TWI707297B - Auxiliary diagnosis system - Google Patents

Abstract

An auxiliary diagnosis system is provided to overcome the problem of high time consumption in diagnosis. The auxiliary diagnosis system includes an input module configured to acquire a symptom information, a determination module, a processing module, and an analysis module. The determination module includes a feature extraction unit extracting a set of feature data from the symptom information that is consistent with a feature data, and include a comparison unit comparing the set of feature data with a symptom data such that at least one diagnosis portion is generated. The processing module generates a control signal according to the at least one diagnosis portion. The analysis module controls an examination unit to examine the at least one diagnosis portion according to the control signal and generates an unanalyzed date. The analysis module includes an analysis unit analyzing the unanalyzed date according to the symptom data and outputting an analyzed result.

Description

Auxiliary diagnosis system

The present invention relates to an auxiliary diagnosis system, especially an auxiliary diagnosis system that can shorten the time for doctors to consult.

The conventional consultation process is to obtain information about the patient's condition through purposeful interrogation of the patient or the attendant. Specifically, the doctor will ask the patient where the discomfort occurs, and the patient will describe the location, nature, pain degree, and duration of the symptoms based on their own feelings. The doctor then asks whether there are other accompanying symptoms based on the patient's answer, and summarizes all the patient's statements about the disease, so as to arrange the follow-up examination items, and finally, according to the examination results, evaluate and analyze the type of disease the patient has.

However, due to the patient's answer to the doctor's question, it often contains a lot of content that is not related to the disease, especially the elderly patients are more prone to this situation, thus prolonging the overall consultation time of the doctor.

In view of this, there is indeed still a need to improve the Xizhi consultation process.

In order to solve the above-mentioned problems, the purpose of the present invention is to provide an auxiliary diagnosis system, which can shorten the time for physicians to consult and improve the efficiency of consultation.

The auxiliary diagnosis system of the present invention includes: a storage module for storing a feature Data, the characteristic data has several disease data, each disease data has a disease symptom and an examination site relative to the disease symptom, and a disease information corresponding to the examination site; an input module for obtaining a symptom Information, the symptom information includes a description of the patient’s physical discomfort; a judgment module coupled to the storage module and the input module, the judgment module uses a feature extraction unit to retrieve the symptom information Take a feature data set of disease symptoms that meets the feature data, and compare the feature data set with the disease symptoms of each disease data with a comparison unit to generate at least one part to be inspected; a processing module, coupled Is connected to the judgment module, and generates a control signal according to the at least one part to be inspected; and an analysis module, coupled to the storage module and the processing module, controls an inspection unit to face the at least one inspection unit with the control signal The part to be inspected performs inspection to generate a data to be analyzed, and an analysis unit analyzes the data to be analyzed according to the disease information of the disease data to output an evaluation result.

Accordingly, the auxiliary diagnosis system of the present invention can inquire, examine and analyze the patient’s symptoms before the physician’s consultation to assess the type of disease that the patient may suffer from, and provide the data to be analyzed and the evaluation result to the physician As a basis for evaluating which disease the patient suffers from, the auxiliary diagnosis system of the present invention can achieve the effect of improving the efficiency of consultation.

Wherein, the input module has a radio unit, and the symptom information is obtained by the radio unit. In this way, patients can be provided to explain their own condition in voice, which has the effect of improving the convenience of use.

Wherein, the feature extraction unit has a voice recognition component, and uses the voice recognition component to retrieve a feature data set matching the feature data from the symptom information. In this way, it has the function of speech recognition.

Wherein, the input module further has a recording unit, and the symptom information is obtained by the radio unit and the recording unit. In this way, when the patient is a dumb person, the feature data set can be obtained by capturing the features of sign language or lip language, which has the effect of enhancing the scope of use.

Wherein, the feature extraction unit additionally has an image recognition element, and uses the voice recognition element and the image recognition element to extract a feature data set matching the feature data from the symptom information. In this way, it has the function of image recognition.

Wherein, the analysis module also outputs the data to be analyzed. In this way, it can provide the doctor with more information about the patient's condition, which has the effect of improving the accuracy of the doctor's judgment of the disease.

