CN113140294A - Staged diagnosis and treatment platform, system and method - Google Patents

Staged diagnosis and treatment platform, system and method Download PDF

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Publication number
CN113140294A
CN113140294A CN202010052504.3A CN202010052504A CN113140294A CN 113140294 A CN113140294 A CN 113140294A CN 202010052504 A CN202010052504 A CN 202010052504A CN 113140294 A CN113140294 A CN 113140294A
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hospital
diagnosis
information
treatment
module
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杨峰
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    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
    • G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms

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Abstract

The invention provides a grading diagnosis and treatment platform which comprises a user end system and a grading diagnosis and treatment system. The client system provides user data information and enables users to obtain grading diagnosis and treatment information and carry out periodic grading diagnosis and treatment. The hierarchical diagnosis and treatment system receives the user data information and plans at least one hospital hierarchical diagnosis and treatment information and/or at least one period distribution diagnosis and treatment information to the user end system.

Description

Staged diagnosis and treatment platform, system and method
Technical Field
The invention relates to the field of medical treatment, in particular to a hierarchical diagnosis and treatment platform, a system and a method thereof, wherein diagnosis and treatment cycles are reasonably distributed according to hospital qualifications so as to provide a patient-friendly hospitalization environment and reduce waste of medical resources.
Background
Along with the process of social and economic transformation such as population aging, urbanization and the like and along with the development of society and the improvement of economic level, the basic health requirements of people rapidly increase and the characteristics of diversification are presented, and a huge challenge is brought to a basic medical health service system. In other words, the increasing demand for medical services has made the basic health care system challenging. The main problems in this method are that the existing medical service system has an imperfect layout, insufficient high-quality medical resources and an unreasonable configuration, and cannot effectively meet the service requirements of the rapid increase of prevention, treatment, rehabilitation, nursing and the like. These problems cause the current situation of "difficult to see and expensive to see" of the vast masses of people today. Furthermore, the modern Hospital of the university of trimethyl is full of patients, low in rate of collection and treatment, poor in satisfaction rate and low in yield; the basic level hospital has no people to ask for the body fluid, the private hospital can be a peacock, the core technology of patient visit is lacked, the head is a Pu Tian cap, the cost of patients who ask for Luo is high, the rate of return visit is low, the relative income is low, and the like, and the situation is urgently needed to be changed on the current medical system. Furthermore, at present, the imbalance of medical systems, the asymmetry of medical information and the bipolarization of medical resources break through the only way of classified diagnosis and treatment of large hospitals in cities and small private hospitals in the primary level, and the classified diagnosis and treatment are regarded as the important part of future medical reform work in the new ten-year planning of the health planning committee. However, the problems of the present hierarchical diagnosis and treatment include that resources cannot be effectively allocated, the connection between all levels of medical units and the establishment of a resource sharing architecture are imperfect, the source of disease and the way of seeing a doctor are unhooked, information is asymmetric, a large number of patients are cheated due to the fact that the doctor sees a doctor in a lower-level hospital or a private hospital, and the patients are screened in an upper-level hospital, which causes waste in the medical technology and economic level.
Particularly, the development of the modern society causes more infertile patients, but the medical treatment method of using the tube baby is a common choice for the patients, but the medical treatment specification and technology for the genital tube baby also have the phenomena of incomplete medical service system layout, insufficient high-quality medical resources and unreasonable allocation, poor service and opaque cost of partial medical institutions, and the like. Therefore, the push for the staged diagnosis and treatment of genital tube infants is urgent.
Disclosure of Invention
One advantage of the present invention is that it provides a staged diagnosis and treatment platform, system and method thereof to achieve the effect of medical resource sharing and clinic staging. In other words, the present invention can make the medical resources reasonably allocated and the medical information public and transparent.
An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method thereof, in which diagnosis and treatment cycles are reasonably allocated according to hospital qualifications to provide patient-friendly medical environment and reduce waste of medical resources.
One advantage of the present invention is that it provides a staged diagnosis and treatment platform, system and method thereof, wherein the present invention can reasonably allocate the hospitalization period according to the qualification of the hospital, but can be flexibly applied in special cases, so that the patient can be transferred to the most suitable hospital for hospitalization.
An advantage of the present invention is that it provides a staged diagnosis and treatment platform, a system and a method thereof, in which at least one recommended period diagnosis and treatment table or/and at least one feasible diagnosis and treatment table are/is pre-formed, so that a patient or a user can select the recommended period diagnosis and treatment table or the at least one feasible diagnosis and treatment table that best meets the needs of the patient or the user as required to confirm the formation of a hospital staged diagnosis and treatment information or a period distribution diagnosis and treatment information, thereby increasing the convenience of diagnosis and improving the confidence level for both the patient and the user.
One advantage of the present invention is to provide a staged diagnosis and treatment platform, system and method thereof, wherein a patient can look up relevant information in advance before a visit through the present invention, and can register in advance and know the expected waiting time of the visit through the present invention, thereby improving convenience for the patient and the user.
One advantage of the present invention is that it provides a staged diagnosis and treatment platform, system and method thereof, wherein the present invention integrates diagnosis and treatment items of hospitals at all levels and considers the treatment status of hospitals at all levels, and then reasonably plans, reduces the blank window period of some hospitals, avoids the overfilling status of some hospitals, and simultaneously reduces the loss of patients and reduces the medical treatment waiting time of patients.
An advantage of the present invention is that it provides a hierarchical diagnosis and treatment platform, system and method thereof, in which various academic guides and technical supports are provided by a superior hospital, so that the inferior hospital can simultaneously promote medical technology and increase the confidence of patients.
Additional advantages and features of the invention will be set forth in the detailed description which follows and in part will be apparent from the description, or may be learned by practice of the invention as set forth hereinafter.
According to the present invention, which achieves the aforementioned objects and other objects and advantages, comprises:
a user end system, which provides user data information and makes user obtain grading diagnosis and treatment information and make periodic grading diagnosis and treatment; and
and the grading diagnosis and treatment system receives the user data information and plans at least one hospital grading diagnosis and treatment information and/or at least one period distribution diagnosis and treatment information to the user end system.
According to an embodiment of the present invention, the hierarchical diagnosis and treatment platform includes a cloud database respectively connected to the user end system and the hierarchical diagnosis and treatment system, so as to respectively receive the user data information, the hospital hierarchical visit information and the periodically distributed diagnosis and treatment information.
According to an embodiment of the present invention, the user-end system includes a superior hospital-end system, a inferior hospital-end system, and a patient-end system, wherein the superior hospital-end system, the inferior hospital-end system, and the patient-end system are respectively connected to each other.
According to an embodiment of the present invention, the user-side system includes a superior hospital-side system, a inferior hospital-side system and a patient-side system, wherein the superior hospital-side system, the inferior hospital-side system and the patient-side system are respectively connected to the cloud database.
According to an embodiment of the present invention, the patient-side system acquires information of hospitals at different levels from the upper-level hospital-side system and the lower-level hospital-side system, and acquires the hospital classified visit information and the period distribution visit information from a classified diagnosis and treatment system.
According to an embodiment of the present invention, the superior hospital end system includes a superior hospital patient information module, a round-off inferior hospital module, a superior hospital referral module, a superior hospital diagnosis module, a superior hospital receiving module and a superior hospital database, wherein the superior hospital patient information module, the round-off inferior hospital module, the superior hospital referral module, the superior hospital diagnosis module and the superior hospital receiving module are respectively connected to the superior hospital database.
According to an embodiment of the invention, the superior hospital end system comprises a superior hospital patient information module, a round-off inferior hospital module, a superior hospital referral module, a superior hospital diagnosis module, a superior hospital receiving module and a superior hospital database, wherein the superior hospital patient information module, the round-off inferior hospital module, the superior hospital referral module, the superior hospital diagnosis module and the superior hospital receiving module are respectively connected with the superior hospital database, and the superior hospital database is connected with the cloud database.
According to an embodiment of the present invention, the superior hospital patient information module is adapted to establish a patient information or obtain the hospital classified visit information or the period distribution diagnosis and treatment information corresponding to a patient, and the superior hospital diagnosis and treatment module performs diagnosis and treatment according to the hospital classified visit information or the period distribution diagnosis and treatment information.
According to an embodiment of the present invention, the circled subordinate hospital module is adapted to select at least one subordinate hospital system and connect the selected subordinate hospital system to share resources.
According to an embodiment of the present invention, the superior referral hospital module is connected to the superior hospital end system and the inferior hospital end system for transmitting referral information to the superior hospital end system and the inferior hospital end system.
According to an embodiment of the present invention, the superior hospital receiving module is connected to the superior hospital end system and the inferior hospital end system, and is configured to receive referral information of the superior hospital end system and the inferior hospital end system.
According to an embodiment of the present invention, the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis module, and a lower-level hospital database, wherein the lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis module are respectively connected to the lower-level hospital database.
According to an embodiment of the present invention, the lower-level hospital end system includes a lower-level hospital patient information module, a lower-level hospital referral module, a lower-level hospital receiving module, a lower-level hospital diagnosis module, and a lower-level hospital database, wherein the lower-level hospital patient information module, the lower-level hospital referral module, the lower-level hospital receiving module, and the lower-level hospital diagnosis module are respectively connected to the lower-level hospital database, and the lower-level hospital database is connected to the cloud database.
According to an embodiment of the present invention, the lower-level hospital patient information module is adapted to establish a patient information or obtain the hospital classified visit information or the period distribution diagnosis and treatment information corresponding to a patient, and the lower-level hospital diagnosis and treatment module performs diagnosis and treatment according to the hospital classified visit information or the period distribution diagnosis and treatment information.
According to an embodiment of the present invention, the subordinate hospital referral module is connected to the superior hospital end system and the subordinate hospital end system for transmitting referral information to the superior hospital end system and the subordinate hospital end system.
According to an embodiment of the present invention, the lower hospital receiving module is connected to the upper hospital end system and the lower hospital end system, and is configured to receive referral information of the upper hospital end system and the lower hospital end system.
According to an embodiment of the present invention, the patient end system includes a hospital information module, a diagnosis and treatment planning notification module, a appointment register module and a patient end database, wherein the hospital information module, the diagnosis and treatment planning notification module and the appointment register module are respectively connected to the patient end database.
According to an embodiment of the present invention, the patient end system includes a hospital information module, a diagnosis and treatment planning notification module, a reservation registration module and a patient end database, wherein the hospital information module, the diagnosis and treatment planning notification module and the reservation registration module are respectively connected to the patient end database, and the patient end database is connected to the cloud end database.
According to an embodiment of the present invention, the system for diagnosis and treatment in a hierarchical manner includes a diagnosis and treatment path planning system, a multi-directional diagnosis and treatment system, a period distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database, wherein the diagnosis and treatment path planning system, the multi-directional diagnosis and treatment system, and the period distribution diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database.
