CN107169727A - Towards the cloud service combined method and platform of Making mold - Google Patents

Abstract

The invention belongs to the technical field of mold production and provides a cloud service combination method and platform for mold manufacturing. The method includes obtaining a service request, retrieving a service process model library, if there is a service process matching the service request, setting the service process as the target service process, otherwise, decomposing the service request into multiple service points according to the semantics, and performing the service Reorganize, obtain the service process that matches the service request, and conduct feasibility testing. If it is qualified, set the service process that passes the test as the target service process. If the test fails, generate a service process based on the pre-acquired service resource information and service request. target service process. Modify the process mode of the target service process and associate specification parameters. The cloud service combination method and platform for mold manufacturing of the present invention can flexibly and effectively combine different mold services, improve the collaboration ability of mold enterprises, and meet diversified service requirements.

Description

Cloud service combination method and platform for mold manufacturing

technical field

The invention relates to the technical field of mold production, in particular to a cloud service combination method and platform for mold manufacturing.

Background technique

As a cloud manufacturing model, cloud computing technology has a profound impact on the manufacturing industry. The function of the cloud manufacturing service platform is to provide manufacturing resources and manufacturing capability services, such as the manufacturing and management-oriented cloud manufacturing service platform for group enterprises, cloud manufacturing service platform for small and medium-sized enterprises, etc., which are the focus of people's research. Manufacturing servitization is a general term for various forms of services provided to the product production process and use process. The object or subject of the service is the manufacturing enterprise manufacturing informatization. Through the integration of manufacturing technology, automation technology, modern management technology and information technology, Improve the operation, management, product development and production of the enterprise in order to improve the production efficiency, product quality and innovation ability of the enterprise, and then enhance the comprehensive competitiveness of the enterprise.

However, my country has a large number of mold manufacturers and employees, and has become a big manufacturing country. However, it mainly produces low-end molds, and the testing requirements for manufacturing accuracy, surface hardness and strength cannot meet the needs of mold manufacturers. The synergy between enterprises is weak, especially in the process of mold design, mold manufacturing and parts processing, which takes a long time and has a long production cycle.

At the same time, users' demands for products and services are increasingly personalized and diversified. The mold manufacturing industry no longer simply provides products and parts, but provides overall solution services to meet the individual needs of various users. Service reorganization to flexibly realize the reorganization of the enterprise value chain.

How to flexibly and effectively combine different mold services, improve the synergy of mold enterprises, and meet the diverse service needs is an urgent problem to be solved by those skilled in the art.

Contents of the invention

Aiming at the defects in the prior art, the present invention provides a mold manufacturing-oriented cloud service combination method and platform, which can flexibly and effectively combine different mold services, improve the collaboration ability of mold enterprises, and meet diversified service requirements .

In the first aspect, the present invention provides a cloud service combination method oriented to mold manufacturing, the method comprising:

Find the corresponding service or service combination according to the pre-acquired service requirements, and obtain the service process.

Associate design or test specifications for each service of the service process.

The present invention provides another cloud service combination method oriented to mold manufacturing, the method comprising:

Service request acquisition step; analyze the pre-acquired service requirements to obtain service requests;

Service process search step: Search the service process model library to find out whether the service process matches the service request:

If it exists, set the matching service process as the target service process,

If it does not exist, according to the semantics, the service request is decomposed into multiple service points,

Query the corresponding service according to each service point, and reorganize the corresponding service to obtain the service process matching the service request,

According to the basic business logic, the feasibility test is performed on the service process matching the service request. If the test is qualified, the service process that passes the test is set as the target service process.

If the detection fails, generate the target service process according to the pre-acquired service resource information and service request;

Process mode modification step: modify the process mode of the target service process according to the pre-acquired user's process preference;

Associate specification parameters for each service in the revised target service process.

Further, before the step of finding the service process, the method further includes:

Combine the pre-acquired manufacturing service clusters into a meta-manufacturing process according to the basic business logic, and the manufacturing service clusters include at least one service;

Upload the meta-manufacturing process to the service process model library, and set it as a service process in the service process model library.

