CN102567571A - Immunization program diagraph and building method thereof, inoculation information processing method and system for realizing same - Google Patents

Immunization program diagraph and building method thereof, inoculation information processing method and system for realizing same Download PDF

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Publication number
CN102567571A
CN102567571A CN2011104003908A CN201110400390A CN102567571A CN 102567571 A CN102567571 A CN 102567571A CN 2011104003908 A CN2011104003908 A CN 2011104003908A CN 201110400390 A CN201110400390 A CN 201110400390A CN 102567571 A CN102567571 A CN 102567571A
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inoculation
children
node
vaccine
immune programme
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吴卫民
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Priority to PCT/CN2012/083567 priority patent/WO2013082978A1/en
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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
    • G16H50/00—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics
    • G16H50/20—ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems
    • 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
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
    • G16H20/17—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients delivered via infusion or injection

Abstract

The invention discloses an immunization program diagraph and a building method thereof, an inoculation information processing method and a system for realizing the same. By utilizing the visual immunization program digraph, one-dosage inoculation is indicated by one knot in the digraph, and the knot is connected with another knot of the next-dosage inoculation through a vector line in the diagraph. The inoculation information processing method includes: searching one or more paths standing for inoculation records of an inoculators in the immunization program diagraph and recommending future inoculation to the inoculators according to the paths. By the application of the immunization program diagraph and the building method thereof, the inoculation information processing method and the system for realizing the same, time for reflecting modifications of the immunization program to the inoculation information processing system is shortened, and availability of the inoculation information processing system is improved.

Description

The method and system of immune programme for children figure and method for building up, processing inoculation information
Technical field
The invention belongs to computer software fields, the method and system of particularly a kind of immune programme for children figure and method for building up, processing inoculation information.
Background technology
Vaccine is a kind of biological products, is used to excite the immunity of animal body to disease, thereby prevents or the influence of the pathogen infection that palliates a disease.The explanation of vaccine product has provided the method for application of the vaccine of formulating based on clinical analysis research, just can reach the best preventive effect through multi-agent time inoculation usually.In the immunity inoculation implementation process, also exist certain situation and in the instructions of vaccine product, can't relate to, but also must correct handling.Such as, in the time of different vaccine and different time inoculation problem; Selection a plurality of or repeatedly attenuation inactivated vaccine when inoculation inoculation time etc. is arranged.Common national Center for Disease Control and Prevention is responsible to define the relevant rule of immunity inoculation, except the use regulation of vaccine product, has also provided the disposal route of the certain situation in the actual implementation process of immunity inoculation in the rule.Immune programme for children is based on this regular immunity inoculation implementation method.
In the immunity inoculation practice, need computer program to explain immune programme for children and the automatic analyzing and processing data relevant, such as a people's of assessment immunity inoculation history and the required immunity inoculation of following this people of recommendation with immunity inoculation.This computer program also should comprise some decision making functions of immunity inoculation implementer, such as have directly related with immune programme for children: the immune programme for children that upgrades and use latest edition; When handling historical data, select the immune programme for children of appropriate version.
The introducing of novel vaccine, old vaccine withdraw from and the change of vaccine method of application makes immune programme for children often change and becomes increasingly complex; And the change of immune programme for children should be reflected in the computer program of handling inoculation information as soon as possible, so that improve the high availability (high availability) of handling the inoculation infosystem.This just needs an instrument so that design, maintenance and management immune programme for children effectively, especially for the immune programme for children of the computer program of inoculation information processing.The design of this instrument should be taken into account the computerized algorithm of inoculation information processing and the design of program software, and vice versa.Except the correct interpretation immune programme for children, the computer program of handling inoculation information is as the also maintainability of considered software of the part of application software or application software, and this comprises the maintainability relevant with the change of immune programme for children.
Summary of the invention
An object of the present invention is to provide a high availability to handle the method and system of the inoculation information of immunity inoculation; Another object of the present invention provides a change that can reduce immune programme for children and is reflected to immune programme for children foundation and maintaining method and the system of the time in the immunity inoculation information handling system, so that improve the high availability of handling the inoculation infosystem; Another object of the present invention provides one promptly can be used for the immune programme for children figure that visual foundation of immune programme for children and maintaining method and system also can be used to handle the method and system of inoculation information.
The technical solution of invention is following:
A kind of immune programme for children figure is characterized in that, comprises a plurality of nodes and many edges,
A) an inferior inoculation of potion and attribute thereof that said node is represented immune programme for children, said attribute comprises the conditional information of this agent of inoculation time inoculation;
B) a said edge connects the node of said inoculation and the inferior node of inoculating of a following potion of said inoculation, and edge points to the node that described potion is down inoculated.
Adopt following data structure storage immune programme for children figure a node and follow-up node thereof information and can be used in the inoculation information processing:
Said data structure comprises following data element: (1) is discerned the identifier (201) of said node, the agent information (202) of the pairing potion of (2) said node time inoculation and the following potion time follow-up node information of inoculation information (203) of (3) said inoculation uniquely.
Said dose of information comprises one group of constraint condition.
Vaccine constraint condition in the said constraint condition is the information of first vaccine.
Include the constraint condition of scope date of expiration (221) of a node in the said constraint condition.
Said follow-up node information (203) comprises the precedence information of each follow-up node.
A kind of generation and maintenance provide graphic user interface on computers with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use, make the user can set up and safeguard aforesaid immune programme for children figure, comprising:
Set up, edit node and the edge of said immune programme for children figure with graphics mode;
The attribute data (200) of the node among input, the said immune programme for children figure of editor.
Said user interface comprises that a dynamic menu and a tool bar based on the immune programme for children related object generates and administration module; Be used to generate and manage task menu, tool bar, set up, safeguard and management immune programme for children figure with the guiding user based on selected immune programme for children related object.
Said user interface also comprises immune programme for children Aided Design task module, is used for immune programme for children figure be mutually related automatic generation and the check and the maintenance complete, self-consistency of data.
Said immune programme for children Aided Design task module comprises the task by vaccine generator vaccine.
Said immune programme for children Aided Design task module comprises the task of being generated the immune programme for children figure framework of vaccine or first vaccine by vaccine or first vaccine.
Said immune programme for children Aided Design task module comprises the overlapping task of constraint condition between the follow-up node of analyzing a node;
Judge that two node constraint conditions do not have overlapping criterion to be: compare the range of parameter values of the identical constraint condition of two nodes, if exist the parameter value of the arbitrary identical constraint condition of two nodes to repel each other fully, then this two node does not have overlapping.
Described generation and maintenance also are included on this computing machine the immune programme for children figure of distribution foundation and maintenance with the method for immune programme for children immune procedure chart tissue, that confession inoculation information processing is used.
Described distribution set up and safeguard immune programme for children figure be meant with graphical format distribution immune programme for children figure, comprising:
A) a plurality of immune programme for children block diagrams, an ode table in the said immune programme for children block diagram is corresponding to the node of the immune programme for children figure of said foundation, and said ode table is used to show the constraint condition of said node; And
B) legend is used for explaining the implication of said each symbol of immune programme for children block diagram, character, character string, graphic element.