According to an embodiment of the present invention, the system for hierarchical diagnosis and treatment comprises a diagnosis and treatment path planning system, a multi-directional diagnosis and treatment system, a period distribution diagnosis and treatment system, and a hierarchical diagnosis and treatment database, wherein the diagnosis and treatment path planning system, the multi-directional diagnosis and treatment system, and the period distribution diagnosis and treatment system are respectively connected to the hierarchical diagnosis and treatment database, and the hierarchical diagnosis and treatment database is connected to the cloud database to transmit the hospital hierarchical diagnosis and treatment information or the period distribution diagnosis and treatment information to the cloud database.
According to an embodiment of the invention, the diagnosis and treatment path planning system comprises a planning and integrating hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning and integrating hospital information module and the planning patient information module are respectively connected with the diagnosis and treatment path planning module so as to plan at least one recommended period diagnosis and treatment table in advance and select and define the hospital grading diagnosis and treatment information.
According to an embodiment of the invention, the diagnosis and treatment path planning system comprises a planning and integrating hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning and integrating hospital information module, the planning patient information module and the diagnosis and treatment path planning module are respectively connected with the planning database so as to plan at least one recommended period diagnosis and treatment table in advance and select and define the classified diagnosis and treatment information of the hospital.
According to an embodiment of the invention, the planning and integrating hospital information module integrates at least one corresponding advanced hospital screening, a period scheme is determined, a pre-period minor operation-intima cleaning, a pre-period hysteroscope, an ovulation promotion period, ovum taking, embryo matching, transplantation, post-transplantation pregnancy, vaginal ultrasound, post-transplantation pregnancy, diagnosis and treatment item of post-transplantation ultrasound and at least one corresponding period pre-examination, pre-period screening, pre-period minor operation-fallopian tube repair/cyst excision, pre-period radiography, intra-period full examination, intra-period superovulation monitoring, intra-period descent control, post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, small and large obstetric card for obstetric screening and genetic consultation, childbirth and perinatal care, perinatal healthcare and women healthcare diagnosis and treatment item.
According to an embodiment of the invention, the superior hospital is implemented as a third-level hospital reproductive center, and the inferior hospital is implemented as a public hospital gynecology, infertility private hospital, basic infertility clinic, basic delivery hospital, public hospital obstetrics, trimester hospital prenatal center, foreign reproductive center, sperm and egg supply and borrowing mechanism, prenatal genetic disease carrying and screening center, and tumor hospital fertility preservation mechanism.
According to an embodiment of the invention, the diagnosis and treatment path planning module is used for planning diagnosis and treatment items of gynecology and infertility private hospitals of the official hospitals, basic infertility clinics, basic delivery hospitals, obstetrics of the official hospitals, prenatal centers of the three hospitals, foreign reproductive centers, mechanisms for supplying sperm and egg, prenatal genetic disease carrying and screening centers and fertility preservation mechanisms of tumor hospitals for carrying out first-cycle pre-examination, pre-cycle screening, pre-cycle small operations-oviduct repair/cyst excision, pre-cycle radiography, cycle complete examination, cycle superovulation monitoring, cycle descending diagnosis and treatment items and third-cycle post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, small calorie large card production examination, prenatal screening and genetic consultation, delivery and perinatal nursing, perinatal health care and women health care, and treatment items, and second-cycle screening by the tertiary hospital reproductive centers, determining a period scheme, performing minor operation before the period, namely inner membrane cleaning, performing hysteroscopy before the period, promoting an ovulation period, taking eggs, matching embryos, transplanting, performing pregnancy after the transplanting, performing vaginal ultrasound, performing pregnancy after the transplanting, and performing ultrasound diagnosis and treatment after the transplanting. At least one group of the hospital form at least one recommended period diagnosis and treatment table, and confirm to form the hospital grading clinic information.
According to an embodiment of the present invention, the multi-directional diagnosis system includes a multi-directional hospital information module, a multi-directional diagnosis forwarding module, and a multi-directional diagnosis database, wherein the multi-directional hospital information module and the multi-directional diagnosis forwarding module are respectively connected to the multi-directional diagnosis database to plan a diagnosis forwarding path.
According to an embodiment of the present invention, the multi-directional consultation system includes a multi-directional hospital information module, a multi-directional consultation module, and a multi-directional consultation database, wherein the multi-directional hospital information module, the multi-directional consultation module, and the multi-directional consultation database are respectively connected to the multi-directional consultation database, and the multi-directional consultation database is connected to the cloud database to plan a consultation path.
According to an embodiment of the invention, the period distribution diagnosis and treatment system comprises a period project diagnosis and treatment module, a hospital information module of each level, a distribution hospital information module and a period diagnosis and treatment database, wherein the period project diagnosis and treatment module and the hospital information modules of each level are respectively connected with the distribution hospital information module, so that at least one feasible diagnosis and treatment table is planned firstly, and is selected and defined as the period distribution diagnosis and treatment information.
According to an embodiment of the invention, the period distribution diagnosis and treatment system comprises a period project diagnosis and treatment module, a hospital information module of each level, a distribution hospital information module and a period diagnosis and treatment database, wherein the period project diagnosis and treatment module, the hospital information modules of each level and the distribution hospital information module are respectively connected with the period diagnosis and treatment database so as to plan at least one feasible treatment table and select and define the period distribution diagnosis and treatment information.
According to an embodiment of the invention, the periodic item diagnosis and treatment module is provided with diagnosis and treatment items of periodic screening, periodic scheme determination, preoperative minor operation-intimal cleaning, preoperative hysteroscope, ovulation induction period, ovum taking, embryo matching, transplantation, post-transplantation pregnancy testing, vaginal ultrasound, post-transplantation pregnancy testing, post-transplantation ultrasound, pre-periodic physical examination, preoperative minor operation-oviduct repair/cyst excision, preoperative imaging, intra-periodic complete examination, intra-periodic superovulation induction monitoring, intra-periodic descent control, post-transplantation pregnancy testing, post-transplantation ultrasound, post-transplantation fetus protection, small-card large delivery test card, prenatal screening and genetic consultation, delivery and perinatal care, perinatal health care and women health care.
According to an embodiment of the invention, the information module of each level of hospital has corresponding diagnosis and treatment items of diagnosis and treatment centers such as a three-level hospital reproductive center, a public hospital gynecology department, an infertility and privates hospital, a basic infertility and infertility clinic, a basic obstetric department, a public hospital obstetric department, a trimester prenatal center, a foreign reproductive center, an sperm and egg supply mechanism, a prenatal genetic disease carrying and screening center, a tumor hospital fertility preservation mechanism and the like.
According to an embodiment of the present invention, the distribution hospital information module plans the period distribution medical information to have three periods, the diagnosis and treatment items in the first period are examination before the period, screening before the period, small operation before the period, oviduct repair/cyst excision, radiography before the period, complete examination in the period, superovulation promotion monitoring in the period and descending regulation in the period, the diagnosis and treatment items in the second period are screening in the period, a period scheme is determined, small operation before the period, inner membrane cleaning, hysteroscopy before the period, ovulation promotion period, ovum taking, embryo preparation and transplantation, pregnancy after transplantation, vaginal ultrasound, pregnancy after transplantation, ultrasound after transplantation, pregnancy after transplantation, fetus protection after transplantation, small card large card for obstetric examination, screening and genetic consultation before the birth, nursing in perinatal and perinatal period, health care in perinatal period and women health care.
According to an embodiment of the invention, the hospital information module is allocated and the first and third periods are defined to be diagnosed and treated by diagnosis and treatment centers such as a public hospital gynecology department, an infertility private hospital, a basic infertility clinic, a basic delivery hospital, a public hospital obstetrics department, a third hospital prenatal center, a foreign reproductive center, an sperm and egg supply mechanism, a pregnant genetic disease carrying and screening center or a tumor hospital fertility preservation mechanism, and the second period is diagnosed and treated by a third-level hospital reproductive center.
According to the present invention, a superior hospital end system capable of achieving the foregoing objects and other objects and advantages includes:
the system comprises a superior hospital patient information module, a superior hospital referral module, a superior hospital diagnosis and treatment module, a superior hospital receiving module and a superior hospital database, wherein the superior hospital patient information module, the superior hospital referral module, the superior hospital diagnosis and treatment module and the superior hospital receiving module are respectively connected with the superior hospital database, the superior hospital patient information module acquires hospital graded diagnosis and treatment information or one period of distribution diagnosis and treatment information, and the superior hospital diagnosis and treatment module provides diagnosis and treatment according to the hospital graded diagnosis and treatment information or the period of the period distribution diagnosis and treatment information.
According to an embodiment of the present invention, the upper level hospital end system includes a circle lower level hospital module connected to the upper level hospital database for selecting at least one lower level hospital to share resources.
According to the present invention, a diagnosis path planning system capable of achieving the foregoing object and other objects and advantages comprises:
the system comprises a planning and integrating hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning and integrating hospital information module, the planning patient information module and the diagnosis and treatment path planning module are respectively connected with the planning database so that the diagnosis and treatment path planning module plans at least one recommended period diagnosis and treatment table in advance, selects and defines at least one hospital grading diagnosis and treatment information and stores the information in the planning database.
According to an embodiment of the invention, the hospital grading visit information comprises a visit period, a visit time, a visit hospital and referral information.
According to the present invention, which can achieve the aforementioned objects and other objects and advantages, comprises the steps of:
(A) providing patient information and hospital information at all levels;
(B) establishing hospital classified treatment information or periodically distributed treatment information; and
(C) and all levels of hospitals respectively carry out diagnosis and treatment according to the classified diagnosis and treatment information of the hospitals or the periodic diagnosis and treatment items of the periodically distributed diagnosis and treatment information.
According to one implementation method of the invention, the patient information and hospital information of all levels are provided by a user-side system.
According to an embodiment of the present invention, the method further comprises the following steps in step (B):
(B1) an integrated hospital information module integrates information of all levels of hospitals and corresponding diagnosis and treatment project information;
(B2) a diagnosis and treatment path planning module establishes at least one recommended period diagnosis and treatment table; and
(B3) and selecting and confirming the recommended periodic diagnosis and treatment table to define the hospital classified diagnosis and treatment information.
According to one implementation method of the invention, the hospital classified treatment information comprises treatment period, treatment time, treatment path and referral information
According to an embodiment of the present invention, the step (B) further comprises the steps of:
(B1') providing various diagnosis and treatment item information by a period diagnosis and treatment module;
(B2') medical item information of each level of hospital provided by each level of hospital information module;
(B3') a distribution hospital information module for establishing at least one possible medical examination form by matching the various medical treatment item information with the hospitals of all levels; and
(B4') selecting to confirm the feasible encounter table to define the periodically assigned encounter information.
According to an embodiment of the present invention, the step (C) further comprises the steps of:
(C1) the user side distributes diagnosis and treatment information to corresponding superior hospitals or subordinate hospitals according to the hospital grading diagnosis and treatment information or the period;
(C2) the superior hospital or the subordinate hospital respectively diagnoses according to the period diagnosis and treatment items of the classified diagnosis and treatment information of the hospitals or the period distribution diagnosis and treatment information; and
(C3) the patient is changed to the hospital according to the referral information.
