CN102509000A - Method and system for centralized data transmission and display of clinical pathway - Google Patents

Abstract

The present invention discloses a method and system for centralized data transmission and display of clinical pathways. The present invention sets a centralized data hub for clinical pathways, outpatient/ward nodes, common search and display nodes, and advanced manual query/display/modification nodes. For problems such as ① non-compliance with medical behavior time limits, ② uncontrolled use of expensive drugs, ③ excessive use of medical consumables, and ④ unreasonable changes in outpatient/ward nodes, the present invention solves the above-mentioned drawbacks by constructing a system for centralized data transmission and display of clinical pathways that organically combines real-time monitoring and early warning feedback, and data information support is provided by an automatic detection module and common search and display nodes. Thus, the implementation of clinical pathways can be improved.

Description

Method and system for centralized data transmission and display of clinical pathway

technical field

The invention relates to a method and system for computer data transmission and display, in particular to a method and system for centralized data transmission and display of clinical pathways.

Background technique

Clinical pathway (Clinical pathway) refers to the establishment of a set of standardized treatment models and procedures for a certain disease. It is a comprehensive model of clinical treatment, guided by evidence-based medical evidence and guidelines to promote treatment organization and disease management. Ultimately, it plays a role in standardizing medical behavior, reducing variation, reducing costs, and improving quality.

The clinical pathway is implemented relative to the traditional pathway, which is the personal pathway of each doctor; different regions, different hospitals, different treatment groups or different individual physicians may adopt different treatment plans for a certain disease. Therefore, Traditional paths vary from person to person.

After adopting the clinical pathway, it is possible to avoid the traditional pathway causing different treatment plans for the same disease in different regions, different hospitals, different treatment groups or different physicians, avoiding the disadvantages of arbitrariness and high cost.

At the same time, compared with the treatment guidelines, the content of the clinical pathway is more concise, easy to read, applicable to multidisciplinary and multi-department specific operations, and is a diagnosis and treatment process for specific diseases. timeliness.

The development of clinical pathways is a process of integrating multidisciplinary medical knowledge, including clinical, nursing, pharmacy, laboratory, anesthesia, nutrition, rehabilitation, psychology, and hospital management.

The clinical pathway will be constantly updated during use, and it must be consistent with the latest treatment standards or treatment guidelines for the disease. At the same time, the clinical pathway has its own recording mode, which allows the treatment plan to be adjusted appropriately according to the specific conditions of the patient.

At present, clinical pathways have been widely adopted in many developed countries. With the implementation of my country's medical insurance system, clinical pathways will also be recognized and promoted.

The specific implementation of the clinical pathway includes the following aspects: patient medical records and course records, multidisciplinary records of various medical activities on a daily basis, treatment and nursing and related medical executive members' signature column after performing relevant medical activities, and variation record form.

Since the implementation of the clinical pathway, the effect has been remarkable. However, during the implementation of the current clinical pathway, the most urgent problems to be solved are: outpatient/ward nodes such as ① not complying with the time limit for medical behaviors, ② not controlling the use of expensive drugs, ③ exceeding the prescribed use of medical consumables, ④ not Problems such as reasonable changes cannot be effectively monitored in real time, thus making the implementation of clinical pathways a mere formality.

The above disadvantages can be detected in the data transmission and storage of the electronic form.

Therefore, it is imperative to construct a clinical pathway system that combines real-time monitoring and early warning feedback.

Contents of the invention

In order to solve the problems that outpatient/ward nodes do not abide by the time limit for medical behavior, do not control the use of expensive medicines, use medical consumables beyond the regulations, and unreasonably change problems during the implementation of clinical pathways, the present invention proposes a method and system for centralized data transmission and display of clinical pathways , discover the above problems in time, detect relevant information in the data transmission and storage of the electronic form, and deal with it in time, standardize the clinical pathway, and optimize the clinical pathway.

The clinical pathway form entering the patient's real-time clinical pathway database is divided into five parts: patient management, doctor's order management, pathway management, variation management, and statistical analysis. When the above-mentioned record differences appear on the latest updated patient's real-time clinical pathway form, the form will automatically generate a difference Message hook and prompt data package, the differential message hook and prompt data package can only be displayed in advanced manual query/display/modify nodes.

In the outpatient/ward node, the difference message hook and prompt data package cannot be seen.

The executives discover the difference message hooks and prompt data packets in time, and deal with them in a timely manner, and the early warning information is fed back to the outpatient/ward node, so as to achieve the purpose of standardizing and optimizing the clinical path.

