CN113435930B - Service delivery method, device, equipment and storage medium based on guide component - Google Patents

Service delivery method, device, equipment and storage medium based on guide component Download PDF

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CN113435930B
CN113435930B CN202110719805.1A CN202110719805A CN113435930B CN 113435930 B CN113435930 B CN 113435930B CN 202110719805 A CN202110719805 A CN 202110719805A CN 113435930 B CN113435930 B CN 113435930B
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CN113435930A (en
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李军涛
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Ping An Technology Shenzhen Co Ltd
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Abstract

The invention relates to the field of data analysis, and discloses a service delivery method, a device, equipment and a storage medium based on a guide component, which are used for improving the flexibility of delivering services when a service party initiates a delivery requirement. The service delivery method based on the guide component comprises the following steps: acquiring the medical service delivery requirement of a service party; if the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data and a plurality of target medical sequential flow guide assemblies of a target user, sequentially delivering the plurality of target medical sequential flow guide assemblies based on the medical image data and the sequential delivery rule of the target user, and generating a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page; and if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a directional delivery rule, and generating a target directional delivery page. In addition, the invention also relates to a block chain technology, and the medical service delivery requirements can be stored in the block chain.

Description

Service delivery method, device, equipment and storage medium based on guide component
Technical Field
The invention relates to the field of data analysis, in particular to a service delivery method, a service delivery device, service delivery equipment and a storage medium based on a guide component.
Background
With the development of science and technology and economy, marketing modes of many enterprises are continuously developed, and how to dig the demands of customers and put relevant businesses interested by the users into the enterprise platform is always the subject of research in the marketing field.
In the prior art, most enterprises launch services to application programs by using existing solidified crowd labels according to the service characteristics of service parties, and the services are displayed to users for watching, but the mode of launching the services according to the solidified crowd labels causes the problem of inflexible service launching.
Disclosure of Invention
The invention provides a service delivery method, a device, equipment and a storage medium based on a guide component, which are used for improving the flexibility of delivering services when a service party initiates a delivery requirement.
The first aspect of the invention provides a service delivery method based on a guide component, which comprises the following steps: acquiring the medical service delivery requirement of a service party; judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements; if the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule to generate a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page; and if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page.
Optionally, in a first implementation manner of the first aspect of the present invention, the determining whether the medical service delivery requirement is a sequential delivery requirement or a directional delivery requirement includes: analyzing the medical service release requirement to obtain the position requirement of a service scene; judging whether the position requirement of the service scene is a specified position requirement or not; if the position requirement of the service scene is a specified position requirement, judging that the medical service delivery requirement is a directional delivery requirement; and if the position requirement of the service scene is not the specified position requirement, judging that the medical service delivery requirement is a sequential delivery requirement.
Optionally, in a second implementation manner of the first aspect of the present invention, if the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule to generate a target sequential delivery page, where the target medical sequential flow guide assembly is a guide assembly in the page, and the target medical sequential delivery page includes: if the medical service delivery requirement is a sequential delivery requirement, acquiring medical portrait data, page codes and medical version names of target users; determining a plurality of target medical sequential flow guide assemblies and a plurality of flow guide show windows to be put into the pictures based on the medical picture data, the page codes and the medical version names of the target users, wherein the target medical sequential flow guide assemblies are guide assemblies in the pages; and based on the medical portrait data of the target user and preset sequential delivery rules, delivering the target medical sequential flow guide assemblies to the to-be-delivered portrait flow guide show windows to generate a target sequential delivery page.
Optionally, in a third implementation manner of the first aspect of the present invention, the determining, based on the medical image data of the target user, the page code, and the medical version name, a plurality of target medical sequence flow guide assemblies and a plurality of flow guide showcases to be put into images, where a target medical sequence flow guide assembly is a guide assembly in a page, includes: acquiring a sequential login page code and a sequential version name corresponding to the target user; searching a sequence default show window floor and a sequence image show window floor in a show window floor template base based on the sequence login page codes and the sequence version names, wherein the sequence image show window floor comprises a plurality of to-be-input image diversion show windows; and searching a flow guide assembly in a preset flow guide assembly library based on the medical portrait data to obtain a plurality of target medical treatment sequential flow guide assemblies, wherein the target medical treatment sequential flow guide assemblies are guide assemblies in the page.
Optionally, in a fourth implementation manner of the first aspect of the present invention, the dropping the target medical image sequential flow guide assemblies to the to-be-dropped image flow guide shop windows based on the medical image data of the target user and a preset sequential dropping rule, and generating a target sequential dropping page includes: reading a plurality of medical weight data from the medical image data, and sequencing the medical weight data according to a descending order to generate a sequenced medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies; respectively configuring the target medical treatment sequence flow guide assemblies into the flow guide show windows of the images to be launched according to the sorted medical treatment weight data sets, and generating an initial sequence launching page by combining the default show window floor; judging whether the initial sequence throwing pages comprise vacant to-be-thrown image diversion show windows or not; and if the initial sequential delivery page comprises an empty to-be-delivered portrait diversion show window, calling a corresponding number of default medical sequential diversion assemblies to be configured in the empty to-be-delivered portrait diversion show window, and generating a target sequential delivery page.
Optionally, in a fifth implementation manner of the first aspect of the present invention, if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of a service based on the medical service delivery requirement and a preset directional delivery rule, and generating a target directional delivery page includes: if the medical service delivery requirement is a directional delivery requirement, acquiring a directional login page code and a directional version name corresponding to a target user; searching an orientation default show window floor and an orientation portrait show window floor in a show window floor template base based on the orientation login page code and the orientation version name; and performing directional delivery of the service based on the directional delivery requirement, a preset directional delivery rule, the directional default show window floor and the directional image show window floor to generate a target directional delivery page.