According to the present invention, the aforementioned object and other objects and advantages are achieved by a diagnosis and treatment plan recommendation method comprising the steps of:
(a) receiving patient information;
(b) capturing information of hospitals at all levels;
(c) establishing at least one recommended period diagnosis and treatment table or/and at least one feasibility diagnosis and treatment table;
(d) selecting and confirming the recommended period diagnosis and treatment table or at least one feasible diagnosis and treatment table; and
(e) establishing a hospital grading diagnosis information or a period distribution diagnosis information.
In accordance with the present invention, the foregoing and other objects and advantages are achieved in accordance with the present invention which is a hospital resource integrated business method comprising the steps of:
(a') displaying information of hospitals at all levels;
(b') establishing at least one recommended period clinical chart or/and at least one available clinical chart;
(c') selectively identifying said recommended periodic clinical form or at least one available clinical form and generating a hospital grading clinical information L1 or a periodic distribution clinical information;
(d') each level of hospitals receives the classified diagnosis information or the periodically distributed diagnosis and treatment information of the hospitals, and the hospitals receive the classified diagnosis and treatment information or the periodically distributed diagnosis and treatment information and perform periodic diagnosis and treatment; and
(e') after completing the corresponding period of diagnosis, transferring to the corresponding hospital for the next period of diagnosis until the treatment course is over.
Further objects and advantages of the invention will be fully apparent from the ensuing description and drawings.
These and other objects, features and advantages of the present invention will become more fully apparent from the following detailed description, the accompanying drawings and the claims.
Drawings
Fig. 1A and 1B are logic diagrams of a staged diagnosis and treatment platform according to a preferred embodiment of the present invention. Fig. 1A illustrates a user-end system directly connected to a staged medical system. FIG. 1B illustrates that the client system and the staged diagnosis system can be further connected to a cloud database.
Fig. 2A and 2B are logical diagrams of a superior hospital-end system according to a preferred embodiment of the present invention. Fig. 2A illustrates that the superior hospital-side system can wirelessly connect the databases. Fig. 2B illustrates the direct transfer of the respective related information into the upper-level hospital-end system, which can work independently.
Fig. 3A and 3B are logical schematic diagrams of subordinate hospital end systems according to a preferred embodiment of the present invention. FIG. 3A illustrates that a subordinate hospital-end system can wirelessly connect databases. Fig. 3B illustrates the direct transfer of the respective relevant information into a subordinate hospital end system, which may work independently.
Fig. 4A and 4B are logical schematic diagrams of a patient-end system according to a preferred embodiment of the present invention. FIG. 4A illustrates that a patient-end system may wirelessly connect databases. Fig. 4B illustrates the direct transmission of relevant information into a patient-end system, where the patient-end system may work independently.
Fig. 5A and 5D are logic diagrams of a diagnosis path planning system according to a preferred embodiment of the present invention. FIG. 5A illustrates that databases can be wirelessly connected. Fig. 5B illustrates the direct transmission of relevant information into the clinical pathway planning system, wherein the clinical pathway planning system may operate independently. FIG. 5C illustrates the integration and wireless connection of databases through planning the database. Fig. 5B illustrates the direct transmission of the relevant information into the planning database of the clinical pathway planning system, wherein the clinical pathway planning system can operate independently.
Figures 6A and 6B are logical schematic diagrams of a multi-directional viewing system according to a preferred embodiment of the present invention. FIG. 6A illustrates that the multi-directional diagnostic system can wirelessly connect the databases. Figure 6B illustrates the direct transmission of each relevant information into the multi-directional review system, wherein the multi-directional review system can operate independently.
Fig. 7A and 7B are logic diagrams of a cycle allocation clinic system according to a preferred embodiment of the present invention. Figure 7A illustrates that the periodic distribution diagnostic system can wirelessly connect databases. Fig. 7B illustrates the direct transfer of relevant information into the cycle allocation diagnostic system, wherein the cycle allocation diagnostic system can operate independently.
Fig. 8 is a logic diagram of a flow of a staged procedure platform according to a preferred embodiment of the present invention.
Detailed Description
The following description is presented to disclose the invention so as to enable any person skilled in the art to practice the invention. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention, as defined in the following description, may be applied to other embodiments, variations, modifications, equivalents, and other technical solutions without departing from the spirit and scope of the invention.
It will be understood by those skilled in the art that in the present disclosure, the terms "longitudinal," "lateral," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in an orientation or positional relationship indicated in the drawings for ease of description and simplicity of description, and do not indicate or imply that the referenced devices or components must be constructed and operated in a particular orientation and thus are not to be considered limiting.
It is understood that the terms "a" and "an" should be interpreted as meaning that a number of one element or element is one in one embodiment, while a number of other elements is one in another embodiment, and the terms "a" and "an" should not be interpreted as limiting the number.
As shown in fig. 1A to 8, a staged diagnosis and treatment platform 1 and a staged diagnosis and treatment method according to a preferred embodiment of the present invention are respectively adapted to solve the problems that the source of a disease and the way of seeing a doctor are unhooked, the information is not symmetrical, a large number of patients are cheated due to non-normative seeing a doctor in a lower-level hospital, and the medical technology and economic level are wasted when patients are screened in an upper-level hospital. The staged diagnosis platform 1 of the present invention comprises a client system 100, a staged diagnosis system 200 and a cloud database 300. The client system 100 is configured for each level of users, so that each user or user can quickly use the client system 100 to obtain the required information of the level diagnosis and treatment and perform related operations. The user system is further configured to provide user profile information U1 to the staged diagnosis and treatment system 200, wherein the user information includes patient information and information of various levels of hospitals. The staged diagnosis and treatment system 200 is adapted to further provide solutions and promotional support as well as provide service terminals and technical support. The cloud database 300 is suitable for storing and backing up various related data information, and achieves the effect of further resource sharing.
Further, the current medical system is not perfect, and people may feel that the medical effect of the superior hospital is better, so that the patients need to visit the superior hospital even for the simple small condition, resulting in too many patients in the superior hospital, and actually requiring more waiting time for the patients to be diagnosed in the superior hospital, thereby causing medical delay, and also causing people to spend more money and time to diagnose the small condition of the body. For this reason, there is a possibility that the people do not believe that the technology of the lower hospitals or the lower hospitals themselves is not sufficient to cope with various medical items. Therefore, the present invention provides the hierarchical diagnosis and treatment platform 1 and the hierarchical diagnosis and treatment method, which prescribes a hospital hierarchical diagnosis and treatment information L1 and/or a period distribution diagnosis and treatment information L2, so that the superior hospital and the subordinate hospital can more effectively divide labor, and the effect of medical technology and information sharing is achieved. It should be noted that the distribution terms of hospitals at different levels are different according to actual use conditions, and the present invention simply distinguishes the distribution terms into a superior hospital and a subordinate hospital, which is not a unique term, and the present invention distinguishes the distribution terms for convenience of description, which is not a limitation of the present invention.
In this embodiment of the present invention, the client system 100 is connected to the system 200 for information sharing and diagnosis. That is, the user end system 100 can directly obtain the profile information of the system 200, i.e. at least one hospital grading clinic information L1 and/or at least one period distribution clinic information L2, and the system 200 can directly or indirectly obtain the profile information of the user end system 100, i.e. the user profile information U1. In other words, the user profile information U1 can be directly inputted into the staging system 200 or inputted into the client system 100 before being transmitted to the staging system 200, which is not a limitation of the present invention. In particular, the client system 100 and the staged diagnosis system 200 may be operated independently or in conjunction with each other. In other words, the client system 100 can provide various related information, and can perform operations such as a graded diagnosis and treatment process treatment and a graded diagnosis and treatment information notification according to the hospital graded diagnosis and treatment information L1 or the period distribution diagnosis and treatment information L2. The staged diagnosis and treatment system 200 can independently perform staged diagnosis and treatment planning, i.e., establish the hospital staged diagnosis information L1 or the period distribution diagnosis and treatment information L2. In addition, the user-side system 100 may be configured to establish user profile information U1, and transmit the user profile information U1 to the hierarchical diagnosis and treatment system 200, so that the hierarchical diagnosis and treatment system 200 performs a hierarchical diagnosis and treatment planning, and after forming the hospital hierarchical diagnosis and treatment information L1 or the periodically distributed diagnosis and treatment information L2, transmit the hospital hierarchical diagnosis and treatment information L1 or the periodically distributed diagnosis and treatment information L2 to the user-side system 100, so that the user-side system 100 further performs a hierarchical diagnosis and treatment procedure treatment operation. The user profile information U1 includes patient information, information of hospitals at different levels, medical treatment item information of hospitals at different levels, and the like.
In this embodiment of the present invention, the client system 100 and the grading diagnosis and treatment system 200 may further be respectively connected to the cloud database 300 to respectively transmit each message to the cloud database 300, so that the client system 100 and the grading diagnosis and treatment system 200 may respectively obtain the data message of the other party through the cloud database 300, or upload the respective data message to the cloud database 300 for storage or backup. In addition, when the client system 100 and the diagnosis and treatment system 200 are connected to each other, mutual information can be obtained according to the setting, and the information is further uploaded to the cloud database 300. When the client system 100 and the staged diagnosis system 200 are not connected to each other, the client system can also obtain the required data information of the other party from the cloud database 300. In other words, the client system 100, the diagnosis and treatment system 200 and the cloud database 300 may be connected or disconnected with each other, which is not a limitation of the present invention. It should be noted that the communication or connection among the client system 100, the diagnosis and treatment system 200 and the cloud database 300 can be a wired connection or an infinite connection, which is not a limitation of the present invention. In addition, each user acquires different information according to the authority setting when using each system.
In this embodiment of the present invention, the user-end system 100 includes a superior hospital-end system 101, a inferior hospital-end system 102, and a patient-end system 103. The users at all levels select the appropriate systems, such as the upper hospital end system 101 for the upper hospital, the lower hospital end system 102 for the lower hospital, and the patient end system 103 for the patient. The superior hospital end system 101, the inferior hospital end system 102 and the patient end system 103 are connected to each other, respectively, so as to achieve the purposes of information sharing and hierarchical diagnosis and treatment. In addition, the upper-level hospital end system 101, the lower-level hospital end system 102 and the patient end system 103 may further be connected to the cloud database 300, so as to upload data to the cloud database 300 and obtain related data from the cloud database 300. It should be noted that the upper-level hospital-side system 101, the lower-level hospital-side system 102 and the patient-side system 103 may be operated independently or in a linked manner. That is, the upper hospital end system 101, the lower hospital end system 102 and the patient end system 103 may be independent systems, connected to each other or achieve the effect or purpose of information sharing through the cloud database 300.