A kind of method of handling inoculation information, the immune programme for children that uses in the said method are based on aforesaid immune programme for children figure, and the information about vaccine of said immune programme for children figure is with first vaccine information, said method comprising the steps of:
A) initialization procedure state (1100);
B) pre-service comprises
Each time injection in inoculator's the inoculation history is converted to first vaccine injection and is stored in is in the inoculation history (1124);
Whether the time interval that check contains between first vaccine injection of attenuation inactivated vaccine meets the immune programme for children regulation, and incongruent first vaccine injection is invalid inoculation and by record;
C) pursuing is the assessment recommendation process;
D) aftertreatment comprises
Inspection recommend respectively to contain in the inoculation (1126) between the inoculation of attenuation inactivated vaccine the time interval and with inoculate the regulation whether time interval between the injection that respectively contains the attenuation inactivated vaccine in the history meets immune programme for children; Wherein the time interval incongruent recommendation inoculation will be adjusted, and makes its inoculation time and other contain the recommendation inoculation of attenuation inactivated vaccine or time interval of injecting meets the regulation of immune programme for children;
First vaccine inoculation in the inoculation in future that conversion is recommended is to vaccine inoculation;
Generate mabage report.
By be the assessment recommendation process step in to one be disposal route be:
A) the follow-up node set of initialization (1125), with said system all the beginning nodes set compose to said follow-up node set;
B) the inoculation history of said system is arranged like the inoculator, then assess said system inoculation history;
C) accomplish as yet like the immunity inoculation of inoculator's said system, recommend then that said system is following to be inoculated.
A method assessing said system inoculation history is:
If a) the said inoculation Shi Zhongshang of system has the not injection of assessment, then in said inoculation history, do not assess injection according to successively taking off one inject time; Otherwise the assessment of said system finishes, and withdrawing from said is evaluation process;
B) whether check inoculator's personal information and said not assessment inoculation satisfy all constraint conditions of the some nodes in the follow-up node set (1125); If satisfy, then said injection is effectively inoculation, carries out c); Go to carry out a) otherwise change;
C) whether the pairing node of the said effective inoculation of inspection is a destination node; As be not destination node, then get all the follow-up nodes and the tax of said node and give follow-up node set (1125), change and go to carry out a); Otherwise the end identifier of the said system of set withdraws from the assessment of said system for accomplishing.
Said recommendation one is that following inoculation is meant and confirms recommending date range [T Start, T EndThough] in one be future inoculation and recommend this inoculation in future that is not use the destination node of this immune programme for children figure that is or use the destination node of this immune programme for children figure that is but this destination node does not have optional inoculation (218) constraint condition, said method comprising the steps of:
If a) in follow-up node set (1125), still have and be not used to the node recommended, then in said set, take off one and be not used to the node recommended; Otherwise finishing this is recommendation process;
B) use said recommendation date range [T Start, T End] and inoculator's personal information check each constraint condition in the constraint condition (204) of said node whether to satisfy; As do not satisfy, then change and go a);
C) confirm [T Start, T End] and the common factor [T of the constraint condition relevant with time range of said node Rf, T Rt], generate determined first vaccine of vaccine constraint condition and said common factor [T that a following inoculation comprises said node Rf, T Rt], write down said following inoculation; Change and go a).
19. the method for processing according to claim 16 inoculation information is characterized in that, said recommendation one is that following inoculation is meant and confirms recommending date range [T Start, T End] in one be future inoculation, to use the destination node of this immunity inoculation figure that is when recommending inoculate this future that is, when this destination node included optional inoculation constraint condition, step was:
At first check said optional inoculation constraint condition whether to satisfy; As satisfying, then the destination node by no optional inoculation constraint condition continues recommendation process; Otherwise the immunity inoculation of said system is accomplished, and finishing said is recommendation process.
Said by be in the assessment recommendation process to one be a method of processing be: if said system have be by the age, then before evaluation process earlier check inoculator's age whether surpassed saidly by the age, surpass the processing of then withdrawing from said system; Otherwise continue the assessment and the recommendation process of said system.
Said by be in the assessment recommendation process to one be a method of processing be: if said system have be by the age; And after assessment finishes; Said is that vaccine program is not accomplished as yet; Then before recommendation process, whether check inoculator's age ends the age above said earlier, surpasses the processing of then withdrawing from said system; Otherwise continue the recommendation process of said system.
A kind of system comprises: the device that is used to carry out each step of preceding method.Preceding method is: (1) is a kind of to generate and safeguards with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use, and (2) a kind of method of handling inoculation information.
Beneficial effect:
On the one hand; The invention provides the method and system setting up and safeguard ISG; The user can be on computers design, edits, browse the relation between each agent of ISG each node that time inoculation is corresponding with graphics mode intuitively, and the data of input, editor, managing I SG.The dependence between each agent time inoculation that contains combined vaccine has also been simplified in the introducing of system, is convenient to design, maintenance and the use of ISG.
On the other hand, the invention provides a method and system that uses ISG to handle inoculation information.Because method recited above has reduced immune programme for children and has changed the time that is reacted in the system that handles inoculation information, so the high availability performance of this system is improved.The introducing of system also makes the software of realizing processing inoculator information approach design more easily and safeguards, and then makes the system of this processing inoculator information safeguard more easily.The user can use this use ISG to represent system handles inoculator's information of immune programme for children.
The present invention's data that the various and vaccine inoculation of the diverse and confused complicacy that relates in the immune programme for children is relevant organically integrate; For medical institutions or personal user provide a data platform easy to use and system; This data platform and system can provide fast for the user, vaccine inoculation related service efficiently and accurately, mainly comprise the assessment and the recommendation of vaccine inoculation.
Description of drawings
Fig. 1 is the block diagram representation of expression according to the immune programme for children method for visualizing of one embodiment of the invention;
Fig. 2 is the block diagram representation of expression according to the data structure of the ISG of one embodiment of the invention;
Fig. 3 is the block diagram representation of expression according to the ISCAD of one embodiment of the invention;
Fig. 4 is ISCAD the user interface synoptic diagram when a vaccine selected of expression according to one embodiment of the invention;
Fig. 5 is ISCAD the user interface synoptic diagram when a first vaccine selected of expression according to one embodiment of the invention;
Fig. 6 for expression according to the ISCAD immune programme for children generation module of one embodiment of the invention the user interface synoptic diagram when selected;
Fig. 7 for expression according to the ISCAD of one embodiment of the invention when one being the user interface synoptic diagram of immune programme for children when selected;
Fig. 8 is the synoptic diagram with the ISG of graphical format distribution of expression according to one embodiment of the invention;
Fig. 9 is the data structure synoptic diagram of expression according to the inoculation information processing state of one embodiment of the invention;
Figure 10 is the block diagram representation of expression according to the disposal route of the inoculation information processing services request of one embodiment of the invention a);
The block diagram representation of the disposal route that Figure 10 b) for expression according to one of one embodiment of the invention is.
Embodiment
Below will combine accompanying drawing and specific embodiment that the present invention is explained further details.Embodiments of the invention are with example the present invention to be described, rather than restriction the present invention.
