TW201823964A - Device, system, and method and computer program product for visualized feeling information generating - Google Patents

Abstract

This disclosure is related to a device, method and computer program product for visualized feeling information generator. The device includes a touch screen and a communication unit, and further includes: a finite boundary generating module to generate a finite boundary pattern for enabling the finite boundary pattern can be touched and generates a color block pattern; a feeling type and color block generating module for generating a plurality of color block items; a feeling coordinate recording module to record a group of color block label and painted coordinates; and a data transmission module to create a connection with a server to transmit the group of color block and painted coordinates; wherein the color block items is selected to generate a color block label and the color block label is coded with a coordinate been touched as the group of color block label and painted coordinates for transmitting to the sever.

Description

 Image sensory information generating device, system and method, and computer program product thereof  

The present invention relates to a sensory information generating apparatus, and more particularly to an image sensing information generating apparatus, system and method, and computer program product thereof.

The mobile medical era has arrived. In response to the demand for mobile medical care, many mobile medical applications have been developed. Among them, the image classification method has also begun to be applied to mobile devices. At present, the most common method is to use the block method, that is, to distinguish the image of the human body with the head, shoulders, chest, waist, genitals, buttocks, thighs, and calves. Then, let people choose the classification of the diseases related to their own diseases, and then select relevant medical knowledge and physicians, etc., in order to achieve the function of online medical treatment.

However, for the specific description of various sensations (such as nine sensations: cold, heat, pain, pain, acid, numbness, swelling, swelling), no effective and easy-to-implement method has been found.

Therefore, it is necessary to develop an image-based sensory information generating device and method, so that the average person can draw the sensory information in a simple and graphical manner, and then upload it to the server or the doctor, and let the system or the doctor judge. The meaning of the relevant information of the feelings can further help the patients to carry out preliminary disease screening actions, so that patients can find the most suitable medical department, for example, Chinese medicine, Western medicine, and various alternative medical treatments.

In view of the above, the present invention provides an image sensory information generating device, system and method, and computer program product thereof, which use a sensory category and color block generating module to generate different color block generating options, thereby allowing each color block to be used. Corresponding to a color block mark, and then combining the color block mark and the touch coordinate code into "color block mark and drawn coordinate group", the coordinates of the sensed feeling and the "human body feeling map" corresponding to the position of the human body can be faithfully recorded, and then Faithfully present this information to the doctor.

The invention provides an image sensory information generating device, comprising: a memory, a communication unit, a touch screen, a processing unit, a limit boundary generating module, a sensory category and a color block generating module, a sensory coordinate recording module, and a data transmission. Module. Wherein, the memory stores at least one color block mark and the coordinate group to be drawn. The touch screen is configured to display a limit boundary pattern and a plurality of color block generation options, and accept at least one touch signal in the limit boundary pattern. The boundary generation module is defined to generate the restriction boundary pattern so that a touch pattern can be generated within the restriction boundary pattern to generate a color block pattern. The sensor category and color block generation module generates the color block generation option. The sensory coordinate recording module records the color block mark and the plotted coordinate group. The data transfer module establishes a connection with a server by the communication unit to transmit the color block mark and the drawn coordinate group. The processing unit is connected to the memory, the touch screen and the communication unit, and after the color block generation option is selected, a color block mark is generated, and the color block mark is co-coded with the coordinate corresponding to the at least one touch signal. The color block mark and the coordinate group are drawn, and are uploaded to the server after receiving an upload instruction.

The invention further provides an image sensing information generating device, comprising: a memory, a communication unit, a touch screen, a processing unit, a limit boundary generating module, a sensory category and a color block generating module, a sensory coordinate generating module, and a data. Transfer module. The memory stores at least one color block mark and a coordinate group to be drawn. The touch screen is used to display a limited boundary pattern and at least one color block generation option. The limit boundary generation module generates the limit boundary pattern so that a touch pattern can be generated within the limit boundary pattern to generate a color block pattern. The sense category and patch generation module generates the patch generation option. The sensory coordinate generation module generates the color patch pattern corresponding to the drawn coordinate group according to each of the color block marks. The data receiving module establishes a connection with a server by the communication unit to receive the color block mark and the drawn coordinate group. The processing unit connects the memory, the touch screen and the communication unit, and downloads the color block mark and the drawn coordinate group by the server after receiving a download command.

The present invention further provides an image sensing information generating method, which is applied to a device, the device comprising a touch screen and a communication unit, the method comprising: generating a limit boundary pattern and a plurality of sensor categories and color block options, so that The plurality of color block patterns can be generated by touching the limited boundary pattern; receiving an instruction of one of the sensing categories and color block options to generate a corresponding one color block mark; receiving at least one touch coordinate, generating The color block pattern corresponding to the touch coordinates is in the restricted boundary pattern on the touch screen; the color block mark and the touch coordinate are mixed and encoded into a color block mark and a coordinate group to be drawn; and receiving After an upload instruction, the color block mark and the drawn coordinate group are uploaded to a server.

The present invention further provides a method for generating an image sensory information, which is applied to a device, the device comprising a touch screen and a communication unit, the method comprising: selecting a target user to generate a download instruction; and downloading the target corresponding to the target At least one color block mark of the user and the coordinate group to be drawn; generating a limit boundary pattern and a plurality of sense categories and color block options; and a plurality of color block marks and drawn coordinates corresponding to the sense categories and color block options The group draws a plurality of color patch patterns as a human body map on the restricted boundary pattern.

The present invention further provides a computer program product for use in a device, the device comprising a touch screen and a communication unit, the computer program product comprising: a limit boundary generating module, generating a limit boundary pattern to make the limit boundary pattern Within the touch, a color block pattern is generated; a sensory category and color block generating module generates a plurality of color block generating options; a sensory coordinate recording module records a color block mark and a drawn coordinate group; and a data a transmitting module, connecting a server to transmit the color block mark and the drawn coordinate group; wherein, after the color block generating option is selected, a color block mark is generated, and the color block mark is touched by the at least one The coordinates corresponding to the signal are coded together as the color block mark and the coordinate group to be drawn, and uploaded to the server.

The present invention further provides a computer program product for use in a device, the device comprising a touch screen and a communication unit, the computer program product comprising: a limit boundary generating module, generating a limit boundary pattern to make the limit boundary pattern A touch pattern can be generated to generate a color block pattern; a sensory category and color block generating module generates a plurality of color block generating options; a sensory coordinate generating module that draws the received one color block mark and the drawn coordinate group And a data transmission module, and a data connection module is connected to a server to receive the color block mark and the coordinate group to be drawn.

The invention further provides a computer readable recording medium for recording an application, the application being installed on a device comprising a touch screen and a communication unit, the computer readable recording medium comprising: a limit boundary generation module; Generating a restricted boundary pattern to enable a touch pattern to be generated within the restricted boundary pattern; a sense category and a color block generating module to generate a plurality of color block generating options; a sensory coordinate recording module to record a color a block mark and a coordinate group to be drawn; and a data transfer module, connected to a server to transmit the color block mark and the drawn coordinate group; wherein, after the color block generation option is selected, a color block mark is generated. The color block mark is encoded together with the coordinate corresponding to the at least one touch signal as the color block mark and the drawn coordinate group, and uploaded to the server.

The invention further provides a computer readable recording medium for recording an application, the application being installed on a device comprising a touch screen and a communication unit, the computer readable recording medium comprising: a limit boundary generation module; Generating a restricted boundary pattern to enable a touch pattern to be generated within the restricted boundary pattern; a sense category and a color block generating module to generate a plurality of color block generating options; a sensory coordinate generating module, The received one color block mark and the drawn coordinate group are drawn as a human body feeling map; and a data transfer module is connected with a server to receive the color block mark and the drawn coordinate group.