Optionally, in a sixth implementation manner of the first aspect of the present invention, the generating a target directional delivery page based on the directional delivery demand, a preset directional delivery rule, the directional default shop window floor, and the directional image shop window floor for directional delivery of the service includes: analyzing the directional release demand to generate a plurality of directional release marks; searching a target medical directional flow guide assembly corresponding to each directional release identifier in a preset flow guide assembly library to obtain a plurality of target medical directional flow guide assemblies; and configuring the plurality of target medical directional flow guide assemblies into the directional portrait shop window floor according to a preset directional delivery rule, and generating a target directional delivery page by combining the directional portrait shop window floor.
A second aspect of the present invention provides a service delivery apparatus based on a wizard component, including: the acquisition module is used for acquiring the medical service delivery requirement of a service party; the judging module is used for judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements; the sequential delivery module is used for acquiring medical image data of a target user and a plurality of target medical sequential flow guide assemblies if the medical service delivery requirement is a sequential delivery requirement, sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule, and generating a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page; and the directional delivery module is used for directionally delivering the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page if the medical service delivery requirement is a directional delivery requirement.
Optionally, in a first implementation manner of the second aspect of the present invention, the determining module may be further specifically configured to: analyzing the medical service release requirement to obtain the position requirement of a service scene; judging whether the position requirement of the service scene is a specified position requirement or not; if the position requirement of the service scene is a specified position requirement, judging that the medical service delivery requirement is a directional delivery requirement; and if the position requirement of the service scene is not the specified position requirement, judging that the medical service delivery requirement is a sequential delivery requirement.
Optionally, in a second implementation manner of the second aspect of the present invention, the sequential delivery module includes: the first acquisition unit is used for acquiring medical portrait data, page codes and medical version names of target users if the medical service delivery requirements are sequential delivery requirements; the first searching unit is used for determining a plurality of target medical sequence flow guide assemblies and a plurality of flow guide show windows of the images to be input based on the medical image data, the page codes and the medical version names of the target users, and the target medical sequence flow guide assemblies are guide assemblies in the pages; and the first delivery unit is used for delivering the plurality of target medical treatment sequential flow guide assemblies to the plurality of flow guide show windows to be delivered with the images based on the medical image data of the target user and a preset sequential delivery rule, and generating a target sequential delivery page.
Optionally, in a third implementation manner of the second aspect of the present invention, the first searching unit may be further specifically configured to: acquiring a sequential login page code and a sequential version name corresponding to the target user; searching a sequence default show window floor and a sequence image show window floor in a show window floor template base based on the sequence login page codes and the sequence version names, wherein the sequence image show window floor comprises a plurality of to-be-input image diversion show windows; and searching a flow guide assembly in a preset flow guide assembly library based on the medical portrait data to obtain a plurality of target medical treatment sequential flow guide assemblies, wherein the target medical treatment sequential flow guide assemblies are guide assemblies in the page.
Optionally, in a fourth implementation manner of the second aspect of the present invention, the first releasing unit may be further specifically configured to: reading a plurality of medical weight data from the medical image data, and sequencing the medical weight data according to a descending order to generate a sequenced medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies; respectively configuring the target medical treatment sequence flow guide assemblies into the flow guide show windows of the images to be launched according to the sorted medical treatment weight data sets, and generating an initial sequence launching page by combining the default show window floor; judging whether the initial sequence throwing pages comprise vacant to-be-thrown image diversion show windows or not; and if the initial sequential delivery page comprises an empty to-be-delivered portrait diversion show window, calling a corresponding number of default medical sequential diversion assemblies to be configured in the empty to-be-delivered portrait diversion show window, and generating a target sequential delivery page.
Optionally, in a fifth implementation manner of the second aspect of the present invention, the directional delivery module includes: the second obtaining unit is used for obtaining the directional login page code and the directional version name corresponding to the target user if the medical service delivery requirement is a directional delivery requirement; the second searching unit is used for searching an orientation default show window floor and an orientation portrait show window floor in a show window floor template base based on the orientation login page code and the orientation version name; and the second launching unit is used for directionally launching the business based on the directional launching demand, the preset directional launching rule, the directional default show window floor and the directional image show window floor to generate a target directional launching page.
Optionally, in a sixth implementation manner of the second aspect of the present invention, the second launching unit may be further specifically configured to: analyzing the directional release demand to generate a plurality of directional release marks; searching a target medical directional flow guide assembly corresponding to each directional release identifier in a preset flow guide assembly library to obtain a plurality of target medical directional flow guide assemblies; and configuring the plurality of target medical directional flow guide assemblies into the directional portrait shop window floor according to a preset directional delivery rule, and generating a target directional delivery page by combining the directional portrait shop window floor.
A third aspect of the present invention provides a service delivery device based on a wizard component, including: a memory and at least one processor, the memory having instructions stored therein; the at least one processor invokes the instructions in the memory to cause the wizard component based service delivery apparatus to perform the wizard component based service delivery method described above.
A fourth aspect of the present invention provides a computer-readable storage medium, which stores instructions that, when executed on a computer, cause the computer to execute the service delivery method based on a wizard component.
In the technical scheme provided by the invention, the medical service delivery requirement of a service party is obtained; judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements; if the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule to generate a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page; and if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page. In the embodiment of the invention, when sequential delivery is carried out, the sequential delivery is carried out on a plurality of target medical sequential diversion assemblies based on the medical portrait data of a target user and a preset sequential delivery rule, and a target sequential delivery page is generated; when directional delivery is carried out, delivering is carried out based on a preset directional delivery rule, and a target directional delivery page is generated; medical service delivery is carried out through two delivery modes of directional delivery and sequential delivery, and sequential delivery is carried out based on medical image data of users, so that the flexibility of delivering services when a service party initiates delivery requirements is improved.