Some be used to explain embodiments of the invention characteristic the vocabulary definition as follows.
Figure (graph): index is learned notion and the corresponding calculated machine algorithm in the graph theory (graph theory).Figure is used for the object (object) that one group of abstract representation is called as summit (vertices) or node (node), and wherein relevant between some object (link) is called limit (edge) or line (line).Wired continuous node sequence is called path (path) between a node.If one group of its limit of node among figure only exists at this group inter-node, then this group node and limit thereof constitute the sub-graphs of this figure.If all lines are directive among the figure, then this figure is digraph (directed graph), and its limit also is called as arc (arc) or edge (arrow).The node of arrow one end that starts from all edges of a node is the follow-up node of this node.
Immune programme for children (immunization schedule): refer to immunity inoculation code fo practice and method.The information such as the range of age, the time interval between each agent time inoculation and route of inoculation of the object of inoculation when immune programme for children has comprised time inoculation of vaccine that the object of inoculation that should accept immunity inoculation and object of inoculation should inoculate, dosage number of times, each agent.Information be used for confirming which kind of vaccine when object of inoculation and object of inoculation should accept in the immune programme for children, how to inoculate this vaccine is also referred to as conditional information in this explanation.Object of inoculation is accomplished to a kind of dosage number of times of disease according to the immune programme for children regulation and has promptly been accomplished the immunity inoculation to this kind disease.Immune programme for children is about the conditional information of potion time inoculation; Comprise the age the when inoculator inoculates, available vaccine, and other accepted inoculation between time interval etc.; Be to represent with a set condition; Whether whether the inoculator should inoculate this agent time inoculation, depend on these conditions and can satisfy.
Immune programme for children figure (immunization schedule graph, ISG): refer to the immune programme for children that usefulness figure representes, comprise immune programme for children data with the graph structure tissue, and corresponding calculated machine algorithm.
Inoculation information processing: the analyzing and processing and the result of carrying out according to immune programme for children, to inoculator's information.The inoculator is the recipient of vaccine, corresponding to an object of inoculation individuality in the immune programme for children.Inoculator's information is that inoculator's information relevant with immunity inoculation comprises the information that the inoculator is individual, like inoculator's age, sex and inoculator's inoculation information, like inoculator's inoculation history etc.Inoculator's inoculation history is all vaccine injections that this inoculator accepts, and a shot has comprised the vaccine of inoculator's inoculation and inoculated the date of this vaccine.The information of the potion of immune programme for children time inoculation comprises some conditions, and whether inoculator's a shot depends on condition that whether inoculator information and this time injection can satisfy this agent time inoculation corresponding to this agent time inoculation.If a shot is corresponding to the potion time inoculation of immune programme for children, then this injection is effective inoculation, otherwise is invalid inoculation.
System a: notion that refers to use in this explanation.Some information relevant with immune programme for children can be divided into groups by the kinds of Diseases that immunity inoculation is taken precautions against, and are called to be; Can there be the identical title of its corresponding disease in system, like HepA is.If by being to divide into groups and do not consider to contain attenuation inactivated vaccine inoculation time at interval during regulation, immune programme for children can be respectively to be separate with vaccine, promptly can be by being individual processing in the inoculation history of handling the injection that contains the attenuation inactivated vaccine or inoculation back inoculator.System also can merge several systems and obtain, when for example MMR system uses combined vaccine MMR, as long as as previously mentioned can individual processing this be.Immune programme for children stipulates that some ties up to above certain age A TAfter, the inoculator need not to inoculate the vaccine that this is.For example inoculation the range of age of the recommendation of Hib system is [2 monthly ages, 59 monthly ages], A TAt=59 monthly ages, inoculator's age then need not the Hib inoculation above 59 monthly ages.In this explanation, this age A TBe defined as that this is by the age.
Unit's vaccine (Atom Vaccine): refer to a notion of use in this explanation, first vaccine is the component that is directed against a kind of disease in the vaccine product, for example is directed against a kind of immunogene or immunologic effector substance of disease.For making vaccine program can be separate; A combined vaccine (combination vaccine) can be broken down into a plurality of first vaccines; The potion time inoculation that promptly contains combined vaccine can be divided into the several doses of inferior inoculations that contain first vaccine, and each agent dimension vaccine inoculation contains a kind of first vaccine; A shot that contains combined vaccine can be divided into the injection that contains first vaccine for several times, and each dimension vaccine injection contains a kind of first vaccine.
Computing machine (computer): be the computing machine on the nature meaning; Personal computer (PC) for example; Also can be intelligent movable phone, personal data assistants (PDA) or supercomputer; Usually a plurality of functional units that linked together by the communication bus (Bus) through certain form are like formations such as processor (CPU), internal memory (RAM, ROM), input-output device, the exterior storage of various storage medium, wired or wireless network communication equipments.Usually operation has operating system (OS) and Application Software Program above that.The coded order of application program is stored on the computer readable medium, and when this program run, the instruction of this program is loaded in the storer of computing machine and is performed, and the function of the method that this application program realizes is provided.The application program that realizes a method can be some executable programs; Also can be software module (modular), the framework (framework) that integrates or separate; And provide application programming interfaces (API), the function of its method that realizes is provided to other programs through API.
Set: relate to the data structure and the algorithm of the sequence of sets of computer realm, for example tabulation (List).When each element in pair set is handled,, compose and give a variable, handle the content of this variable then usually with a kind of round-robin mode, come to read successively each element in the set according to the memory location of element; In cyclic process, to use the operation that judges whether still to have next element usually, the operation that promptly whether has arrived the tail of sequence of sets confirms whether the traversal circulation should finish; Then reading this next element if any next element handles accordingly; As then do not withdraw from circulation, promptly all elements of this set is handled.Bright as specifically; Whether still have the operation of next element or untreated element to be equivalent to the hasNext () operation in Iterator (iterator) interface class in the Java set framework (Java Collection Framework) in this explanation, the operation of reading next element is equivalent to the next () operation of this Iterator.The personnel that it should be understood that the familiar with computers field can adopt any collective data structure storage, adopt any traversal mode to come the element in the set in this explanation of traversal.
Embodiment 1:
Fig. 1 is the block diagram representation of embodiment of the invention immune programme for children method for visualizing.The potion of immune programme for children time inoculation and attribute thereof, when comprising this agent of inoculation time the conditional information that should satisfy, represent with a node 101,103,105-106 among oriented Figure 100; The node 101 of potion time inoculation and expression its down 103 of the nodes inoculated of potion be connected with edge 102; The node 103 of this time of edge arrow points potion time inoculation; Be the preceding potion time inoculation in these two doses the inoculations of node 101 expressions, potion time inoculation under 103 expressions of node.The follow-up node the 103, the 105th of node 101, all possible potion down time corresponding node of inoculation that node 101 represented potions are inoculated.Edge 104 starts from same finally node 105 and is used to represent regularly repeat booster shot (booster dose).One first dose inoculation of the immune programme for children that beginning node (start node) 101 expression Figure 100 are represented, a last potion time inoculation of destination node (end node) 106 these immune programme for children of expression.An immune programme for children figure can have a plurality of beginning nodes or destination node, accomplishes a possible mode that is directed against a kind of immunity inoculation of disease the represented immune programme for children of this immune programme for children figure from the path representation of beginning node to a destination node.For example at least under the situation of non-combined vaccine, path 101-103-106 representes that it is the immunity inoculation that the represented immune programme for children of immune programme for children Figure 100 requires that oriented Figure 100 are accomplished in 3 doses inoculations of needs.An immune programme for children figure can have a plurality of path representations to accomplish the possible mode of immunity inoculation.