In this embodiment of the present invention, the upper-level hospital end system 101 and the lower-level hospital end system 102 respectively provide corresponding periodic diagnoses and treatment, i.e. the hierarchical diagnosis and treatment process treatment, according to the user data information U1 and/or the hospital hierarchical diagnosis information L1 and/or the periodic distribution diagnosis and treatment information L2, and establish or feed back the diagnosis and treatment information after diagnosis to the respective databases and/or the cloud database 300 for the purpose of backup and information sharing. The patient or user may utilize the patient-side system 103 to obtain various relevant information, such as hospital information at various levels and hospital-grade visit information L1. The hospital information at each level comprises doctor experience information, medical service information and the like. The medical service information comprises diagnosis and treatment items, registration service, diagnosis and treatment progress, charge description and the like. The hospital information can be used as a reference before hospitalization. The hospital staged visit information L1 is created by the staged diagnosis and treatment system 200. It is worth mentioning that the patient-end system 103 has the hospital information and the hospital triage clinic information L1 and the period allocation clinic information L2 for reference by the patient or user. For example, before a patient visits a doctor, the patient-end system 103 may be used to search the hospital information, and then the patient visits a hospital for the first visit, where the hospital will establish the hospital-grade visiting information L1 and the period-assigned visiting information L2 through the superior hospital-end system 101, the inferior hospital-end system 102, or the grade visiting system 200. That is, the hospital classified visit information L1 and the periodically assigned clinic information L2 are created and then transmitted to each available system according to the setting or requirement. At this time, the patient can search information such as corresponding hospital, time, medical treatment items, etc. for subsequent later period medical treatment by using the patient end system 103.
It is worth mentioning that the hospital triage information L1 and the period distribution clinic information L2 may be provided to the patient-end system 103 by the upper-level hospital-end system 101, the lower-level hospital-end system 102, or the triage system 200. Further, the hierarchical diagnosis and treatment system 200 plans hospital hierarchical visiting information L1 and the period distribution diagnosis and treatment information L2 according to patient information and hospital information of each level, and provides the information to the cloud database 300, or provides the information to the upper-level hospital end system 101, the lower-level hospital end system 102, and the patient end system 103. In other words, the hospital stratification visit information L1 and the period allocation clinic information L2 may be directly provided to the patient-end system 103; or may be provided to the cloud repository 300 before being provided to the patient-end system 103; or may be provided to the superior hospital-end system 101, the inferior hospital-end system 10, and then to the patient-end system 103; or may be provided to the cloud repository 300, then provided to the upper-level hospital end system 101, the lower-level hospital end system 10, and then provided to the patient end system 103. These procedures are adjusted according to actual requirements and are not limiting of the present invention.
In this embodiment of the present invention, the upper-level hospital end system 101 includes an upper-level hospital patient information module 1011, a circumflex lower-level hospital module 1012, an upper-level hospital referral module 1013, an upper-level hospital diagnosis module 1014, an upper-level hospital receiving module 1015 and an upper-level hospital database 1016. The upper level hospital patient information module 1011, the defining lower level hospital module 1012, the upper level hospital referral module 1013, the upper level hospital diagnosis and treatment module 1014 and the upper level hospital receiving module 1015 are respectively connected to the upper level hospital database 1016. The upper hospital database 1016 is connected to the cloud database 300, so that each information is shared between the databases. The upper hospital patient information module 1011 is connected to the upper hospital diagnosis and treatment module 1014, and after acquiring patient information from the upper hospital patient information module 1011, acquires the hospital classified diagnosis information L1 or the period distribution diagnosis and treatment information L2 from the upper hospital database 1015 or the cloud database 300, and the upper hospital diagnosis and treatment module 1014 schedules and provides period diagnosis and treatment, and records each period diagnosis and treatment information in the upper hospital database 1016. When the superior hospital database 1016 receives each message, it is shared to other related databases, such as the cloud database 300, to achieve the information sharing effect.
Further, the upper hospital patient information module 1011 is adapted to establish patient information or obtain the hospital classified visit information L1 and the period distribution visit information L2 corresponding to the patient, and the upper hospital diagnosis module 1014 performs diagnosis according to the period of the hospital classified visit information L1 or the period distribution visit information L2. It is worth mentioning that when the patient visits the upper hospital for the first time, the patient information is established by the upper hospital patient information module 1011, and the hospital classified visit information L1 and the period distribution visit information L2 are established by the classified diagnosis and treatment system 200. Then, the patient can assign the clinic information L2 to the assigned corresponding hospital for clinic according to the hospital grading clinic information L1 or the period, wherein the hospital grading clinic information L1 and the period assignment clinic information L2 have clinic period, matching hospital and referral information L4, etc. When the visit period and the matched hospital are allocated to the upper level hospital, the patient goes to the upper level hospital to visit, and at this time, the patient information module 1011 of the upper level hospital acquires the hospital grading visit information L1 or the period allocation diagnosis and treatment information L2 corresponding to the patient, and the upper level hospital diagnosis and treatment module 1014 performs diagnosis and treatment according to the hospital grading visit information L1. In other words, the upper hospital clinical module 1014 receives the hospital classified visit information L1 or the period assignment clinical information L2 and schedules and performs related period diagnosis according to the required diagnosis items.
In addition, the delineating subordinate hospital module 1012 is adapted to select at least one subordinate hospital and connect the subordinate hospital end systems 102 of the selected subordinate hospitals for sharing resources and improving influence of the superior hospitals. That is, the higher level hospital can also transmit medical technology or reports to the lower level hospital through the lower level hospital defining module 1012, so that the personnel in the lower level hospital can receive the improvement of medical technology. In addition, the upper-level referral hospital module 1013 is connected to the upper-level hospital-end system 101 and the lower-level hospital-end system 102, and is used for transmitting referral information L4 to the upper-level hospital-end system 101 and the lower-level hospital-end system 102, i.e. transferring a patient to other upper-level hospitals or lower-level hospitals. The upper hospital receiving module 1015 is connected to the upper hospital end system 101 and the lower hospital end system 102, and is configured to receive referral information L4 of the upper hospital end system 101 and the lower hospital end system 102. It will be appreciated that the superior referral hospital module 1013 generates the referral information L4 as required.
In this embodiment of the present invention, the subordinate hospital end system 102 includes a subordinate hospital patient information module 1021, a subordinate hospital referral module 1022, a subordinate hospital receiving module 1023, a subordinate hospital diagnosis module 1024, and a subordinate hospital database 1025. The subordinate hospital patient information module 1021, the subordinate hospital referral module 1022, the subordinate hospital receiving module 1023, and the subordinate hospital diagnosis module 1024 are respectively connected with the subordinate hospital database 1025. The subordinate hospital database 1025 is connected to the cloud database 300, so that each information is shared between the databases. The subordinate hospital database 1025 can also be connected to the superior hospital database 1016 to directly communicate information between the superior hospital end system 101 and the subordinate hospital end system 102. In other words, the lower hospital database 1025 can be connected to the upper hospital database 1016 and the cloud database 300 respectively, so as to achieve the purpose of information sharing according to the actual situation.
The subordinate hospital patient information module 1021 is connected with the subordinate hospital diagnosis and treatment module 1024, and after acquiring patient information from the subordinate hospital patient information module 1021, the hospital hierarchical diagnosis information L1 and/or the period distribution diagnosis and treatment information L2 is acquired from the subordinate hospital database 1025 or the cloud database 300, and the subordinate hospital diagnosis and treatment module 1024 arranges and provides periodic diagnosis and treatment, and records each period diagnosis and treatment information in the subordinate hospital database 1025. When the subordinate hospital database 1025 receives each message, it is shared with other related databases, such as the cloud database 300, so as to achieve the information sharing effect.
Further, the lower hospital patient information module 1021 is adapted to establish patient information or obtain the hospital classified visit information L1 or the period distribution diagnosis and treatment information L2 corresponding to the patient, and the lower hospital diagnosis and treatment module 1024 is used for performing diagnosis and treatment. It is worth mentioning that when the patient first arrives at the upper hospital, the patient information is established by the lower hospital patient information module 1021, and the hospital classified visit information L1 or the period distribution visit information L2 is established by the classified diagnosis and treatment system 200. Then, the patient assigns diagnosis and treatment information L2 to the assigned hospital for diagnosis according to the hospital grading diagnosis information L1 or the period assignment diagnosis and treatment information L1 or the period assignment diagnosis and treatment information L2 having the diagnosis and treatment period, matching hospital and referral information L4, and the like. When the examination period and the matched hospital are distributed to the subordinate hospitals, the patient goes to the subordinate hospitals to examine, at this time, the patient information module 1021 of the subordinate hospitals obtains the hospital grading examination information L1 or the period distribution examination information L2 corresponding to the patient, and the examination module 1024 of the subordinate hospitals diagnoses according to the hospital grading examination information L1 or the period distribution examination information L2. In other words, the lower hospital clinical module 1024 receives the hospital classified visit information L1 or the period distribution clinical information L2 and schedules and performs related period diagnosis according to the clinical items to be performed.
In addition, the subordinate hospital referral module 1022 is connected to the superior hospital-end system 101 and the subordinate hospital-end system 102 for transmitting referral information L4 to the superior hospital-end system 101 and the subordinate hospital-end system 102, i.e. for transferring a patient to other superior hospitals or subordinate hospitals. The lower hospital diagnosis and treatment module 1024 is connected to the upper hospital end system 101 and the lower hospital end system 102, and is configured to receive referral information L4 of the upper hospital end system 101 and the lower hospital end system 102. The lower hospital receiving module 1023 is connected to the upper hospital-end system 101 and the lower hospital-end system 102, and is configured to receive referral information L4 of the upper hospital-end system 101 and the lower hospital-end system 102. It will be appreciated that the superior referral hospital module 1013 generates the referral information L4 as required.
In this embodiment of the present invention, the patient end system 103 includes a hospital information module 1031, a diagnosis and treatment planning notification module 1032, an appointment registration module 1033 and a patient end database 1034. The hospital information module 1031, the diagnosis and treatment planning notification module 1032 and the appointment registration module 1033 are respectively connected to the patient database 1033. The patient database 1034 can be connected to the lower hospital database 1025, the upper hospital database 1016, and the cloud database 300 respectively to obtain related information. The hospital information module 1031 includes a hospital information module 10311, a physician introduction module 10312, and a medical service module 10313, which are respectively connected to the patient database 1034, so that the patient can obtain relevant hospital information before a visit. The hospital information module 10311 is used to provide information of each hospital, including addresses, telephones, service items, and the like. The physician introduction module 10312 provides the academic history information of each physician. In particular, the medical treatment time and medical treatment queue of each hospital can be known via the medical treatment service module 10313, and medical treatment prompts can be further obtained. It is worth mentioning that the hospital information module 1031 can be used to obtain each required related information before the patient goes to the doctor. And, a reservation is made using the reservation registration module 1033. After medical treatment, the staged diagnosis and treatment system 200 will provide the hospital staged diagnosis information L1 or the period distribution diagnosis and treatment information L2 to the upper hospital database 1016, the lower hospital database 1025 and the cloud database 300, so that the patient can use the diagnosis and treatment planning notification module 1032 to obtain the hospital staged diagnosis information L1 or the period distribution diagnosis and treatment information L2 and then perform subsequent diagnosis according to the contents thereof, for example, go to the upper hospital or the lower hospital at different periods according to the hospital staged diagnosis information L1. It should be noted that the appointment module 1033 can be used to make appointment of the patient at each visit. As can be appreciated, the appointment registration module 1033 makes appointments for different treatment periods and treatment hospitals.