Drawings
FIG. 1 is a diagram of an embodiment of a service delivery method based on a wizard component in the embodiment of the present invention;
FIG. 2 is a diagram of another embodiment of a service delivery method based on a wizard component in the embodiment of the present invention;
FIG. 3 is a diagram of an embodiment of a service delivery apparatus based on a wizard component in the embodiment of the present invention;
FIG. 4 is a schematic diagram of another embodiment of a service delivery apparatus based on a wizard component in the embodiment of the present invention;
fig. 5 is a schematic diagram of an embodiment of a service delivery device based on a wizard component in the embodiment of the present invention.
Detailed Description
The embodiment of the invention provides a service delivery method, a device, equipment and a storage medium based on a guide component, which are used for improving the flexibility of delivering services when a service party initiates a delivery requirement.
The terms "first," "second," "third," "fourth," and the like in the description and in the claims, as well as in the drawings, if any, are used for distinguishing between similar elements and not necessarily for describing a particular sequential or chronological order. It will be appreciated that the data so used may be interchanged under appropriate circumstances such that the embodiments described herein may be practiced otherwise than as specifically illustrated or described herein. Furthermore, the terms "comprises," "comprising," or "having," and any variations thereof, are intended to cover non-exclusive inclusions, such that a process, method, system, article, or apparatus that comprises a list of steps or elements is not necessarily limited to those steps or elements expressly listed, but may include other steps or elements not expressly listed or inherent to such process, method, article, or apparatus.
For convenience of understanding, a specific flow of the embodiment of the present invention is described below, and referring to fig. 1, an embodiment of the service delivery method based on a wizard component in the embodiment of the present invention includes:
101. acquiring the medical service delivery requirement of a service party;
the server acquires the medical service delivery requirements from the service party. It is emphasized that, in order to further ensure the privacy and security of the medical service delivery requirements, the medical service delivery requirements may also be stored in a node of a block chain.
In medical related application programs, a business party needs to perform business delivery, when the business party needs to perform business delivery, a medical business delivery requirement is sent to a server firstly, the server receives the medical business delivery requirement, and the business delivery is performed according to the medical business delivery requirement. Medical service delivery requirements are divided into two types, one type is a designated delivery requirement, the designated delivery requirement is a requirement formulated by a service party, and the server pulls a corresponding service flow guide component to deliver the service according to the requirement of the service party; the other is a sequential release demand, the sequence is not unique and is obtained based on the portrait data of the user corresponding to the business party, and the server releases the business based on the portrait data of the user according to the sequential release demand.
It is to be understood that the executing subject of the present invention may be a service delivery apparatus based on a wizard component, and may also be a terminal or a server, which is not limited herein. The embodiment of the present invention is described by taking a server as an execution subject.
102. Judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements;
the server judges whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements.
The method comprises the steps that since the releasing rules of a sequential releasing demand and a directional releasing demand are different from each other and the required service to be released is different, before a server releases the service based on the medical service releasing demand, whether the medical service releasing demand is the sequential releasing demand or the directional releasing demand is judged, the medical service releasing demand comprises position information, and the server judges whether the medical service releasing demand is the sequential releasing demand or the directional releasing demand based on the position information; when the position information in the medical service delivery requirement points to the determined position, the medical service delivery requirement is a sequential delivery requirement, the server executes step 103, and when the position information in the medical service delivery requirement does not point to the determined position, the medical service delivery requirement is a directional delivery requirement, and the server executes step 104.
103. If the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule to generate a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page;
if the server judges that the medical service delivery requirement is a sequential delivery requirement, the server acquires medical image data of a target user and a plurality of target medical sequential flow guide assemblies, wherein medical image data of some users are relatively close, so that part of users can share the same image data. After the server obtains the medical portrait data of the target user, the flow guide assembly is searched based on the medical portrait data of the target user, so that a plurality of target medical sequence flow guide assemblies which are guide assemblies in the page are obtained, and the server sequentially puts the plurality of target medical sequence flow guide assemblies according to the sequential putting rule based on the medical portrait data of the target user to generate a target sequential putting page. The sequential delivery rule is mainly to deliver according to the size of the weight data and to deliver a plurality of target medical sequential flow guide assemblies according to the sequence from large to small. In this embodiment, the target medical treatment sequence flow guide assembly exists in a flow guide sphere shape and is used for displaying a service function to a target user, and when the target user clicks any one of the target medical treatment sequence flow guide assemblies, the server responds to the motor instruction and enters a corresponding service interface.
For example, four target medical treatment sequence flow guide assemblies, namely, a rapid inquiry, a follow-up inquiry and prescription, an expert inquiry and a step capture of money, are obtained based on medical image data of a target user, and a server carries out service sequential delivery on the four target medical treatment sequence flow guide assemblies, namely, the rapid inquiry, the follow-up inquiry and prescription, the expert inquiry and the step capture of money, according to a sequential delivery rule based on the medical image data of the target user, so that a target sequential delivery page is generated.
104. And if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page.
And if the medical service delivery requirement is a directional delivery requirement, the server delivers the service according to the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page. The directional delivery rule is a delivery rule specified by a business party for a certain user or a certain class of user group, and the business component corresponding to the directional delivery requirement is delivered to a position corresponding to the default in the directional delivery rule.
When the medical service delivery requirement is a directional delivery requirement, it is indicated that a service party has a specified standard for delivery of the service, and at the moment, the server delivers the service based on the directional delivery requirement and a preset directional delivery rule, so that a target directional delivery page is generated.
In the embodiment of the invention, when sequential delivery is carried out, the sequential delivery is carried out on a plurality of target medical sequential diversion assemblies based on the medical portrait data of a target user and a preset sequential delivery rule, and a target sequential delivery page is generated; when directional delivery is carried out, delivering is carried out based on a preset directional delivery rule, and a target directional delivery page is generated; medical service delivery is carried out through two delivery modes of directional delivery and sequential delivery, and sequential delivery is carried out based on medical image data of users, so that the flexibility of delivering services when a service party initiates delivery requirements is improved.
