body parts defined in an anatomy, and each part can also be defined as a plurality of image layers, such as different organs in the part Or tissue (content can be skin, subcutaneous tissue, muscle, bone, nerve, blood vessel, and lymph). Therefore, the method flow chart of another embodiment of the relevant interrogation assistance method can be referred to as shown in FIG. 2 . The method shown in FIG. 2 mainly includes the following steps: Step 21 is to display an image 1, which contains a human body 10, and the human body 10 is divided into a plurality of parts by a defined area (divided by lines on the human body 10 as shown in the figure) a plurality of parts); step 22 is to provide an indicator 11, and the indicator 11 is controlled to move in the image 1; step 23 is to move the indicator 11 to the first of the plurality of parts of the human body 10 in the image 1 A part 101 (the example in this figure is the left thigh), and a first group of hierarchical lists related to the first part 101 is displayed in the image 1 to represent different organs or tissues in the part. For example, when the pointer 11 moves to the human body 10 in the image 1 and the pointer 11 moves to the left thigh of the human body 10 in the image 1, the image related to the left thigh will be displayed before the image 1. A first group layer list 20, such as muscle 201 shown in Figure 1C, bones 202, ligaments 203 and other layered content, step 24 is then when the user selects a certain layer in the first group layer list ( Such as bones) and then display the first group of input option list 1010 (shown in FIG. 1B ). As for the icon 21 shown in FIG. 1B and FIG. 1C , it is a button for rotating the human body, and is used to rotate the human body 10 to the side, back or even the top surface to display selectable body parts. Of course, the same concept can also be extended to the consultation of other items to be repaired, such as automobiles and motorcycles, using graphical or modeled human bodies or mechanisms to guide the consultation, thereby achieving intelligent and fast consultation data input.

As for the content of the group of input option lists in the method of the above two embodiments, the embodiment may include a chief complaint symptom input option list, a doctor's observation input option list, a diagnosis input option list, or a medical treatment order input option list, and the like. Taking the example shown in FIG. 1B , the group of input option lists is the input option list of the chief complaint symptom of the left thigh, which includes symptom description options such as swelling, pain, numbness, itching, tingling, and soreness. In this way, the interrogation assistance method developed in this case will guide the user to quickly and intuitively find the site of interest, the different organs or tissues corresponding to the corresponding site, and the corresponding organ or tissue's chief complaint symptom input option list, physician observation Input an option list, a diagnosis input option list or a medical order treatment input option list, and the finished medical inquiry data will have uniform specifications and precise descriptions. The consultation data with a standard format can be effectively used in the follow-up machine learning process, for the communication between different doctors across hospitals, patients carrying cases to other hospitals for consultation, teaching in the hospital, the convenience and efficiency of doctors' use, and symptoms Analysis, etc. can be improved to effectively improve the lack of the above-mentioned technology. Of course, additional "other" options (not shown) can also be set in the hierarchical list or the input option list, so as to provide the user with manually inputting desired text descriptions.

The above-mentioned method can be run on an information system (such as a personal computer or a cloud system) to form a medical inquiry auxiliary subsystem as shown in FIG. 30. A data input unit 31 and a data processing unit 32. The display unit 30 is used to display an image 1 as shown in FIG. Multiple parts divided by lines on the shown human body 10). As for the data input unit 31, it can control the movement of the indicator 11 in the image 1, and the data processing unit 32 is connected to the display unit 30 and the data input unit 31 in signal, which is because the indicator 11 moves to the image 1. One of the plurality of parts of the human body 10 is a first part 101 (the example in FIG. 1B is the left thigh), and a first group of input option lists 1010 related to the first part 101 is displayed in the image 1 . Certainly, because the indicator 11 moves to the second part 102 (the example in this figure is the right thigh) among the plurality of parts of the human body 10 in the image 1, the second part 102 corresponding to the second part is displayed in the image 1. Part 102 is associated with a second set of input option lists (not shown in this figure, but may be similar in style to the first set of input option lists 1010).