Further, according to the basic business logic, combine the pre-acquired manufacturing service clusters into a meta-manufacturing process, specifically including:

Execute business logic sequentially and combine pre-acquired manufacturing service clusters into sequential service processes;

According to the selection and execution of business logic, the pre-acquired manufacturing service clusters are combined into a selection service process;

Combining pre-acquired manufacturing service clusters into parallel service processes according to parallel execution business logic;

According to the cyclic execution business logic, the pre-acquired manufacturing service clusters are combined into a cyclic service process, and the meta-manufacturing process includes sequential service process, selection service process, parallel service process and cyclic service process;

According to the pre-acquired user's process preference, modify the process mode of the target service process, including:

According to the pre-acquired user's process execution type preference, the process mode of the target service process is determined from sequential service process, selection service process, parallel service process and circular service process.

Based on any of the above embodiments of the mold manufacturing-oriented cloud service combination method, further, after associating specification parameters for each service in the revised target service process, the method further includes: recording the detection of the revised target service process data.

Further, after recording the detection data, the method also includes:

Generate a mold service portfolio evaluation report based on the test data and specification parameters.

Based on any of the above embodiments of the cloud service combination method oriented to mold manufacturing, further, searching the service process model library to find out whether the service process matches the service request, specifically includes: searching the service process model library according to the sequence of characters in the string The string corresponding to each service process, and find out whether the service process matches the string of the service request.

In the second aspect, the present invention provides a mold manufacturing-oriented cloud service combination platform, which includes a service request acquisition module, a service process search module and a process mode correction module. The service request obtaining module is used to analyze the pre-acquired service requirements and obtain service requests. The service process search module is used to retrieve the service process model library and find out whether the service process matches the service request: if it exists, set the matching service process as the target service process; if it does not exist, decompose the service request according to the semantics For multiple service points, query the corresponding services according to each service point, reorganize the corresponding services, obtain the service process that matches the service request, and perform feasibility detection on the service process that matches the service request according to the basic business logic , if the test is qualified, set the service process that passed the test as the target service process, and if the test fails, generate the target service process according to the pre-acquired service resource information and service request. The process mode modification module is used to modify the process mode of the target service process according to the pre-acquired user's process preference; associate specification parameters for each service in the corrected target service process.

Further, the cloud service combination platform for mold manufacturing in this embodiment also includes a service process building module, specifically: a manufacturing service cluster combination sub-module, which is used to combine pre-acquired manufacturing service clusters into a meta-manufacturing process according to basic business logic , the manufacturing service cluster includes at least one service;

The meta-manufacturing process upload sub-module is used to upload the meta-manufacturing process to the service process model library and set it as a service process in the service process model library.

Furthermore, the manufacturing service cluster combination sub-module combines the pre-acquired manufacturing service clusters into a meta-manufacturing process according to the basic business logic, and is specifically used to: execute business logic in order and combine the pre-acquired manufacturing service clusters into a sequential service process According to the selected execution business logic, the pre-acquired manufacturing service clusters are combined into a selection service process; according to the parallel execution business logic, the pre-acquired manufacturing service clusters are combined into a parallel service process; The service clusters are combined into a circular service process, and the meta-manufacturing process includes sequential service process, selective service process, parallel service process and circular service process;

When the process mode correction module corrects the process mode of the target service process according to the pre-acquired user's process preference, it is specifically used for: according to the pre-acquired user's process execution type preference, from sequential service process, selection service process, parallel The process pattern for determining the target service process in service process and cyclic service process.

It can be seen from the above technical solutions that the mold manufacturing-oriented cloud service combination method and platform provided by this embodiment can not only search for matching service processes from the service process model library for different service requests of users, but also provide services according to service requests. Reorganization, or automatically generate the target service process based on service resource information, and ensure the feasibility of the reorganized service portfolio, improve the flexibility of service portfolio and the accuracy of service request matching, and enhance the business collaboration capabilities of enterprises in the mold industry chain, It can also meet the diversified service requests of users to the greatest extent, shorten the service process query space and the difficulty of customizing the target service process, ensure that the method has a strong ability to adapt to changes, and ensure the stable, robust and transparent operation of the target service process.

At the same time, this method can also modify the target service process, that is, modify the target service process according to the process preference degree of the user's personalized attribute level, and associate corresponding specification parameters for each service, which is convenient for mold design, trial production operation, etc. .

Therefore, the cloud service combination method and platform for mold manufacturing in this embodiment can flexibly and effectively combine different mold services, improve the collaboration ability of mold enterprises, and meet diversified service requirements.

