CN116204267A

CN116204267A - Method and device for generating intellectual property flow form

Info

Publication number: CN116204267A
Application number: CN202310493059.8A
Authority: CN
Inventors: 贾辉辉; 张博; 赵子明; 冀大禹; 唐雪莲
Original assignee: Beijing Luhao Intellectual Property Group Co ltd
Current assignee: Beijing Luhao Intellectual Property Group Co ltd
Priority date: 2023-05-05
Filing date: 2023-05-05
Publication date: 2023-06-02
Anticipated expiration: 2043-05-05
Also published as: CN116204267B

Abstract

The invention provides a method and a device for generating an intellectual property flow form, wherein the method comprises the following steps: triggering an operation display form editing interface in response to the design of the target form; creating a corresponding first component in response to a selection operation of the alternative component; taking the clicked first component as a target component, performing attribute configuration on the target component in response to input operation on the first attribute configuration component, and/or deleting the target component in response to deletion operation on the target component; a flow editing interface for displaying the target flow is triggered by the design triggering operation of the target flow in the flow control interface; in response to an input operation to a task control component in the first task control interface, associating a target node in the target flow with a target form and configuring attributes of a second component in the target form. The invention can meet the personalized requirements of different intellectual property transactions and avoid the influence of system program update and upgrade on the intellectual property transaction handling deadline.

Description

Method and device for generating intellectual property flow form

Technical Field

The invention relates to the technical field of electric digital data processing, in particular to a method and a device for generating an intellectual property flow form.

Background

With the continuous development of intellectual property business, the number of business modules of the intellectual property management system is continuously increased, the functional complexity of the flow form is continuously increased, and the requirements on the flow form are gradually increased.

In the related art, each flow form is usually designed in the process of program development, however, different intellectual property transactions have different handling requirements, and the existing flow forms are difficult to meet the personalized requirements of different intellectual property transactions in the handling process. In the use process of the intellectual property management system, if a flow form is added or updated, a system developer is required to update a system program and upgrade the system. However, the number of intellectual property transactions is large, the handling process is extremely complex, the time consumption of the system program updating and upgrading process is long, the high requirements of the intellectual property transactions on the deadline are difficult to meet, and the risk of exceeding the intellectual property transactions is greatly increased in the process of adding or updating the flow form.

Disclosure of Invention

Aiming at the problems in the related art, the invention provides a method and a device for generating an intellectual property flow form.

The invention provides a method for generating an intellectual property flow form, which comprises the following steps:

Responding to design triggering operation of a target form in each flow form displayed by a form design interface of a form generation interface, and displaying a form editing interface of the target form; the form editing interface comprises a component display area, a form editing area and a form attribute configuration area; the component display area is used for displaying alternative components corresponding to the form types of the target forms; the form editing area is used for displaying and editing a first component in the target form;

creating the corresponding first component in the form editing area in response to a selection operation of the alternative component in the component presentation area;

responding to clicking operation of the first component in the form editing area, taking the clicked first component as a target component, displaying a first attribute configuration component corresponding to the target component in the form attribute configuration area, and responding to input operation of the first attribute configuration component, and carrying out attribute configuration on the target component; and/or deleting the target component in response to a delete operation on the target component;

responding to design triggering operation of a target flow in each flow displayed by a flow control interface in the form generation interface, and displaying a flow editing interface of the target flow; the flow editing interface comprises a flow chart display area and a flow chart attribute configuration area, wherein the flow chart display area is used for displaying a flow chart corresponding to the target flow, and the flow chart attribute configuration area comprises a first task control interface;

Responsive to a click operation on a target node in a flow chart corresponding to the target flow, displaying a task control component corresponding to the target node on the first task control interface, and responsive to an input operation on the task control component, associating the target node with the target form and configuring attributes of a second component in the target form; wherein the second component is not visible in the form editing area.

According to the method for generating the intellectual property flow form provided by the invention, the alternative components corresponding to the form types comprise a business component, a public component, a layout component and a basic component; the first attribute configuration components corresponding to the components containing the drop-down frames in the business components, the public components and the basic components comprise dictionary types;

the attribute configuration of the target component in response to the input operation of the first attribute configuration component comprises:

configuring selectable items in a drop-down frame of the target component in response to an input operation to the dictionary type; the selectable items in the drop-down frame of the target component are obtained by matching from a preset dictionary database based on the inputted dictionary type; the preset dictionary database comprises a plurality of selectable items corresponding to the dictionary types.