In addition, the data input unit 31 can have multiple designs, so the control of the above-mentioned pointer 11 can be moved in the image 1 by the control of mouse movement, finger click or gesture movement, and when the user's hands are not When it is convenient to operate, various control devices that detect head movement, eyeball movement or brain wave changes can also be used to control the movement of the indicator 11 in the image 1 . The image 1 may be a planar image displayed on a flat-panel display, and of course, the image 1 may also be a stereoscopic image displayed in a virtual reality environment.

Please refer to FIG. 4A and FIG. 4B again, which are schematic diagrams of an embodiment of a method for displaying patient-related data and displaying images developed in this case and can run on an information system (such as a personal computer or a cloud system) or the above-mentioned consultation auxiliary subsystem. It can also be applied to medical procedures. The method includes the following steps: Step 41 is to display a first image 5 (as shown in FIG. 4B ), the first image 5 includes the identity data 51 of a first patient. Step 42 is to display a time axis diagram 52 in the first image 5 in response to an instruction, and the time axis diagram includes a plurality of modeling images 522, 523 and 524 arranged in time sequence along a line 521 , any one of the plurality of modeling images includes information about a visit or treatment record of the first patient corresponding to a time point.

And the above-mentioned first image 5 includes a time interval option 53 (of course, other screening conditions other than time can also be added, such as disease type or drug type), because the instruction corresponding to the time interval option is a period selection instruction , so the time axis diagram 52 representing the past time axis can be displayed in the first image, and the above-mentioned consultation or treatment record information can include the first patient's symptoms, observations, examinations, medical orders or medications A hint schema. In this case, when the pointer is clicked or pointed on the modeling image 522 , 523 or 524 , the system can display the details of the visit or treatment information related to the date. Please refer to Figure 5A and Figure 5B for examples of related diagrams, where Figure 5A expresses the content details of the consultation or treatment information related to the first date (the morning of May 3), which may include the main statement and observation of this period 61. Diagnosis 62, medical treatment 63, registration data 64 and registration message 65, etc. And Fig. 5B expresses the detailed content of the consultation or course of treatment information related to the second date (the morning of April 19). In addition, when the indicator is clicked on the prompt pattern, the result, value, record or content of the item to which the prompt pattern belongs will appear on the screen.

In addition to the above-mentioned examples of the past time axis, this case can also present a schematic diagram of the flow chart of the method for estimating the future time axis and a schematic diagram of screen presentation as shown in FIG. 6A and FIG. 6B . In the schematic flow chart of the method shown in Figure 6A, step 71 is to retrieve the record data of the patient's past visits, examinations and courses of treatment from the system database, and step 72 is to retrieve the records of the patient's past visits, examinations and courses of treatment. A piece of estimated data is generated after the data processing, and the estimated data includes the marks of multiple planned points on the date in the future. Step 73 is to convert the estimated data into a future time axis picture and display it. The future timeline screen 70 can be shown in FIG. 6B , with a plurality of plan points marked on the future date to remind the doctor of the plan points that can be selected, and the items of the plan points can include "return consultation", " Radiation," "Blood Test," "Ultrasound," "Out of Medication Day," and "End of Treatment Day," to name a few.

In addition, after the system retrieves the patient's past visits, examinations, and treatment records from the system database, it can also perform a data evaluation process to generate possible options for the examination items and treatment items related to the patient. And automatically jump out a striking picture to remind the doctor who is currently seeing a doctor. In addition, the system can also automatically scan the medical records in the system database to perform another data evaluation process to generate a list of patients who need special care (such as failing to return to the doctor or receive medicine regularly), and actively display it to the system maintenance The staff or the medical staff who are operating the system, or automatically send a text message to notify the patient.

To sum up, although the present invention is disclosed above with the embodiments, it is not intended to limit the present invention. Those with ordinary knowledge in the technical field of the present invention can make various changes and modifications without departing from the technical spirit and scope of the present invention. Therefore, the scope of protection of the present invention should be defined by the appended patent claims.