Description of drawings

In order to more clearly illustrate the specific embodiments of the present invention or the technical solutions in the prior art, the following will briefly introduce the drawings that need to be used in the description of the specific embodiments or the prior art. Throughout the drawings, similar elements or parts are generally identified by similar reference numerals. In the drawings, elements or parts are not necessarily drawn in actual scale.

Fig. 1 shows a method flowchart of a cloud service combination method oriented to mold manufacturing provided by the present invention;

Fig. 2 shows a schematic structural diagram of a mold manufacturing-oriented cloud service combination platform provided by the present invention.

detailed description

Embodiments of the technical solutions of the present invention will be described in detail below in conjunction with the accompanying drawings. The following examples are only used to illustrate the technical solution of the present invention more clearly, so they are only examples, and should not be used to limit the protection scope of the present invention.

It should be noted that, unless otherwise specified, the technical terms or scientific terms used in this application shall have the usual meanings understood by those skilled in the art to which the present invention belongs.

In the first aspect, an embodiment of the present invention provides a cloud service combination method oriented to mold manufacturing, the method comprising:

Find the corresponding service or service combination according to the pre-acquired service requirements, and obtain the service process.

Associate design or test specifications for each service of the service process.

Another mold manufacturing-oriented cloud service combination method provided by the embodiment of the present invention, referring to Fig. 1, the method includes:

Service request obtaining step S1: Analyze the pre-acquired service requirements to obtain the service request. Wherein, the service requirement may be a requirement issued by a tenant.

Service process search step S2: Search the service process model library to find out whether the service process matches the service request: if it exists, set the matching service process as the target service process; if it does not exist, decompose the service request according to the semantics For multiple service points, for example, according to the semantics, service requests are divided according to certain granular requirements to form multiple service points.

Query the corresponding service according to each service point, and reorganize the corresponding service to obtain the service process that matches the service request. For example, according to each service point, query the service that can realize the corresponding function of the service point, perform service reorganization, and form at least one service process that matches the service request.

According to the basic business logic, the feasibility test is performed on the service process matching the service request, such as the process conditions, product specifications, structure, etc. of each service in the service process. If the test is qualified, the service process that passes the test is set as If the target service process is unqualified, generate the target service process according to the pre-acquired service resource information and service request. The service resource information can be the specific production resources and production capacity of the tenant, which provides a basis for redesigning the target service process. In the actual application process, at the functional level, according to the service request, query the service process, or perform service composition, or perform service design, automatically generate the service process, and ensure the feasibility of the service process, meet the needs of users, and realize heterogeneous evolution .

Process mode modification step S3: modify the process mode of the target service process according to the pre-acquired user's process preference. Here, factors such as user-set process preference, system performance, economy, safety and reliability, and energy indicators are taken into consideration, and optimization is carried out to build a service quality-optimized solution for users.

Associate specification parameters for each service in the revised target service process. In the actual application process, combined with the individual attributes of each tenant, the target service process is selected for isomorphism and corrected.

It can be seen from the above technical solutions that the mold manufacturing-oriented cloud service combination method provided by this embodiment can not only search for matching service processes from the service process model library for different service requests of users, but also perform service reorganization according to service requests. Or according to the service resource information, automatically generate the target service process, and ensure the feasibility of the reorganized service combination, improve the flexibility of the service combination and the accuracy of service request matching, and enhance the business collaboration capabilities of various enterprises in the mold industry chain. Satisfy the diversified service requests of users to the greatest extent, shorten the service process query space and the difficulty of customizing the target service process, ensure that the method has a strong ability to adapt to changes, and ensure that the target service process runs stably, robustly, and transparently.

At the same time, this method can also modify the target service process, that is, modify the target service process according to the process preference degree of the user's personalized attribute level, and associate corresponding specification parameters for each service, which is convenient for mold design, trial production operation, etc. .

Therefore, the cloud service combination method for mold manufacturing in this embodiment can flexibly and effectively combine different mold services, improve the collaboration ability of mold enterprises, and meet diversified service requirements.