At the general retrieval display node, the patient holds the patient card to call the clinical path data of the card number for display, and can see the latest data corresponding to the card. If in doubt, it can be shown to the executives.

Co-management by executives and patients, and data information support provided by the clinical path automatic detection module and common retrieval display nodes, the present invention solves the drawbacks in the prior art.

The present invention is achieved by adopting the following technical solutions:

Implementing a method for data transmission and display in a clinical pathway set, the method includes the steps of:

a). First, set up a centralized data hub for clinical pathways in the hospital. Ward node, nephrology clinic/ward node, endocrinology clinic/ward node, general surgery clinic/ward node, neurosurgery clinic/ward node, orthopedic clinic/ward node, urology clinic/ward node, thoracic surgery clinic/ward node, Cardiac surgery clinic/ward node, gynecology clinic/ward node, obstetrics clinic/ward node, pediatric clinic/ward node, pediatric surgery clinic/ward node, ophthalmology clinic/ward node, ENT clinic/ward node, stomatology clinic/ At least one of the ward node, the dermatology clinic/ward node, and the oncology clinic/ward node is connected through a communication link for data communication;

b). Then, the centralized data hub of the clinical pathway is connected to at least one of the clinical pathway standard model library, the patient's real-time clinical pathway library, and the clinical pathway automatic detection module for data communication;

The clinical pathway centralized data hub is also connected to at least one general retrieval display node through a communication link for data communication;

c). Then set up a doctor card reader in each outpatient/ward node. The card reader corresponds to the doctor card. The doctor host can be activated by punching the card, or the doctor’s password can be entered on the doctor’s keyboard to enable the doctor host, including the establishment of the patient’s clinical path form. Update the form on a daily basis, sign the medical care inspection records of doctors and nurses, change records, and analyze and record operations;

d). Then set up a patient card reader at the general retrieval display node. The patient holds a patient card and opens the general host by punching the card. The common host connects to the centralized data hub of the clinical path through the communication link, and the centralized data hub of the clinical path connects the real-time clinical path of the patient. Library, call the clinical pathway data of the card number for display;

e). Set up a clinical path automatic detection module to communicate with the clinical path centralized data hub, and detect each form update mark, medical care inspection record, and variation record in the patient's real-time clinical path library in real time to form a difference message hook and prompt data package .

The communication link is at least one of an industrial control bus, the Internet, a local area network, and a wireless network.

The centralized clinical pathway data hub is also connected to at least one advanced manual query/display/modification node through a communication link for data communication;

In the advanced manual query/display/modification node, there is an executive card reader, which corresponds to the executive card, and the executive host can be enabled by punching the card, or by entering the executive password on the executive keyboard to enable the executive host. After the executive host is enabled, it will send an executive online signal to the centralized clinical path data hub, and then the centralized clinical path data hub will send the difference message hook and prompt data package in the patient's real-time clinical path library to the executive host to receive and display , to enable a command prompt for the next step.

Said establishment of the patient's clinical path form includes calling the national standard model form data of the patient's disease from the clinical path standard model library and calling the form data of at least one identical case from the patient's real-time clinical path library. 1. Enter patient information and path information, and then store the clinical path form in the patient's real-time clinical path database.

The patient card, doctor card and executive card are one of RFID tags and touch cards.

A system for centralized data transmission and display of clinical pathways for realizing the above method, the system comprising:

A centralized data hub for clinical pathways, the data hub is related to respiratory medicine outpatient/ward node, gastroenterology outpatient/ward node, neurology outpatient/ward node, cardiology outpatient/ward node, hematology outpatient/ward node, nephrology outpatient /ward node, endocrinology clinic/ward node, general surgery clinic/ward node, neurosurgery clinic/ward node, orthopedic clinic/ward node, urology clinic/ward node, thoracic surgery clinic/ward node, cardiac surgery clinic/ward node , Gynecology clinic/ward node, obstetrics clinic/ward node, pediatric clinic/ward node, pediatric surgery clinic/ward node, ophthalmology clinic/ward node, ENT clinic/ward node, stomatology clinic/ward node, dermatology clinic At least one of the /ward node and the oncology clinic/ward node is connected through a communication link for data communication;

The clinical pathway centralized data hub is also connected to at least one of the clinical pathway standard model library, the patient's real-time clinical pathway library, and the clinical pathway automatic detection module for data communication;

