阅读说明：本技术 一种用于听诊数据的收集处理系统 (Collecting and processing system for auscultation data ) 是由 杨洁 于 2020-07-23 设计创作，主要内容包括：本发明涉及医疗诊断系统技术领域,尤其涉及一种用于听诊数据的收集处理系统,解决了现有医师难以使用听诊器长时间对多为患者连续进行监听的缺点,包括中央处理器,中央处理器包括听诊模块数字信息处理模块、信息收集处理模块和信息输入输出模块,上述听诊模块包括声音传感器：用于采集人体的听诊声音数据,上述数字信号处理模块：用于对所述听诊模块收集的声音数据转换成数字信息,上述信息收集处理模块：用于录入患者数据,并信息比较库作比较,设置信息比较库用于存储大量听诊收集的数据信号并具有与其对比的听诊结果,用于与数据库内存储的数字信息作比较,并能够返回听诊结果存入数据库内,方便客户或医师实时调取查看。(The invention relates to the technical field of medical diagnosis systems, in particular to a collecting and processing system for auscultation data, which solves the defect that the existing doctor is difficult to use a stethoscope to continuously monitor most patients for a long time, and comprises a central processing unit, wherein the central processing unit comprises an auscultation module digital information processing module, an information collecting and processing module and an information input and output module, and the auscultation module comprises a sound sensor: the digital signal processing module is used for collecting auscultation sound data of a human body: the information collecting and processing module is used for converting the sound data collected by the auscultation module into digital information: the auscultation data storage device is used for inputting patient data, the information comparison library is used for comparison, the information comparison library is arranged for storing a large number of auscultation collected data signals and has auscultation results compared with the auscultation signals, the auscultation results are used for comparison with digital information stored in the database, the auscultation results can be returned and stored in the database, and a client or a doctor can conveniently take and check the auscultation results in real time.)

1. A collecting and processing system for auscultation data comprises a central processing unit, and is characterized in that the central processing unit comprises an auscultation module digital information processing module, an information collecting and processing module and an information input and output module,

the auscultation module comprises a sound sensor: the stethoscope is used for collecting auscultation sound data of a human body;

the digital signal processing module: the auscultation module is used for converting the sound data collected by the auscultation module into digital information;

the information collecting and processing module comprises: the system is used for inputting patient data, comparing the data with an information comparison library and feeding back the health problems of the patient through comparison data;

the information input/output module: including wireless WIFI, bluetooth and wired, above-mentioned wireless WIFI, bluetooth are used for connecting terminal equipment, and above-mentioned wired connection touch-control display screen for receive the information after auscultation data processing.

2. The system for collecting and processing auscultation data of claim 1, wherein the terminal device comprises a mobile phone and a computer, and the remote data transmission is realized by using the internet.

3. The system of claim 1, wherein the digital information processing module further comprises a signal recognition circuit, an auscultation signal conversion circuit, a noise reduction control circuit, a digital filter and a gain control circuit, which are respectively used for recognizing, processing sound and converting the information collected by the auscultation module into digital signals.

4. The system of claim 3, wherein the signal recognition comprises heart sounds, lung sounds, cardiopulmonary sound extension sounds, and bowel sounds.

5. The system of claim 1, wherein the information collecting and processing module comprises a database, the database records personal information of the patient through the camera, the ID card reader, the sound recorder and the electronic sign pen, and stores the digital signal generated by the digital signal processing module.

6. The system as claimed in claim 5, wherein the information collecting and processing module further comprises an information comparison library, the information comparison library stores a plurality of auscultation data and corresponding diagnosis results, compares the digital signals of the database with the information of the information comparison library, and feeds back the diagnosis results to be stored in the database.

Technical Field

The invention relates to the technical field of medical diagnosis systems, in particular to a collecting and processing system for auscultation data.

Background

Doctors use a stethoscope to auscultate the sounds emitted from various organs in the human body, and diagnose the physiological status of patients. The common auscultation that is applied to and carries out heart sound, lung sound, stomach sound, intestinal sound, the auscultation process needs the doctor to monitor in succession, and often need longer auscultation time doctor just can go down the diagnosis conclusion, for other medical detection means such as biochemical analysis, image, the efficiency of auscultation is relatively low, in order to overcome auscultation inefficiency, and be difficult to monitor the not enough of many patients in succession for a long time, need a collection processing system for auscultation data urgently for storing patient personal information can provide long-range continuous monitoring and data processing's function.

Disclosure of Invention

The invention aims to solve the defect that the existing doctor is difficult to use a stethoscope to continuously monitor a plurality of patients for a long time, and provides a collecting and processing system for auscultation data.