The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

10‧‧‧User-end mobile device

11‧‧‧Processing unit

12‧‧‧Touch screen

13‧‧‧Communication unit

14‧‧‧ memory

15‧‧‧Application

15A‧‧‧User-side image-based sensory information generation application

15B‧‧‧Doctor-side imagery sensory information generation application

16‧‧‧Data Transmission Module

17‧‧‧Restricted boundary generation module

18‧‧‧Feeling category and color block generation module

19A‧‧‧Feeling coordinate recording module

19B‧‧‧Feeling coordinate generation module

21A, 21B‧‧‧Restricted border pattern

22A, 22B, 22C, 22D, 22E‧‧‧Feeling categories and color blocks

23‧‧‧The first feeling point

24‧‧‧Second feeling point

24B‧‧‧ fourth feeling point

25‧‧‧ third feeling point

26‧‧‧Completion options

27A, 27B, 27C, 27D‧‧‧ User Information

28‧‧‧Remove options

30‧‧‧Server

40‧‧‧Doctor-end mobile device

50‧‧‧Internet

Step S101‧‧‧Executing an image sensory information generation application

Step S102‧‧‧ Generate Limit Boundary Pattern and Sensing Category and Color Block Options

Step S103‧‧‧Receive the user to select the feeling category and color block option

Step S104‧‧‧ Record at least one color block mark and the drawn coordinate group

Step S105‧‧‧ Receive upload instruction

Step S106‧‧‧Transfer the color block mark and the drawn coordinate group to the server

Step S111‧‧‧Executing an image sensory information generation application

Step S112‧‧‧ select the target user and generate a download command

Step S113‧‧‧ Download color block mark and drawn coordinate group

Step S114‧‧‧ Generate Limit Boundary Pattern and Sensing Category and Color Block Options

Step S115‧‧‧Draw a human body map on the restricted boundary pattern according to the color block mark and the drawn coordinate group

Fig. 1A is a block diagram showing the system function of the image sensory information generating apparatus of the present invention.

Fig. 1B is a block diagram showing another system function of the image sensory information generating apparatus of the present invention.

FIG. 2A is a system architecture diagram of the user-end mobile device and the doctor-end mobile device of the present invention.

FIG. 2B is a schematic diagram of a human body feeling diagram of a touch screen screen of the user-end mobile device of the present invention.

FIG. 3A is a functional block diagram of the user-side image sensing information generating application 15A of the present invention.

Fig. 3A is a functional block diagram of the doctor-side image sensing information generating application 15B of the present invention.

FIG. 3B is still another embodiment of a functional block diagram of the image sensory information generating application of the present invention.

Fig. 4A is a flow chart of the image sensing information generating application 15A of the user side of the present invention.

Fig. 4B is a flow chart of the doctor's visualized feeling information generating application 15B of the present invention.

FIG. 5A-5H is a detailed explanatory diagram of an embodiment of a user-side image sensory information generating apparatus and method of the present invention.

6A-6C is a detailed explanatory diagram of an embodiment of a doctor-side image sensory information generating apparatus and method of the present invention.

7A and 7B are still another embodiment of the flowchart of the image sensing information generating application 15A of the user side of the present invention.

8A-8B, still another embodiment of the flowchart of the user-side image sensing information generating application 15A of the present invention.

9A-9E, a specific embodiment of the contents of the database 60 of the present invention.

The invention uses but is not limited to a personal computer (PC), a notebook computer (Laptop/Notebook/Portable Computer), a smart phone (Smartphone), a tablet PC (Tablet PC), etc., and is equipped with a touch screen and wireless communication. The apparatus and method of the present invention can be applied to the unit of the unit.

The invention provides an image sensory information generating device, system and method and computer program product thereof, which use a sensory category and color block generating module to generate different color block generating options, so that each color block corresponds to one color block. Mark, and then combine the color block mark and the touch coordinate code into "color block mark and drawn coordinate group", which can faithfully record the sensed coordinates and the "human body map" corresponding to the human body position, and then faithfully present to the doctor. This information.

Referring to FIG. 1A, an embodiment of a functional block diagram of the image sensory information generating system of the present invention includes a client-side mobile device 10, an Internet 50, a server 30, and a database 60. Referring to FIG. 1B, another embodiment of the system function block diagram of the present invention increases the configuration of the physician-end mobile device 40. In the embodiment of FIG. 1A, an architecture for generating imaged sensory information to the server 30 using only the client-side mobile device 10 is illustrated; in the embodiment of FIG. 1B, the user terminal is illustrated. The mobile device 10 generates graphical sensation information to the server 30 and the architecture of the physician-side mobile device 40.

In other words, the present invention can realize the generation of image sensing information and the restoration of image sensing information through two different architectures. Through the embodiment of FIG. 1B, the doctor can grasp the visualized sensory information generated by the user-end mobile device 10 through the doctor-side mobile device 40. Through the embodiment of FIG. 1A, the server 30 can grasp the imaged sensory information generated by the user-end mobile device 10.

Next, please refer to FIG. 2A, which illustrates a system architecture diagram of the client-side mobile device 10 and the doctor-side mobile device 40 (for example, a personal computer (PC), a notebook computer (Laptop/Notebook/Portable Computer), a smart phone. (Smartphone), tablet PC (etc.), etc., including: memory 14, communication unit 13, touch screen 12 and processing unit 11. In the memory 14, an application 15 is installed. In the user-side mobile device 10, it is a user-side image sensing information generating application 15A; and in the doctor-side mobile device 40, it is a doctor-side image sensing information generating application 15B. The touch screen 12 is configured to display a limit boundary pattern and a plurality of color block generation options, and accept at least one touch signal in the limit boundary pattern.

The memory 14 is responsible for storing at least one color block mark and the drawn coordinate group. As shown in FIG. 2B, the user end mobile device 10 is equipped with a user end image sensing information generating application 15A on the touch screen 12. A "pain detection" is displayed, and a restriction boundary pattern 21A of the front contour map of the human body is generated. At the same time, six sensory categories and color blocks 22A, 22B, 22C, 22D, 22E, and 22F are generated, which represent pain, hemp, acid, bloating, halo, nausea, and the like, and pain or discomfort. Each sensory category and color block can be represented by different colors, or different patterns can be used, and the same color and different width can be used. In this embodiment, it is represented by a different pattern.

In the embodiment of FIG. 2B, the user draws a plurality of color block marks and corresponding corresponding coordinate groups on the touch screen 12 to form a "human body map", which includes a plurality of color block marks and is Draw a coordinate group: such as the pattern of the first sensory point 23 (pain point pattern), which draws the pain point by means of a large image point, so that the user can clearly see the position of the pain point; The "color block mark and the drawn coordinate group" of the sense category and color block 22A (pain). The pattern of the second sensory point 24, 24B (acid dot pattern) is to draw the acid point by means of large dots, so that the user can clearly see the position of the acid point; after drawing, it will produce the corresponding sensory category and color. Block 22C "Color Block Markers and Coordinate Groups Being Drawn". The pattern of the third sensory point 25 (pitting pattern) is to draw the pitting point by means of a thinner point, so that the user can clearly see the range of hemp; after drawing, the corresponding category and color block 22B will be generated. "Color Block Markers and Coordinate Groups Being Drawn". In the user-side image sensing information generating application 15A, they can be collectively stored in the same "color block mark and drawn coordinate group" of the sense category and color block 22C.

The communication unit 13 is responsible for uploading and downloading data to and from the server 30 via the Internet 50. The processing unit 11 is connected to the memory 14, the touch screen 12 and the communication unit 13, and generates a color block mark after the color block generation option is selected, and encodes the color block mark and the coordinate corresponding to the touch signal as a color block mark and The coordinate group is drawn and uploaded to the server 30 after receiving an upload command.

As can be seen from the embodiment of FIG. 2B, after each color block mark and the drawn coordinate group are selected by each color block generation option, the same plurality of color block marks and the drawn coordinates are collectively combined into a set of color blocks. Marked with the group of coordinates being drawn." Therefore, a "color block mark and drawn coordinate group" can contain at least one "color block mark and drawn coordinates". In one of the embodiments, it may happen that the user only selects one pain point, thereby producing only one "color block mark and drawn coordinates". In other embodiments, the user may select a "color block generation option" and draw successive coordinates to generate a plurality of "color block marks and drawn coordinates". In other embodiments, the user may first select a "color block generation option" and then draw a few coordinates, and then select other "color block generation options", draw a few coordinates, and then select the previously selected "Color Block Generation Options". In this case, the same color patch can be grouped together with the "color block mark and the drawn coordinate" drawn at different times before and after to form a set of "color block mark and drawn coordinate group", that is, a "color block mark" With the coordinate group "or multiple" color blocks being marked and the coordinate group being drawn.

Next, please refer to FIG. 3A, which is a functional block diagram of the user-side image sensing information generating application 15A of the present invention, which is an application applied to the user-end mobile device 10 in FIGS. 1A and 1B; Fig. is a functional block diagram of the image sensory information generating application 15B of the present invention, which is an application applied to the doctor's mobile device 40 in Fig. 1B; which is separately described below.