In the actual application process, in order to further improve the utilization of system resources, specifically, the service process model library is pre-stored in the container cluster, and each service process is stored in a pre-built container, and the elastic scaling threshold is set. When the service process is called , the container is started, and the status of each container in the container cluster is monitored in real time, such as whether it is started or idle. Perform corresponding operations according to the state of the container. For example, when all the containers used are in the startup state, set a unified access point so that the service process can be called. When the indicators in the container cluster reach the set threshold, such as CPU usage or memory usage, auto scaling is triggered. If a container has been idle for a specified period of time, a delete command is generated to delete the container. to free up system resources. If the visit volume of a certain container is higher than the hit volume threshold within a specified period of time, an increase instruction is generated to add the corresponding container to meet the user's visit demand. After the container is added, the method can also add the newly added container to the unified access point. At the same time, when the container cluster receives an access request, it can respond to each access request in combination with the queued number and priority of the access requests of each container. In the actual application process, for example, the access request with the highest priority can obtain the access right first and call the corresponding service process, while the access request with the lowest priority needs to be combined with the number of queues to obtain the access right.

Here, this method can control the number of containers by combining the number of clicks and application status of each container, such as adding or deleting containers, which can not only meet the call and execution of service processes, but also make reasonable use of system resources and improve the utilization of system resources. Rate. At the same time, combined with the queued quantity and priority of access requests, it responds to access requests, meets the individual needs of users, and can ensure the load balance of container clusters.

In order to further improve the processing efficiency of the cloud service combination method oriented to mold manufacturing in this embodiment, specifically, in terms of service process model library construction, the cloud service combination method oriented to mold manufacturing in this embodiment can pre-store various service processes. The process is as follows: before the service process search step, according to the basic business logic, the pre-acquired manufacturing service clusters are combined into a meta-manufacturing process, and the manufacturing service cluster includes at least one service; the meta-manufacturing process is uploaded to the service process model library and set as A service process in the service process model library. Among them, the basic business logic can be the execution sequence of services established based on professional knowledge. For example, domain experts build and combine manufacturing service clusters based on professional knowledge to aggregate similar manufacturing services into a classic manufacturing process, that is, a meta-manufacturing process. Here, this method can aggregate the same type of manufacturing services into manufacturing service clusters, and combine them into service processes according to the basic business logic, so as to provide users with service processes with multiple functions, shorten the search time, and simplify the target service process The query process improves the accuracy of matching service requests.

Moreover, the cloud service combination method for mold manufacturing in this embodiment can build four basic service network process modes, for example, execute business logic in sequence, combine pre-acquired manufacturing service clusters into sequential service processes, and execute business logic in accordance with selection , combine the pre-acquired manufacturing service clusters into a selection service process, combine the pre-acquired manufacturing service clusters into a parallel service process according to the parallel execution business logic, and combine the pre-acquired manufacturing service clusters into a cyclic service according to the cyclic execution of business logic Process, the meta-manufacturing process includes sequential service process, selective service process, parallel service process and circular service process.

When correcting the process mode of the target service process according to the pre-acquired user's process preference, the process execution type can be corrected according to the user, that is, according to the pre-acquired user's process execution type preference, from sequential service process to service selection The process pattern for determining the target service process in process, parallel service process and cyclic service process. Here, the method can combine the user's process preferences, such as the type of process execution, to select the corresponding service process from four basic service network process modes, improve the adaptability to different users, and improve user experience.

Specifically, in the execution stage of the target service process, the cloud service combination method oriented to mold manufacturing in this embodiment can also record mold inspection data and generate a mold service combination evaluation report. The specific implementation process is as follows: in the revised target service process After each service-associated specification parameter of , record the detection data of the corrected target service process. Generate a mold service portfolio evaluation report based on the test data and specification parameters. Here, the method can record the inspection data of the mold in real time, so as to detect the specification and precision in the mold generation process, and ensure the quality of mold production and inspection. At the same time, the method can also combine the inspection data and specification data to generate a mold service combination evaluation report, which is convenient for users to comprehensively and deeply understand the matching degree of the target service process and service request, and improve the reference basis for correcting the target service process.

Specifically, in terms of service process model library query, the cloud service combination method oriented to mold manufacturing in this embodiment can perform query in combination with the character strings corresponding to each service process. The specific implementation process is as follows: search service The character string corresponding to each service process in the process model library, and find out whether the service process matches the string of the service request. Here, the method can search in combination with the character strings corresponding to the service request and the service process, improve the query efficiency of the service process, enhance the reproducibility of the service process, and facilitate matching with various types of service requests.