According to the method for generating the intellectual property flow form provided by the invention, the task control component comprises a form association component and a second attribute configuration component;

the responding to the input operation of the task control component, associating the target node with the target form and configuring the attribute of the second component in the target form comprises the following steps:

in response to an input operation to the form association component, associating the target node with the target form and associating the second component in the target form with the corresponding second attribute configuration component;

in response to an input operation to the second attribute configuration component, the input attribute values are associated to the respective second components to configure the attributes of the second components.

According to the method for generating the intellectual property flow form provided by the invention, the task control component corresponding to the target node is obtained by the following method:

responding to clicking operation of the target node, and acquiring first identification information of the target node; the first identification information is generated in the construction process of a flow model corresponding to the target flow;

Searching a task management table corresponding to the target node from a preset flow database based on the second identification information of the target flow and the first identification information of the target node, and displaying the task management table on the first task management interface; the task management table comprises the task management component corresponding to the target node.

According to the method for generating the intellectual property flow form provided by the invention, the target flow is constructed by the following method:

responding to the copying operation of the flow displayed by the flow control interface to obtain the target flow;

or, in response to clicking operation of a new control in the flow control interface, displaying a flow management interface, and in response to input operation of a flow model component in the flow management interface, obtaining the target flow.

According to the method for generating the intellectual property flow form provided by the invention, the response to the input operation of the flow model component in the flow management interface obtains the target flow, and the method comprises the following steps:

responding to the input operation of the flow model component, and obtaining third identification information of a target flow model;

Acquiring the target flow model from a preset model database based on the third identification information; the target flow model comprises a flow chart and a corresponding task management table;

and applying the flow chart and the task management table of the target flow model to the target flow.

According to the method for generating the intellectual property flow form, the target flow model is constructed by the following steps:

responding to the design triggering operation of the target flow model displayed in the model definition interface, and displaying a model editing interface of the target flow model; the model editing interface comprises a drawing component display area, a model editing area and a model attribute configuration area; the drawing component display area is used for displaying a flow chart component, and the model attribute configuration area comprises a second task control interface;

in response to a selection operation of the flow chart component in the drawing component display area and/or in response to a click operation and a selection operation or a deletion operation of a node in the model editing area, creating or updating a flow chart of the target flow model in the model editing area, and generating the first identification information for the newly added node in the model editing area;

Responsive to a click operation on the node in the model editing area, displaying the task control component corresponding to the corresponding node on the second task control interface, and responsive to an input operation on the task control component, performing attribute configuration on the corresponding node;

and responding to the save operation of the target flow model, and saving the flow chart of the target flow model and the result of the attribute configuration.

The method for generating the intellectual property flow form provided by the invention further comprises the following steps:

generating a current version number of the target flow model in response to a release operation on the target flow model;

if the current version number is the first version, publishing the target flow model;

and if the current version number is not the first version, displaying the target flow model and the number of application instances corresponding to the previous version of the target flow model on a flow migration interface.

responding to the migration operation of the target flow model displayed on the flow migration interface, detecting the current operation node of each application instance corresponding to the previous version of the target flow model, and determining whether the current version of the target flow model meets the migration condition or not based on the current operation node and the difference between the current version and the previous version of the target flow model;

If the migration condition is met, migrating the current version of the target flow model to each application instance;

and if the migration condition is not met, displaying a node designated interface, and responding to the input operation of the node designated interface, and migrating the current version of the target flow model to each application instance.

The invention also provides a device for generating the intellectual property flow form, which comprises the following steps:

the first processing module is used for responding to the design triggering operation of a target form in each flow form displayed by a form design interface in the form generation interface and displaying a form editing interface of the target form; the form editing interface comprises a component display area, a form editing area and a form attribute configuration area; the component display area is used for displaying alternative components corresponding to the form types of the target forms; the form editing area is used for displaying and editing a first component in the target form;

a second processing module for creating the corresponding first component in the form editing area in response to a selection operation of the alternative component in the component presentation area;