The image sensory information generating application 15A includes a data transmission module 16, a restriction boundary generation module 17, a sensory category and color block generation module 18, and a sensory coordinate recording module 19A. The limit boundary generation module 17 generates a limit boundary pattern, for example, a human body boundary pattern, so that the user can touch the restricted boundary pattern to generate a corresponding color block pattern. In various embodiments, a particular organ or site may be employed to define a boundary pattern for a finer portion of the sensory region; in other embodiments, the boundary pattern is correspondingly generated based on the content of the sensory category and color block. The sensation category and patch generation module 18 is operative to generate a patch generation option that produces at least two patch generation options, as will be explained in the subsequent embodiments. The sensory coordinate recording module 19A records the "color block mark and the drawn coordinate group" generated each time, depending on the number drawn by the user. The data transfer module 16 establishes a connection with the server 30 via the communication unit 13 to transmit the "color block mark and the drawn coordinate group" to the server 30. The final "human body map" can be drawn.

After the server 30 receives the "color block mark and the drawn coordinate group", the information can be transmitted to the doctor-side mobile device 40 held by the corresponding doctor. The image-sensing information generating application 15B in the doctor-side mobile device 40 can restore the information to a "human body map", and the doctor can professionally judge the state of the user and assist the doctor in performing the diagnosis.

Please refer to FIG. 3B, which is a functional block diagram of the doctor-side image sensing information generating application 15B of the present invention. The imaging sensation information generating application 15B of the doctor-side mobile device 40 includes a data transmission module 16, a restriction boundary generation module 17, a sensation category and color block generation module 18, and a sensation coordinate generation module 19B. The limit boundary generation module 17 generates a limit boundary pattern, for example, a human body boundary pattern, so that the color block pattern can be displayed within the limit boundary pattern. The sensation category and color block generation module 18 is operative to generate a color block generation option to generate at least two color block generation options. The sensory coordinate generation module 19B draws the received "color block mark and the drawn coordinate group" into the limit boundary pattern, for example, a set of "color block marks and the body sense map generated by the second block BB. After the coordinate group is drawn, the sensory coordinate generation module 19B sequentially draws the "human body feeling map" generated by the second panel BB according to the data of the group of "color patch marks and the drawn coordinate group". In this way, the doctor can determine the condition of the patient through the "human body map" generated by the doctor-side image sensory information generating application 15B in the doctor-side mobile device 40. The data transfer module 16 establishes a connection with the server 30 via the communication unit 13 to receive the "color block mark and the drawn coordinate group" to the server 30.

Next, referring to FIG. 4A, an embodiment of the flowchart of the image sensing information generating application 15A of the user end of the present invention includes the following processes:

Step S101: executing an image sensing information generating application. This is an image-based sensory information generating application for the user side, which is mainly capable of drawing a "human body map" and generating "color block marks and drawn coordinate groups".

Step S102: Generate a limit boundary pattern and a sense category and a patch option. A color block pattern can be generated by touching within the restricted boundary pattern, in other words, the concept of the boundary of the drawing; the touch in the unrestricted boundary pattern will not be able to perform the drawing operation.

Step S103: Receive a user to select a feeling category and a color block option. After clicking the Sense Category and Color Block option, the corresponding color block mark is generated, and different sensation categories and color block options have different color block marks. In other words, it is an instruction to receive one of the sensing category and color block options to generate a corresponding one-color block flag.

Step S104: Record at least one color block mark and the coordinate group to be drawn. That is, the user starts the touch restriction boundary pattern, and the image sensing information generating application 15A receives the touched coordinates. After receiving the touch coordinates, the touch coordinates are encoded together with the specified patch mark as a patch mark and a group of coordinates to be drawn. All the touch coordinates under this color block mark will be recorded in this "color block mark and drawn coordinate group". Each time you click on the color block mark after the sensory category and color block, the subsequent touch coordinates are recorded as "color block mark and drawn coordinate group". How many times to click on the sense category and color block and the subsequent touch to draw the pattern, how many "color block marks and drawn coordinate groups" will be produced. In an embodiment, when the same "feeling category and color block" is selected in the same time, the same "color block mark and drawn coordinate group" can be programmed.

Step S105: Receive an upload instruction.

Step S106: transmitting the color block mark and the drawn coordinate group to the server. Upload the recorded "color block marker and drawn coordinate group" to the server.

Next, referring to FIG. 4B, a flow chart of the image sensory information generating application 15B of the doctor's side of the present invention includes the following processes:

Step S111: executing an image sensing information generating application. This is an image-based sensory information generation application for doctors. It mainly receives "color block marks and drawn coordinate groups" and produces "human body maps".

Step S112: Select the target user to generate a download instruction. The system may provide more than one target user, that is, the patient is selected by the doctor. After the doctor clicks, a download instruction is generated.

Step S113: Download the patch mark and the coordinate group to be drawn. Once the doctor clicks the download command, the doctor-side image-sensing information generation application starts to download the corresponding image-based sensory information generated by the server to generate the "color block mark and the object" generated by the application. Draw a coordinate group."

Step S114: Generate a limit boundary pattern and a sense category and a patch option. Similarly, these two basic elements are generated to perform the actions of the next step.

Step S115: Draw a human body feeling map on the restricted boundary pattern according to the color block mark and the drawn coordinate group. After completing the human body map, the doctor can perform preliminary symptom judgment based on the human body map.

Next, referring to FIG. 4C, another embodiment of the flowchart of the user-side image sensing information generating application 15A of the present invention is a restricted boundary pattern corresponding to different sensory categories and color block options (for example, The boundary pattern of pain, hemp, acid, bloating, dizziness, boring, etc., can set the same boundary pattern of pain, hemp, acid, and swelling, while the boundary pattern of dizziness and boring is different, and will be followed by Figure 5A. - Figure 5H illustrates the flow provided by the server 30. This embodiment will be described together with the 4D figure, and includes the following processes:

Step S121: executing an image sensing information generating application. This is an image-based sensory information generating application for the user side, which is mainly capable of drawing a "human body map" and generating "color block marks and drawn coordinate groups".

Step S122: generating a first restricted boundary pattern and a feeling category and a patch option. A color block pattern can be generated by touching within the restricted boundary pattern, in other words, the concept of the boundary of the drawing; the touch in the unrestricted boundary pattern will not be able to perform the drawing operation. The first limit boundary pattern is the limit boundary pattern of step 102, that is, the first limit boundary pattern here is a preset limit boundary pattern. For example, it is possible to pain, hemp... the limit boundary pattern corresponding to any feeling is used as a preset limit boundary pattern.

Step S123: The user is selected to select a feeling category and a color block option. After clicking the Sense Category and Color Block option, the corresponding color block mark is generated, and different sensation categories and color block options have different color block marks. In other words, it is an instruction to receive one of the sensing category and color block options to generate a corresponding one-color block flag.

Step S124: uploading the feeling category and the color block option to the server; after uploading the feeling category and color block option selected in step 123 to the server 30, the server 30 will be the second restricted boundary pattern in the database 60 (also That is, the restriction boundary pattern of each different feeling) is transmitted to the user's image sensing information generating application 15A.

Step S125: receiving and displaying the second limit boundary pattern corresponding to the sensory category and color block option transmitted by the server and the corresponding paint pen (defining the image width map and the drawing mode); the image sensing feeling information of the user end The generating application 15A receives the second restricted boundary pattern corresponding to the sensation category and color block option transmitted by the server and displays the corresponding stylus, and the user can display the image sensation information at the user end. A corresponding second limit boundary pattern is seen on the touch screen of the application 15A. Moreover, when the user draws the human body feeling map, the image sensing information generating application 15A of the user end can generate the corresponding pattern width and pattern mode according to the corresponding drawing pen.

Step S126: Record at least one patch mark and the drawn coordinate group. That is, the user starts to touch the second limit boundary pattern, and the image sensing information generating application 15A receives the touched coordinates. After receiving the touch coordinates, the touch coordinates are encoded together with the specified patch mark as a patch mark and a group of coordinates to be drawn. All the touch coordinates under this color block mark will be recorded in this "color block mark and drawn coordinate group". Each time you click on the color block mark after the sensor category and color block, the subsequent touch coordinates are recorded as "color block mark and drawn coordinate group". How many times to click on the sense category and color block and the subsequent touch to draw the pattern, how many "color block marks and drawn coordinate groups" will be produced. In an embodiment, when the same "feeling category and color block" is selected in the same time, the same "color block mark and drawn coordinate group" can be programmed.

Step S127: Receive an upload instruction.

Step S128: transmitting the color block mark and the drawn coordinate group to the server. Upload the recorded "color block marker and drawn coordinate group" to the server.