The use of immune programme for children figure (ISG) is exactly in ISG, to select one or several paths to make object of inoculation by its immunity inoculation to various diseases of accomplishing immune programme for children regulation or recommending.
One be ISG constitute by one or more immune programme for children subgraphs relevant with this vaccine that is; In the ISG that is, an object of inoculation has just been accomplished this immunity inoculation that is as long as accomplish a path from beginning node to a destination node.Complete ISG is made up of as subgraph the ISG that respectively is.
Use one be ISG select a route method comprise according to an inoculator confirm to represent the path of this inoculation history corresponding to this inoculation history that is, this process is called as assessment (Evaluation).Appraisal procedure is to seek and definite node according to the inoculation condition information of each node for being injected at each time among this ISG that is in this inoculation history, if found a node for a shot, then this time injection is effective inoculation.After assessment finishes; If this immunity inoculation that is is not accomplished as yet; Then represent the inoculation in the future that last node in the path of this inoculation history can be used for confirming that this inoculator is required; The inoculation next time that on behalf of this inoculator, the arbitrary follow-up node of this node can adopt, the follow-up node of this node can be used for confirming this inoculator inoculation in required and this future that is that can adopt, and this process is called as recommendation (Recommendation).
Fig. 2 is the block diagram representation of the data structure 200 of embodiment of the invention ISG.Data structure 200 is used for storing the node of immune programme for children figure and the information of follow-up node thereof, and this data structure can be used to set up immune programme for children figure and be used to inoculate information processing.This data structure comprises following data element: the identifier 201 of discerning this node uniquely; The information agent information 202 of the pairing potion of this node time inoculation comprises the conditional information 233 that this agent of inoculation is inoculated; The following potion time follow-up node information 203 of inoculation information of this agent time inoculation.
Conditional information 233 can be one group of constraint condition 204.Be the example and the description thereof of the constraint condition of potion time inoculation below:
Figure BDA0000116468100000091
Figure BDA0000116468100000101
Wherein vaccine 207 constraint conditions can be the code 213 of vaccine 210 or the code 209 that comes from first vaccine 208 of vaccine 210.Vaccine 210 is used to store the information of a vaccine; The information that unit's vaccine 208 is used to store a first vaccine.Vaccine 210 can comprise above-mentioned cognizance code 213, permission to use time range 214, attenuation inactivated vaccine 215, component tabulation 216 (component list).Component tabulation 216 is each component of vaccine 210, and each component in the component tabulation 216 can be to be 212 under the title 217 of this component reaches.Permission to use time range 214 is date ranges of the permission to use of vaccine 210.Attenuation inactivated vaccine 215 is used to mark whether vaccine 210 is attenuation inactivated vaccines.Unit's vaccine 208 can comprise above-mentioned cognizance code 209, and vaccine code 211, is 212.Wherein vaccine code 211 and be 212 be the pairing vaccine 210 of this yuan vaccine code 213 and component under be 212.
When using one group of constraint condition 204 to describe conditional information 233; It is overlapping to make that in the ISG that is the constraint condition 204 of any two follow-up nodes of arbitrary node does not have, that is: have at least its parameter value scope to repel each other fully in the identical constraint condition of two nodes.The example that for example repels each other fully as the span of constraint condition: two node vaccine constraint conditions 207 are inequality; Two nodes do not have to occur simultaneously with constraint conditions such as constraint condition time correlation such as the ranges of age 219.Under the situation that two node constraint conditions 204 overlap, potion time inoculation possibly satisfied the constraint condition of these two nodes simultaneously, and this makes to inoculate in the information processing assessment of inoculating history is become complicated, therefore should be avoided occurring this situation.
Follow-up node information 203 is right tabulations of follow-up node 206; Identifier 231 in the middle of wherein a pair of 205 is identifiers of a follow-up node; And priority 2 32 follow-up node priority in all follow-up nodes in this tabulation 206 that is these is used for the auxiliary priority ranking of confirming that each follow-up node is selected for use in the inoculation information processing.
Fig. 3 is the block diagram representation of embodiment of the invention immune programme for children computer aided design system (ISCAD) 300.ISCAD300 comprises immune programme for children Aided Design inputting interface 301, immune programme for children storage 307.These assemblies 301,307 can be that the mode with the functional module that integrates or separate realizes; ISCAD 300 application programs that are made up of these functional modules are stored on the computer readable medium with operating system and other application program usually; For example on the hard disk; When this program run, the instruction of this program is loaded in the storer of computing machine and is performed, and makes this computing machine to help and to guide the user to import and safeguards the vaccine data; Design, set up and safeguard immune programme for children, check immune programme for children and relevant documentation with graphics mode.
Immune programme for children Aided Design inputting interface 301 comprises immune programme for children Object Management group module 302, vaccine editor module 303, first vaccine editor module 304, immune programme for children figure editor module 305, immune programme for children Aided Design task 306.As improvement, immune programme for children inputting interface 301 also is integrated with immune programme for children publication and distribution engine 3 08 and is used to issue ISG.
Immune programme for children Aided Design inputting interface 301 can with the automatic generation of the collaborative data that are used to have dependence of Aided Design task 306 and integrality, self-consistency check and maintenance, cleaning etc.
The user can use immune programme for children administration module 302 and graphic user interface Classification Management thereof with interpolation, delete, duplicate, paste, search for, select promptly editor's object relevant with immune programme for children, from immune programme for children storage 307, read in or store 307 and write the object data that immune programme for children is correlated with to immune programme for children.Fig. 4 is user interface 400 synoptic diagram of embodiment of the invention ISCAD 300 when a vaccine is selected.User interface 400 has shown browser user interface 401 and the vaccine establishment user interface 402 of vaccine editor module 303 and the output information browser 407 of user interface 301 of Object Management group module 302.Browser user interface 401 is used for the relevant object of organization and administration immune programme for children.The object that immune programme for children is relevant can be to be presented in the browser user interface 401 with the tree structure classification, and the user can search for, manage immune programme for children related data and information by the relevant object kind of immune programme for children.For example, the first order node of tree structure can be to be 403 or combined vaccine 404; Can the node 410-412 that belong to the classification of this object that is under set section point 403; Can the node 413-414 of classification that belong to the object of combined vaccine under combined vaccine node 404; Can individual objects or the entity that belong to such under a class node 410-414; This node itself also can be corresponding to the comprehensive object or the entity of this classification; For example immune programme for children node 412 can corresponding to one be ISG, and be for 412 times that this is the ISG 405 of indivedual vaccines at this node.The user can use browser user interface 401 on tree, to add, delete, duplicate, paste, search for, select promptly to edit one to be 403, class node 410-414 or the individual objects or the entity 405-406 of combined vaccine 404, a class object.