In order to achieve the purpose, the invention adopts the following technical scheme:

a collecting and processing system for auscultation data comprises a central processing unit, the central processing unit comprises an auscultation module digital information processing module, an information collecting and processing module and an information input and output module,

the auscultation module comprises a sound sensor: the stethoscope is used for collecting auscultation sound data of a human body;

the digital signal processing module: the auscultation module is used for converting the sound data collected by the auscultation module into digital information;

the information collecting and processing module comprises: the system is used for inputting patient data, comparing the data with an information comparison library and feeding back the health problems of the patient through comparison data;

the information input/output module: including wireless WIFI, bluetooth and wired, above-mentioned wireless WIFI, bluetooth are used for connecting terminal equipment, and above-mentioned wired connection touch-control display screen for receive the information after auscultation data processing.

Preferably, the terminal device comprises a mobile phone and a computer, and remote data transmission is realized by using the internet.

Preferably, the digital information processing module further comprises a signal recognition circuit, an auscultation signal conversion circuit, a noise reduction control circuit, a digital filter and a gain control circuit, which are respectively used for recognizing, processing sound and converting the information collected by the auscultation module into digital signals.

Preferably, the signal recognition includes a heart sound, a lung sound, a cardiopulmonary sound expansion sound, and an bowel sound.

Preferably, the information collecting and processing module comprises a database, and the database records the personal information of the patient through a camera, an identity card reader, a sound recorder and an electronic sign pen and stores the digital signals generated by the digital signal processing module.

Preferably, the information collecting and processing module further comprises an information comparison library, the information comparison library stores a large amount of auscultation data and corresponding diagnosis results, the digital signals of the database are compared with the information of the information comparison library, and the feedback diagnosis results are stored in the database.

The invention has the beneficial effects that:

1. the processing system can automatically distinguish the auscultation positions of the patients and convert the sounds into digital signals for collection and storage in the database.

2. The personal information of the patient can be stored in the database through various input means, and can be called and monitored by utilizing wireless WIFI, Bluetooth and wires.

3. The information comparison library is used for storing a large number of data signals collected by auscultation, has auscultation results compared with the data signals, is used for comparing the auscultation results with the digital information stored in the database, and can return the auscultation results to be stored in the database, so that a client or a doctor can conveniently call and check the auscultation results in real time.

Drawings

Fig. 1 is a schematic structural diagram of a collecting and processing system for auscultation data according to the present invention;

fig. 2 is an expanded structural diagram of a collecting and processing system for auscultation data according to the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Referring to fig. 1-2, a collecting and processing system for auscultation data comprises a central processing unit, the central processing unit comprises an auscultation module digital information processing module, an information collecting and processing module and an information input and output module, the auscultation module comprises a sound sensor: the stethoscope is used for collecting auscultation sound data of a human body; the digital signal processing module: the auscultation module is used for converting the sound data collected by the auscultation module into digital information; the information collecting and processing module comprises: the system is used for inputting patient data, comparing the data with an information comparison library and feeding back the health problems of the patient through comparison data; the information input/output module: the auscultation data processing system comprises wireless WIFI, Bluetooth and a wire, wherein the wireless WIFI and the Bluetooth are used for connecting terminal equipment, and the wire is connected with a touch display screen and used for receiving information after auscultation data processing;

the terminal equipment comprises a mobile phone and a computer, remote data transmission is realized by utilizing the internet, the digital information processing module further comprises signal identification, an auscultation signal conversion circuit, noise reduction control, digital filtering and gain control, which are respectively used for identifying, processing and converting the information collected by the auscultation module into digital signals, the signal identification comprises heart sounds, lung sounds, cardiopulmonary sound extension sounds and bowel sounds, the information collection processing module comprises a database, the database records the personal information of a patient through a camera, an identity card reader, a recorder and an electronic sign pen and stores digital signals (PWM) generated by the digital signal processing module, the information collection processing module further comprises an information comparison library, the information comparison library stores a large amount of auscultation data and corresponding diagnosis results thereof, and the digital signals (PWM) of the database are compared with the information of the information comparison library, and the feedback diagnosis result is stored in the database.

In the embodiment, the system comprises a Central Processing Unit (CPU), the CPU utilizes a sound sensor to realize data collection, identifies sound data, distinguishes diagnosis positions, reduces noise, filters and gains of sound, finally converts the sound signals into digital signals (PWM), stores the digital signals in a database, compares the data in the database with an information comparison library with a large amount of diagnosis data and corresponding diagnosis results, obtains the diagnosis results corresponding to the diagnosis data and returns the diagnosis results to be stored in the data of patients corresponding to the database, and utilizes wireless WIFI, Bluetooth and wire to call the data of the user, thereby being convenient for monitoring the data in real time and remotely, and effectively solving the defect that doctors are difficult to monitor the auscultation conditions of a plurality of patients at the same time.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.