Next, referring to FIG. 4D, an embodiment of a flowchart of the server image sensing information classification program of the present invention, which corresponds to the embodiment of FIG. 4C, includes the following steps:

Step S221: executing an image sensing information classification program.

Step S222: Receive the sensation category and color block option uploaded by the image sensing sensation information generated by the user.

Step S223: Generate a corresponding second limit boundary pattern and a corresponding stylus according to the sensation category and the color block option, and send the imaged sensation information generating application to the user end.

The first restricted boundary pattern is directly generated by the image sensing information generating application 15A of the user terminal. Of course, the image sensing information generating application 15A may be generated by the server 30 and transmitted to the user end.

Next, how the imaged feeling information generating apparatus and method (Fig. 4A) of the present invention is executed will be described through the embodiment of Figs. 5A-5H.

Please refer to FIG. 5A, which is an embodiment of the imaging sensation information generating device of the present invention, which is applied to pain detection. Therefore, in this embodiment, the user-end mobile device 10 is installed with a user-end image. The sensory information generating application 15A displays "pain detection" on the touch screen 12 and generates a boundary pattern 21A of the front contour map of the human body. At the same time, six sensory categories and color blocks 22A, 22B, 22C, 22D, 22E, and 22F are generated, which represent pain, hemp, acid, bloating, halo, nausea, and the like, and pain or discomfort. Each sensory category and color block can be represented by different colors, or different patterns can be used, and the same color and different width can be used. In this embodiment, it is represented by a different pattern.

In this embodiment, the "Complete" option 26 is simultaneously presented, and after the user clicks, an upload command can be generated, and then the "color block mark and the drawn coordinate group" are uploaded to the server.

In other embodiments, different sensations such as itching, cold, and heat may be indicated. For example, in the dermatology, the feeling of the skin such as red, itching, tingling, swelling, etc. can be used. When applied to Chinese medicine, it can be used in Chinese medicine for cold, heat, pain, pain, acid, numbness, swelling, swelling and other feelings.

Referring to FIG. 5B, in an embodiment of the image sensory information generating apparatus of the present invention, a limit boundary pattern 21B of a contour map of the back of the human body is displayed on the touch screen 12. At the same time, six sensory categories and color blocks 22A, 22B, 22C, 22D, 22E, and 22F are generated, which represent pain, hemp, acid, bloating, halo, nausea, and the like, and pain or discomfort. In Fig. 5B, the user touches the sensory category and color block 22A representing the pain, and then clicks on the position of the lower back on both sides, thereby generating the pattern of the first feeling point 23 (pain point). pattern). In this embodiment, the pain point is drawn by means of a "big picture point" (rough drawing pen) so that the user can clearly see the position of the pain point. After the drawing, a "color block mark and a drawn coordinate group" corresponding to the sense category and color block 22A (pain) are generated.

Next, the user selects the sensory category and color block 22C representing the acid in the touch point in FIG. 5C, and then clicks on the position at the back neck, thereby generating a pattern of the second sensory point 24 (acid point) pattern). In this embodiment, the acid dots are drawn in a "large dot" manner so that the user can clearly see the position of the acid dots. After the drawing, a "color block mark and a drawn coordinate group" corresponding to the sense category and color block 22C are generated.

Next, the user selects the feeling category and the color block 22B representing the hemp in the touch point in the 5D image, and then draws the line from the buttocks to the sole position, thereby generating the pattern of the third feeling point 25 (pitting). pattern). In this embodiment, the pitting is drawn by means of "thinner point" (fine drawing pen) so that the user can clearly see the range of hemp. After the drawing, a "color block mark and a drawn coordinate group" corresponding to the sense category and color block 22B are generated.

Comparing Fig. 5B-5C, it can be found that the pain points of the 5B and 5C graphs are the same as the width of the acid dots, and the two are wider; and the pitting point width of the 5D graph is narrower. The invention can provide different width and size (paint pen size) settings, so that the user can distinguish different feelings by using different patterns widths in addition to distinguishing different feelings by color or pattern. The setting mode can be preset by the user-side image sensing information generating application 15A (the embodiment of FIG. 4A) or provided by the server 30 (the embodiment of FIG. 4C and FIG. 4D). Or, it is defined by the user (not drawn).

Next, the user touches the sensory category representing the acid and the color block 22C again in the 5E image, and then clicks on the position at the center of the lower back, thereby generating the pattern of the fourth sensory point 24B (acid Dot pattern). This is the condition of clicking on the sensory category patches that were previously clicked after clicking on the different sensor category patches. Therefore, in this embodiment, it can also be presented. In the user-side image sensing information generating application 15A, they can be collectively stored in the same "color block mark and drawn coordinate group" of the sense category and color block 22C.

Figure 5E is the "human sensory map" that was finally drawn. When the user presses the completion option 26, the user-side image-sensing information generating application 15A uploads all the "color block marks and drawn coordinate groups" to the server. Of course, the uploaded information also contains information representing the user's identity code to identify different users.

Next, please refer to FIG. 5F, which illustrates an additional cancellation option 28 function of the present invention, that is, adding a cancellation module to generate a cancellation command. In other words, a cancellation module can be added to the functional block diagram embodiment of FIG. 3A. The elimination command can clear the color block mark recorded in the sensory coordinate record module and the coordinate group information to be drawn, thereby allowing the user to redraw the human body feeling map.

Referring to FIG. 5G, the user selects the sensory category representing the halo and the color block 22E in the touch point of the 5G image. Then, the image sensing information generating application 15A of the user end can be in the process of FIG. 4A, or A second limit boundary pattern 29A (a representable area representing a "halo") is obtained in the flow of FIG. 4C and displayed in the touch screen 12. In general, the feeling of halo occurs in the head, so the user can directly click on the head to express the condition of the halo, and thus the pattern (the halo pattern) of the fourth sensory point 29A is generated. After the drawing, a "color block mark and a drawn coordinate group" corresponding to the sense category and color block 22E are generated.

Referring to FIG. 5H, the user selects the feeling category and the color block 22F which is boring in the touch point in FIG. 5H. Then, the image sensing information generating application 15A of the user end can be the process of FIG. 4A, or The second limit boundary pattern 29B (a representable area representing "squeaky") is obtained in the flow of FIG. 4C and displayed in the touch screen 12. Generally speaking, the feeling of nausea occurs in the chest or the abdomen. Therefore, the user can directly click on the chest or the abdomen to express the feeling of being stuffy, and thus the pattern of the fifth feeling point 29B (the boring pattern) is generated. . After the drawing, a "color block mark and a drawn coordinate group" corresponding to the sense category and color block 22F are generated.

Next, an embodiment will be described below to explain the state in which the doctor-side mobile device 40 is equipped with the doctor-side image sensing information generating application 15B, that is, the flow of FIG. 4B. Referring to FIG. 6A, the doctor-side image sensing information generating application 15B displays a "pain detection list" on the touch screen 12, and generates a plurality of user information for the doctor to select. Of course, only one user information is possible. In this embodiment, four user information 27A, 27B, 27C, 27D are presented. After the user clicks on the option of user information 27A (representing the user of FIG. 5A-5E), the doctor-side image sensing information generating application 15B requests the server to download the "color block mark" corresponding to the user information 27A. With the group of coordinates being drawn."

Next, referring to FIG. 6B, the doctor-side image sensing information generating application 15B downloads the "color block mark and the drawn coordinate group" corresponding to the user information 27A, and displays the representative use on the touch screen 12. The "OXO pain detection result" of the information 27A, and the restriction boundary pattern 21A of the front contour map of the human body is generated. Since in the embodiment of the 5G-5H diagram, the user respectively selects the feeling points of dizziness and abdominal suffocation, the screen as shown in Fig. 6B is presented.

Next, please refer to Figure 6C, which presents the final rendering result of Figure 5E. The restriction boundary pattern 21B of the contour map of the back side of the human body completely presents the human body feeling map of the user information 27A, which is downloaded by the doctor-end image sensing feeling information generating application 15B corresponding to the "color block mark and the user information 27A". The coordinate group is drawn, and then redrawn on the touch screen 12 according to the width of the pattern of each sense category color block, the coordinates to be drawn, and the like. After the physician sees the human sensory maps of FIGS. 6B and 6C, the health status of the user information 27A can be determined.