When an object 405-406,410-414 were selected in immune programme for children administration module 302, if there is editor module corresponding with this object, then the user can use the data of pairing this object of editor module editor.For example, when a vaccine 406 was selected, the data presentation of this vaccine was in the user interface 402 of vaccine editor module.The user can use each property value of user interface 402 inputs or editor's vaccine.As an object 405-406, when 410-414 is selected; If in Aided Design task module 306, have and the corresponding Processing tasks of this object (task); Then the user can use this corresponding Processing tasks to handle selected object; The object data that the immune programme for children that generates in the processing procedure is relevant will be transferred to 302 management of Object Management group module, and will be presented in the interface 401.For example, when a vaccine 406 is selected, the user can select to use Aided Design task module 306 by vaccine generator vaccine Processing tasks, for example use the tool bar 408 of user interface 301, by vaccine 406 generator vaccines.From the method for a vaccine generator vaccine be: each component of a vaccine should produce a first vaccine, this yuan vaccine be this component be that other parameter values of this yuan vaccine can be this vaccine relevant parameters values.
Output information browser interface 407 be used for ISCAD 300 each module output information demonstration, browse and read.
User interface 500 synoptic diagram that Fig. 5 is embodiment of the invention ISCAD 300 when first vaccine 502 is selected.User interface 500 has shown the user interface 501 of first vaccine editor module 304.The property value of selected first vaccine 502 is presented in the user interface 501, and the user can use interface 501 inputs, deletion, revise each property value of promptly editing first vaccine.
One embodiment of the present of invention are that Aided Design task module 306 can comprise that the vaccine immunity program generates task module; This task module can generate the ISG framework (skeleton) of a vaccine or first vaccine automatically according to predefined template, supplies the user further to edit.Fig. 6 has shown that the vaccine immunity program of Aided Design task module 306 generates the synoptic diagram of task 606 user interface when selected.It is to select user interface 600 to select one group of vaccine 601 that the user can use; Can be one to be or combined vaccine; Individual volume elements vaccine in this group vaccine 601 or vaccine 602 will be presented at vaccine dose and select in the user interface 603, and the user can be used for the dosage number of times 604 of immunity inoculation for each first vaccine or vaccine 602 input this yuan vaccines or vaccine.The user can select then, for example uses button 605, generates the framework of the ISG of each first vaccine or vaccine 602, is used for further editor.The first vaccine that generates or the ISG framework of vaccine 602 can have the node with dosage number of times 604 equal numbers of input; Each node will have the identifier 209 or 213 of this yuan vaccine or vaccine 602 as vaccine constraint condition and from this yuan vaccine or vaccine 602 some constraint conditions and values thereof that derive or that predefined template, define, like permission to use date range 220 constraint conditions that derive from first vaccine or vaccine permitted hours scope 214 etc.
The user can use the user interface 401 of Object Management group module 302 to select one to be that the ISG of ISG or indivedual vaccine or individual metablocks vaccine edits with editor module 304.Fig. 7 be embodiment of the invention ISCAD 300 when one be ISG 703 user interface 700 synoptic diagram when selected.User interface 700 has shown that the ISG of editor module 304 creates user interface 701, and constraint condition is selected user interface 702.Selected ISG 703 will be presented in the user interface 701.The user can use ISG edit tool bar 705 to add new node; Between node, connect edge, for example line 706; The priority of editor's line; Duplicate, cut out, paste, selected ISG graphic element and the data such as node, line and constraint condition of comprising among the deletion figure.For example; When editing the priority of line 706; The user can select this line 706, uses the drop-down list in the edit tool bar 705 to select required priority to give this line 706 then, and different priority values can be used different line style (line style) expression.When the user will add a constraint condition in a node 710; The range of age constraint condition for example; The user can be chosen in the constraint condition tabulation 702 and select this constraint condition, and it is dragged and dropped into this node 710, and this constraint condition will be added in this node 710.The user also can select from a node, to duplicate a constraint condition 709 and paste then in another node 710.The user can use constraint condition editing interface 708, for example activates constraint condition editing interface 708, each attribute variable's of editor's constraint condition value through using mouse to double-click node 707.Pop-up information window 711 is used to browse the detailed attributes of a constraint condition 709.
One embodiment of the present of invention are that Aided Design task module 306 can comprise follow-up node vaccine operational analysis task module.The user can be on user interface 301; For example the tool using bar 712; Select this task module to be selected in user interface 701 node; In output information browser 407, list the information of first vaccine of the same system that occurs and also do not occur in the follow-up node of this node, such as the identifier and the name thereof of first vaccine, the user can check and consider with the possibility of the first vaccine that did not occur as the vaccine 207 of the follow-up node of this node.
One embodiment of the present of invention are that Aided Design task module 306 can comprise follow-up node overlapping analysis task module.The user can be on user interface 301; For example the tool using bar 713; Select this task module to be a selected node in user interface 701, in output information browser 407, list in the follow-up node of this node whether have the situation that two node constraint conditions 204 overlap.The user can check the information of the constraint condition overlapping node of in output information browser 407, listing, and considers to avoid to occur to set up under node constraint condition 204 overlaps in the follow-up node the situation possibility of immune programme for children.
One embodiment of the present of invention are that Aided Design task module 306 can comprise related data maintenance, check, clean-up task module.The user can be on user interface 301, and for example the tool using bar 714, selects this task module check immune programme for children to comprise dependence, data value effective range etc. between the data layout, data of vaccine, first vaccine, ISG.The related data maintenance of Aided Design task module 306, check, clean-up task module also can be accomplished the maintenance of immune programme for children automatically with other module cooperation.For example when a vaccine selected and when deletion in browser user interface 401; The related data maintenance of Aided Design task module 306, check, clean-up task module can be searched the object that relies on this vaccine; For example rely on first vaccine of this vaccine and the node that relies on the ISG of this vaccine; If found the object that depends on this vaccine is arranged; Then the prompting warning message of video data dependence in user interface 301 for example with Pop-up session window mode, asks the user to confirm that this deletion action should comprise the object that relies on this vaccine.
One embodiment of the present of invention are that immune programme for children administration module 302 can comprise a dynamic menu based on the immune programme for children related object, tool bar generates and management system; Can be according to user-selected object 403-406,410-414, some the task menus, the tool bar guiding user that generate and manage based on selected object accomplish some relevant tasks.
Immune programme for children publishes and distributes the publication and distribution that engine 3 08 is used for the immune programme for children of various forms.It can be to be integrated in the immune programme for children user interface 301 that immune programme for children publishes and distributes engine 3 08.The user can be on user interface 301, and for example the tool using bar 715, selects to publish and distribute engine 3 08, with form distribution, conversion, the output immune programme for children of user's selection.Publish and distribute engine 3 08 and will store 307 from immune programme for children and read in data, be transformed into user-selected form and export immune programme for children, for example the back cooperates that Fig. 8 will further describe publishes immune programme for children with graphical format and supplies common reader user to use; And publish immune programme for children with the XML document form and supply to be sent to the inoculation information processing service system and used by this system.The user can select single or several vaccines or first vaccine, single system or several ISG that is publication and distribution.The user can change the default format of immune programme for children distribution, for example uses the default format of the menu setting distribution of system in the inputting interface 301.
