CN203133948U - Automatic medical consultation system - Google Patents

Abstract

The utility model discloses an automatic medical consultation system, which belongs to the medical technology field. The automatic medical consultation system comprises a terminal, a medical management system, a gatherer, a server, a data warehouse and a personal computer (PC), wherein the terminal is connected with the medical management system through a data line; the medical management system is connected with the gatherer through a data line; the gatherer is connected with the server through a data line; and the server is connected with the PC through a data line, and is connected with the data warehouse through the Internet. The automatic medical consultation system is simple in structure, ingenious in design, can be applied to hospitals of different sizes and can perform automatic treatment on patients who come for consultation, realizes mutual communication of information between departments or hospitals and realizes uniform standard management and services for patients, is high in automation degree and flexible in operation, and helps to shorten consultation time and improve work efficiency.

Description

Automedica prescription on individual diagnosis system

Technical field

The utility model discloses a kind of automedica prescription on individual diagnosis system, belong to field of medical technology.

Background technology

At present, patient sees a doctor general still traditional diagnosis and treatment pattern to hospital, and doctor and patient link up face-to-face, and treatment level varies with each individual, the automatization level deficiency, and prescription on individual diagnosis efficient is low.Because the development of advancing by leaps and bounds of computer technology, image processing techniques and network technology, interchanger, medical insurance card, hospital's Intranet, Internet of Things etc. have become a kind of possibility by internet being connected network, and unmanned or a small amount of doctor's intervention is carried out robotization diagnosis and treatment patient and seen a doctor the development model that will be following hospital.

Summary of the invention

At the problem that above-mentioned prior art exists, the utility model provides a kind of automedica prescription on individual diagnosis system, can effectively solve treatment level and vary with each individual, and the automatization level deficiency improves hospital's diagnosis and treatment efficient.

In order to achieve the above object, the utility model provides following technical scheme: this medical robotization prescription on individual diagnosis system, comprise terminating machine, medical management system, collector, server, data warehouse and PC, terminating machine is connected with medical management system by data line, medical management system is connected with collector by data line, collector is connected with server by data line, and server is connected with PC by data line, is connected with data warehouse by Internt.

Further, medical management system comprises identification system, automatic registration and go-on-go module, prescription on individual diagnosis robotization module, automatic gauging module, image self-verifying module, image automatic diagnosis module, state of an illness automatic diagnosis module, operation enforcement module, HC module, the automatic settlement module of leaving hospital and the module of getting it filled automatically automatically; Above-mentioned each module is connected with collector with terminating machine respectively.

Further, identification module comprises medical card, and medical card comprises patient's identity information.

Further, automatic registration and go-on-go module comprise that automatic registration and fee unit, patient's state of an illness information selects input block, automatic go-on-go prescription on individual diagnosis section chamber unit automatically; Automatic registration selects input block to link to each other with the fee unit with patient's state of an illness information automatically, and patient's state of an illness information selects the automatic go-on-go prescription on individual diagnosis of input block section chamber unit to link to each other automatically.

Automatic registration selects input block to link to each other with the fee unit with patient's state of an illness information automatically, and patient's state of an illness information selects the automatic go-on-go prescription on individual diagnosis of input block section chamber unit to link to each other automatically.Automatic registration and fee unit read the information on the medical card, and information is sent to collector carries out data and handle, data after handling are sent to server, server accesses this patient and continues toward the data of going to a doctor from database, be sent to patient's state of an illness information and select input block automatically, automatically after the element analysis patient of go-on-go prescription on individual diagnosis section office state of an illness information is selected the information of input block input automatically, patient's go-on-go is arrived other prescription on individual diagnosis robotization module of corresponding section.

Further, prescription on individual diagnosis robotization module comprises that passing medical history imports unit, the automatic analytic unit of the state of an illness, patient's state of an illness perquisition and input block, tentative diagnosis unit; Passing medical history imports the unit input end and links to each other with server by collector, the automatic analytic unit input end of the state of an illness imports the unit with passing medical history respectively and links to each other with the input block output terminal with patient's state of an illness perquisition, the automatic analytic unit output terminal of the state of an illness links to each other with tentative diagnosis unit input end, and the tentative diagnosis unit is sent to prescription on individual diagnosis robotization module or state of an illness auto-check system with information by server.

Different departments are equipped with prescription on individual diagnosis robotization module separately, the tentative diagnosis unit provides the tentative diagnosis result by virtual doctor, the processing that the prompting patient enters next step, and patient information and the request that checks passed to automatic gauging module and image self-verifying module examine such as rank by collector and server, prescription on individual diagnosis robotization module enters state of an illness automatic diagnosis module and waits for assay.If do not need to check, can directly enter state of an illness auto-check system.