The auxiliary diagnosis system of the present invention further includes a measurement module coupled to the processing module, and the processing module controls the measurement module to measure and obtain physiological information according to the data to be analyzed. In this way, it saves the time spent by the physician in measuring the physiological state, and has the effect of further shortening the consultation time.

〔this invention〕

1: Storage module

2: Input module

21: Radio unit

22: Camera unit

3: Judgment module

31: Feature extraction unit

311: Voice recognition component

312: Image recognition component

32: Comparison unit

4: Processing module

5: Analysis module

51: Inspection Unit

52: Analysis unit

6: Measurement module

[Figure 1] The system block diagram of the auxiliary diagnosis system of the present invention.

In order to make the above and other objects, features and advantages of the present invention more obvious and understandable, the preferred embodiments of the present invention are described below in detail with the accompanying drawings: Please refer to Figure 1. It is a preferred embodiment of the auxiliary diagnosis system of the present invention, which includes a storage module 1, an input module 2, a judgment module 3, a processing module 4, and an analysis module 5. The judgment module The group 3 is coupled to the storage module 1 and the input module 2, the processing module 4 is coupled to the judgment module 3, and the inspection module 5 is coupled to the storage module 1 and the processing module 4.

The storage module 1 can be any storage module used to store electronic data, for example, but not limited to, a cloud hard drive or a local hard drive. The storage module 1 is used to store a feature data, the feature data can include the main feature value of several kinds of disease data, each disease data The data system may include a disease symptom, an examination site relative to the disease symptom, and disease information corresponding to the examination site.

The input module 2 can be used to obtain symptom information, and the symptom information contains a description of the patient's physical discomfort symptoms. Specifically, the input module 2 may include a radio unit 21, and the radio unit 21 can obtain the symptom information. Preferably, a recording unit 22 may be further included, and the symptom information can be obtained by the radio unit 21 and the recording unit 22.

The judgment module 3 is coupled to the storage module 1 and the input module 2. The judgment module 3 can use a characteristic extraction unit 31 to extract a characteristic data set matching the characteristic data from the symptom information. The feature extraction unit 31 can be configured corresponding to the input module 2, and the feature extraction unit 31 can include a voice recognition component 311, and preferably, can also include an image recognition component 312. The judgment module 3 compares the characteristic data group with the disease data with a comparison unit 32 to generate at least one part to be checked.

The processing module 4 can be a circuit module with data processing and signal generation and control functions. For example, but not limited, the processing module 4 can be a microcontroller, a microprocessor, or a digital signal processor. . The processing module 4 is coupled to the judgment module 3, and the processing module 4 can generate a control signal according to the at least one part to be inspected, and control the operation of the analysis module 5 with the control signal.

The inspection and analysis module 5 is coupled to the storage module 1 and the processing module 4. The inspection and analysis module 5 uses the control signal to control an inspection unit 51 to perform inspection on the at least one part to be inspected, so as to generate a to-be-analyzed Data, and an analysis unit 52 analyzes the data to be analyzed based on the disease data to output an evaluation result. Preferably, the analysis module 5 can also output the data to be analyzed together for the physician to evaluate the patient The basis of the disease.

The auxiliary diagnosis system of the present invention may further include a measurement module 6, the measurement module 6 is coupled to the processing module 4, and the processing module 4 controls the measurement module 6 according to the data to be analyzed. Obtain a physiological information of the patient. For example, but not limited, the physiological information may include physiological information such as a blood pressure value or a blood pH value.

For example, common colds often have symptoms such as cough, sore throat, tonsil inflammation, runny nose, or fever. Cold-like diseases such as whooping cough also have such symptoms as: runny nose, fever and cough And other symptoms. Since colds and whooping cough are both caused by respiratory tract infections, the respiratory tract will be checked at the time of consultation. In addition, another test item to analyze whether you have pertussis is to check whether the proportion of lymphocytes in the blood is greater than a normal value. When the auxiliary diagnosis system of the present invention is used, if the patient is suspected of having a cold before consulting the doctor, the patient may explain to a radio unit 21 as follows: "I started to feel very uncomfortable after getting up today. Continuous runny nose and cough, and very sore throat", so that the radio unit 21 obtains a symptom information of the patient. The system of the present invention then uses a voice recognition component 311 to extract a characteristic data set that matches the characteristic data from the symptom information, and the characteristic data set has characteristic data such as runny nose, cough, and sore throat.