In another embodiment, the user-side image sensing information generating application 15A may also store the human sensory map generated on the touch screen and upload it to the server 30. The server 30 directly transmits the human body map to the doctor-side image sensing information generating application 15B. In other words, the doctor-side imaged feeling information generating application 15B can directly display the human body feeling map in a pattern, instead of being generated by re-rendering the "color block mark and the drawn coordinate group".

In the foregoing embodiment, the user-side image sensing information generating application 15A uploads a set of "color block marks and drawn coordinate groups", which mainly includes two types of information, respectively A. color block marks; B. Being drawn as a target group. These two kinds of information are very important for the doctor to judge the state of a patient, and the present invention can use the two types of information to allow the server 30 to further predict the disease classification in an artificially intelligent manner. The invention is characterized by A. color block labeling; B. is drawn as two groups of parameters of the standard group to calculate and obtain the corresponding classification problem group, and then the user's answer is used to determine the user's possible disease classification, and the user is allowed to Master the results of your own disease classification and let the doctor know the outcome of the questions answered by the user. Such pre-hospital communication can further reduce the communication threshold between doctors and patients, and improve the good relationship between medical treatment.

Next, please refer to FIGS. 7A and 7B, and another embodiment of the flowchart of the image sensing information generating application 15A of the user end of the present invention, and another implementation of the flowchart of the server-side image sensing information classification program. example. In this embodiment, the user starts to draw the image sensing information, and after the server 30 receives the data of the "color block mark and the drawn coordinate group", the classification is performed, and the "classification problem group" is generated to the user end. The image sensory information generating application 15A, after the user answers, the server 30 finally produces a "sickness possible classification result" to the user's image sensing information generating application 15A. The interaction process between the image-based sensory information generating application 15A and the server-side imaged sensory information classification program is respectively described in the 7A and 7B drawings, respectively, and includes the following steps: Please refer to FIG. 7A. An embodiment of the flowchart of the image sensing information generating application 15A of the user end of the present invention includes the following processes:

Step S141: Execute an imaged feeling information generating application. This is an image-based sensory information generating application for the user side, which is mainly capable of drawing a "human body map" and generating "color block marks and drawn coordinate groups".

Step S142: Generate a first limit boundary pattern and a sense category and a patch option. This is the aforementioned preset limit boundary pattern, and a touch pattern can be generated within the first limit boundary pattern to generate a color block pattern; the touch in the unrestricted boundary pattern will not be able to perform the drawing operation.

Step S143: The user is selected to select a feeling category and a color block option. After clicking the Sense Category and Color Block option, the corresponding color block mark is generated, and different sensation categories and color block options have different color block marks. In other words, it is an instruction to receive one of the sensing category and color block options to generate a corresponding one-color block flag.

Step S144: generating a corresponding second limit boundary pattern and a corresponding paint pen according to the sense category and the color block option result; if the user clicks the non-preset sense category and color block option, the second limit boundary pattern is generated. . On the other hand, if the user does not click the non-preset sensation category and color block option, it is still the first limit boundary pattern. Each sensor category and color block option has a preset width of the paint pen. It should be noted that the flow embodiment of Figure 4A illustrates that there may be only one limit boundary pattern, i.e., all of the sense categories and patch options have only one limit boundary pattern. The embodiments of Figures 5G and 5H illustrate that different second restricted boundary patterns can also be produced for use by the user.

Step S145: Record at least one patch mark and the drawn coordinate group. That is, the user starts the touch restriction boundary pattern (the first or second restriction boundary pattern), and the image sensing information generating application 15A receives the touched coordinates. After receiving the touch coordinates, the touch coordinates are encoded together with the specified patch mark as a patch mark and a group of coordinates to be drawn. All the touch coordinates under this color block mark will be recorded in this "color block mark and drawn coordinate group". Each time you click on the color block mark after the sensory category and color block, the subsequent touch coordinates are recorded as "color block mark and drawn coordinate group". How many times to click on the sense category and color block and the subsequent touch to draw the pattern, how many "color block marks and drawn coordinate groups" will be produced. In an embodiment, when the same "feeling category and color block" is selected in the same time, the same "color block mark and drawn coordinate group" can be programmed.

Step S146: Receive an upload instruction.

Step S147: transmitting the color block mark and the drawn coordinate group to the server. Upload the recorded "color block marker and drawn coordinate group" to the server.

Step S148: receiving and displaying the classification problem group sent by the server; the server 30 will classify the color block mark and the information of the coordinate group to be drawn, and retrieve the corresponding classification problem group in the database 60. The imaged feeling information generating application 15A is transmitted to the user side.

In step S149, the answer to the classification problem group is uploaded to the server; the user selects the answer of the classification problem group and the image of the user end in the touch panel 12 of the image sensing information generating application 15A of the user end. The sensation information generating application 15A can be uploaded to the server 30 (not shown) after the user presses the confirmation. The content of the classification problem group can be answered by the multiple-choice question, or by adopting an open-ended question for the user to input.

Step S150: receiving and displaying the possible classification result of the disease transmitted by the server; after receiving the answer of the classification problem group, the server 30 may select the corresponding "disease classification result" to the user end according to the artificial intelligence algorithm. The image sensory information generation application 15A. The image sensing information generating application 15A of the user end can be displayed on the touch panel 12.

At this point, the user draws the human body feeling map by the image sensing information generating application 15A, and then obtains the possible disease classification of the uncomfortable situation by the operation of the artificial intelligence engine of the server 30 by the answering method. In this way, you can get sufficient information about your illness before going to the hospital. The doctor's end can also obtain corresponding information after the user operates. In this way, it is possible to truly achieve medical communication before medical treatment and solve many problems of poor communication between medical treatment and disease.

It should be noted that the image sensing information generating application 15A and the server 30 uploading and transmitting processes of the above-mentioned user end omit the connection and communication (handshack) processes of the Internet 50 and the communication component 13 and the like. Those skilled in the art are well aware of the art and are therefore not described in detail.

Next, referring to FIG. 7B, an embodiment of the flowchart of the server image sensing information classification program of the present invention, which corresponds to the embodiment of FIG. 7A, includes the following steps:

Step S201: Perform an image sensing information classification program.

Step S202: Receive the color patch mark generated by the image sensing sensation information generated by the user end and the coordinate group to be drawn.

Step S203: classify according to the result of the patch mark and the coordinate group to be drawn, and generate a classification result. The server 30 will calculate and obtain the corresponding classification problem group according to the A. color block mark; B. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S204: Select a corresponding classification problem group in the database according to the classification result. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S205: sequentially transmitting the plurality of questions in the classified problem group to the image sensing information generating application of the user end. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S206: Receive an image of the classification problem group returned by the application by the imaged feeling information of the user end.

Step S207: According to the answer of the classified problem group, a possible classification result of the disease is generated. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S208: transmitting an image-based sensory information generating application that may classify the disease to the user end.

In the embodiment of FIG. 7A and FIG. 7B, the image sensing sensor information generating application 15A of the user end generates the first and second restricted boundary patterns, the drawing pen, and the like, and allows the user to draw the human body feeling map. Another way is to let the server provide the first and second limit boundary patterns and the pen. Referring to FIGS. 8A and 8B, the image of the user-side image sensing information generating application 15A of the present invention is further analyzed. Embodiments, yet another embodiment of a flowchart of a server-side sensory information classification program.

Referring to FIG. 8A, an embodiment of the flowchart of the user-side image sensing information generating application 15A of the present invention includes the following processes:

Steps S121-128: The same as the steps of the fourth embodiment, the details are not described again.

Step S129: receiving and displaying the classification problem group sent by the server; the server 30 will classify the color block mark and the information of the coordinate group to be drawn, and retrieve the corresponding classification problem group in the database 60. The imaged feeling information generating application 15A is transmitted to the user side.

Step S130: uploading the answer to the classification problem group to the server; the user selects the answer of the classification problem group, the image of the user end in the touch panel 12 of the image sensing information generating application 15A of the user end. The sensation information generating application 15A can be uploaded to the server 30 (not shown) after the user presses the confirmation. The content of the classification problem group can be answered by the multiple-choice question, or by adopting an open-ended question for the user to input.

Step S131: receiving and displaying the possible classification result of the disease transmitted by the server; after receiving the answer of the classification problem group, the server 30 may select the corresponding "disease classification result" to the user end according to the artificial intelligence algorithm. The image sensory information generation application 15A. The image sensing information generating application 15A of the user end can be displayed on the touch panel 12.

Next, referring to FIG. 8B, an embodiment of the flowchart of the server image sensing information classification program of the present invention, which corresponds to the embodiment of FIG. 7A, includes the following steps:

Steps S221-223: The same as the flowchart of FIG. 4D, and details are not described again.