The clinical pathway centralized data hub is also connected to at least one general retrieval display node through a communication link for data communication;

In each outpatient/ward node, a doctor card reader is set up. The card reader corresponds to the doctor card. The doctor host is activated by punching the card, or the doctor’s host is enabled by entering the doctor’s password on the doctor keyboard, including the establishment of the patient’s clinical path form. Form update for the unit, doctors and nurses medical care inspection record signature, variation record, analysis record operation;

In the general retrieval display node, a patient card reader is set up, and the patient holds the patient card, opens the general host by punching the card, and then connects the clinical path centralized data hub through the communication link, and calls the clinical path data of the card number for display;

A clinical path automatic detection module communicates with the clinical path centralized data hub, and detects each form update mark, medical care inspection record, and variation record in the patient's real-time clinical path library in real time, forming a difference message hook and a prompt data package.

The communication link is at least one of an industrial control bus, the Internet, a local area network, and a wireless network.

The clinical pathway centralized data hub is also connected to at least one advanced manual query/display/modification node through a communication link for data communication;

In the advanced manual query/display/modification node, there is an executive card reader, which corresponds to the executive card, and the executive host can be enabled by punching in the card, or the executive host can be activated by entering the executive password on the executive keyboard. Next step.

The patient card, doctor card and executive card are one of RFID tags and touch cards.

Compared with the existing technology, the present invention sets three levels of authority by the hardware of electronic technology, and the outpatient/ward nodes that urgently need to be solved during the implementation of the clinical path do not abide by the time limit for medical behavior, do not control the use of expensive medicines, and use medical consumables beyond the regulations , The problem of unreasonable changes is jointly managed by executives and patients, and the data information support is provided by the clinical path automatic detection module and ordinary retrieval display nodes, which solves the above-mentioned drawbacks.

The present invention improves the management of clinical pathways, and truly realizes the purpose of improving hospital operation efficiency, improving medical care quality, and reducing medical expenses.

The invention has the advantages of low cost, high efficiency, convenience, reliability and safety.

Description of drawings

Fig. 1 is a schematic diagram of the system setting of the method and system for centralized data transmission and display of clinical pathways of the present invention;

Fig. 2 is a schematic diagram of common retrieval and display nodes in the method and system for centralized data transmission and display of clinical pathways of the present invention;

Fig. 3 is a schematic diagram of high-level manual query/display/modification nodes in the method and system for centralized data transmission and display of clinical pathways of the present invention;

Fig. 4 is a schematic diagram of outpatient/ward nodes in the method and system for centralized data transmission and display of clinical pathways of the present invention;

Fig. 5 is a schematic diagram of the clinical pathway standard definition interface in the method and system for centralized data transmission and display of clinical pathways of the present invention;

Fig. 6 is a schematic diagram of the clinical path execution interface in the method and system for centralized data transmission and display of the clinical path of the present invention;

Fig. 7 is a schematic diagram of the clinical path use query interface in the method and system for the centralized data transmission and display of the clinical path of the present invention;

Fig. 8 is a schematic diagram of the clinical path difference query interface in the method and system of the present invention for centralized data transmission and display of clinical paths;

FIG. 9 is a schematic diagram of the common data statistics interface of clinical pathways in the method and system for centralized data transmission and display of clinical pathways of the present invention.

Detailed ways

Below in conjunction with the preferred embodiment shown in the accompanying drawings, the present invention will be further described in detail, as shown in Figures 1 to 9:

A system for centralized data transmission and display of clinical pathways according to the present invention is shown in Figure 1. In Figure 1, the outpatient nodes are divided into 22 departments with a total of 317 diseases according to the latest clinical pathway standard diseases issued by the Ministry of Health of the People's Republic of China.

The 22 departments are: respiratory medicine clinic/ward node, gastroenterology clinic/ward node, neurology clinic/ward node, cardiology clinic/ward node, hematology clinic/ward node, nephrology clinic/ward node, endocrinology clinic /ward node, general surgery clinic/ward node, neurosurgery clinic/ward node, orthopedics clinic/ward node, urology clinic/ward node, thoracic surgery clinic/ward node, cardiac surgery clinic/ward node, gynecology clinic/ward node , Obstetrics clinic/ward node, Pediatric clinic/ward node, Pediatric surgery clinic/ward node, Ophthalmology clinic/ward node, Otorhinolaryngology clinic/ward node, Stomatology clinic/ward node, Dermatology clinic/ward node, Oncology Outpatient/ward node.