In the actual application process, in order to further improve the operational feasibility of the cloud service combination method for mold manufacturing in this embodiment, improve the flexibility of service combination, and improve user satisfaction. Here, for the service points after the service request is decomposed, the corresponding crowdsourcing can be set to increase the enthusiasm of enterprises to participate and improve the utilization rate of idle resources. The specific implementation process is as follows: set the decomposed service point as the corresponding crowdsourcing, publish it, and set attributes for each crowdsourcing. The attributes are time attributes, geographical attributes and scheduling rules. According to the task information of each crowdsourcing and attributes, determine the corresponding services, and combine the corresponding services according to the scheduling rules. For example, according to the time attribute, the completion time point of the crowdsourcing task is limited to select the service whose execution time meets the requirements, and according to the geographical attribute, the location where the crowdsourcing task is completed is determined to select the enterprise that meets the execution location to execute the service. After the combined processing, the target service process can be generated, or the corresponding service process can be determined according to the crowdsourced task information and attributes, such as time attributes, geographical attributes, and scheduling rules. Moreover, after the crowdsourcing task is released, the method can also receive the execution request for each crowdsourcing task and the execution qualification of the crowdsourcing task, and compare and review the execution qualification with the task information and attributes of the crowdsourcing task. If the verification is passed, the execution request is accepted; otherwise, the execution request is rejected.

Here, the method can issue various service points of service requests in the form of crowdsourcing, and idle enterprises can also issue execution requests to make full use of idle resources. At the same time, combining the task information and attributes of each crowdsourcing to improve the accuracy of service query, service composition, and execution request response helps to improve the flexibility of service composition and ensure operational feasibility.

In order to further improve the retrieval efficiency and retrieval accuracy, when querying the service process, the specific implementation process is as follows:

Set the dimensions for each service process in the service process model library, analyze the service request to obtain the service request and dimension priority distribution, compare the matching degree between the service process of the highest priority dimension and the service request according to the dimension priority distribution, if If the matching degree is greater than the threshold, compare the matching degree corresponding to the second priority dimension. If the matching degree of the second priority dimension is greater than the threshold, then compare the matching degree corresponding to the third priority dimension until the matching degree of a certain priority dimension The matching degree is less than or equal to the threshold, or the matching degree of all dimensions is greater than the threshold. If the matching degree of a priority dimension is less than or equal to the threshold, it is determined that the service process is not the service process to be retrieved. If the matching degrees of all dimensions are greater than the threshold, calculate the matching degree weight of each dimension of the service process. After obtaining the weight value of each service process, set the service process with the highest weight value as the service process to be queried. Among them, the dimension can be quality, status or resource, etc. At the same time, the priority distribution can be set according to the needs of the user, so as to meet the personalized needs of the user.

Here, the method can optimize the retrieval process of the service process from three aspects: retrieval efficiency, retrieval accuracy, and user individual needs. Among them, the matching degree and the weight value can represent the correlation degree between the service request and the service process, so as to ensure the retrieval accuracy. At the same time, the priority distribution can compare dimensions with higher priority. When the matching degree is lower than the threshold, it is judged that the service process is not a service process to be retrieved, and no other dimensions are compared to improve retrieval efficiency and reduce matching calculations. quantity. In addition, the method can also provide permissions for the user to set the priority distribution to meet the user's individual needs and broaden the practicability of the method.

In the second aspect, the embodiment of the present invention provides a cloud service combination platform for mold manufacturing. Referring to FIG. The service request obtaining module 1 is used to analyze the pre-acquired service requirements and obtain service requests. The service process search module 2 is used to retrieve the service process model library and find out whether the service process matches the service request: if it exists, set the matching service process as the target service process; if it does not exist, the service request will be Decompose it into multiple service points, query the corresponding services according to each service point, reorganize the corresponding services, obtain the service process matching the service request, and make the feasibility of the service process matching the service request according to the basic business logic Detection, if the detection is qualified, the service process that passes the detection is set as the target service process, if the detection is unqualified, the target service process is generated according to the pre-acquired service resource information and service request. The process mode modification module 3 is used to modify the process mode of the target service process according to the pre-acquired user's process preference; associate specification parameters for each service in the corrected target service process.

It can be seen from the above technical solutions that the mold manufacturing-oriented cloud service combination platform provided by this embodiment can not only search for matching service processes from the service process model library for different service requests of users, but also perform service reorganization according to service requests. Or according to the service resource information, automatically generate the target service process, and ensure the feasibility of the reorganized service combination, improve the flexibility of the service combination and the accuracy of service request matching, and enhance the business collaboration capabilities of various enterprises in the mold industry chain. Satisfy the diversified service requests of users to the greatest extent, shorten the service process query space and the difficulty of customizing the target service process, ensure that the platform has a strong ability to adapt to changes, and ensure that the target service process runs stably, robustly, and transparently.