Fig. 8 is ISG 800 synoptic diagram of the embodiment of the invention with the graphical format distribution.ISG 800 can have a plurality of immune programme for children block diagrams 801 and a legend 803.Each block diagram 801 can have one or more ode tables 804; The node of ISG, for example node 707, an ode table in can corresponding block diagram 801, for example ode table 804; An ode table can show some or all constraint conditions of its pairing node.Each block diagram 801 can have one or more notes 802, is used to list some information of this block diagram, the for example information of the vaccine used of this block diagram, and the shared information between the ode table in this block diagram.Legend 803 is used for explaining the implication of block diagram 801 each character, symbol and graphic element.
Fig. 9 is a data structure of embodiment of the invention process status 1100 of stores processor process when being used to inoculate information processing.Process status 1100 can comprise general state 1120 and the state 1123 that respectively is; Recommendation date range 1121 [T in the general state 1120 Start, T End] be used to set the following inoculation of user's interest and recommend date range, wherein T StartBe from date, T EndIt is the cut-off date; State 1124-1126 in the process status 1100 and 1128-1129 can be that the mode with tabulation realizes that state 1127 can be a boolean (Boolean) variable, represent when for TRUE that this is inoculation accomplish, represent not accomplish as yet during for FALSE.
Figure 10 is that the embodiment of the invention uses ISG to inoculate the block diagram representation of the method for information processing a).In step 1200, receive inoculator's information, begin to handle this inoculator's information.
In step 1201, process status 1100 is initialised, and comprises init state 1124-1128, for example empties state 1124-1126 and 1128 storage unit etc. and setting and binds beam identification symbol 1127 for FALSE etc.
In step 1202, some preprocessing tasks need to carry out, so that the inoculation in this inoculator's inoculation history and required future thereof can be by being processing.In this step; Usually need to accomplish: 1) each time in conversion inoculator's the inoculation history is injected into first vaccine injection; The method of conversion is that contained each yuan vaccine of this vaccine is confirmed in the code 213 and the component tabulation 216 thereof of the vaccine from a shot; Then by the time generator vaccine injection of these yuan vaccine and this injection and be stored in the inoculation history 1124 of corresponding system, and can according to inject time to injection ordering in the inoculation history 1124; 2) check the time interval between the first vaccine injection that contains the attenuation inactivated vaccine whether to meet the immune programme for children regulation, incongruent injection is invalid inoculation.Be determined in the pre-service is that injection and the invalid reason of invalid inoculation is recorded in and assesses in the injection tabulation 1129.
In step 1203, inoculation history in this inoculator's information and following required inoculation thereof are processing by pursuing.To one be processing be this inoculation history 1124 that is that should assess this inoculator earlier, the inoculation in this required future that is of confirming this inoculator then in recommending date range 1121, and being stored in this recommendation that is inoculation 1126.Because respectively be to separate independent processing, so respectively be that different disposal routes can be arranged.To one be the method for processing will combine Figure 10 b in the back) go through.
In step 1204, some aftertreatment tasks need to carry out.In this step, usually need to accomplish following task: 1) inspection recommends that inoculation 1126 comprised respectively contain the attenuation inactivated vaccine recommend between inoculation the time interval and and inoculator's inoculation history in respectively contain the regulation whether time interval between the injection of attenuation inactivated vaccine meets immune programme for children; Wherein incongruent recommendation inoculation of the time interval will be adjusted; Normally progressively delay the inoculation time of this recommendation inoculation, can contain the regulation that the time interval that respectively contains the injection of attenuation inactivated vaccine in the time interval and inoculator's the inoculation history of recommendation inoculation of attenuation inactivated vaccine meets immune programme for children with other up to the time of delaying; If need in the mabage report, can't in recommending date range 1121, the recommendation of adjustment inoculation time inoculate by record; 2) the first vaccine inoculation during conversion is recommended to inoculate is to vaccine inoculation; A method of conversion is if the corresponding first vaccine of all components in the component of a vaccine 210 tabulation 216 appears to recommend in the inoculation; And these yuan vaccine recommends the inoculation time in the inoculation that the common factor of non-NULL is arranged, and then recommends inoculation with this vaccine and the vaccine of generation that should occur simultaneously the time; First vaccine inoculation of recommending can't change in the inoculation should be by record; 3) according to treatment state 1100 generation mabage reports, for example generate the inoculation commentary on historical events or historical records and estimate report and determine whether to generate the recommendation report according to state 1127 according to state 1128-1129, recommend report then to recommend report as generating according to the following inoculation of state 1126 generations;
In step 1205, processing finishes, and mabage report 1103 is returned.
Figure 10 b) be the embodiment of the invention to one be the FB(flow block) synoptic diagram of a disposal route.To one be processing start from step 1211.In step 1212, all possible follow-up node set 1125 of assignment is the set of all these beginning nodes that are.At step 1213-1214, if this is that the not injection of assessment is still arranged in the inoculation history 1124, then assessing this is the inoculation history.The method of assessment inoculation history is to be that not appearing in the inoculation history 1124 assessed and being injected at definite node among this ISG that is each time in the injection tabulation 1129 according to inoculation time precedence for this; If can't once inject for certain and find a node, then this time injection should be once invalid inoculation.This time injection and assessment result can be recorded in this assessment that is injection tabulation 1128 so that generate mabage report.At step 1215-1216, if this immunity inoculation that is is not accomplished as yet, the follow-up node of last node when then being used in this inoculation history 1124 that is of step 1214 assessment in the determined path is derived this inoculator inoculation in required future.In step 1217, this processing that is finishes, and returns main flow control 1203.
A method of the inoculation history 1124 that embodiment of the invention assessment inoculator one is, this method can be used for the inoculation history that step 1214 assessment one is, and said method has the following step:
If a) this is that the not injection of assessment is still arranged in the inoculation history 1124, then in this inoculation history 1124, take off a not injection of assessment according to inoculation time precedence; Otherwise this is the assessment end, and withdrawing from this is evaluation process;
B) check this injection whether to satisfy all constraint conditions of the some nodes in the follow-up node set 1125; If satisfy, then this is injected and is effective inoculation, adds this and is injected at and assesses in the injection tabulation 1128, continues to carry out c); Inject to invalid inoculation and add this injection and cause of invalidity is tabulated in 1128 assessing injection otherwise write down this, commentaries on classics removes to carry out a;
C) check whether this effectively inoculates pairing node is a destination node; As be not destination node, then get all the follow-up nodes and the tax of this node and give follow-up node set 1125, change and go to carry out a); Destination node then is provided with these end identifier that is 1127 these immunity inoculations that are of expression and accomplishes in this way, and withdrawing from this is assessment.