Further, image self-verifying module comprises from movable pendulum bit location, autoscan unit, storage and transmission unit automatically; Link to each other with autoscan unit input end from movable pendulum bit location output terminal, autoscan unit output terminal links to each other with the transmission unit input end with automatic storage, and storage links to each other with server by collector with the transmission unit output terminal automatically.

From the movable pendulum bit location with message transport to the autoscan unit, the autoscan unit scans, and the picture after will scanning is sent to automatic storage and transmission unit, is uploaded onto the server by automatic storage and transmission unit.

Further, image automatic diagnosis module comprises that image automatic reception unit, passing image import unit, automated image analysis unit, the automatic comparing unit of all previous image, diagnosis report unit, transmission unit; Image automatic reception unit imports the unit input end with passing image and links to each other with server, image automatic reception unit output terminal contrasts the unit input end automatically with automated image analysis unit and all previous image respectively and links to each other, passing image importing unit output terminal contrasts the unit input end automatically with all previous image and links to each other, diagnosis report unit input end contrasts the unit output terminal automatically with automated image analysis unit and all previous image respectively and links to each other, and the diagnosis report unit is sent to server by transmission unit.

Passing image importing unit is transferred the passing image information of patient by server and is directed in the terminating machine from database, image automatic reception unit receives the check image of image self-verifying module by server, by the automated image analysis unit check image is analyzed, carrying out passing check image by the automatic comparing unit of all previous image simultaneously compares, comparison result is sent to the diagnosis report unit, print diagnosis report by the diagnosis report unit, and diagnostic result is sent to server.

Further, state of an illness automatic diagnosis module comprises check result receiving element, illness analysis unit, diagnosis report unit, treatment measure unit; Check result receiving element input end links to each other with server, output terminal links to each other with illness analysis unit input end, illness analysis unit output terminal links to each other with diagnosis report unit input end, diagnosis report unit output terminal links to each other with treatment measure unit input end, and treatment measure unit output terminal links to each other with server.

Check result is accepted the unit is transferred the automatic gauging module and influenced automatic diagnosis module check from server check result, being sent to the illness analysis unit analyzes, data after analyzing are sent to the diagnosis report unit, the diagnosis report unit forms diagnostic report, and be sent to treatment measure unit, after by treatment measure unit diagnostic report being analyzed, provide therapeutic scheme, and this scheme is sent to server.

Further, the automatic enforcement of operation module comprises the surgery planning unit and performs the operation and implement the unit; Surgery planning unit input end links to each other with server, and output terminal is implemented the unit with operation and linked to each other.

The surgery planning unit is from transferring patient's image information and diagnostic result from database by server, the detailed protocol of planning operation, pass to operation after finishing and implement the unit, operation enforcement unit carries out robotic surgery or artificial assisted surgery according to the operation plan of surgery planning unit.

Further, the described module of getting it filled automatically comprises doctor's advice receiving element, get it filled unit, medication guide unit automatically; Doctor's advice receiving element input end links to each other with server, and output terminal links to each other with the unit input end of getting it filled automatically, and the unit output terminal of getting it filled automatically links to each other with medication guide unit input end.

The doctor's advice receiver module receives the treatment measure unit of state of an illness automatic diagnosis module, the doctor's advice information of HC module by server, be sent to the module of getting it filled automatically, automatically the unit of getting it filled is finished automatically and is got it filled, and the information of getting it filled is sent to the medication guide unit, provide administrated method by the medication guide unit.

The beneficial effects of the utility model are: simple in structure, design ingenious, can be applied to the hospital of different scales, can the patient who go to a doctor be handled automatically, and the information of each department or each hospital that can realize communicates with each other, patient is accomplished the management and service of unified standard, the automaticity height, flexible operation reduces consultation time, increases work efficiency.

Description of drawings

Fig. 1 is the utility model principle of work block diagram;

Fig. 2 is the utility model medical management system theory diagram;

Fig. 3 is the utility model workflow diagram.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

As shown in Figure 1, the utility model is made up of terminating machine, medical management system, collector, server, data warehouse and PC,

Described PC mainly carries out back-stage management and control, exchanges data and transmission between each module of management and control;

Described collector is responsible for different language is converted to the system language of server identification, and perhaps the language conversion with server is the system language of module identification, makes things convenient for data transmission;

Described database is mainly stored this hospital admission information, the data that temporary transient storage is simultaneously transferred from data warehouse;

The diagnostic message that described data warehouse storage patient goes to a doctor throughout the country;

Described terminating machine is used for showing the corresponding interface of each module;

Terminating machine is connected with medical management system by data line, and medical management system is connected with collector by data line, and collector is connected with server by data line, and server is connected with PC by data line, is connected with data warehouse by Internt.

As shown in Figure 2, medical management system is made up of identification system, automatic registration and go-on-go module, prescription on individual diagnosis robotization module, automatic gauging module, image self-verifying module, image automatic diagnosis module, state of an illness automatic diagnosis module, automatic module, HC module, the automatic settlement module of leaving hospital and the module of getting it filled automatically implemented of operation, and above-mentioned each module is connected with collector with terminating machine respectively.