Referring to fig. 2, another embodiment of the service delivery method based on the wizard component in the embodiment of the present invention includes:
201. acquiring the medical service delivery requirement of a service party;
the server acquires medical service delivery requirements from a service party. It is emphasized that, in order to further ensure the privacy and security of the medical service delivery requirements, the medical service delivery requirements may also be stored in a node of a blockchain.
In medical related application programs, a business party needs to put in business, when the business party needs to put in business, a medical business putting requirement is sent to a server firstly, the server receives the medical business putting requirement, and the business putting is carried out according to the medical business putting requirement. The medical service delivery requirements are divided into two types, one type is a designated delivery requirement, the designated delivery requirement is a requirement formulated by a service party, and the server pulls a corresponding service flow guide component according to the requirement of the service party to deliver the service; the other is a sequential release demand, the sequence is not unique and is obtained based on the portrait data of the user corresponding to the business party, and the server releases the business based on the portrait data of the user according to the sequential release demand.
202. Judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements;
the server judges whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements.
The method comprises the steps that since the releasing rules of a sequential releasing demand and a directional releasing demand are different from each other and the required service to be released is different, before a server releases the service based on the medical service releasing demand, whether the medical service releasing demand is the sequential releasing demand or the directional releasing demand is judged, the medical service releasing demand comprises position information, and the server judges whether the medical service releasing demand is the sequential releasing demand or the directional releasing demand based on the position information; when the position information in the medical service delivery requirement points to the determined position, the medical service delivery requirement is a sequential delivery requirement, the server executes the steps 203 to 205, and when the position information in the medical service delivery requirement does not point to the determined position, the medical service delivery requirement is a directional delivery requirement, and the server executes the step 206.
Specifically, the server analyzes the medical service delivery requirement to obtain the position requirement of a service scene; the server judges whether the position requirement of the service scene is a specified position requirement; if the position requirement of the service scene is the specified position requirement, the server judges that the medical service delivery requirement is a directional delivery requirement; and if the position requirement of the service scene is not the specified position requirement, the server judges that the medical service delivery requirement is a sequential delivery requirement.
The method includes the steps that a server firstly analyzes a medical service release requirement to obtain a position requirement of a service scene, if the medical service release requirement is a directional release requirement, the position requirement of the service scene obtained through analysis is a specified position requirement, if the medical service release requirement is a sequential release requirement, the position requirement of the service scene obtained through analysis is not the specified position requirement, in the embodiment, the position requirement of the service scene obtained is a user scene, in other embodiments, the position requirement of the service scene can be other, such as a null value.
203. If the medical service delivery requirement is a sequential delivery requirement, acquiring medical portrait data, page codes and medical version names of target users;
and if the medical service delivery requirement is a sequential delivery requirement, the server acquires medical portrait data, page codes and medical version names of the target users.
The target user is a user or a user group oriented to a business side, and the acquisition process of the medical image data of the target user is as follows: the server acquires the login state _ tk of the target user, analyzes the login state to obtain the ID name of the target user, and searches the corresponding medical image data through the ID name. The page code is PageCode, is a unique code corresponding to each page, such as a health home page, a medical home page and the like, and the medical version name is VersionID and is the version name of the application program.
204. Determining a plurality of target medical sequence flow guide assemblies and a plurality of flow guide show windows to be put into the portrait based on medical portrait data, page codes and medical version names of target users, wherein the target medical sequence flow guide assemblies are guide assemblies in pages;
the server can determine which show windows are loaded as the to-be-launched portrait diversion show windows through page coding and version names; the server searches a plurality of target medical sequence flow guide assemblies with higher matching degree with the target user through the medical image data, the flow guide assemblies with matching degree larger than or equal to a matching degree threshold value with the target user are all target medical sequence flow guide assemblies, and the target medical sequence flow guide assemblies are guide assemblies in the page; the server can obtain a plurality of to-be-put portrait diversion show windows through page coding and version names. It should be noted that the number of the image diversion showcases to be put into and the number of the target medical sequence diversion assemblies are not necessarily the same.
Specifically, the server obtains a sequential login page code and a sequential version name corresponding to a target user; the server searches a sequence default show window floor and a sequence portrait show window floor in a show window floor template base based on the sequence login page code and the sequence version name, wherein the sequence portrait show window floor comprises a plurality of to-be-launched portrait diversion show windows; and the server searches for the flow guide assembly in a preset flow guide assembly library based on the medical image data to obtain a plurality of target medical sequence flow guide assemblies, wherein the target medical sequence flow guide assemblies are guide assemblies in the page.
The method comprises the steps that a server obtains sequential login page codes and sequential version names corresponding to target users, the server searches for the sequential login page codes and the sequential version names in a show window floor template to obtain sequential default show window floors and sequential image show window floors matched with the sequential default show window floors, for example, the default show window floor is the first layer of a medical first page of version 2.0, the sequential image show window floors are the second layer of the medical first page of version 2.0, the sequential image show window floors comprise a plurality of to-be-put-in image diversion show windows, in the embodiment, the number of the to-be-put-in image diversion show windows is 4, and in other embodiments, the number of the to-be-put-in image diversion show windows can be 8 or other. And the server calculates the matching degree between each flow guide component and the medical portrait data based on the medical portrait data and the flow guide component library to obtain a plurality of matching degrees, and determines the target flow guide component with the matching degree larger than the threshold value of the matching degree as the target medical sequence flow guide component so as to obtain a plurality of target medical sequence flow guide components which are the guide components in the page.
205. Based on medical portrait data of a target user and preset sequential delivery rules, delivering a plurality of target medical sequential flow guide assemblies to a plurality of to-be-delivered portrait flow guide show windows, and generating a target sequential delivery page;
the server puts in a plurality of target medical sequence flow guide assemblies based on medical image data and sequence putting rules of target users, puts each target medical sequence flow guide assembly in a corresponding flow guide show window of the image to be put in, and accordingly generates a target sequence putting page.