Step S224: Receive the color block mark generated by the application and the coordinate group generated by the application.

Step S225: classify according to the result of the patch mark and the coordinate group to be drawn, and generate a classification result. The server 30 will calculate and obtain the corresponding classification problem group according to the A. color block mark; B. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S226: Select a corresponding classification problem group in the database according to the classification result. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S227: sequentially transmitting the plurality of questions in the classified problem group to the image sensing information generating application of the user end. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S228: Receive an image of the classification problem group returned by the application by the imaged feeling information of the user end.

Step S229: According to the answer of the classification problem group, a possible classification result of the disease is generated. The specific method will be explained in the embodiment of Figs. 9A-9E.

Step S230: transmitting an image-based sensory information generating application that may classify the disease to the user end.

Next, please refer to FIG. 9A-9E, which is a specific embodiment of the content of the database 60 of the present invention. Through the configuration of the database 60, it can be specifically explained how the server 30 of the present invention generates a classification problem group and generates diseases. Possible classification results.

Please refer to FIG. 9A, which is a secondary database that can be included in the database 60, which is a classification problem group database 61, a disease possible classification result database 62, a parameter database 63, and an algorithm database 64. The classification problem group database 61 records the classification problem groups of all classification results, which are generated according to A. color block marks; B. are drawn as two sets of parameters of the standard group. The disease possible classification result database 62 contains data on the results of various disease classifications, each of which has a group of possible disease classifications. The parameter database 63 includes various parameters for calculating the classification problem group database 61 and the possible classification results of the disease. The algorithm database 64 records the algorithm for each disease classification result, which includes the parameter introduction and weights in the parameter database 63.

Next, please refer to FIG. 9B, which is a detailed description of the classification problem group database 61. This embodiment includes at least six classification problem group databases, and each classification problem group database can be determined by two parameters: parameter A - Feel the category and color block options, parameter B - is drawn to the coordinate group. The embodiment of Figure 9B, wherein the classification problem group database A (611) comprises: parameter A - sensor category and color block option - pain, parameter B - is drawn coordinate group, which is classified by "pain" parameter . The classification problem group database B (612) contains: parameter A - sensory category and color block option - hemp, parameter B - is drawn coordinate group, which is classified by "hemp" parameter. The classification problem group database C (613) contains: parameter A - sensor category and color block option - acid, parameter B - is plotted coordinate group, which is classified by "acid" parameter. The classification problem group database D (614) contains: parameter A - sensor category and color block option - expansion, parameter B - is plotted coordinate group, which is classified by "bulging" parameter. The classification problem group database E (615) contains: parameter A - sensor category and color block option - halo, parameter B - is drawn coordinate group, which is classified by "halo" parameter. The classification problem group database F (616) contains: parameter A - sensation category and color block option - boring, parameter B - is drawn coordinate group, which is classified by "hyun" parameter.

Please refer to FIG. 9C, which is a detailed description of the classification problem group database A (611). This embodiment includes at least six classification problem groups, and each classification problem group database can be determined by two parameters: parameter A- Feel the category and color block options - pain, parameter B - is plotted as a coordinate group. Here, each classification problem group is determined by the drawn coordinate group, in other words, the drawn coordinate group is pre-classified, and then the classification problem group is classified. For example, classification problem group A001 (611a): parameter A - sensor category and color block option - pain, parameter B - is drawn coordinate group - shoulder and neck, which is classified by "shoulder and neck" parameters, in other words, in accordance with The coordinate group of the shoulder and neck will be classified as this category. Classification problem group A002(611b): parameter A-feeling category and color block option-pain, parameter B-graphed coordinate group-upper limb, which is classified by the "upper limb" parameter, in other words, the coordinate group conforming to the upper limb will be classified as This class. Classification problem group A003 (611c): parameter A-feeling category and color block option-pain, parameter B-graphed coordinate group-lower limb, which is classified by the "lower limb" parameter, in other words, the coordinate group conforming to the lower limb will be classified as This class. Classification problem group A004 (611d): parameter A - sensory category and color block option - pain, parameter B - is drawn coordinate group - joint, which is classified by "joint" parameter, in other words, the coordinate group conforming to the joint will be classified as This class. Classification problem group A005 (611e): parameter A - sensor category and color block option - pain, parameter B - is drawn coordinate group - torso, which is classified by "torso" parameter, in other words, the coordinate group conforming to the torso is classified as This class. Classification problem group A006 (611f): parameter A - sensor category and color block option - pain, parameter B - is drawn coordinate group - lower back, which is classified by "lower back" parameter, in other words, the coordinate group meeting the lower back Be classified as this class.

Please refer to FIG. 9D, which is a detailed description of the classification problem group A001 (611a). This embodiment includes at least six sub-question groups, and each sub-question group database is composed of at least one question. For example, in the embodiment of FIG. 9D, there are at least six sub-problem groups, respectively.

Problem Group 611a1: To ask about the time course of pain.

"How long does it usually hurt?

Q101. Intermittent pain

Q102. Has been hurting all the time?

Q104. Short time, good time and bad."

Problem Group 611a2: To ask if there is a condition of cervical spondylosis.

"Is there any of the following situations, can I choose?

O011. There is tenderness between the spinous process and the spinous process in the neck?

P001-004. Will it hurt in the morning, after a long period of work or study, if the posture is not correct, and after the cold stimulation?

O012. Pain or numbness of the neck, shoulders, arms, radiation to the upper limbs or occiput?

O013. Finger numbness, fingertips allergic and skin sensation diminished?

O014. The hand has no power?

E001. In the previous situation, the symptoms worsened during neck activity?

O999. No"

Problem Group 611a3: To ask if there are sympathetic symptoms.

"Is there any of the following conditions?

O041. Headache, dizziness, etc?

O042. Tension?

O043. Cardiovascular symptoms: palpitations, chest tightness?

O044. Excessive sweat, no sweat, chills?

O045. Dry eyes, etc?

O046. Nausea or vomiting?

P013. The previous situation is particularly obvious when the neck is active, long time bows, working too long in front of the computer or tired.

Is the condition in front of R002.-R003 reduced or disappeared when it is better or better when resting?

O999. No"

Problem Group 611a4: To ask if there are symptoms of lower limbs.

"Is there any of the following conditions?

O083. Lower limb pain and numbness

O084. Lower limb weakness

P013. The previous situation is particularly noticeable when the neck is active, long time bowing, working too long in front of the computer or tired.

Is the condition in front of R002.-R003 reduced or disappeared when it is better or better when resting?

O999. No"

Problem Group 611a5: To identify if there are any interfering symptoms such as peripheral neuritis or diabetes.

"I04. Is there any of the following situations: Can be checked

I041. I was diagnosed with peripheral neuritis

I042. Diabetes

I043. No"

From the above problem group, the answer can be calculated by the algorithm database 64 in the database 60 to confirm that the above situation is consistent with one of the possible classification results of several diseases in the disease possible classification result database 62, In the example of the 9D map, there may be several answers to the symptoms of the shoulder and neck: peripheral neuritis, diabetes, cervical cervical spondylosis, radiculopathy, sympathetic cervical spondylosis, muscle inflammation, tendonitis and the like.

Please refer to FIG. 9E, which is a detailed description of the classification problem group A002 (611b). This embodiment includes at least six sub-question groups, and each sub-question group database is composed of at least one question. For example, in the embodiment of FIG. 9E, there are at least six sub-problem groups, respectively:

Problem Group 611b1: To ask if there are symptoms of lower limbs at the same time.

"I031. Is there any numbness in the lower limbs besides the upper limbs?

Have

2. No"

Problem Group 611b2: To ask about the time course of pain.

"How long does it usually hurt?

Q101. Intermittent pain

Q102. Has been hurting all the time?

Q104. Short time, good time and bad."

Problem Group 611b3: To confirm if there is a cervical nerve root symptom.

"Is there any of the following situations, can I choose?

O011. There is tenderness between the spinous process and the spinous process in the neck?

P001-004. Will it hurt in the morning, after a long period of work or study, if the posture is not correct, and after the cold stimulation?

O012. Pain or numbness of the neck, shoulders, arms, radiation to the upper limbs or occiput?

O013. Finger numbness, fingertips allergic and skin sensation diminished?

O014. The hand has no power?

E001. In the previous situation, the symptoms worsened during neck activity?

O999. No"

Problem Group 611b4: To confirm whether there are sympathetic symptoms.