At the same time, the platform can also modify the target service process, that is, modify the target service process according to the process preference of the user's personalized attribute level, and associate the corresponding specification parameters for each service, which is convenient for mold design, trial production operation, etc. .

Therefore, the cloud service combination platform for mold manufacturing in this embodiment can flexibly and effectively combine different mold services, improve the collaboration ability of mold enterprises, and meet diversified service requirements.

In the actual application process, when querying the corresponding service according to each service point and reorganizing the corresponding service, the specific implementation process is as follows:

Specifically, in order to further improve the processing efficiency of the mold manufacturing-oriented cloud service combination platform in this embodiment, specifically, the platform also includes a service process building module, and the service process building module includes a manufacturing service cluster combination sub-module and a meta-manufacturing process uploading sub-module. module, wherein the manufacturing service cluster combination sub-module is used to combine the pre-acquired manufacturing service cluster into a meta-manufacturing process according to the basic business logic, and the manufacturing service cluster includes at least one service. The meta-manufacturing process upload sub-module is used to upload the meta-manufacturing process to the service process model library, and set it as a service process in the service process model library. Here, the platform can aggregate the same type of manufacturing services into manufacturing service clusters, and combine them into service processes based on basic business logic, so as to provide users with service processes with multiple functions, shorten the search time, and simplify the target service process The query process improves the accuracy of matching service requests.

Specifically, the manufacturing service cluster combination sub-module combines the pre-acquired manufacturing service clusters into a meta-manufacturing process according to the basic business logic, and is specifically used to: execute business logic in order and combine the pre-acquired manufacturing service clusters into a sequential service process According to the selected execution business logic, the pre-acquired manufacturing service clusters are combined into a selection service process; according to the parallel execution business logic, the pre-acquired manufacturing service clusters are combined into a parallel service process; Service clusters are combined into cyclic service processes, and meta-manufacturing processes include sequential service processes, selective service processes, parallel service processes and cyclic service processes.

When the process mode modification module 3 corrects the process mode of the target service process according to the pre-acquired user's process preference, it is specifically used to: according to the pre-acquired user's process execution type preference, select the service process from the sequence service process, select the service process, The process mode for determining the target service process in the parallel service process and the cyclic service process.

Here, the process mode modification module 3 can combine the user's process preferences, such as process execution type, to select the corresponding service process from four basic service network process modes, improve the adaptability to different users, and improve user experience.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention, rather than limiting them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some or all of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the technical solutions of the various embodiments of the present invention. All of them should be covered by the scope of the claims and description of the present invention.

Claims (10)

1. a kind of cloud service combined method towards Making mold, it is characterised in that including：

According to the demand for services of pre-acquiring, corresponding service or Services Composition are searched, service procedure is obtained；

Each service relating design specification or detection specification for the service procedure.

2. a kind of cloud service combined method towards Making mold, it is characterised in that including：

Service request obtaining step：Demand for services to pre-acquiring is parsed, and obtains service request；

Service procedure finding step：Retrieval service procedural model storehouse, searches whether the service procedure matched with the service request：

If in the presence of, the service procedure of the matching is set to destination service flow,

If being not present, according to semanteme, the service request is decomposed into multiple service points,

According to the corresponding service of each service point inquiry, and it will accordingly service and be recombinated, obtain and the service request The service procedure matched somebody with somebody,

According to basic service logic, pair service procedure matched with the service request carries out feasibility detection, if detection is qualified, It will then detect that the service procedure passed through is set to destination service flow,

If detection is unqualified, according to the Service Source information and the service request of pre-acquiring, destination service flow is generated；

Process mode amendment step：According to the flow preference of the user of pre-acquiring, the flow of the destination service flow is corrected Pattern；

Specifications parameter is associated for each service in revised destination service flow.

3. according to claim 2 towards the cloud service combined method of Making mold, it is characterised in that

Before service procedure finding step, this method also includes：

According to basic service logic, the manufacturing service cluster of pre-acquiring is combined as first manufacturing process, the manufacturing service cluster includes At least one service；

First manufacturing process is uploaded to the service procedure model library, and the service flow being set in the service procedure model library Journey.