The server allocates a plurality of target medical sequence flow guide assemblies to a plurality of to-be-input portrait flow guide show windows, one to-be-input portrait flow guide show window can be allocated with one target medical sequence flow guide assembly, and the input process needs to be performed according to medical portrait data and preset sequence input rules, so that a target sequence input page is obtained.
Specifically, the server reads a plurality of medical weight data from the medical image data, and sorts the plurality of medical weight data according to a descending order to generate a sorted medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies; the server respectively configures a plurality of target medical treatment sequence flow guide assemblies into a plurality of to-be-input portrait flow guide show windows according to the sorted medical weight data sets, and generates an initial sequence input page by combining with the default show window floors; the server judges whether the initial sequence throwing pages comprise vacant to-be-thrown portrait diversion show windows or not; if the initial sequential delivery page comprises the vacant to-be-delivered portrait diversion show window, the server calls the default medical sequential diversion assemblies with the corresponding number to be configured in the vacant to-be-delivered portrait diversion show window to generate a target sequential delivery page.
The server reads medical weight data corresponding to each target medical sequence flow guide assembly from the medical data to obtain a plurality of medical weight data, then sorts the medical weight data according to the descending order to generate a sorted medical weight data set, and respectively configures the target medical sequence flow guide assemblies into a plurality of to-be-input portrait flow guide windows according to the sequence in the sorted medical weight data set, and then generates an initial sequence input page by combining with the default shop window floor. It should be noted that the default shop window floor includes already rendered data content. And then the server judges whether the vacant display window for the images to be input is included or not, if the vacant display window for the images to be input is included, default medical sequence flow guide assemblies matched with the control number are selected for configuration, and a target sequence input page is generated, wherein the default medical sequence flow guide assemblies are flow guide assemblies which are set in advance by a business party, the flow guide assemblies can be called from flow guide assemblies which are arranged from large to small according to the similarity with the medical image data, and if the vacant display window for the images to be input is 1, the flow guide assembly with the maximum similarity with the medical image data except the target medical sequence flow guide assembly is called as the default medical sequence flow guide assembly.
206. And if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page.
And if the medical service delivery requirement is a directional delivery requirement, the server delivers the service according to the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page. The directional delivery rule is a delivery rule specified by a business party for a certain user or a certain class of user group, and the business component corresponding to the directional delivery requirement is delivered to a position corresponding to the default in the directional delivery rule.
When the medical service delivery requirement is a directional delivery requirement, it is indicated that a service party has a specified standard for delivery of the service, and at the moment, the server delivers the service based on the directional delivery requirement and a preset directional delivery rule, so that a target directional delivery page is generated.
Specifically, if the medical service delivery requirement is a directional delivery requirement, the server acquires a directional login page code and a directional version name corresponding to the target user; the server searches an oriented default show window floor and an oriented portrait show window floor in a show window floor template base based on the oriented login page code and the oriented version name; the server carries out directional delivery of business based on directional delivery requirements, preset directional delivery rules, directional default show window floors and directional portrait show window floors, and generates a target directional delivery page.
If the medical service delivery requirement is a directional delivery requirement, the server acquires a directional login page code and a directional version name corresponding to a target user, then searches a directional default show window floor and a directional portrait show window floor based on the directional login page code and the directional version name, wherein the directional default show window floor is a rendered floor, reconfiguration is not needed, the directional portrait show window floor is a floor of a flow guide assembly corresponding to the medical service delivery requirement, then the server determines the corresponding flow guide assembly based on the directional delivery requirement, service delivery is carried out in the directional show window floor according to a preset directional delivery rule, and a target directional delivery page is generated by combining the directional default show window floor.
The server carries out directional delivery of business based on directional delivery requirements, preset directional delivery rules, directional default show window floors and directional portrait show window floors, and the generation of a target directional delivery page comprises the following steps:
analyzing the directional release demand to generate a plurality of directional release marks; searching a target medical directional flow guide assembly corresponding to each directional input identifier in a preset flow guide assembly library to obtain a plurality of target medical directional flow guide assemblies; and configuring a plurality of target medical directional flow guide assemblies into directional portrait shop window floors according to preset directional release rules, and generating a target directional release page by combining directional default shop window floors.
The server firstly analyzes the directional release demand and generates a plurality of directional release identifiers; then, based on the directional release identifiers, a target medical directional diversion assembly corresponding to each directional release identifier is searched in a diversion assembly library, for example, the directional release identifier 1 corresponds to a target medical directional diversion assembly for caring women, the directional release identifier 2 corresponds to a target medical directional diversion assembly for male health, the directional release identifier 3 corresponds to a target medical directional diversion assembly for drug-starting outpatient services and a target directional diversion assembly for mother and infant products corresponding to the directional release identifier 4, and the server configures the four target directional diversion assemblies into a plurality of directional image show window floors respectively according to directional release rules.
In the embodiment of the invention, when sequential delivery is carried out, the sequential delivery is carried out on a plurality of target medical sequential diversion assemblies based on the medical portrait data of a target user and a preset sequential delivery rule, and a target sequential delivery page is generated; when directional delivery is carried out, delivery is carried out based on a preset directional delivery rule, and a target directional delivery page is generated; medical service delivery is carried out through two delivery modes of directional delivery and sequential delivery, and sequential delivery is carried out based on medical image data of users, so that the flexibility of delivering services when a service party initiates delivery requirements is improved.
With reference to fig. 3, the service delivery method based on the wizard component in the embodiment of the present invention is described above, and a service delivery device based on the wizard component in the embodiment of the present invention is described below, where an embodiment of the service delivery device based on the wizard component in the embodiment of the present invention includes:
an obtaining module 301, configured to obtain a medical service delivery requirement of a service party;
a judging module 302, configured to judge whether the medical service delivery requirement is a sequential delivery requirement or a directional delivery requirement;
a sequential delivery module 303, configured to, if the medical service delivery requirement is a sequential delivery requirement, obtain medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially deliver services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule to generate a target sequential delivery page, where the target medical sequential flow guide assemblies are guide assemblies in the page;
and a directional delivery module 304, configured to perform directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule if the medical service delivery requirement is a directional delivery requirement, and generate a target directional delivery page.