In said method; In the step b); If in the follow-up node information precedence information is arranged; Then when whether injection of check satisfies all constraint conditions of the some nodes in the follow-up node set 1125, should get all constraint conditions whether each this injection of node check satisfies the node of getting from high priority to low priority.If do not have precedence information in the follow-up node information, then can any order get all constraint conditions whether each this injection of node check satisfies the node of getting.
The embodiment of the invention for the inoculator recommend one tie up to the inoculation of recommending future required in the date range 1211 a method; This method can be used for the inoculation in future that step 1216 recommendation one is; Though if recommend inoculation in this not use the destination node of this ISG that is in future that is or use the destination node of this ISG that is but this destination node does not have optional inoculation 218 constraint conditions, said method has the following step:
If a) in follow-up node set 1125, still have and be not used to the node recommended, then in set 1125, take off one and be not used to the node recommended; Otherwise finishing this is recommendation process;
B) use recommendation date range 1121 [T Start, T End] and the constraint condition 204 of this node of inoculator's information check in each constraint condition whether satisfy; If satisfy, then continue to carry out c); Go a) otherwise change;
C) confirm to recommend date range [T Start, T End] and the common factor [T of the constraint condition relevant with time range of this node Rf, T Rt], generate a following inoculation and comprise the determined first vaccine of vaccine constraint condition of this node and the [T that should occur simultaneously the time Rf, T Rt], write down to be seeded in this future and recommend in the inoculation 1126; Change and go a).
In said method, in the step b), checking the method for the constraint condition relevant with time range can be definite [T Start, T End] and the common factor [T of the constraint condition relevant with time range of this node Rf, T Rt], and judge whether this common factor is empty.The constraint condition relevant with time range mainly is: permission scope 220 date of expiration, date of expiration scope 221, the range of age 219, date of birth scope, and the recommended age scope, recommend the constraint condition to inoculation limited time system such as time interval, minimum time spacing I; If should occur simultaneously [T the time Rf, T Rt] non-NULL, then relevant with time range constraint condition satisfies, otherwise does not satisfy.As in step b), having confirmed above-mentioned time common factor [T Rf, T Rt], then in step c), can use this value.If recommended age scope, recommendation time interval constraint condition cause this common factor [T Rf, T Rt] be empty, then also can consider to adopt minimal ages scope, minimum time spacing constraint condition to confirm this common factor [T once more Rf, T Rt] whether be empty, and do not use recommended age scope, recommendation time interval constraint condition; It is to adopt conditions such as minimal ages scope, minimum time spacing to generate that the recommendation inoculation that obtains in this case should be write down it.
Above-mentioned for the inoculator recommend one be following inoculation method can not recommend with the destination node that optional inoculation 218 constraint conditions are arranged; When one be the destination node of ISG have optional inoculation 218 constraint conditions and this destination node also should be selected for this to be when recommending, should to use following method.
Another embodiment of the present invention; When one be the destination node of ISG to have optional inoculation 218 constraint conditions and this destination node to be selected for this be when recommending, for the inoculator recommend one tie up to the inoculation of recommending future required in the date range 1121 a method be: at first use optional inoculation 218 constraint conditions of this destination node of inoculator's information check whether to satisfy; As satisfying, then handling, continue to use this destination node to be used for this by the destination node of no optional inoculation 218 constraint conditions is recommendation; As do not satisfy, these end identifier that is 1127 these immunity inoculations that are of expression are set accomplish, finishing this is recommendation process.
The inoculation of recommending in future depends on the node of recommending date range 1121 and can be used as recommendation, and inoculation possibly comprise a plurality of vaccines and different inoculation time sections in the future of therefore recommending.Dwindle its scope and can use some other conditions, for example use priority to confirm choice or the priority ranking of each node when being used to recommend, and limit narrower recommendation date range 1121 etc.
Another embodiment of the present invention use one be by age A TOptimize one be a method of processing following: like Figure 10 b) before step 1211 back and step 1212 in the described disposal route, whether check inoculator's age has surpassed and has ended age A earlier T, surpassing then this inoculator, to have need not this be inoculation, can withdraw from the processing that this is; Otherwise still need handle this is that for example execution in step 1212.This method is applicable to the client who only needs following inoculation recommendation process, and its advantage is to save the processing time, and it is inoculation that clear and definite inoculator need not this.Shortcoming is that this method can't provide the assessment that is to this.Client for carrying out evaluation process to the inoculation history can use following method.
Another embodiment of the present invention use one be by age A TA method of the processing that optimization one is.Like Figure 10 b) carry out recommendation process in the described disposal route before, whether check inoculator's age surpasses by age A earlier T, surpassing then this inoculator, to have need not this be inoculation, can withdraw from the processing that this is; Otherwise the continuation recommendation process for example continues execution in step 1216.
Said method for example uses ISG to inoculate the methods such as method, pre-service of information processing, can realize with computer software programs, and the application programming interfaces (API) that are combined into a module or framework uses with convenient.Method or the function of for example handling inoculation information can have application program interface function Report process (ClientInformation client); This function is accepted inoculator's information ClientInformation, handles and return the report Report of processing.The computer software programs of realizing said method are deployed on the computer readable medium, for example on the hard disk, when the instruction of this program is loaded in the storer of computing machine and is performed, the function of the method for above-mentioned processing inoculation information can be provided.
One embodiment of the present of invention are when immune programme for children changes, and use ISCAD to upgrade ISG, issue this ISG to using ISG to handle a method of the application program system of inoculation information, and the method comprising the steps of:
1) in the system of operation ISCAD, sets up or upgrade ISG, publish and distribute this ISG with the XML document file layout;
2) transmit the document file uses the inoculation information processing application program of ISG to operation system; For example through using the document transfer mode of disk, USB dish, LAN and internet support; For example file copy, the transmission of FTPS file, the download of HTTPS file loading etc., the computer readable medium of transmission the document to this application program system;
3) make this application program system when handling inoculation information, use the represented ISG of the document.
Though the present invention is described in detail to a certain extent, it should be understood that the embodiment of the invention just according to example description the present invention, and should not be regarded as limitation of the present invention with reference to the embodiment of the invention.In fact those of ordinary skill in the art can carry out multiple modification, omission and change such as substitutes and do not break away from the scope of principle of the present invention technique scheme in form and details.

Claims (22)

1. an immune programme for children figure is characterized in that, comprises a plurality of nodes and many edges,
A) an inferior inoculation of potion and attribute thereof that said node is represented immune programme for children, said attribute comprises the conditional information of this agent of inoculation time inoculation;
B) a said edge connects the node of said inoculation and the inferior node of inoculating of a following potion of said inoculation, and edge points to the node that described potion is down inoculated.
2. immune programme for children figure according to claim 1 is characterized in that, adopt following data structure storage immune programme for children figure a node and follow-up node thereof information and can be used in the inoculation information processing:
Said data structure comprises following data element: (1) is discerned the identifier (201) of said node, the agent information (202) of the pairing potion of (2) said node time inoculation and the following potion time follow-up node information of inoculation information (203) of (3) said inoculation uniquely.
3. immune programme for children figure according to claim 2 is characterized in that, said dose of information comprises one group of constraint condition.