"Is there any of the following conditions?

O041. Headache, dizziness, etc?

O042. Tension?

O043. Cardiovascular symptoms: palpitations, chest tightness?

O044. Excessive sweat, no sweat, chills?

O045. Dry eyes, etc?

O046. Nausea or vomiting?

P013. The previous situation is particularly obvious when the neck is active, long time bows, working too long in front of the computer or tired.

Is the condition in front of R002.-R003 reduced or disappeared when it is better or better when resting?

O999. No"

Problem Group 611b5: To confirm the numbness of the lower limbs.

"Is there any of the following conditions?

O083. Lower limb pain and numbness

O084. Lower limb weakness

P013. The previous situation is particularly obvious when the neck is active, long time bows, working too long in front of the computer or tired.

Is the condition in front of R002.-R003 reduced or disappeared when it is better or better when resting?

O999. No"

Problem group 611b6: to identify whether there are interference symptoms such as peripheral neuritis or diabetes.

"I04. Is there any of the following situations: Can be checked

I041. I was diagnosed with peripheral neuritis

I042. Diabetes

I043. No"

Problem Group 611b7: To ask for the order of numbness of the upper and lower limbs.

"I03. What kind of upper and lower limbs are you numb?

I032. The upper limbs are numb first, and then the lower limbs are numb.

I033. The lower limbs are numb first, and then the upper limbs are numb.

I034. The upper and lower limbs start to be numb at the same time."

Problem Group 611b8: To ask about the time course of pain.

"Q10. How long does it usually hurt?

Q101. Intermittent pain

Q102. Has been hurting all the time?

Q104. Short time, good time and bad."

Problem Group 611b9: To identify the serious situation of numbness of the upper and lower limbs, whether there is a ponytail symptom, etc., to confirm the compression of the spinal cord.

"Is there the following situation?

O021. bilateral or unilateral upper limb numbness, pain, stiffness, trembling, weakness, trembling

O022. The upper limbs are numb, the grip strength is weakened, and the items are easily lost.

O023. When aggravated, there may be constipation, dysuria and urinary retention or urinary incontinence symptoms, or bedridden, but also sympathetic symptoms such as dizziness, vertigo, difficulty swallowing, abnormal facial sweating.

O024. bilateral or unilateral lower extremity numbness, pain, stiffness, trembling, weakness, trembling, difficulty walking

O025. Unstable walking and easy to fall

O026. Easy to dizzy due to lack of strength

O999. No"

Problem Group 611b10: To identify if there are any interfering symptoms such as peripheral neuritis or diabetes.

"I04. Is there any of the following situations: Can be checked

I041. I was diagnosed with peripheral neuritis

I042. Diabetes

I043. No"

From the above problem group, the answer can be calculated by the algorithm database 64 in the database 60 to confirm that the above situation is consistent with one of the possible classification results of several diseases in the disease possible classification result database 62, In the example of Figure 9E, the symptoms of upper limbs may have several answers: peripheral neuritis, diabetes, cervical cervical spondylosis, radiculopathy, sympathetic cervical spondylosis, cervical spondylotic myelopathy, spinal cord type sympathetic Cervical spondylosis, muscle inflammation, tendonitis, etc.

Through the two embodiments of the 9D and 9E, it can be found that by using the classification method of the present invention, the user can provide the answer through the mapping of the human sensory map and the corresponding classification problem group, and the server can provide the disease. It is possible to classify the results to the user. In this way, the user can perform the search of the physician based on the result, and improve the effectiveness of the medical and medical combination. After the user finds the doctor, the doctor can quickly obtain the information of the user operation, and quickly achieve the purpose of medical communication.

In summary, the present invention provides an image sensory information generating device, system and method, and a computer program product thereof, which can solve the problem that the prior art cannot present the user's feeling by image, and can greatly reduce the patient and the patient. The doctor's communication time improves the satisfaction of the medical relationship in the medical process.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

Claims (43)