In this embodiment of the present invention, the staged diagnosis system 200 includes a diagnosis path planning system 201, a multi-directional diagnosis system 202, a period allocation diagnosis system 203, and a staged diagnosis database 204. The clinical path planning system 201, the multi-directional diagnosis system 202 and the period allocation diagnosis system 203 are respectively connected to the staged diagnosis and treatment database 204. The hierarchical diagnosis database 204 is respectively connected to the subordinate hospital database 1025, the superior hospital database 1016, the patient database 1034 and the cloud database 300, so as to transmit at least one hospital hierarchical diagnosis information L1 or at least one period distribution diagnosis information L2 to the superior hospital database 1016, the subordinate hospital database 1025 and the cloud database 300. The communication or connection mode may be wired connection or infinite connection, which is not a limitation of the present invention.
In this embodiment of the present invention, the diagnosis path planning system 201 includes a planning integration hospital information module 2011, a planning patient information module 2012, a diagnosis path planning module 2013 and a planning database 2014. The planning integrated hospital information module 2011 and the planning patient information module 2012 are respectively connected to the treatment path planning module 2013 to plan at least one recommended cycle treatment table F1 in advance, and select and define at least one hospital hierarchical visit information L1. That is, the diagnosis and treatment items of all levels of hospitals are integrated to establish at least one hospital grading visit information L1. In addition, another embodiment may be that the planning is integrated with the hospital information module 2011, the patient information module 2012 and the treatment path planning module 2013, which are respectively connected to the planning database 2014, so that the treatment path planning module 2013 can use the planning database 2014 to respectively obtain patient information and treatment project information of each level of hospital, so as to plan at least one recommended period treatment table F1 in advance, select and define the hospital graded treatment information L1, and store and backup the hospital graded treatment information L1 in the planning database 2014. It should be noted that the planning database 2014 may be further connected to the hierarchical diagnosis database 204, the superior hospital database 1016, the inferior hospital database 1025, the patient database 1034 and the cloud database 300 to transmit the hospital hierarchical diagnosis information L1, the patient information and the diagnosis and treatment item information of each level of hospitals to the databases, so as to achieve the purpose and effect of information sharing. In addition, the hospital grading visit information L1 includes a visit period, a visit time, a visit hospital, referral information L4, and the like. It should be noted that the clinical pathway planning module 2013 may pre-plan at least one recommended period clinical table F1 for the patient, user or doctor to determine before defining the hospital classified visit information L1.
The integrated hospital information module 2011 has information on hospitals at all levels and diagnosis and treatment items of hospitals at all levels. The integrated hospital information module 2011 transmits the information of all levels of hospitals and the information of the diagnosis and treatment items of all levels of hospitals to the diagnosis and treatment path planning module 2013. Further, the integrated hospital information module 2011 is configured to integrate the information of all levels of hospitals and the corresponding diagnosis and treatment item information, and transmit the information of all levels of hospitals and the diagnosis and treatment item information to the diagnosis and treatment path planning module 2013. The plan patient information module 2012 is configured to receive or establish the patient information and to communicate the patient information to the treatment path planning module 2013. The diagnosis and treatment path planning module 2013 plans the hospital classified visit information L1 according to the patient information and the information of all levels of hospitals. It should be noted that the hospital classified visit information L1 is transmitted to databases such as the classified diagnosis database 204, the upper hospital database 1016, the lower hospital database 1025 and the cloud database 300 as required. Further, the hospital classified visit information L1 includes information of a visit period, a visit time, a visit route, and the like. And periodically planning the treatment period of the complete treatment course, wherein the treatment period of each period is matched with the treatment time and the treatment path. The treatment path is a corresponding treatment item.
For example, assuming that the first upper hospital A1 has medical items 1A-6A, the second upper hospital A2 has medical items 1A-10A, the first lower hospital B1 has medical items 1B-7B, and the second lower hospital B2 has medical items 5B-9B, the integrated hospital information module 2011 has the above-mentioned information, integrating information of hospitals at all levels and information of diagnosis and treatment projects of hospitals at all levels, and planning at least one hospital grading clinic information L1 by the planning module 2013, it is assumed that the medical procedure is divided into three periods, a first period, a second period and a third period, it can also be divided into a front period, a middle period and a rear period, wherein the diagnosis and treatment items of the first period are 1B-5B, the diagnosis and treatment items of the second period are 3A-8A, and the diagnosis and treatment items of the third period are 6B-9B. The diagnosis and treatment path planning module 2013 further plans at least one recommended period diagnosis and treatment table F1, and after confirmation, hospital grading clinic information L1 is formed. One content of the recommended period clinical chart F1 may be the clinical items 1B-5B of the first period performed by the first lower hospital B1, the clinical items 3A-6A of the second period performed by the first upper hospital a1, the clinical items 7A-8A of the second period performed by the second upper hospital a2, and the clinical items 6B-9B of the third period performed by the second lower hospital B2. In addition, the recommended period clinical table F1 includes two contents, namely, the first subordinate hospital B1 performing the first period of clinical items 1B-5B, the second superior hospital performing the second period of clinical items 3A-8A directly, and the second subordinate hospital B2 performing the third period of clinical items 6B-9B. That is, the contents of the second of the recommended period clinical table F1 are not compared with the first to plan the first superior hospital. In other words, the diagnosis and treatment path planning module 2013 of the present invention provides at least one recommended period diagnosis and treatment table F1 as a reference, and defines the hospital grading visit information L1 after being examined and confirmed.
In this embodiment of the present invention, the multi-directional diagnosis system 202 includes a multi-directional hospital information module 2021, a multi-directional diagnosis module 2022, and a multi-directional diagnosis database 2023. The multidirectional hospital information module 2021 and the multidirectional referral module 2022 are respectively connected with the multidirectional visiting database 2023. The multi-directional visiting database 2023 can be further connected to the staged visiting database 204, the superior hospital database 1016, the inferior hospital database 1025, the patient database 1034 and the cloud database 300 to achieve the purpose and effect of information sharing. The multidirectional hospital information module 2021 includes information of hospitals at different levels and diagnosis and treatment item information thereof, where the information of hospitals at different levels includes information of hospitals at different levels and hospitals at different levels, and the diagnosis and treatment item information includes diagnosis and treatment items, clinic time, and the like. The multi-directional referral module 2022 is used for receiving patient information and planning a referral path L3 in cooperation with the multi-directional hospital information module 2021. The referral path L3 is adapted to be transmitted to the multi-directional encounter database 2023 to further transmit the referral path L3 to the staging database 204, the superior hospital database 1016, the inferior hospital database 1025 and the cloud database 300. In addition, the multi-direction visiting system 202 can also directly receive a referral information L4, and the multi-direction consulting module 2022 is matched with the multi-direction hospital information module 2021 to arrange a referral path L3, which includes a higher-level hospital for referral, a lower-level hospital for referral, a higher-level hospital for referral, and a lower-level hospital for referral. In addition, the multi-directional diagnosis system 202 may further arrange and plan the referral path L3 by the multi-directional diagnosis module 2022 according to the hospital grading diagnosis information L1 or the period distribution diagnosis information L2 and the multi-directional hospital information module 2021, which includes a higher-level hospital for referral, a lower-level hospital for referral, a higher-level hospital for referral, and a lower-level hospital for referral. It is worth mentioning that the referral information L4 may be established by a superior hospital or an inferior hospital or the hospital classified visit information L1 or the period distribution clinic information L2.
In this embodiment of the present invention, the period distribution clinical system 203 includes a period project clinical module 2031, a level hospital information module 2032, a distribution hospital information module 2033, and a period clinical database 2034. The period project diagnosis and treatment module 2031 and the hospital information modules 2032 at each level are respectively connected to the distribution hospital information module 2033, so as to plan at least one feasible diagnosis and treatment table F2 first, and establish at least one period distribution diagnosis and treatment information L2. The hospital information modules 2032 are connected to the period clinical database 2034 to store the period distribution clinical information L2 in the period clinical database 2034. Another embodiment may be that the period-project clinical module 2031, the hospital information modules 2032 and the distribution hospital information module 2033 are respectively connected to the period clinical database 2034, so that the distribution hospital information module 2033 can use the period clinical database 2034 to respectively obtain patient information and clinical-project information of hospitals at different levels, so as to plan at least one feasible medical table F2, plan the period-distribution clinical information L2, and store and backup the period-distribution clinical information L2 in the period clinical database 2034. In addition, the periodic diagnosis database 2034 can be further connected to the upper hospital database 1016, the lower hospital database 1025 and the cloud database 300 for information sharing. In addition, the period allocation clinical information L2 includes a visit period, a visit time, a visit hospital, referral information L4, and the like. It should be noted that the assigning hospital information module 2033 pre-defines at least one possible encounter table F2 for the patient, user or doctor to determine before defining the period assigning encounter information L2.
It should be noted that the period distribution diagnosis and treatment system 203 establishes the period distribution diagnosis and treatment information L2 in cooperation with hospitals of each stage after establishing period diagnosis and treatment grades for each diagnosis and treatment item. That is, the distributed hospital information module 2033 acquires various diagnosis and treatment item information from the period item diagnosis and treatment module 2031, and plans the information into period diagnosis and treatment classification information according to the requirement, and plans at least one feasible diagnosis and treatment table F2 according to the diagnosis and treatment item information of each stage of hospitals provided by the information modules 2032 of each stage of hospitals, and after confirmation, the period distributed diagnosis and treatment information L2 is formed. It can be understood that the period distribution diagnosis and treatment information L2 is to firstly make diagnosis and treatment items periodic, and then make the diagnosis and treatment items of each diagnosis and treatment period correspond to the diagnosis and treatment item information of each level of hospital provided by the information module 2032 of each level of hospital, so as to establish a diagnosis and treatment system of the period diagnosis and treatment items.
For example, assuming that there are 12 diagnosis and treatment items, the period item diagnosis and treatment module 2031 divides the diagnosis and treatment items into three periods, which are the first period, the second period, and the third period, respectively, and can also be divided into the front period, the middle period, and the rear period. In other words, the period item diagnosis module 2031 allocates 12 medical treatment items according to the content into three periods, wherein the first period includes 4 items, the second period includes 5 items, and the second period includes 3 items, wherein the first period can be used for diagnosis and treatment in the first lower hospital B1 or the second lower hospital B2, the second period can be used for diagnosis and treatment in the first upper hospital a1 or the second upper hospital a2, and the third period can be used for diagnosis and treatment in the first lower hospital B1, the second lower hospital B2 or the third lower hospital B3.
The hospital information for each level 2032 generates the at least one possible visit table F2, the contents of which are assigned to the first subordinate hospital B1 for 4 visit medical items of the first cycle, the 5 visit medical items of the second cycle to the first subordinate hospital a1 for the first visit, and the 3 visit medical items of the third cycle to the second subordinate hospital B2 for the third visit. The second content is 4 diagnosis and treatment items for the first period of diagnosis and treatment performed by the second subordinate hospital B2, then 5 diagnosis and treatment items for the second period of diagnosis and treatment performed by the second superior hospital a2, and finally 3 diagnosis and treatment items for the third period of diagnosis and treatment performed by the second subordinate hospital B2. Finally, after the contents of the possible diagnosis table F2 are selected and confirmed, the period distribution medical information L2 is formed. In addition, the period distribution clinical information L2 also has the visit paths between the hospitals at the respective levels. That is, after the first period of medical items is completed in the lower hospital, the lower medical information may be automatically or semi-automatically transmitted to the upper hospital, and then the second period of medical items is completed in the upper hospital, and then the third period of medical items is automatically or semi-automatically transmitted to the lower hospital.