4. immune programme for children figure according to claim 3 is characterized in that, the vaccine constraint condition in the said constraint condition is the information of first vaccine.
5. immune programme for children figure according to claim 3 is characterized in that, includes the constraint condition of scope date of expiration (221) of a node in the said constraint condition.
6. immune programme for children figure according to claim 2 is characterized in that, said follow-up node information (203) comprises the precedence information of each follow-up node.
7. one kind generates and safeguards with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that; Graphic user interface is provided on computers, makes the user can set up and safeguard each described immune programme for children figure, comprising like claim 1-6:
Set up, edit node and the edge of said immune programme for children figure with graphics mode;
The attribute data (200) of the node among input, the said immune programme for children figure of editor.
8. generation according to claim 7 and maintenance are with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that; Said user interface comprises that a dynamic menu and a tool bar based on the immune programme for children related object generates and administration module; Be used to generate and manage task menu, tool bar, set up, safeguard and management immune programme for children figure with the guiding user based on selected immune programme for children related object.
9. generation according to claim 8 and maintenance are with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that; Said user interface also comprises immune programme for children Aided Design task module, is used for immune programme for children figure be mutually related automatic generation and the check and the maintenance complete, self-consistency of data.
10. generation according to claim 9 and maintenance is characterized in that with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use said immune programme for children Aided Design task module comprises the task by vaccine generator vaccine.
11. generation according to claim 9 and maintenance are with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that said immune programme for children Aided Design task module comprises the task of being generated the immune programme for children figure framework of vaccine or first vaccine by vaccine or first vaccine.
12. generation according to claim 9 and maintenance are with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that said immune programme for children Aided Design task module comprises the overlapping task of constraint condition between the follow-up node of analyzing a node;
Judge that two node constraint conditions do not have overlapping criterion to be: compare the range of parameter values of the identical constraint condition of two nodes, if exist the parameter value of the arbitrary identical constraint condition of two nodes to repel each other fully, then this two node does not have overlapping.
13. generation according to claim 7 and maintenance is characterized in that with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use, also are included on this computing machine distribution foundation and the immune programme for children figure that safeguards.
14. generation according to claim 13 and maintenance are with method immune procedure chart tissue, that supply the immune programme for children of inoculation information processing use; It is characterized in that; Described distribution set up and safeguard immune programme for children figure be meant with graphical format distribution immune programme for children figure, comprising:
A) a plurality of immune programme for children block diagrams, an ode table in the said immune programme for children block diagram is corresponding to the node of the immune programme for children figure of said foundation, and said ode table is used to show the constraint condition of said node; And
B) legend is used for explaining the implication of said each symbol of immune programme for children block diagram, character, character string, graphic element.
15. method of handling inoculation information; It is characterized in that; The immune programme for children that uses in the said method is based on each described immune programme for children figure of claim 1-6, and the information about vaccine of said immune programme for children figure is with first vaccine information, said method comprising the steps of:
A) initialization procedure state (1100);
B) pre-service comprises
Each time injection in inoculator's the inoculation history is converted to first vaccine injection and is stored in is in the inoculation history (1124);
Whether the time interval that check contains between first vaccine injection of attenuation inactivated vaccine meets the immune programme for children regulation, and incongruent first vaccine injection is invalid inoculation and by record;
C) pursuing is the assessment recommendation process;
D) aftertreatment comprises
Inspection recommend respectively to contain in the inoculation (1126) between the inoculation of attenuation inactivated vaccine the time interval and with inoculate the regulation whether time interval between the injection that respectively contains the attenuation inactivated vaccine in the history meets immune programme for children; Wherein the time interval incongruent recommendation inoculation will be adjusted, and makes its inoculation time and other contain the recommendation inoculation of attenuation inactivated vaccine or time interval of injecting meets the regulation of immune programme for children;
First vaccine inoculation in the inoculation in future that conversion is recommended is to vaccine inoculation;
Generate mabage report.
16. the method for processing according to claim 15 inoculation information is characterized in that, by be in the step of assessment recommendation process to one be disposal route be:
A) the follow-up node set of initialization (1125), with said system all the beginning nodes set compose to said follow-up node set;
B) the inoculation history of said system is arranged like the inoculator, then assess said system inoculation history;
C) accomplish as yet like the immunity inoculation of inoculator's said system, recommend then that said system is following to be inoculated.
17. the method for processing inoculation information according to claim 16 is characterized in that, a method assessing said system inoculation history is:
If a) the said inoculation Shi Zhongshang of system has the not injection of assessment, then in said inoculation history, do not assess injection according to successively taking off one inject time; Otherwise the assessment of said system finishes, and withdrawing from said is evaluation process;
B) whether check inoculator's personal information and said not assessment inoculation satisfy all constraint conditions of the some nodes in the follow-up node set (1125); If satisfy, then said injection is effectively inoculation, carries out c); Go to carry out a) otherwise change;
C) whether the pairing node of the said effective inoculation of inspection is a destination node; As be not destination node, then get all the follow-up nodes and the tax of said node and give follow-up node set (1125), change and go to carry out a); Otherwise the end identifier of the said system of set withdraws from the assessment of said system for accomplishing.
18. the method for processing according to claim 16 inoculation information is characterized in that, said recommendation one is that following inoculation is meant and confirms recommending date range [T Start, T EndThough] in one be future inoculation and recommend this inoculation in future that is not use the destination node of this immune programme for children figure that is or use the destination node of this immune programme for children figure that is but this destination node does not have optional inoculation (218) constraint condition, said method comprising the steps of:
If a) in follow-up node set (1125), still have and be not used to the node recommended, then in said set, take off one and be not used to the node recommended; Otherwise finishing this is recommendation process;
B) use said recommendation date range [T Start, T End] and inoculator's personal information check each constraint condition in the constraint condition (204) of said node whether to satisfy; As do not satisfy, then change and go a);
C) confirm [T Start, T End] and the common factor [T of the constraint condition relevant with time range of said node Rf, T Rt], generate determined first vaccine of vaccine constraint condition and said common factor [T that a following inoculation comprises said node Rf, T Rt], write down said following inoculation; Change and go a).
19. the method for processing according to claim 16 inoculation information is characterized in that, said recommendation one is that following inoculation is meant and confirms recommending date range [T Start, T End] in one be future inoculation, to use the destination node of this immunity inoculation figure that is when recommending inoculate this future that is, when this destination node included optional inoculation constraint condition, step was:
At first check said optional inoculation constraint condition whether to satisfy; As satisfying, then the destination node by no optional inoculation constraint condition continues recommendation process; Otherwise the immunity inoculation of said system is accomplished, and finishing said is recommendation process.
20. a system comprises: the device that is used to carry out each step of method as claimed in claim 7.
21. a system comprises: the device that is used to carry out each step of method as claimed in claim 15
22. a system comprises: be used for carrying out device like each step of the described method of arbitrary claim of claim 8-14 each or 16-19.
CN2011104003908A 2011-12-06 2011-12-06 Immunization program diagraph and building method thereof, inoculation information processing method and system for realizing same Pending CN102567571A (en)

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