In the embodiment of the invention, when sequential delivery is carried out, the sequential delivery is carried out on a plurality of target medical sequential diversion assemblies based on medical portrait data of a target user and a preset sequential delivery rule, and a target sequential delivery page is generated; when directional delivery is carried out, delivery is carried out based on a preset directional delivery rule, and a target directional delivery page is generated; medical service delivery is carried out through two delivery modes of directional delivery and sequential delivery, and sequential delivery is carried out based on medical image data of users, so that the flexibility of delivering services when a service party initiates delivery requirements is improved.
Referring to fig. 4, another embodiment of the service delivery apparatus based on a wizard component in the embodiment of the present invention includes:
an obtaining module 301, configured to obtain a medical service delivery requirement of a service party;
a judging module 302, configured to judge whether the medical service delivery requirement is a sequential delivery requirement or a directional delivery requirement;
a sequential delivery module 303, configured to, if the medical service delivery requirement is a sequential delivery requirement, obtain medical image data of a target user and a plurality of target medical sequential flow guide assemblies, and sequentially deliver services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule, so as to generate a target sequential delivery page, where the target medical sequential flow guide assemblies are guide assemblies in the page;
and a directional delivery module 304, configured to perform directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule if the medical service delivery requirement is a directional delivery requirement, and generate a target directional delivery page.
Optionally, the determining module 302 may be further specifically configured to:
analyzing the medical service release requirement to obtain the position requirement of a service scene;
judging whether the position requirement of the service scene is a specified position requirement or not;
if the position requirement of the service scene is a specified position requirement, judging that the medical service delivery requirement is a directional delivery requirement;
and if the position requirement of the service scene is not the specified position requirement, judging that the medical service delivery requirement is a sequential delivery requirement.
Optionally, the sequential delivery module 303 includes:
a first obtaining unit 3031, configured to obtain medical portrait data, a page code, and a medical version name of a target user if the medical service delivery requirement is a sequential delivery requirement;
a first searching unit 3032, configured to determine, based on the medical image data of the target user, the page code, and the medical version name, a plurality of target medical sequence flow guide components and a plurality of flow guide show windows into which images are to be dropped, where the target medical sequence flow guide components are guide components in a page;
a first delivering unit 3033, configured to deliver the multiple target medical sequence diversion assemblies to the multiple to-be-delivered portrait diversion show windows based on the medical portrait data of the target user and preset sequence delivering rules, so as to generate a target sequence delivering page.
Optionally, the first searching unit 3032 may be further specifically configured to:
acquiring a sequential login page code and a sequential version name corresponding to the target user;
searching a sequence default show window floor and a sequence image show window floor in a show window floor template base based on the sequence login page codes and the sequence version names, wherein the sequence image show window floor comprises a plurality of to-be-input image diversion show windows;
and searching a flow guide assembly in a preset flow guide assembly library based on the medical portrait data to obtain a plurality of target medical treatment sequential flow guide assemblies, wherein the target medical treatment sequential flow guide assemblies are guide assemblies in the page.
Optionally, the first launching unit 3033 may be further specifically configured to:
reading a plurality of medical weight data from the medical image data, and sequencing the medical weight data according to a descending order to generate a sequenced medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies;
respectively configuring the target medical treatment sequence flow guide assemblies into the flow guide show windows of the images to be launched according to the sorted medical treatment weight data sets, and generating an initial sequence launching page by combining the default show window floor;
judging whether the initial sequence throwing pages comprise vacant to-be-thrown image diversion show windows or not;
and if the initial sequential delivery page comprises an empty to-be-delivered portrait diversion show window, calling a corresponding number of default medical sequential diversion assemblies to be configured in the empty to-be-delivered portrait diversion show window, and generating a target sequential delivery page.
Optionally, the directional delivery module 304 includes:
a second obtaining unit 3041, configured to obtain a directional login page code and a directional version name corresponding to a target user if the medical service delivery requirement is a directional delivery requirement;
a second searching unit 3042, configured to search an orientation default shop window floor and an orientation portrait shop window floor in a shop window floor template library based on the orientation login page code and the orientation version name;
a second launching unit 3043, configured to perform directional launching of services based on the directional launching demand, preset directional launching rules, the directional default shop window floor, and the directional image shop window floor, and generate a target directional launching page.
Optionally, the second dropping unit 3043 may be further specifically configured to:
analyzing the directional release demand to generate a plurality of directional release marks;
searching a target medical directional flow guide assembly corresponding to each directional release identifier in a preset flow guide assembly library to obtain a plurality of target medical directional flow guide assemblies;
and configuring the plurality of target medical directional flow guide assemblies into the directional portrait shop window floor according to a preset directional delivery rule, and generating a target directional delivery page by combining the directional portrait shop window floor.
In the embodiment of the invention, when sequential delivery is carried out, the sequential delivery is carried out on a plurality of target medical sequential diversion assemblies based on the medical portrait data of a target user and a preset sequential delivery rule, and a target sequential delivery page is generated; when directional delivery is carried out, delivery is carried out based on a preset directional delivery rule, and a target directional delivery page is generated; medical service delivery is carried out through two delivery modes of directional delivery and sequential delivery, and sequential delivery is carried out based on medical image data of users, so that the flexibility of delivering services when a service party initiates delivery requirements is improved.
Fig. 3 and fig. 4 describe the service delivery apparatus based on a wizard component in the embodiment of the present invention in detail from the perspective of a modular functional entity, and the service delivery apparatus based on a wizard component in the embodiment of the present invention is described in detail from the perspective of hardware processing.