In addition, the invention provides a graded diagnosis and treatment method, which comprises the following steps:
(A) providing patient information and hospital information at all levels;
(B) establishing hospital classified diagnosis information L1 or period distribution diagnosis and treatment information L2; and
(C) and the hospitals at all levels respectively carry out diagnosis and treatment according to the period diagnosis and treatment items of the hospital grading diagnosis and treatment information L1 or the period distribution diagnosis and treatment information L2.
In step (a), the patient information and hospital information of each level are provided by a client system 100.
It is worth mentioning that the step (B) includes the following steps:
(B1) an integrated hospital information module 2011 integrates information of all levels of hospitals and corresponding diagnosis and treatment project information;
(B2) a diagnosis and treatment path planning module 2013 establishes at least one recommended cycle diagnosis and treatment table F1; and
(B3) the recommended period medical table F1 is selected and confirmed to define the hospital grading visit information L1.
In addition, the hospital classified visit information L1 includes a visit period, a visit time, a visit path, and referral information.
Further, the hospital grading visit information L1 is to integrate the diagnosis and treatment items of the hospitals at all levels and then establish a visit period.
It is worth mentioning that the step (B) includes the following steps:
(B1') providing various diagnosis and treatment item information by a period item diagnosis and treatment module 2031;
(B2') medical item information of each level of hospital provided by the level-of-hospital information module 2032;
(B3') a hospital information distribution module 2033 for establishing at least one possible visit form F2 by matching the information of each diagnosis and treatment item with the information of each hospital; and
(B4') selecting the confirmation possible encounter table F2 to define the period assigned medical information L2.
Further, the period distribution medical information L2 is configured to establish a medical treatment period in cooperation with each level of hospital after the medical treatment items are classified.
It is worth mentioning that the step (C) includes the following steps:
(C1) the user side distributes the diagnosis and treatment information L2 to the corresponding upper level hospital or lower level hospital for diagnosis according to the hospital grading diagnosis and treatment information L1 or the period;
(C2) the superior hospital or the subordinate hospital respectively diagnoses and treats according to the periodic diagnosis and treatment items of the hospital classified diagnosis and treatment information L1 or the periodic distribution diagnosis and treatment information L2; and
(C3) the patient is changed to the hospital according to the referral information L4.
In addition, the invention also provides a diagnosis and treatment scheme recommendation method, which comprises the following steps:
(a) receiving patient information;
(b) capturing information of hospitals at all levels;
(c) establishing at least one recommended period diagnosis and treatment table F1 or/and at least one feasibility diagnosis and treatment table F2;
(d) selecting and confirming the recommended period diagnosis and treatment table F1 or at least one possible diagnosis and treatment table F2; and
(e) establishing a hospital grading clinic information L1 or a period distribution clinic information L2.
In other words, at least one recommended period medical table F1 having medical periods, medical items and corresponding hospitals of all levels is created according to the patient information and the information of all levels of hospitals. When the patient or the patient confirms the recommended period medical table F1, the hospital grading clinic information L1 or the period assignment clinic information L2 is generated. It should be noted that the period allocation clinic information L2 and the hospital classified visit information L1 are stored in databases for data sharing.
Further, the diagnosis and treatment item information of each level of the hospital is directly integrated, and then the hospital grading visit information L1 is established. In addition, after the diagnosis and treatment items are classified, the period distribution diagnosis and treatment information L2 is established by matching with the diagnosis and treatment item information of the hospitals at all levels. Specifically, regardless of the period distribution medical information L2 or the hospital graded medical information L1, the recommended period medical table F1 is established before the establishment, and the final period distribution medical information L2 or the hospital graded medical information L1 is completed after the confirmation. Each hospital can distribute the diagnosis and treatment information L2 or the hospital grading diagnosis and treatment information L1 according to the period to carry out periodic diagnosis and treatment. The recommended period diagnosis and treatment table F1 is based on the patient information and the recommended schemes established by the hospitals at all levels.
In addition, the invention also provides a business method for integrating hospital resources, which comprises the following steps:
(a') displaying information of hospitals at all levels;
(b') establishing at least one recommended period chart F1 or/and at least one available visit chart F2;
(c') selecting and confirming said recommended periodic clinical form F1 or at least one possible clinical form F2, and generating a hospital grade clinic information L1 or a period distribution clinic information L2;
(d') each level of hospitals receives the hospital grading clinic information L1 or the period distribution clinic information L2, and receives the information by the corresponding hospitals and carries out period clinic; and
(e') after completing the corresponding period of diagnosis, transferring to the corresponding hospital for the next period of diagnosis until the treatment course is over.
It is worth mentioning that the diagnosis and treatment item information of all levels of hospitals is directly integrated, and then the hospital grading visit information L1 is established. In addition, after the diagnosis and treatment items are classified, the period distribution diagnosis and treatment information L2 is established by matching with the diagnosis and treatment item information of the hospitals at all levels.
In addition, the graded diagnosis and treatment platform 1 is suitable for test-tube infant diagnosis and treatment. In other words, the staged diagnosis platform 1 according to the present invention is further described as being suitable for a tube-based infant diagnosis. The user-side system 100 is suitable for patients, higher hospitals and lower hospitals. The superior hospital may be implemented as a tertiary hospital reproductive center. The subordinate hospitals can be implemented as a public hospital gynecology, an infertility private hospital, a basic infertility clinic, a basic delivery hospital, a public hospital obstetrics, a trimester pre-natal center, a foreign reproductive center, a sperm supply and egg borrowing mechanism, a pre-pregnant genetic disease carrying and screening center and a tumor hospital fecundity preservation mechanism. The above-mentioned implementation of hospitals of all levels is only illustrative and not limiting. It is to be appreciated that the staged diagnostic system 200 is used to generate a hospital staged visit message L1 or a period assigned visit message L2.
The diagnosis and treatment items for the test tube infant diagnosis and treatment comprise: the method comprises the steps of pre-cycle physical examination, pre-cycle screening, pre-cycle minor operation-fallopian tube repair/cyst excision, pre-cycle radiography, intra-cycle complete examination, intra-cycle superovulation monitoring, intra-cycle downregulation and intra-cycle screening, determination of a cycle scheme, pre-cycle minor operation-inner membrane cleaning, pre-cycle hysteroscopy, ovulation cycle promotion, ovum taking, embryo matching, transplantation, post-transplantation pregnancy test, vaginal ultrasound, post-transplantation pregnancy test, post-transplantation ultrasound, post-transplantation fetus protection, labor examination small card large card, pre-partum screening and genetic consultation, delivery and perinatal nursing, perinatal health care and woman health care. Furthermore, the pre-cycle physical examination is carried out in 1-4 days of the menstrual period, and the diagnosis and treatment time interval is 1 day; the screening is carried out on the day of the visit before the cycle, and the diagnosis schedule is 1 day; in addition, the operation time is arranged before the period of minor operation, namely oviduct repair/cyst removal, and the diagnosis and treatment time course is 1 day; before the period, contrast is carried out on the clean 3-7 days of menses, and the diagnosis and treatment time course is 8 days; the whole set of examination is carried out in the period of 1-4 days, and the diagnosis and treatment time course is 1 day; the superovulation monitoring in the period is carried out in 1-15 days of menstruation, and the diagnosis and treatment time course is 1-12 days; the lowering and regulating in the menstrual period or luteal phase are carried out in the cycle, and the diagnosis and treatment time course is 21 days; periodically screening for 1-4 days in menstrual period, and carrying out diagnosis and treatment 1 day; determining a periodic scheme to be carried out on the date of the diagnosis, wherein the diagnosis schedule is 1 day; in the small operation-intima cleaning before the period, the operation time is arranged additionally, and the diagnosis and treatment time course is 1 day; the hysteroscope before the period is carried out on the clean 3-7 days of the menstruation, and the diagnosis and treatment time interval is 8 days; the ovulation promoting period is carried out in 1-25 days of menstrual period, and the diagnosis and treatment time course is 1-12 days; the post-transplant pregnancy is performed 12 days after the transplantation; post-transplant sonication was performed 28 days and 2 months after transplantation; the fetus protection after transplantation is carried out 72 days after transplantation; the production test is carried out 9 weeks and 3 months after the transplantation of the small card and the large card; prenatal screening and genetic counseling are performed between 12 weeks and 24 weeks; the delivery and perinatal care is carried out from 24 weeks to 2 weeks after delivery; perinatal health care and women health care are carried out 1 year after delivery.
In addition, the diagnosis and treatment items of the superior hospital include period-entering screening, period scheme determination, small operation before period-inner membrane cleaning, hysteroscope before period, ovulation-promoting period, ovum taking, embryo matching, transplantation, pregnancy after transplantation, vaginal ultrasound, pregnancy after transplantation, and ultrasound after transplantation. The diagnosis and treatment items of the subordinate hospitals comprise pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst excision, pre-cycle radiography, intra-cycle complete examination, intra-cycle superovulation monitoring, intra-cycle descent control, post-transplantation pregnancy test, post-transplantation ultrasound, post-transplantation fetus protection, small and large obstetric examination cards, pre-partum screening and genetic consultation, delivery and perinatal care, perinatal health care and female health care. The contents of the medical treatment items of the upper level hospital and the medical treatment items of the lower level hospital are not absolute, and may vary depending on the actual situation, which is not a limitation of the present invention. The invention is used for reasonably distributing diagnosis and treatment cycles according to the qualification of the hospital and the information of the patients, so that the patients can achieve the most suitable medical treatment and the waste of medical resources is reduced.
It should be noted that when the patient visits each level of hospitals, in addition to the diagnosis and treatment according to the diagnosis and treatment items, the corresponding records of various related forms are required to be recorded, and the information of various forms is shared with other related databases, so that when the patient visits different levels of hospitals, each level of hospitals can directly obtain various required messages without re-checking the records. The types of the form include Day1 form, Day5 form, Day8 form, Day12 form, Day21 form, and follicle monitoring form, and it should be noted that the forms and the contents of the forms are designed according to the diagnosis and treatment needs and record various related messages. The form content can be adjusted according to the diagnosis and treatment content and the diagnosis and treatment mode, which is not a limitation of the present invention. Specifically, the format content of the form is as follows:
day1 form:
prescription for assisting reproduction of women
Figure BDA0002371691870000251
Prescription for assisting reproduction of women
Figure BDA0002371691870000261
Prescription for assisting reproduction of women
Figure BDA0002371691870000271
Assisted reproduction (Day)
Summary of medical history
Figure BDA0002371691870000281
Auxiliary reproduction male prescription
Figure BDA0002371691870000291
Auxiliary reproduction male prescription
Figure BDA0002371691870000301
Day5 form:
(Day5)
Figure BDA0002371691870000311
day8 form:
(Day8)
Figure BDA0002371691870000321
day12 form:
(Day12)
Figure BDA0002371691870000331
day21 form:
(Day21)
Figure BDA0002371691870000341
follicular monitoring table:
Figure BDA0002371691870000351
Figure BDA0002371691870000361
in addition, in the tube baby diagnosis, the staged diagnosis system 200 includes a diagnosis path planning system 201, a multi-directional diagnosis system 202, a period allocation diagnosis system 203, and a staged diagnosis database 204. The clinical path planning system 201, the multi-directional diagnosis system 202 and the period allocation diagnosis system 203 are respectively connected to the staged diagnosis and treatment database 204. The diagnosis and treatment database 204 is respectively connected to the lower hospital database 1025, the upper hospital database 1016 and the cloud database 300, so as to transmit at least one hospital classified diagnosis information L1 or at least one period distribution diagnosis and treatment information L2 to the upper hospital database 1016, the lower hospital database 1025 and the cloud database 300.