In use, the choice of which disease to enter into clinical pathway management can be tailored to local conditions, and at least one of them is selected for data communication connection through a communication link;

"Examination" can be set as another node, and its authority level is the same as that of the outpatient/ward node, and the inspection information can also be entered in the outpatient/ward node.

The centralized clinical pathway data hub 100 may be a set of wire interfaces, or a device including an intelligent controller and wire interfaces.

The intelligent controller is responsible for the task of driving the network operation, or the industrial control bus system, or the local area network, or the wireless local area network; whatever network is used, the drive equipment and interface of the network are used.

Another task of the intelligent controller is to be responsible for the transmission of clinical path data information.

The intelligent controller can be called a server, and the clinical path standard model library 50 can be set in it, or can be set separately, and communicated through the communication link 99 .

The patient's real-time clinical pathway library 60 can be set in it, or can be set separately, and communicated through the communication link 99 . It is better to set the above two libraries in the server.

There can be more than one general search display node 7A, which is convenient for patients and family members to inquire, and communicates with the clinical path centralized data hub 100 through the communication link 99 .

The advanced manual query/display/modification node 8A communicates with the clinical pathway centralized data hub 100 through the communication link 99 .

The clinical path automatic detection module 90 is optimally set in the server, and can also be set in the advanced manual query/display/modification node 8A.

As shown in Figure 2, in a common search and display node 7A, the patient card 311 can be an RFID wireless electronic tag or a touch card. In this application, the functions of the two are basically the same, but the price of the RFID wireless electronic tag is higher. much lower.

Common retrieval display nodes include common display 411 , common host 451 and common puncher 441 . There is no keyboard at this node, and data cannot be entered/modified. The permission level of the common puncher 441 is the lowest.

As shown in Figure 3, the advanced manual check/display/modify advanced check-in device 443 in node 8A has the highest authority level, and only the executive card 313 can punch in successfully, and then the executive host 423, executive monitor 413, and executive keyboard can be enabled. 433 is used for display and entry/modification.

As shown in Figure 4, the outpatient/ward node shows 22 pairs, which will be less than this number in actual use. As mentioned above, the check node can be classified into the outpatient/ward node, and the doctor card 312 can only be used in this outpatient It can be used on the doctor's punch card 442 on the /ward node, and cannot be used on other outpatient/ward nodes, nor can it be used on inspection nodes and advanced manual query/display/modify nodes, but it can be used on the normal clock 441 on the normal clock 441 use.

The doctor card 312 is held by doctors, nurses, and examiners.

Doctor display 412, doctor host 422, doctor keyboard 432 are standard configurations.

As shown in Figure 5, Figure 5 defines the steps and items of the clinical pathway. And the clinical documents and items that can be associated with the clinical path, and various information can be set, such as whether the doctor's order is long-term or temporary after the path is executed.

Each path can have multiple versions. After definition, publish it as a version. If the path standard changes, you can define and release a new version again.

As shown in Fig. 6, Fig. 6 shows that the patients in the path are displayed with the whether path patient sign.

After the path is entered in the doctor's order entry module, this module will be executed according to the steps defined in the path, and the steps to be executed can be selected from the items defined in the clinical path.

When there is a variation in the path, fill in the path difference description, such as the reason for the path to be out, path adjustment, etc.

After execution, the associated medical orders are automatically generated.

As shown in Figure 7, the use of the path can be queried according to the department, path, and date.

As shown in Figure 8, the differences and descriptions of the paths can be queried according to departments, paths, and dates.

You can check project differences and time differences.

Different path version usage statistics.

The interface shown in Figure 9 can count the number of people, entry rate, variation rate, exit rate, and average value according to date, department, and path name.

Definition of Variance: Variance is the deviation between the assumed standard clinical pathway and the actual process, compared with any expected decision. Classification of Variations: Variation, ie any deviation from the clinical pathway, is sometimes introduced when implementing the clinical pathway. Variation can be divided into positive and negative. Negative variation means that the planned activities are not carried out (or the results are not produced), or the completion is delayed, such as delayed discharge, CT examination delay; positive variation means that the planned activities or results are carried out or completed ahead of schedule. , Such as early discharge, CT examination, etc. Variance can be divided into patient/family variation, hospital/system variation, and clinician/provider variation.

Measures to deal with variation include: collecting and recording variation, recording patient-related variation on the clinical pathway variation record sheet, and recording other variation in the variation record book of the department; analyzing the variation to determine whether it is a variation, the cause of the variation, the same What is the incidence of variation, should the clinical pathway be modified, etc.