4. according to claim 3 towards the cloud service combined method of Making mold, it is characterised in that

According to basic service logic, the manufacturing service cluster of pre-acquiring is combined as first manufacturing process, specifically included：

Service logic is performed in sequence, and the manufacturing service cluster of pre-acquiring is combined as buffers flow；

Service logic is performed according to selection, the manufacturing service cluster of pre-acquiring is combined as to select service procedure；

Service logic is performed according to parallel, the manufacturing service cluster of pre-acquiring is combined as Parallel Service flow；

Service logic is performed according to circulation, the manufacturing service cluster of pre-acquiring is combined as Cyclic Service flow, the member manufacture stream Journey includes the buffers flow, the selection service procedure, the Parallel Service flow and the Cyclic Service flow；

According to the flow preference of the user of pre-acquiring, the process mode of the destination service flow is corrected, is specifically included：

According to the flow of the user of pre-acquiring perform type preference, from the buffers flow, the selection service procedure, The process mode of the destination service flow is determined in the Parallel Service flow and the Cyclic Service flow.

5. according to claim 2 towards the cloud service combined method of Making mold, it is characterised in that

After each service association specifications parameter in for revised destination service flow, this method also includes：Record should The detection data of revised destination service flow.

6. according to claim 5 towards the cloud service combined method of Making mold, it is characterised in that

After recording detection data, this method also includes：

According to detection data and specifications parameter, the combination evaluation report of generation mold services.

7. according to claim 2 towards the cloud service combined method of Making mold, it is characterised in that

Retrieval service procedural model storehouse, searches whether the service procedure matched with the service request, specifically includes：According to character Character string in character sequence in string, retrieval service procedural model storehouse corresponding to each service procedure, is searched whether and the clothes The service procedure of the string matching of business request.

8. a kind of cloud service combined platform towards Making mold, it is characterised in that including：

Service request acquisition module：Parsed for the demand for services to pre-acquiring, obtain service request；

Service procedure searching modul：For retrieval service procedural model storehouse, the service matched with the service request is searched whether Flow：If in the presence of, the service procedure of the matching is set to destination service flow,, will be described according to semanteme if being not present Service request is decomposed into multiple service points, according to the corresponding service of each service point inquiry, and will accordingly service and be recombinated, Obtain the service procedure matched with the service request, according to basic service logic, the service pair matched with the service request Flow carries out feasibility detection, if detection is qualified, will detect that the service procedure passed through is set to destination service flow, if detection It is unqualified, then according to the Service Source information and the service request of pre-acquiring, generate destination service flow；

Process mode correcting module：For the flow preference of the user according to pre-acquiring, the destination service flow is corrected Process mode；Specifications parameter is associated for each service in revised destination service flow.

9. according to claim 8 towards the cloud service combined platform of Making mold, it is characterised in that the platform also includes clothes Flow of being engaged in builds module, specifically includes：

Manufacturing service cluster combines submodule, for according to basic service logic, the manufacturing service cluster of pre-acquiring to be combined as into first system Flow is made, the manufacturing service cluster is serviced including at least one；

First manufacturing process uploads submodule, for first manufacturing process to be uploaded into the service procedure model library, and is set to institute State the service procedure in service procedure model library.

10. according to claim 9 towards the cloud service combined platform of Making mold, it is characterised in that

The manufacturing service cluster combines submodule, and according to basic service logic, the manufacturing service cluster of pre-acquiring is combined as into member Manufacturing process, specifically for：Service logic is performed in sequence, and the manufacturing service cluster of pre-acquiring is combined as buffers stream Journey, service logic is performed according to selection, and the manufacturing service cluster of pre-acquiring is combined as to select service procedure, industry is performed according to parallel Business logic, Parallel Service flow is combined as by the manufacturing service cluster of pre-acquiring, service logic is performed according to circulation, by pre-acquiring Manufacturing service cluster is combined as Cyclic Service flow, and first manufacturing process includes the buffers flow, the selection service Flow, the Parallel Service flow and the Cyclic Service flow；

The process mode correcting module corrects the destination service flow in the flow preference of the user according to pre-acquiring During process mode, specifically for：According to the flow of the user of pre-acquiring perform type preference, from the buffers flow, The stream of the destination service flow is determined in the selection service procedure, the Parallel Service flow and the Cyclic Service flow Journey pattern.