Fig. 5 is a schematic structural diagram of a wizard component based service delivery apparatus according to an embodiment of the present invention, where the wizard component based service delivery apparatus 500 may have a relatively large difference due to different configurations or performances, and may include one or more processors (CPUs) 510 (e.g., one or more processors) and a memory 520, and one or more storage media 530 (e.g., one or more mass storage devices) storing applications 533 or data 532. Memory 520 and storage media 530 may be, among other things, transient storage or persistent storage. The program stored on storage medium 530 may include one or more modules (not shown), each of which may include a series of instruction operations for service delivery apparatus 500 based on a wizard component. Still further, the processor 510 may be configured to communicate with the storage medium 530 to execute a series of instruction operations in the storage medium 530 on the wizard component based service delivery device 500.
The wizard component based service delivery apparatus 500 may also include one or more power supplies 540, one or more wired or wireless network interfaces 550, one or more input-output interfaces 560, and/or one or more operating systems 531, such as Windows server, mac OS X, unix, linux, freeBSD, and the like. Those skilled in the art will appreciate that the configuration of the wizard component based service delivery arrangement shown in fig. 5 does not constitute a limitation of the wizard component based service delivery arrangement and may comprise more or less components than those shown, or some components may be combined, or a different arrangement of components.
The invention further provides a service delivery device based on a guide component, where the computer device includes a memory and a processor, where the memory stores computer readable instructions, and the computer readable instructions, when executed by the processor, cause the processor to execute the steps of the service delivery method based on a guide component in the above embodiments.
The present invention also provides a computer-readable storage medium, which may be a non-volatile computer-readable storage medium, and may also be a volatile computer-readable storage medium, having stored therein instructions, which, when executed on a computer, cause the computer to execute the steps of the service delivery method based on a wizard component.
It is clear to those skilled in the art that, for convenience and brevity of description, the specific working processes of the above-described systems, apparatuses and units may refer to the corresponding processes in the foregoing method embodiments, and are not described herein again.
The block chain is a novel application mode of computer technologies such as distributed data storage, point-to-point transmission, a consensus mechanism, an encryption algorithm and the like. A block chain (Blockchain), which is essentially a decentralized database, is a series of data blocks associated by using a cryptographic method, and each data block contains information of a batch of network transactions, so as to verify the validity (anti-counterfeiting) of the information and generate a next block. The blockchain may include a blockchain underlying platform, a platform product service layer, an application service layer, and the like.
The integrated unit, if implemented in the form of a software functional unit and sold or used as a stand-alone product, may be stored in a computer readable storage medium. Based on such understanding, the technical solution of the present invention may be embodied in the form of a software product, which is stored in a storage medium and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device) to execute all or part of the steps of the method according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a portable hard disk, a read-only memory (ROM), a Random Access Memory (RAM), a magnetic disk, an optical disk, or other various media capable of storing program codes.
The above-mentioned embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.

Claims (7)

1. A service delivery method based on a guide component is characterized in that the service delivery method based on the guide component comprises the following steps:
acquiring the medical service delivery requirement of a service party;
judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements;
if the medical service delivery requirement is a sequential delivery requirement, acquiring medical image data and a plurality of target medical sequential flow guide assemblies of a target user, sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and a preset sequential delivery rule, and generating a target sequential delivery page, wherein the target medical sequential flow guide assemblies are guide assemblies in the page, if the medical service delivery requirement is the sequential delivery requirement, acquiring the medical image data and the plurality of target medical sequential flow guide assemblies of the target user, sequentially delivering services to the plurality of target medical sequential flow guide assemblies based on the medical image data of the target user and the preset sequential delivery rule, and generating the target sequential delivery page comprises:
if the medical service delivery requirement is a sequential delivery requirement, acquiring medical portrait data, page codes and medical version names of target users;
determining a plurality of target medical sequential flow guide assemblies and a plurality of flow guide show windows to be put into the pictures based on the medical picture data, the page codes and the medical version names of the target users, wherein the target medical sequential flow guide assemblies are guide assemblies in the pages;
the method comprises the steps of determining a plurality of target medical sequential flow guide assemblies and a plurality of flow guide show windows to be put into images based on medical image data, page codes and medical version names of target users, wherein the target medical sequential flow guide assemblies are guide assemblies in pages and comprise the following steps:
acquiring a sequential login page code and a sequential version name corresponding to the target user;
searching a sequence default show window floor and a sequence image show window floor in a show window floor template base based on the sequence login page codes and the sequence version names, wherein the sequence image show window floor comprises a plurality of to-be-input image diversion show windows;
searching a flow guide assembly in a preset flow guide assembly library based on the medical portrait data to obtain a plurality of target medical sequence flow guide assemblies, wherein the target medical sequence flow guide assemblies are guide assemblies in a page;
based on the medical portrait data of the target user and preset sequential delivery rules, delivering the target medical sequential diversion assemblies to the to-be-delivered portrait diversion show windows, and generating a target sequential delivery page;
the step of delivering the plurality of target medical treatment sequential flow guide assemblies to the plurality of to-be-delivered image flow guide show windows based on the medical image data of the target user and preset sequential delivery rules, and the step of generating a target sequential delivery page comprises the following steps:
reading a plurality of medical weight data from the medical image data, and sequencing the medical weight data according to a descending order to generate a sequenced medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies;
respectively configuring the plurality of target medical treatment sequence flow guide assemblies into the plurality of to-be-launched portrait flow guide show windows according to the sequenced medical weight data sets, and generating an initial sequence launching page by combining the sequence default show window floors;
judging whether the initial sequence throwing pages comprise vacant to-be-thrown portrait diversion show windows or not;
if the initial sequence throwing page comprises an empty to-be-thrown portrait diversion show window, calling a corresponding number of default medical sequence diversion assemblies from the diversion assemblies arranged from large to small according to the similarity of the medical portrait data to allocate to the empty to-be-thrown portrait diversion show window, and generating a target sequence throwing page;
and if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page.