After the comparison unit 32 compares the characteristic data group with the disease data, it is estimated that the respiratory tract needs to be inspected. Subsequently, the processing module 4 controls a camera unit 22 to take pictures of the patient’s respiratory tract to output an image of the respiratory tract. In addition, a blood sample of the patient is obtained through the measurement module 6 and the lymph of the blood sample is detected outside the patient’s body. Ball percentage value. The analysis unit 52 analyzes the respiratory tract image and the lymphocyte percentage value according to the disease data, and determines that the patient may have a cold or whooping cough, then the respiratory tract image and the lymphocyte percentage value, and the patient may have a cold or whooping cough The evaluation result is provided to the doctor as a basis for evaluating which disease the patient is suffering from. In this way, the time for doctor's consultation can be reduced.

In summary, the auxiliary diagnosis system of the present invention can evaluate the type of disease that the patient may suffer from by inquiring, checking and analyzing the patient’s symptoms before the physician’s consultation, and provide the data to be analyzed and the evaluation result To the doctor to evaluate what kind of disease the patient has According to the basis, the auxiliary diagnosis system of the present invention can achieve the effect of improving the efficiency of consultation.

Although the present invention has been disclosed using the above-mentioned preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with the art without departing from the spirit and scope of the present invention may make various changes and modifications relative to the above-mentioned embodiments. The technical scope of the invention is protected. Therefore, the scope of protection of the invention shall be subject to the scope of the attached patent application.

1: Storage module

2: Input module

21: Radio unit

22: Camera unit

3: Judgment module

31: Feature extraction unit

311: Voice recognition component

312: Image recognition component

32: Comparison unit

4: Processing module

5: Analysis module

51: Inspection Unit

52: Analysis unit

6: Measurement module

Claims (7)

An auxiliary diagnosis system includes: a storage module for storing a characteristic data, the characteristic data has a plurality of disease data, each disease data has a disease symptom and an examination part relative to the disease symptom, and corresponding A disease information of the examination site; an input module for obtaining a symptom information, the symptom information includes the patient’s description of the patient’s physical discomfort; a judgment module, coupled to the storage module and the input module The judgment module uses a feature extraction unit to extract a feature data set of disease symptoms matching the feature data from the symptom information, and then uses a comparison unit to compare the feature data set with the disease symptoms of each disease data Compare to generate at least one part to be inspected; a processing module coupled to the judgment module and generate a control signal according to the at least one part to be inspected; and an inspection module coupled to the storage module and The processing module controls an inspection unit to perform inspection on the at least one part to be inspected by the control signal to generate a data to be analyzed, and an analysis unit analyzes the data to be analyzed according to the disease information of the disease data to output 1. Evaluation results. For example, the auxiliary diagnosis system of claim 1, wherein the input module has a radio unit, and the symptom information is obtained by the radio unit. For example, the auxiliary diagnosis system of claim 2, wherein the feature extraction unit has a voice recognition element, and the voice recognition element is used to extract the feature data set matching the feature data from the symptom information. For example, the auxiliary diagnosis system of claim 2, wherein the input module further has a recording unit, and the symptom information is obtained by the radio unit and the recording unit. Such as the auxiliary diagnosis system of claim 4, wherein the feature extraction unit additionally has There is an image recognition component, and the voice recognition component and the image recognition component are used to extract the characteristic data set matching the characteristic data from the symptom information. For example, the auxiliary diagnosis system of claim 1, wherein the analysis module also outputs the data to be analyzed. For example, the auxiliary diagnosis system of any one of claim items 1 to 6, further includes a measurement module, the measurement module is coupled to the processing module, and the processing module controls the measurement module to obtain measurements based on the data to be analyzed One physiological information.

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