1: Image 10: Human body 11: Indicators 101: The first part 1010: The first set of input options list 102: Second part 20: The first set of hierarchical lists 201: muscle 202: Bones 203: Ligaments 21: icon 30: Display unit 31: data input unit 32: Data processing unit 5: First Image 51: Identity information 52: Timeline Schema 53:Time interval option 521: line 522, 523, 524: Modeling images 61: Main statement and observation 62: Diagnosis 63: Disposal by medical order 64: registration information 65: Registration message

Fig. 1A is a flow chart of the method developed by this case about the auxiliary method of consultation. FIG. 1B is a schematic diagram of the user interface in the auxiliary method of consultation developed by this case. FIG. 1C is a schematic diagram of the first layered list of the user interface developed by the present case regarding the user interface of the auxiliary method for consultation. Fig. 2 is a method flow chart of another preferred embodiment of the interrogation assistance method developed by this case. Fig. 3 is a functional block diagram of the interrogation auxiliary subsystem developed by this case. FIG. 4A and FIG. 4B are schematic diagrams of an embodiment of a method for displaying patient-related data and displaying images developed in this case that can run in an information system. FIG. 5A and FIG. 5B are the schematic diagrams of the details of the information content of the visit or course of treatment related to the first date and the details of the information content of the visit or course of treatment related to the second date developed in this case. Fig. 6A and Fig. 6B are schematic diagrams of the flow chart of the method for estimating the future time axis developed in this case and the schematic diagrams of related screen presentations.

Claims (22)