It should be noted that the diagnosis and treatment path planning system 201 includes a planning and integrating hospital information module 2011, a planning patient information module 2012, a planning module 2013 and a planning database 2014. The planning integrated hospital information module 2011 and the planning patient information module 2012 are respectively connected to the planning module 2013 to plan at least one recommended period medical table in advance, and then select and define at least one hospital hierarchical visit information L1. That is, the diagnosis and treatment items of all levels of hospitals are integrated to establish at least one hospital grading visit information L1. In other words, the diagnosis and treatment items of each superior hospital and each inferior hospital, namely, the diagnosis and treatment items of integrating the cycle-entering screening of the superior hospital, determining a cycle scheme, the diagnosis and treatment items of perioperative minor surgery-intimal cleaning, perioperative hysteroscope, ovulation promotion cycle, ovum taking, embryo matching, transplantation, post-transplantation pregnancy, vaginal ultrasound, post-transplantation pregnancy, post-transplantation ultrasound and the like of the inferior hospital, and the diagnosis and treatment items of pre-cycle physical examination, pre-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst excision, pre-cycle radiography, full-set examination in the cycle, intra-cycle superovulation monitoring, intra-cycle descent, post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, small and large birth control card, pre-partum screening and genetic counseling, delivery and pering nursing, perinatal health care, woman health care and the like of the superior hospital are integrated. At least one recommended period medical table F1 is then established, and the hospital grading clinic information L1 is confirmed to be formed. The hospital grading diagnosis information L1 has the corresponding lower level hospitals executing the first period diagnosis and treatment items which are respectively the examination before the period, the screening before the period, the small operation before the period, the oviduct repair/cyst excision, the radiography before the period, the complete examination in the period, the superovulation monitoring in the period and the down regulation in the period, then the corresponding upper level hospitals executing the second period diagnosis and treatment items which are respectively the screening before the period, the period scheme determination, the small operation before the period, the inner membrane cleaning, the hysteroscope before the period, the ovulation promoting period, the ovum taking, the embryo matching, the transplantation, the pregnancy after the transplantation, the vaginal ultrasound after the transplantation, the pregnancy after the transplantation, the ultrasound after the transplantation, the fetus protection after the transplantation, the small card large card production test, the screening before the birth and the genetic consultation, childbirth and perinatal care, perinatal health care and women health care. For each treatment period, please refer to the above description. The patient can use the patient-end system 103 to check the information of each diagnosis and treatment period and corresponding hospital of the hospital grading diagnosis information L1 and the diagnosis and treatment schedule, and the patient-end system 103 can also provide the information of pre-diagnosis appointment registration, diagnosis and treatment waiting time, etc. In particular, the patient-end system 103 may also remind the patient to visit at a corresponding time. In particular, when a patient visits a clinic in a certain clinic period, if the hospital needs to be changed, a referral path L3 can be planned through a multi-directional visiting system 202, or referral information L4 can be provided from hospitals at all levels, so that the patient can conveniently conduct referral treatment. Specifically, the referral path L3 and the referral information L4 are established by planning in consideration of the qualification grade of each grade of hospital and the patient's needs. That is, in the case of periodic diagnosis in an upper-level hospital, the referral is transferred to another upper-level hospital in principle, and in the case of periodic diagnosis in a lower-level hospital, the referral is transferred to another lower-level hospital in principle, and it is necessary to confirm whether each level of hospital performs a corresponding diagnosis item during the referral. In addition, in a special case, the periodic diagnosis in the lower-level hospital may be transferred to the periodic diagnosis in the upper-level hospital, and vice versa, but it is necessary to confirm whether or not the corresponding diagnosis item is executed in each level of hospital in the same transfer. In other words, the invention reasonably distributes the hospitalizing system according to the qualification of the hospital, but can be flexibly applied under special conditions, so that the patient can be transferred to the most suitable hospital for hospitalizing.
It should be noted that the period distribution diagnosis and treatment system 203 includes a period project diagnosis and treatment module 2031, a hospital information module 2032 of each stage, a distribution hospital information module 2033, and a period diagnosis database 2034. The period project diagnosis and treatment module 2031 and the hospital information modules 2032 at each level are respectively connected to the distribution hospital information module 2033 to establish at least one period distribution diagnosis and treatment information L2. The hospital information modules 2032 are connected to the period diagnosis database 2034 to store the period distribution diagnosis and treatment information L2 in the period diagnosis database 2034. The periodic diagnosis database 2034 can be further connected to the higher hospital database 1016, the lower hospital database 1025 and the cloud database 300 for information sharing. Further, the period item diagnosis and treatment module 2031 has diagnosis and treatment items such as pre-period physical examination, pre-period screening, pre-period minor operation-fallopian tube repair/cyst excision, pre-period radiography, intra-period complete examination, intra-period superovulation monitoring, intra-period downregulation, intra-period screening, period scheme determination, pre-period minor operation-intima cleaning, pre-period hysteroscopy, ovulation promotion period, ovum retrieval, embryo preparation, transplantation, post-transplantation pregnancy, vaginal ultrasound, post-transplantation pregnancy test, post-transplantation ultrasound, post-transplantation fetus protection, small birth test card, pre-partum screening and genetic consultation, delivery and perinatal nursing, perinatal health care, and women health care. The distribution hospital information module 2033 divides the diagnosis and treatment items of the period item diagnosis and treatment module 2031 into three periods, wherein the three periods are illustrated as examples and can be divided into the required number of periods as required. The hospital information modules 2032 comprise corresponding diagnosis and treatment items of diagnosis and treatment centers such as a third-level hospital reproduction center, a public hospital gynecology department, an infertility private hospital, a basic infertility clinic, a basic obstetric department, a public hospital obstetric department, a third-level prenatal center, a foreign reproduction center, a sperm and egg borrowing mechanism, a pregnant prenatal genetic disease carrying and screening center, a oncology hospital fecundity preservation mechanism and the like, the distribution hospital information module 2033 distributes three periods to the corresponding diagnosis and treatment centers and plans the period distribution diagnosis and treatment information L2 according to a diagnosis and treatment time course, wherein the period distribution diagnosis and treatment information L2 is stored in the period diagnosis and treatment database 2034. Furthermore, the diagnosis and treatment items in the three periods are respectively as follows: the diagnosis and treatment items in the first period comprise pre-period physical examination, pre-period screening, pre-period minor operation-fallopian tube repair/cyst excision, pre-period radiography, intra-period complete examination, intra-period superovulation monitoring and intra-period downregulation; the diagnosis and treatment items in the second period are period-entering screening, a period scheme is determined, a small operation before the period, namely inner membrane cleaning, a hysteroscope before the period, an ovulation promoting period, ovum taking, embryo matching and transplantation, pregnancy after transplantation, vaginal ultrasound, pregnancy after transplantation and ultrasound after transplantation; the diagnosis and treatment items in the third period are pregnancy test after transplantation, ultrasonic treatment after transplantation, fetus protection after transplantation, small and large obstetric examination card, prenatal screening and genetic consultation, delivery and perinatal nursing, perinatal health care and women health care. The diagnosis and treatment centers corresponding to the first period and the third period are diagnosis and treatment centers such as a public hospital gynecology department, an infertility private hospital, a basic infertility clinic, a basic delivery hospital, a public hospital obstetrics department, a third hospital prenatal center, a foreign reproductive center, a sperm and egg supply mechanism, a prenatal genetic disease carrying and screening center, a tumor hospital fecundity preservation mechanism and the like. The diagnosis and treatment center corresponding to the second period is a third-level hospital reproductive center. The distributed hospital information module 2033 forms the period distributed medical information L2 after the user (physician or patient) confirms the planned period recommended medical table F1 or the planned feasible graded medical plan, so that the patient can be referred to the period distributed medical information L2 in a graded manner. Similarly, the patient can use the patient-side system 103 to check the information of the hospital grading clinic information L1 about each clinic period and the corresponding hospital and clinic schedule, and the patient-side system 103 can also provide the information of pre-clinic appointment registration, clinic waiting time, etc. In particular, the patient-end system 103 may also remind the patient to visit at a corresponding time. In particular, when a patient visits a clinic in a certain clinic period, if the hospital needs to be changed, a referral path L3 can be planned through a multi-directional visiting system 202, or referral information L4 can be provided from hospitals at all levels, so that the patient can conveniently conduct referral treatment. Specifically, the referral path L3 and the referral information L4 are established by planning in consideration of the qualification grade of each grade of hospital and the patient's needs. That is, in the case of periodic diagnosis in an upper-level hospital, the referral is transferred to another upper-level hospital in principle, and in the case of periodic diagnosis in a lower-level hospital, the referral is transferred to another lower-level hospital in principle, and it is necessary to confirm whether each level of hospital performs a corresponding diagnosis item during the referral. In addition, in a special case, the periodic diagnosis in the lower-level hospital may be transferred to the periodic diagnosis in the upper-level hospital, and vice versa, but it is necessary to confirm whether or not the corresponding diagnosis item is executed in each level of hospital in the same transfer. In other words, the invention reasonably distributes the hospitalizing system according to the qualification of the hospital, but can be flexibly applied under special conditions, so that the patient can be transferred to the most suitable hospital for hospitalizing.
It will be appreciated by persons skilled in the art that the embodiments of the invention described above and shown in the drawings are given by way of example only and are not limiting of the invention.
The objects of the invention have been fully and effectively accomplished. The functional and structural principles of the present invention have been shown and described in the examples, and any variations or modifications of the embodiments of the present invention may be made without departing from the principles.

Claims (10)

1. A staged diagnostic platform, comprising:
a user end system, which provides user data information and makes user obtain grading diagnosis and treatment information and make periodic grading diagnosis and treatment; and
and the grading diagnosis and treatment system receives the user data information and plans at least one hospital grading diagnosis and treatment information and/or at least one period distribution diagnosis and treatment information to the user end system.