 An image sensory information generating device comprises: a memory, storing at least one color block mark and a drawn coordinate group; a communication unit; and a touch screen for displaying a limit boundary pattern and a plurality of color block generation options, And accepting at least one touch signal in the restricted boundary pattern; a limiting boundary generating module, generating the limiting boundary pattern, enabling a touch pattern to be generated within the limited boundary pattern; and generating a color block pattern; Generating a module to generate the color block generating option; a sensory coordinate recording module recording the color block mark and the drawn coordinate group; and a data transfer module, wherein the communication unit establishes a connection with a server to transmit the a color block mark and a coordinate group to be drawn; and a processing unit that connects the memory, the touch screen and the communication unit, and generates a color block mark after the color block generation option is selected, and marks the color block with the at least The coordinates corresponding to the touch signal are coded together as the color block mark and the drawn coordinate group, and are uploaded to the server after receiving an upload instruction.    The image sensory information generating device of claim 1, further comprising: a completion option generating module, generating the uploading instruction.    The image sensory information generating device of claim 1, further comprising: a canceling module, generating a canceling command to clear the color patch mark and the drawn coordinate group recorded in the sensory coordinate recording module.    The image sensory information generating device according to claim 1, wherein the processing unit further stores the human body feeling map on the touch screen after receiving the uploading instruction, and uploads the image to the server.    The image sensory information generating device of claim 1, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces the same pattern width. .    The image sensory information generating device of claim 1, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color blocks generates a pattern width portion. The same, different parts.    An image sensory information generating device includes: a memory storing at least one color block mark and a drawn coordinate group; a communication unit; and a touch screen for displaying a limit boundary pattern and at least one color block generating option; a limiting boundary generating module, generating the limiting boundary pattern to enable a touch pattern to be generated within the restricted boundary pattern; a sense category and a color block generating module to generate the color block generating option; a sensory coordinate Generating a module, according to each of the color block marks corresponding to the color block pattern generated by the coordinate group; a data receiving module, the communication unit is connected with a server to receive the color block mark and the Drawing a coordinate group; and a processing unit connecting the memory, the touch screen and the communication unit, and downloading the color block mark and the drawn coordinate group by the server after receiving a download command.    The image sensory information generating device of claim 7, further comprising: a user selection module, receiving a plurality of user information transmitted by the server, and generating the download instruction.    The image sensory information generating device of claim 1, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color blocks generates a pattern width portion. The same, different parts.    An image sensing information generating method is applied to a device, the device comprising a touch screen and a communication unit, the method comprising: generating a limit boundary pattern and a plurality of sensor categories and color block options to make the limit boundary pattern A plurality of color block patterns can be generated by touching; receiving an instruction of one of the sensory category and color block options to generate a corresponding one color block mark; receiving at least one touch coordinate, generating corresponding to the Touching the color block pattern of the coordinate on the touch boundary pattern on the touch screen; mixing the color block mark with the touch coordinates to encode the color block mark and the drawn coordinate group; and receiving an upload After the instruction, the color block mark and the drawn coordinate group are uploaded to a server.    The image sensing information generating method of claim 10, wherein the pattern width of each patch pattern is the same.    The image sensing information generating method according to claim 10, wherein the pattern width portions of each of the patch patterns are the same and partially different.    The image sensing information generating method according to claim 10, further comprising: after receiving the uploading instruction, uploading a human body feeling map to the server.    An image sensing information generating method is applied to a device, the device comprising a touch screen and a communication unit, the method comprising: selecting a target user to generate a download command; and downloading at least the target user a color block mark and a coordinate group are drawn; a limit boundary pattern and a plurality of sense categories and color block options are generated; and a plurality of color block marks corresponding to the sense categories and color block options and a plurality of drawn coordinate groups are drawn The color block pattern is a human body map on the restricted boundary pattern.    The imaged sensory information generating method of claim 14, wherein the pattern width of each of the patch patterns is the same.    The imaged sensory information generating method of claim 14, wherein the pattern width of each patch pattern is partially the same or partially different.    A computer program product for use in a device, the device comprising a touch screen and a communication unit, the computer program product comprising: a limit boundary generating module, generating a limit boundary pattern to enable the boundary pattern to be performed Touching to generate a color block pattern; a sense category and color block generating module, generating a plurality of color block generating options; a sensory coordinate recording module, recording a color block mark and a drawn coordinate group; and a data transfer module, Connecting a server to transmit the color block mark and the drawn coordinate group; wherein, after the color block generation option is selected, a color block mark is generated, and the color block mark corresponds to the at least one touch signal The coordinates are jointly encoded as the color block mark and the coordinate group being drawn, and uploaded to the server.    The computer program product of claim 17, further comprising: a completion option generation module, generating the upload instruction.    The computer program product of claim 17, further comprising: a cancellation module, generating a cancellation command to clear the color block mark and the drawn coordinate group recorded in the sensory coordinate record module.    The computer program product of claim 17, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces the same pattern width.    The computer program product of claim 17, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces a portion of the same width and a portion of the color .    A computer program product for use in a device, the device comprising a touch screen and a communication unit, the computer program product comprising: a limit boundary generating module, generating a limit boundary pattern to enable the boundary pattern to be performed Touching to generate a color block pattern; a sense category and color block generating module, generating a plurality of color block generating options; a sensory coordinate generating module, drawing the received color block mark and the drawn coordinate group as a human body feeling And a data transfer module, connected to a server to receive the color block mark and the drawn coordinate group.    The computer program product of claim 22, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces the same pattern width.    The computer program product of claim 22, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces a pattern width portion that is identical and partially different. .    A computer readable recording medium recording an application installed in a device including a touch screen and a communication unit, the computer readable recording medium comprising: a limit boundary generating module, generating a limit boundary a pattern that enables a touch pattern to be generated within the restricted boundary pattern; a sense category and color block generation module that generates a plurality of color block generation options; a sensory coordinate record module that records a color block mark and is Drawing a coordinate group; and a data transfer module, connecting a server to transmit the color block mark and the drawn coordinate group; wherein, after the color block generation option is selected, a color block mark is generated, and the color block is generated The mark is co-coded with the coordinate corresponding to the at least one touch signal as the color block mark and the drawn coordinate group, and uploaded to the server.    The computer program product of claim 25, further comprising: a completion option generation module, generating the upload instruction.    The computer program product of claim 25, further comprising: a cancellation module, generating a cancellation command to clear the color block mark and the drawn coordinate group recorded in the sensory coordinate record module.    The computer program product of claim 25, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces the same pattern width.    The computer program product of claim 25, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces a pattern width portion that is identical and partially different. .    A computer readable recording medium recording an application installed in a device including a touch screen and a communication unit, the computer readable recording medium comprising: a limit boundary generating module, generating a limit boundary a pattern that enables a touch pattern to be generated within the restricted boundary pattern; a sense category and color block generation module that generates a plurality of color block generation options; and a sensory coordinate generation module that receives the received color The block mark and the drawn coordinate group are drawn as a human body map; and a data transfer module is connected to a server to receive the color block mark and the drawn coordinate group.    The computer program product of claim 30, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces the same pattern width.    The computer program product of claim 30, wherein the sensory category and color block generating module generates a plurality of sensory categories and color patches, and each of the sensory categories and color patches produces a portion of the same width and a portion of the color .    An image sensory information generation and disease classification suggestion system includes: a server for receiving at least one color block mark and a coordinate group to be generated, generating a classification problem group, and after receiving the answer of the classification problem group, Generating a disease possible classification result according to the answer to the classification problem group; and an image sensory information generating device, comprising: a memory, storing the at least one color block mark and the drawn coordinate group; a communication unit; and a touch screen And displaying a limit boundary pattern and a plurality of color block generation options, and accepting at least one touch signal in the limit boundary pattern, and displaying the classified problem group and the possible classification result of the disease; and a limit boundary generation module Generating the restricted boundary pattern to enable a touch pattern to be generated within the restricted boundary pattern; a sense category and a color block generating module to generate the color block generating option; and a sensory coordinate recording module to record the At least one color block mark and a coordinate group to be drawn; a data transfer module, by which the communication unit establishes a connection with the server to transmit And the processing unit is configured to connect the memory group, the touch screen and the communication unit, and generate a color block mark after the color block generation option is selected. Coupling the color block mark with the coordinate corresponding to the at least one touch signal as the color block mark and the drawn coordinate group, and uploading to the server after receiving an upload instruction; the processing unit is downloaded by the server After the classification problem group, the touch screen is displayed to display the classification problem group, and the answer of the classification problem group is transmitted to the server according to the input answer; the processing unit is downloaded by the server to display the possible classification result of the disease, and is displayed on the The touch screen.    The image sensory information generation and disease classification suggestion system according to claim 33, wherein the server extracts one of a plurality of classification problem groups of a database according to a color block mark parameter and a drawn coordinate group partition parameter. And as the classification problem group transmitted to the imaging sensation information generating device.    The image sensory information generation and disease classification suggestion system according to claim 33, wherein the server generates a corresponding possible classification result of the disease according to an answer of the classified problem group transmitted to the imaged sensory information generating device. .    An image sensory information generation and disease classification suggesting method is applied to an image sensory information generating device, wherein the image sensing information device comprises a memory, a communication unit, a touch screen and a processing unit, including The following steps: generating a limit boundary pattern and a plurality of sensation categories and color block options on the touch screen; receiving a result of selecting one of the sensation categories and color block options on the touch screen; At least one color patch mark drawn by the limit boundary pattern on the touch screen and the coordinate group drawn; generating an upload instruction option; after the upload instruction option is selected, transmitting the at least one color block mark and the drawn coordinate group to a servo Receiving and displaying a classified problem group transmitted by the server; receiving an input answer of the classified question group on the touch screen, uploading an input answer to the classified problem group to the server; and receiving and displaying A disease from the server may classify the results.    The imaging sensation information generation and disease classification suggestion system of claim 36, further comprising: generating a corresponding second restriction boundary pattern according to the click result of the sensation category and the color block option.    The imaging sensation information generation and disease classification suggestion system according to claim 36 or 37, further comprising: generating a corresponding stylus according to the click result of the sensation category and the color block option.    An image sensory information generation and disease classification suggesting method is applied to an image sensory information generating device, wherein the image sensing information device comprises a memory, a communication unit, a touch screen and a processing unit, including The following steps: generating a first limit boundary pattern and a plurality of sensor categories and color block options; receiving a result of selecting one of the feeling categories and color block options on the touch screen; uploading the selected feeling The category and color block options are to a server; receiving and displaying a second limit boundary pattern corresponding to the selected sensor category and color block option sent by the server; recording the second screen on the touch screen Restricting at least one color block mark drawn by the boundary pattern and the drawn coordinate group; generating an upload instruction option; after the upload instruction option is selected, transmitting the at least one color block mark and the drawn coordinate group to a server; receiving and displaying a classified problem group transmitted by the server; receiving an input answer of the classified question group on the touch screen, and uploading an input answer to the classified question group The server; and the server to receive and display transmitted diseases may be a result of the classification.    The imaging sensation information generation and disease classification suggestion system according to claim 39, further comprising: generating a corresponding stylus according to the click result of the sensation category and the color block option.    An image sensory information generation and disease classification suggesting device is connected to a server, and the server is configured to receive at least one color block mark and the drawn coordinate group to generate a classification problem group, and receive the classification problem group After the answer, the answer to the classified problem group generates a possible classification result of the disease, comprising: a memory storing the at least one color block mark and the drawn coordinate group; a communication unit; and a touch screen for displaying a limit The boundary pattern and the plurality of color blocks generate an option, and receive at least one touch signal in the restricted boundary pattern, and are used to display the classified problem group and the possible classification result of the disease; and a limit boundary generating module to generate the restricted boundary pattern a color block pattern can be generated by touching the restricted boundary pattern; a sensory category and color block generating module generates the color block generating option; and a sensory coordinate recording module records the at least one color block mark and is Drawing a coordinate group; a data transmission module, by which the communication unit establishes a connection with the server to transmit the color block mark and be drawn And the processing unit is configured to connect the memory, the touch screen and the communication unit, and generate a color block mark after the color block generation option is selected, and mark the color block with the color block At least one coordinate corresponding to the touch signal is coded as the color block mark and the coordinate group to be drawn, and is uploaded to the server after receiving an upload instruction; the processing unit downloads the classification problem group by the server, and controls The touch screen displays the classified problem group, and the answer of the classified problem group is transmitted to the server according to the input answer; and the processing unit downloads the possible classification result of the disease and displays the result on the touch screen.    The imaging sensation information generation and disease classification suggesting apparatus according to claim 41, wherein the server extracts one of a plurality of classification problem groups of a database according to a color block mark parameter and a plotted coordinate group partition parameter. And as the classification problem group transmitted to the imaging sensation information generating device.    The imaging sensation information generating and disease classification suggesting device according to claim 41, wherein the server generates a corresponding possible classification result of the disease according to an answer of the classified problem group transmitted to the graphical sensation information generating device. .