The clinical pathway is a new hospital management model, which can improve the operating efficiency of the hospital, improve the quality of medical care, and reduce medical expenses, so it has been widely adopted in many developed countries. my country's clinical pathway will also be vigorously promoted.

The implementation of the clinical path requires that in practical application, the implementation rules of the disease guidelines and the progress adjustment path of evidence-based medicine should be continuously followed to make it conform to the development of medical science, so as to provide patients with the latest treatment methods and optimized treatment plans; implementation The clinical path can strengthen the communication between disciplines, between doctors and nurses, and between departments; ensure the refinement, standardization, and stylization of treatment items, reduce the randomization of the treatment process; improve the management and utilization of hospital resources and strengthen the risk of clinical treatment Controlling; shortening the hospitalization period and reducing costs; implementing clinical pathways can also provide educational and learning opportunities for people without relevant experience; at the same time, improving patient education and increasing the initiative of patients and their families to participate in the treatment process is also the content of implementing clinical pathways.

For outpatient / ward nodes such as ① non-compliance with the time limit for medical behaviors, ② non-control of the use of expensive medicines, ③ excessive use of medical consumables, ④ unreasonable changes, etc., the present invention builds a centralized clinical path that combines real-time monitoring and early warning feedback. Methods and systems for data transfer display, thereby enabling the implementation of clinical pathways to be refined.

The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field of the present invention, without departing from the concept of the present invention, some simple deduction or replacement can be made, which should be regarded as belonging to the protection scope of the present invention.

Claims (9)

1. the method for a clinical path intensive data transmitting and displaying is characterized in that, said method comprises step:

A). at first clinical path intensive data hinge is set in hospital; In said data hinge and Respiratory Medicine outpatient service/ward node, GI Medicine outpatient service/ward node, Neurology Clinic/ward node, heart internal medicine outpatient service/ward node, blood internal medicine outpatient service/ward node, Nephrology dept.'s outpatient service/ward node, endocrine outpatient service/ward node, General Surgery Clinic/ward node, Neurosurgery Clinic/ward node, Orthopaedics Clinic/ward node, Urologic Surgery Clinic/ward node, Thoracic Surgery Clinic/ward node, department of cardiac surgery's outpatient service/ward node, gynaecology's outpatient service/ward node, obstetrics' outpatient service/ward node, Pediatric Clinic/ward node, pediatric surgery's outpatient service/ward node, ophthalmology outpatient service/ward node, ear-nose-throat department outpatient service/ward node, Stomatology Clinic/ward node, dept. of dermatology's outpatient service/ward node, the oncology outpatient service/ward node at least one carried out data communication through communication link and connected;

B). then in said clinical path intensive data hinge and clinical path master pattern storehouse, the real-time clinical path of patient storehouse, the automatic detection module of clinical path at least one carried out data communication and be connected;

Said clinical path intensive data hinge also shows that with at least one common retrieval node carries out data communication through communication link and is connected;

C). at each outpatient service/ward node doctor's card reader (442) is set then; The corresponding doctor's card (312) of this card reader is launched doctor's main frame (422) through checking card, or goes up typing doctor password at doctor's keyboard (432) and launch doctor's main frame (422) and comprise and set up patient's clinical path list; With the day is the list renewal of unit; The signature of doctors and nurses's medical treatment and nursing inspection record, the operation of record analyzed in the variation record;

D). show node in common retrieval then; Patient's card reader (441) is set; The patient holds patient's card (311), opens normal hosts (451) through checking card, and normal hosts (451) connects clinical path intensive data hinge through communication link (99); Clinical path intensive data hinge connects the real-time clinical path of patient storehouse, and the clinical path data of calling this card number show;

E). the automatic detection module of a clinical path is set again communicates by letter with clinical path intensive data hinge and be connected; And detect each list update mark in the real-time clinical path of the patient storehouse, medical treatment and nursing inspection record, variation record in real time, form difference message hook and reminder-data bag.

2. the method for clinical path intensive data transmitting and displaying according to claim 1 is characterized in that:

Said communication link is at least a in industrial-controlled general line, internet, LAN, the wireless network.