2. The wizard component based service delivery method according to claim 1, wherein said determining whether said medical service delivery requirements are sequential delivery requirements or directional delivery requirements comprises:
analyzing the medical service release requirement to obtain the position requirement of a service scene;
judging whether the position requirement of the service scene is a specified position requirement or not;
if the position requirement of the service scene is a specified position requirement, judging that the medical service delivery requirement is a directional delivery requirement;
and if the position requirement of the service scene is not the specified position requirement, judging that the medical service delivery requirement is a sequential delivery requirement.
3. The service delivery method based on the guide component as claimed in claim 1, wherein if the medical service delivery requirement is a directional delivery requirement, performing directional delivery of the service based on the medical service delivery requirement and a preset directional delivery rule, and generating a target directional delivery page includes:
if the medical service delivery requirement is a directional delivery requirement, acquiring a directional login page code and a directional version name corresponding to a target user;
searching an orientation default show window floor and an orientation portrait show window floor in a show window floor template base based on the orientation login page code and the orientation version name;
and performing directional delivery of the service based on the directional delivery requirement, a preset directional delivery rule, the directional default show window floor and the directional image show window floor to generate a target directional delivery page.
4. The service delivery method based on the wizard component according to claim 3, wherein the generating a targeted delivery page based on the targeted delivery requirement, the preset targeted delivery rule, the targeted default shop window floor, and the targeted portrait shop window floor for targeted delivery of the service comprises:
analyzing the directional release demand to generate a plurality of directional release marks;
searching a target medical directional flow guide assembly corresponding to each directional release identifier in a preset flow guide assembly library to obtain a plurality of target medical directional flow guide assemblies;
and configuring the plurality of target medical directional flow guide assemblies into the directional portrait shop window floor according to a preset directional delivery rule, and generating a target directional delivery page by combining the directional portrait shop window floor.
5. A service delivery device based on a guide component is characterized in that the service delivery device based on the guide component comprises:
the acquisition module is used for acquiring the medical service delivery requirement of a service party;
the judging module is used for judging whether the medical service delivery requirements are sequential delivery requirements or directional delivery requirements;
a sequential delivery module, configured to obtain medical image data and multiple target medical sequential flow guide components of a target user if the medical service delivery requirement is a sequential delivery requirement, sequentially deliver services to the multiple target medical sequential flow guide components based on the medical image data and a preset sequential delivery rule of the target user, and generate a target sequential delivery page, where the target medical sequential flow guide component is a guide component in the page, and if the medical service delivery requirement is a sequential delivery requirement, obtain the medical image data and the multiple target medical sequential flow guide components of the target user, sequentially deliver services to the multiple target medical sequential flow guide components based on the medical image data and the preset sequential delivery rule of the target user, and generate the target sequential delivery page, where the generating the target sequential delivery page includes:
if the medical service delivery requirement is a sequential delivery requirement, acquiring medical portrait data, page codes and medical version names of target users;
determining a plurality of target medical sequential flow guide assemblies and a plurality of flow guide show windows to be put into images based on the medical image data of the target user, the page codes and the medical version names, wherein the target medical sequential flow guide assemblies are guide assemblies in the page;
the method comprises the following steps of determining a plurality of target medical sequential flow guide assemblies and a plurality of flow guide show windows to be invested in images based on medical image data, page codes and medical version names of target users, wherein the target medical sequential flow guide assemblies are guide assemblies in pages and comprise the following steps:
acquiring a sequential login page code and a sequential version name corresponding to the target user;
searching a sequence default show window floor and a sequence image show window floor in a show window floor template base based on the sequence login page codes and the sequence version names, wherein the sequence image show window floor comprises a plurality of to-be-input image diversion show windows;
searching a flow guide assembly in a preset flow guide assembly library based on the medical portrait data to obtain a plurality of target medical treatment sequence flow guide assemblies, wherein the target medical treatment sequence flow guide assemblies are guide assemblies in a page;
based on the medical portrait data of the target user and preset sequential delivery rules, delivering the target medical sequential diversion assemblies to the to-be-delivered portrait diversion show windows, and generating a target sequential delivery page;
the step of delivering the plurality of target medical treatment sequential flow guide assemblies to the plurality of to-be-delivered image flow guide show windows based on the medical image data of the target user and preset sequential delivery rules, and the step of generating a target sequential delivery page comprises the following steps:
reading a plurality of medical weight data from the medical image data, and sequencing the medical weight data according to a descending order to generate a sequenced medical weight data set, wherein different medical weight data correspond to different target medical sequence flow guide assemblies;
respectively configuring the plurality of target medical treatment sequence flow guide assemblies into the plurality of to-be-launched portrait flow guide show windows according to the sequenced medical weight data sets, and generating an initial sequence launching page by combining the sequence default show window floors;
judging whether the initial sequence throwing pages comprise vacant to-be-thrown portrait diversion show windows or not;
if the initial sequence throwing page comprises an empty to-be-thrown portrait diversion show window, calling a corresponding number of default medical sequence diversion assemblies from the diversion assemblies arranged from large to small according to the similarity of the medical portrait data to allocate to the empty to-be-thrown portrait diversion show window, and generating a target sequence throwing page;
and the directional delivery module is used for directionally delivering the service based on the medical service delivery requirement and a preset directional delivery rule to generate a target directional delivery page if the medical service delivery requirement is a directional delivery requirement.
6. A service delivery apparatus based on a wizard component, characterized in that the service delivery apparatus based on the wizard component comprises: a memory and at least one processor, the memory having instructions stored therein;
the at least one processor invokes the instructions in the memory to cause the wizard component based service delivery apparatus to perform the wizard component based service delivery method according to any of claims 1-4.
7. A computer-readable storage medium having instructions stored thereon, wherein the instructions, when executed by a processor, implement the wizard component based service delivery method according to any of claims 1-4.
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