Described automatic gauging module comprises the body fluid automatic checking system, receives the check request from the prescription on individual diagnosis automated system, finishes inspection back check result and imports state of an illness auto-check system into.

Described from the movable pendulum bit location be image documentation equipments such as CT, MRI, ECT, DR, CR from movable pendulum position module.

Described HC module is finished every automatic management that patient is in hospital, and all treatments all can be consulted and call on the net automatically by identification module.

As described in Figure 3, enter identification system when patient goes to a doctor, use medical card to swipe the card at terminating machine, terminating machine is sent to server with the information that receives, server is transferred all past medical informations that continue of this patient from data warehouse, be stored in the database.

After patient's data are read in, enter automatic registration and go-on-go module, patient selects the voice of input block or the state of an illness that oneself was said or selected to text prompt automatically by the patient's state of an illness in the automatic registration module, and be sent to automatic go-on-go prescription on individual diagnosis section chamber unit, after handling, analyze according to the data that receive by automatic go-on-go prescription on individual diagnosis section chamber unit, with patient's go-on-go to relevant prescription on individual diagnosis section office.

Patient enters the prescription on individual diagnosis robotization module of relevant prescription on individual diagnosis section office according to prompting, enter the tentative diagnosis unit, carry out state of an illness diagnosis by virtual doctor, provide diagnostic result, the processing that the prompting patient enters next step, as: body fluid inspection, image check, cardiogram, electroencephalogram special examination, and sending patient information and the request that checks to automatic gauging module and image self-verifying module examine such as rank by server, prescription on individual diagnosis robotization module enters state of an illness automatic diagnosis module and waits for assay.If do not need to check, can directly enter state of an illness automatic diagnosis module.

As needs chemical examination body fluid, patient adopts suitable manner to obtain relevant body fluid according to prompting, put into the automatic gauging module, automatic gauging unit in the automatic gauging module receives the check request from prescription on individual diagnosis robotization module, after finishing inspection, check result is sent to state of an illness automatic diagnosis module by server.

As needs CT, MRI, ECT, DR, CR image documentation equipment image check, the self-verifying unit receives the inspection request from prescription on individual diagnosis robotization module, finish patient from the movable pendulum position, autoscan, picture is storage and transmission system automatically, after finishing inspection, check result is sent to image automatic diagnosis module by server.

Passing image importing unit in the image automatic diagnosis module is transferred the passing image information of patient and is directed in the terminating machine by server from database after, received the check image of image self-verifying module by server by image automatic reception unit, and by the automated image analysis unit check image is analyzed, carry out the comparison of passing check image by the automatic comparing unit of all previous image simultaneously, comparison result is sent to the diagnosis report unit, print diagnosis report by the diagnosis report unit, and diagnostic result is sent to state of an illness automatic diagnosis module by server.

Check result receiving element in the state of an illness automatic diagnosis module receives automatic inspection module by server and influences the check result of automatic diagnosis module check, and The above results is sent to the illness analysis unit analyzes, the illness analysis module utilizes its expert diagnostic system to diagnose, data after the diagnosis are sent to the diagnosis report unit, the diagnosis report unit forms diagnostic report, and be sent to treatment measure unit, after by treatment measure unit diagnostic report being analyzed, provide therapeutic scheme, and this scheme is sent to the module of getting it filled automatically by server.

Perform the operation as needs, module receives patient by server image information and diagnostic result implemented in operation automatically, carry out patient's three-dimensional reconstruction, the detailed protocol of planning operation, pass to the operation implementation system after finishing, and carry out robotic surgery or artificial assisted surgery by the operation plan of implementation system according to the surgery planning system of performing the operation.

In the time of need getting it filled, automatically the module of getting it filled receives the treatment measure unit of state of an illness automatic diagnosis module, the doctor's advice information of HC module by the doctor's advice receiver module by server, be sent to the module of getting it filled automatically, automatically the unit of getting it filled is finished automatically and is got it filled, and the information of getting it filled is sent to the medication guide unit, provide administrated method by the medication guide unit.

The expense that all each links need take place all before entering next link, is deducted from medical card automatically, and the acknowledgement key that needs holder or its clientage to click computing machine expense deduction interface before the deduction can carry out.

When patient is in hospital, finish every automatic management that patient is in hospital by the HC module, all treatments all can be consulted and call on the net automatically by medical card.

The automatic settlement module of leaving hospital is mainly finished statement of expense inquiry and is printed, and expense no longer takes place.

Claims (1)

1. automedica prescription on individual diagnosis system, it is characterized in that, comprise terminating machine, medical management system, collector, server, data warehouse and PC, terminating machine is connected with medical management system by data line, medical management system is connected with collector by data line, collector is connected with server by data line, and server is connected with PC by data line, is connected with data warehouse by Internt.

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