An auxiliary method for consultation, applied in a medical consultation process, the method comprises the following steps: displaying an image that includes a human body that is divided into a plurality of parts by defined divisions; providing an indicator that is controlled to move within the image; in response to the pointer moving to a first part of the plurality of parts of the human body in the image, displaying in the image a first set of input option lists related to the first part; and As the pointer moves to a second part of the plurality of parts of the human body in the image, a second set of input option lists related to the second part is displayed in the image. The medical inquiry assistance method as described in Claim 1, wherein the plurality of parts are a plurality of human body parts in an anatomy, at least one of which is further defined as a plurality of image layers to represent the different parts of the part respectively. organ or tissue, in response to the indicator moving to the first part of the plurality of parts of the human body in the image, a first group of hierarchical lists related to the first part is displayed in the image prior to, And after selecting a layer in the first layer list, the first group input option list is displayed. The consultation assistance method as described in Claim 1, wherein the input option list includes a chief complaint symptom input option list, a physician observation input option list, a diagnosis input option list, or a medical order treatment input option list. The medical inquiry assistance method as described in Claim 1, wherein the indicator moves in the image under the control of mouse movement, finger click, gesture movement, head movement, eyeball movement or brain wave control, and the image is a plane A flat image displayed on a monitor. The method for assisting medical inquiry as described in Claim 1, wherein the indicator moves in the image under the control of finger click, gesture movement, head movement, eyeball movement or brain wave, and the image is a three-dimensional image. The interrogation assistance method as described in Claim 1, wherein a certain partition in the plurality of partitions is defined as the plurality of image layers, which are used to respectively represent different organs or tissues in the part as skin, subcutaneous tissue, Muscles, bones, nerves, blood vessels, and lymph. The medical inquiry assistance method as described in claim 1, wherein the first set of input option list or the data input by the first set of input option list will correspond to form a standard format of medical inquiry data for easy collection and use. A medical consultation auxiliary subsystem, applied in a medical consultation process, the system includes: A display unit for displaying an image, the image includes a human body, and the human body is defined as a plurality of parts; a data input unit controlling a pointer to move in the image; and A data processing unit, signally connected to the display unit and the data input unit, which is displayed in the image in response to the pointer moving to one of the plurality of parts of the human body in the image. A first set of input option lists related to a part, and in response to the pointer moving to a second part of the plurality of parts of the human body in the image, one of the options related to the second part is displayed in the image The second group enters a list of options. The medical interrogation assistance subsystem as described in claim 8, wherein the plurality of parts displayed by the display unit are a plurality of human body parts in an anatomy, wherein at least one part is further defined as a plurality of image layers, used To respectively represent different organs or tissues in the part, as the indicator moves to the first part of the plurality of parts of the human body in the image, one of the first parts related to the first part is displayed in the image The first group of layer lists, and after selecting a layer in the first group of layer lists, the first group of input option lists is displayed. The consultation auxiliary subsystem as described in claim 8, wherein the input option list displayed on the display unit includes a chief complaint symptom input option list, a physician observation input option list, a diagnosis input option list, or a medical order treatment input option list. The medical inquiry assistance subsystem as described in claim item 8, wherein the index controlled by the data input unit is controlled by mouse movement, finger click, gesture movement, head movement, eyeball movement or brain wave control in the image The image displayed by the display unit is a plane image. The medical inquiry assistance subsystem as described in claim 8, wherein the indicator controlled by the data input unit moves in the image under the control of finger click, gesture movement, head movement, eyeball movement or brain wave control, the The image displayed by the display unit is a stereoscopic image. The medical inquiry assistance subsystem as described in claim 8, wherein a certain partition in the plurality of partitions displayed in the image displayed by the display unit is defined as the plurality of image layers to represent the plurality of image layers respectively The different organs or tissues in a site are skin, subcutaneous tissue, muscle, bone, nerves, blood vessels, and lymph. The medical inquiry auxiliary subsystem as described in claim item 8, wherein the data input by the first group of input option lists or the first group of input option lists will correspond to form a standard format of medical inquiry data to facilitate collection and use . A method for displaying patient-related data, applied in a medical procedure, the method includes the following steps: displaying a first image containing identity data of a first patient; A time axis diagram is displayed in the first image in response to an instruction, the time axis diagram includes a plurality of modeling images arranged in time order along a line direction, any modeling image of the plurality of modeling images It includes information about a visit or treatment record of the first patient corresponding to a time point. The method for displaying patient-related data as described in Claim 15, wherein the first image further includes a time interval option, because the instruction corresponding to the time interval option is a time period selection instruction, and in the first image The timeline diagram is displayed. The method for displaying patient-related data as described in Claim 15, wherein the medical visit or treatment record information corresponding to the time point includes a reminder pattern of the first patient's symptoms, observations, tests, medical orders or medications , and when an indicator is clicked or pointed on the modeling image, the content details of the visit or course of treatment information can be displayed. The method for displaying patient-related data as described in claim 17, wherein when the indicator is clicked on the prompt graphic, the result, value, record or content of the item to which the prompt graphic belongs will appear on the screen. The display method of patient-related data as described in claim 17, which further includes a future time axis estimation method, which includes the following steps: to retrieve the patient's past visits, examinations, and treatment records from a system database data; the patient's past visits, examinations, and treatment records are processed to produce a piece of estimated data, which contains multiple future plans on the date; and the estimated data The estimated data is converted into a future timeline picture and displayed, and the future timeline picture has a plurality of plan point marks on the future date, which is used to remind the doctor of the plan points that can be selected. The display method of patient-related data as described in claim item 19, wherein the items of the plan point can include "return consultation", "radiation", "blood test", "ultrasonic wave", "drug exhaustion day" and "course of treatment" end date". The method for displaying patient-related data as described in claim 19, wherein after the record data of the patient's past visits, examinations, and treatment courses are retrieved from the system database, a data evaluation process is further performed to generate an image corresponding to the patient Relevant inspection items and possible options for treatment items, and a striking screen will automatically pop up to remind the doctor who is currently seeing the doctor. The method for displaying patient-related data as described in claim item 19, which further includes a step: automatically scan the medical records in the system database to perform another data evaluation process, so as to generate special care (such as failing to return to the doctor regularly, Receive medicine) patient list, and actively display it to the system maintenance personnel or the medical staff who are operating the system, or automatically send a text message to notify the patient.

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