2. The staged diagnosis and treatment platform according to claim 1, comprising a cloud database connected to the client system and the staged diagnosis and treatment system, respectively, for receiving the user profile information, the hospital staged visit information, and the periodically distributed diagnosis and treatment information, respectively, wherein the client system comprises a higher-level hospital-side system, a lower-level hospital-side system, and a patient-side system, wherein the higher-level hospital-side system, the lower-level hospital-side system, and the patient-side system are connected to each other, respectively, wherein the patient-side system obtains the hospital information of each level from the higher-level hospital-side system and the lower-level hospital-side system, obtains the hospital staged visit information and the periodically distributed diagnosis and treatment information from the staged diagnosis and treatment system, wherein the higher-level hospital-side system comprises a higher-level hospital patient information module, a round-fixed-level hospital module, a superior hospital referral module, a superior hospital diagnosis module, a superior hospital receiving module and a superior hospital database, wherein the superior hospital patient information module, the delineating inferior hospital module, the superior hospital referral module, the superior hospital diagnosis module and the superior hospital receiving module are respectively connected with the superior hospital database, the superior hospital database is connected with the cloud database, wherein the superior hospital patient information module is suitable for establishing patient information or obtaining the hospital grading diagnosis information or the period distribution diagnosis information corresponding to a patient, and the superior hospital diagnosis module diagnoses according to the hospital grading diagnosis information or the period distribution diagnosis information, wherein the delineating inferior hospital module is suitable for selecting at least one inferior hospital system and connecting with the selected inferior hospital system, for sharing resources, wherein the superior referral hospital module is connected to the superior hospital end system and the inferior hospital end system for transmitting referral information to the superior hospital end system and the inferior hospital end system, wherein the superior hospital receiving module is connected to the superior hospital end system and the inferior hospital end system for receiving referral information of the superior hospital end system and the inferior hospital end system, wherein the inferior hospital end system comprises a inferior hospital patient information module, a inferior hospital referral module, a inferior hospital receiving module, a inferior hospital diagnosis module, and a inferior hospital database, wherein the inferior hospital patient information module, the inferior hospital referral module, the inferior hospital receiving module, and the inferior hospital diagnosis module are respectively connected to the inferior hospital database, wherein the subordinate hospital database is connected with the cloud database, wherein the subordinate hospital patient information module is suitable for establishing patient information or obtaining the hospital classified treatment information or the periodically distributed treatment information corresponding to a patient, and the subordinate hospital treatment module carries out treatment according to the hospital classified treatment information or the periodically distributed treatment information, wherein the subordinate hospital referral module is connected with the superior hospital end system and the subordinate hospital end system for transmitting referral information to the superior hospital end system and the subordinate hospital end system, wherein the subordinate hospital receiving module is connected with the superior hospital end system and the subordinate hospital end system for receiving referral information of the superior hospital end system and the subordinate hospital end system, wherein the patient end system comprises a hospital information module, the system comprises a diagnosis and treatment planning notification module, a reservation registration module and a patient side database, wherein the hospital information module, the diagnosis and treatment planning notification module and the reservation registration module are respectively connected with the patient side database, and the patient side database is connected with the cloud side database.
3. The staging diagnosis platform according to claim 2, wherein the staging diagnosis system includes a diagnosis path planning system, a multi-directional diagnosis system, a period distribution diagnosis system, and a staging diagnosis database, wherein the diagnosis path planning system, the multi-directional diagnosis system and the period distribution diagnosis system are respectively connected to the staging diagnosis database, wherein the staging diagnosis database is connected to the cloud database to transmit the hospital staging diagnosis information or the period distribution diagnosis information to the cloud database, wherein the diagnosis path planning system includes a planning integration hospital information module, a planning patient information module, a diagnosis path planning module and a planning database, wherein the planning integration hospital information module and the planning patient information module are respectively connected to the diagnosis path planning module, the system comprises a multi-directional hospital information module, a multi-directional referral module and a multi-directional referral database, wherein the multi-directional referral module is respectively connected with the multi-directional referral database to plan a referral path, the period distribution diagnosis and treatment system comprises a period project diagnosis and treatment module, a stage hospital information module, a distribution hospital information module and a period diagnosis and treatment database, the period project diagnosis and treatment module and the stage hospital information module are respectively connected with the distribution hospital information module to plan at least one feasible diagnosis and treatment table firstly and select and define the period distribution diagnosis and treatment information.
4. The staged diagnostic platform of claim 3, wherein the planning integration hospital information module integrates at least one of pre-hospital corresponding in-cycle screening, periodic protocol determination, pre-cycle minor surgery-intimal clean-up, pre-cycle hysteroscope, ovulation induction cycle, ova aspiration, embryo mating, transplantation, post-transplantation pregnancy, vaginal ultrasound, post-transplantation pregnancy, post-transplantation ultrasound diagnostic items and at least one of post-hospital corresponding pre-cycle physical examination, pre-in-cycle screening, pre-cycle minor surgery-fallopian tube repair/cyst excision, pre-cycle angiography, intra-cycle full set examination, intra-cycle superovulation monitoring, intra-cycle down regulation, post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, birth test card, prenatal screening and genetic consultation, labor and perinatal care, perinatal care and women's health care diagnostic items, the superior hospital is implemented as a three-level hospital reproductive center, and the subordinate hospitals are implemented as a public hospital gynecology, infertility private hospital, a basic-level infertility clinic, a basic-level delivery hospital, a public hospital obstetrics, a trimester hospital prenatal center, a foreign reproductive center, a sperm and egg supply and borrowing mechanism, a prenatal genetic disease carrying and screening center and a tumor hospital fertility preservation mechanism.
5. The staged diagnosis and treatment platform according to claim 4, wherein the diagnosis and treatment path planning module plans diagnosis and treatment items of first cycle pre-examination, pre-cycle screening, pre-cycle minor operation-oviduct repair/cyst excision, pre-cycle radiography, whole set of examination, cycle superovulation monitoring, cycle falling diagnosis and treatment items and third cycle post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, small-size card production test, pre-production screening and genetic consultation, delivery and perinatal period nursing, perinatal period health care and women health care by a public hospital gynecology department, infertility private hospital, basic infertility clinic, basic delivery hospital, basic delivery department, domestic department, tri-hospital prenatal center, foreign reproductive center, sperm and egg supply institution, pre-pregnant genetic disease carrying and screening center, and tumor hospital fertility preservation institution, and carrying out the second-week cycle-entering screening by a three-level hospital reproductive center, determining a cycle scheme, carrying out preoperative minor operation-inner membrane cleaning, preoperative hysteroscopy, ovulation induction cycle, ovum taking, embryo matching, transplantation, post-transplantation pregnancy test, vaginal ultrasound, post-transplantation pregnancy test, forming at least one recommended cycle diagnosis and treatment table by at least one combination of diagnosis and treatment items of post-transplantation ultrasound, and confirming to form the hospital grading diagnosis and treatment information.
6. The staged diagnostic platform as claimed in claim 5, wherein the periodic item diagnostic module has diagnostic items of advanced cycle screening, determined periodic protocol, pre-cycle mini-surgery-intimal clean-up, pre-cycle hysteroscope, ovulation induction cycle, ovum retrieval, embryo mating, transplantation, post-transplantation pregnancy, vaginal ultrasound, post-transplantation pregnancy, post-transplantation ultrasound, pre-cycle examination, pre-cycle mini-surgery-tubal repair/cyst removal, pre-cycle angiography, intra-cycle full-length examination, intra-cycle superovulation monitoring, intra-cycle down, post-transplantation pregnancy, post-transplantation ultrasound, post-transplantation fetus protection, small birth test card, pre-birth screening and genetic counseling, delivery and perinatal care, perinatal care and women's health care, wherein the hospital information module has diagnostic items of tertiary hospital reproductive center, official gynecological hospital, peripartum care, and women's health care, The method comprises the following steps of corresponding diagnosis and treatment items of diagnosis and treatment centers such as an infertility private hospital, a basic infertility clinic, a basic obstetric department, a public obstetric department, a triple prenatal center, a foreign reproductive center, an egg supply and borrowing mechanism, a prenatal genetic disease carrying and screening center, a tumor hospital reproductive capacity preservation mechanism and the like, wherein the distribution hospital information module plans the period distribution diagnosis and treatment information to have three periods, the diagnosis and treatment items of the first period are period pre-physical examination, period pre-screening, period pre-small operation-oviduct repair/cyst excision, period pre-radiography, period complete set inspection, period superovulation monitoring, period falling and adjustment, the second period diagnosis and treatment item is period entry screening, a period scheme is determined, period pre-small operation-endometrium cleaning, period pre-hysteroscope, ovulation promoting period, ovum taking, embryo matching and transplantation, the diagnosis and treatment items in the third period are the diagnosis and treatment of the post-transplantation pregnancy, the post-transplantation ultrasound, the post-transplantation fetus protection, the birth test small card and large card, the prenatal screening and genetic consultation, the delivery and perinatal care, the perinatal health care and the women health care, wherein the hospital information module is distributed and the first and third periods are defined to be diagnosed and treated by diagnosis and treatment centers such as a public hospital gynecology department, an infertility private hospital, a basic infertility clinic, a basic level delivery hospital, a public hospital obstetrics department, a trimester hospital prenatal center, a foreign reproductive center, an sperm and egg supply mechanism, a prenatal genetic disease carrying and screening center or a tumor hospital fertility preservation mechanism, and the second period is diagnosed and treated by a tertiary hospital reproductive center.
7. A superior hospital end system, comprising:
the system comprises a superior hospital patient information module, a superior hospital referral module, a superior hospital diagnosis and treatment module, a superior hospital receiving module and a superior hospital database, wherein the superior hospital patient information module, the superior hospital referral module, the superior hospital diagnosis and treatment module and the superior hospital receiving module are respectively connected with the superior hospital database, the superior hospital patient information module acquires hospital graded diagnosis and treatment information or one period of distribution diagnosis and treatment information, and the superior hospital diagnosis and treatment module provides diagnosis and treatment according to the hospital graded diagnosis and treatment information or the period of the period distribution diagnosis and treatment information.
8. A treatment path planning system, comprising:
the system comprises a planning and integrating hospital information module, a planning patient information module, a diagnosis and treatment path planning module and a planning database, wherein the planning and integrating hospital information module, the planning patient information module and the diagnosis and treatment path planning module are respectively connected with the planning database so that the diagnosis and treatment path planning module plans at least one recommended period diagnosis and treatment table in advance, selects and defines at least one hospital grading diagnosis and treatment information and stores the information in the planning database.
9. A diagnosis and treatment scheme recommendation method is characterized by comprising the following steps:
(a) receiving patient information;
(b) capturing information of hospitals at all levels;
(c) establishing at least one recommended period diagnosis and treatment table or/and at least one feasibility diagnosis and treatment table;
(d) selecting and confirming the recommended period diagnosis and treatment table or at least one feasible diagnosis and treatment table; and
(e) establishing a hospital grading diagnosis information or a period distribution diagnosis information.
10. A business method for integrating hospital resources, comprising the steps of:
(a') displaying information of hospitals at all levels;
(b') establishing at least one recommended period clinical chart or/and at least one available clinical chart;
(c') selectively identifying said recommended periodic clinical form or at least one available clinical form and generating a hospital grading clinical information L1 or a periodic distribution clinical information;
(d') each level of hospitals receives the classified diagnosis information or the periodically distributed diagnosis and treatment information of the hospitals, and the hospitals receive the classified diagnosis and treatment information or the periodically distributed diagnosis and treatment information and perform periodic diagnosis and treatment; and
(e') after completing the corresponding period of diagnosis, transferring to the corresponding hospital for the next period of diagnosis until the treatment course is over.
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