3. the method for clinical path intensive data transmitting and displaying according to claim 1 is characterized in that:

Said clinical path intensive data hinge also carries out data communication with at least one senior manual queries/demonstration/modification node through communication link and is connected;

At senior manual queries/demonstration/modification node, be provided with senior executive's card reader (443), the corresponding high pipe clamp (313) of this card reader; Launch senior executive's main frame (423) through checking card; Or go up typing senior executive password at senior executive's keyboard (433) and launch senior executive's main frame (423), after senior executive's main frame (423) is launched, issue the online signal of clinical path intensive data hinge one senior executive; Clinical path intensive data hinge is with difference message hook and reminder-data bag in the real-time clinical path of the patient storehouse then; Issue senior executive's main frame (423) and receive, and show the command cue that enables to carry out next step operation.

4. the method for clinical path intensive data transmitting and displaying according to claim 1 is characterized in that:

Said patient's clinical path list of setting up; Comprise from sick national standard model form data of planting of this patient of clinical path master pattern library call and the form data that from the real-time clinical path of patient storehouse, calls at least one identical case; After comparing; Select one of which typing patient information and routing information, deposit this clinical path list in the real-time clinical path of patient storehouse then.

5. according to the method for claim 1 or 3 described clinical path intensive data transmitting and displaying, it is characterized in that:

Said patient's card (311), doctor's card (312), high pipe clamp (313) be the RFID label, touch a kind of in the card.

6. the system of a clinical path intensive data transmitting and displaying is characterized in that, said system comprises:

One clinical path intensive data hinge; In said data hinge and Respiratory Medicine outpatient service/ward node, GI Medicine outpatient service/ward node, Neurology Clinic/ward node, heart internal medicine outpatient service/ward node, blood internal medicine outpatient service/ward node, Nephrology dept.'s outpatient service/ward node, endocrine outpatient service/ward node, General Surgery Clinic/ward node, Neurosurgery Clinic/ward node, Orthopaedics Clinic/ward node, Urologic Surgery Clinic/ward node, Thoracic Surgery Clinic/ward node, department of cardiac surgery's outpatient service/ward node, gynaecology's outpatient service/ward node, obstetrics' outpatient service/ward node, Pediatric Clinic/ward node, pediatric surgery's outpatient service/ward node, ophthalmology outpatient service/ward node, ear-nose-throat department outpatient service/ward node, Stomatology Clinic/ward node, dept. of dermatology's outpatient service/ward node, the oncology outpatient service/ward node at least one carried out data communication through communication link and connected;

Said clinical path intensive data hinge also with clinical path master pattern storehouse, the real-time clinical path of patient storehouse, the automatic detection module of clinical path at least one carry out data communication and be connected;

Said clinical path intensive data hinge also shows that with at least one common retrieval node carries out data communication through communication link and is connected;

At each outpatient service/ward node, be provided with doctor's card reader (442), the corresponding doctor's card (312) of this card reader; Launch doctor's main frame (422) through checking card; Or go up typing doctor password at doctor's keyboard (432) and launch doctor's main frame (422) and comprise and set up patient's clinical path list, be that the list of unit upgrades with the day, the signature of doctors and nurses's medical treatment and nursing inspection record; The operation of record analyzed in the variation record;

Show node in common retrieval; Be provided with patient's card reader (441), the patient holds patient's card (311), opens normal hosts (451) through checking card; Connect clinical path intensive data hinge through communication link (99) then, the clinical path data of calling this card number show;

The automatic detection module of one clinical path is communicated by letter with clinical path intensive data hinge and is connected, and detects each list update mark in the real-time clinical path of the patient storehouse, medical treatment and nursing inspection record, variation record in real time, forms difference message hook and reminder-data bag.

7. the system of clinical path intensive data transmitting and displaying according to claim 6 is characterized in that:

Said communication link is at least a in industrial-controlled general line, internet, LAN, the wireless network.

8. the system of clinical path intensive data transmitting and displaying according to claim 6 is characterized in that:

Said clinical path intensive data hinge also carries out data communication with at least one senior manual queries/demonstration/modification node through communication link and is connected;

At senior manual queries/demonstration/modification node; Be provided with senior executive's card reader (443); The corresponding high pipe clamp (313) of this card reader is launched senior executive's main frame (423) through checking card, or launches senior executive's main frame (423) at the last typing senior executive password of senior executive's keyboard (433) and carry out next step operation.

9. according to the system of claim 6 or 8 described clinical path intensive data transmitting and displaying, it is characterized in that:

Said patient's card (311), doctor's card (312), high pipe clamp (313) be the RFID label, touch a kind of in the card.

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