The third processing module is used for responding to clicking operation of the first component in the form editing area, taking the clicked first component as a target component, displaying a first attribute configuration component corresponding to the target component in the form attribute configuration area, and responding to input operation of the first attribute configuration component, and carrying out attribute configuration on the target component; and/or deleting the target component in response to a delete operation on the target component;

the fourth processing module is used for responding to the design triggering operation of the target flow in each flow displayed by the flow control interface in the form generation interface and displaying a flow editing interface of the target flow; the flow editing interface comprises a flow chart display area and a flow chart attribute configuration area, wherein the flow chart display area is used for displaying a flow chart corresponding to the target flow, and the flow chart attribute configuration area comprises a first task control interface;

a fifth processing module, configured to display, on the first task control interface, a task control component corresponding to a target node in a flowchart corresponding to the target flow in response to a click operation on the target node, and associate the target node with the target form and perform attribute configuration on a second component in the target form in response to an input operation on the task control component; wherein the second component is not visible in the form editing area.

According to the method and the device for generating the intellectual property flow form, the form editing interface of the target form is displayed through the design triggering operation of the target form in each flow form displayed by the form design interface of the form generation interface, the first component is created for the target form in response to the selection operation of the alternative component in the component display area of the form editing interface, meanwhile, the clicked first component is used as the target component in response to the clicking operation of the first component in the form editing area, the first attribute configuration component corresponding to the target component is displayed in the form attribute configuration area, attribute configuration is carried out for the target component in response to the input operation of the first attribute configuration component, and/or the target component is deleted in response to the deletion operation of the target component, so that the first component in the first form can be quickly and effectively created or updated according to the handling requirement of intellectual property transactions; in addition, the method also responds to the design triggering operation of the target flow in each flow displayed by the flow control interface in the form generation interface, displays the flow editing interface of the target flow, responds to the clicking operation of the target node in the flow chart displayed by the flow display area of the flow control interface, displays the task control component of the target node in the first task control interface of the flow control interface, responds to the input operation of the task control component, associates the target node with the target form, and carries out attribute configuration on the second component in the target form, so that a user can quickly and effectively update or newly construct the flow form at any time and any place according to the handling requirements of intellectual property transactions, the personalized requirements of different intellectual property transactions can be met, system upgrading is not needed, and the influence of system program updating and upgrading on the intellectual property transaction handling period by system developers is avoided.

Drawings

In order to more clearly illustrate the invention or the technical solutions of the prior art, the following description will briefly explain the drawings used in the embodiments or the description of the prior art, and it is obvious that the drawings in the following description are some embodiments of the invention, and other drawings can be obtained according to the drawings without inventive effort for a person skilled in the art.

FIG. 1 is a flow diagram of a method for generating an intellectual property flow form provided by the present invention;

FIG. 2 is a schematic diagram of a form editing interface provided by the present invention;

FIG. 3 is a schematic view of a flow editing interface provided by the present invention;

FIG. 4 is a schematic diagram of a model editing interface provided by the present invention;

FIG. 5 is a schematic diagram of a node assignment interface provided by the present invention;

FIG. 6 is a schematic diagram of the apparatus for generating an intellectual property flow sheet provided by the present invention;

fig. 7 is a schematic structural diagram of an electronic device provided by the present invention.

Detailed Description

For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings, and it is apparent that the described embodiments are some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The method of generating the intellectual property flow sheet of the present invention is described below with reference to fig. 1-5. The method for generating the intellectual property flow form is executed by electronic equipment such as a server of an intellectual property management system or hardware and/or software in the electronic equipment. As shown in fig. 1, the method for generating the intellectual property flow form at least comprises the following steps:

s101, responding to design triggering operation of a target form in each flow form displayed by a form design interface of a form generation interface, and displaying a form editing interface of the target form; the form editing interface comprises a component display area, a form editing area and a form attribute configuration area; the component display area is used for displaying alternative components corresponding to the form types of the target forms; the form editing area is used for displaying and editing a first component in the target form.

S102, responding to the selection operation of the alternative components in the component display area, and creating the corresponding first components in the form editing area.

S103, responding to clicking operation of the first component in the form editing area, taking the clicked first component as a target component, displaying a first attribute configuration component corresponding to the target component in the form attribute configuration area, and responding to input operation of the first attribute configuration component, and carrying out attribute configuration on the target component; and/or deleting the target component in response to a delete operation on the target component.

S104, responding to design triggering operation of a target flow in each flow displayed by a flow control interface in the form generation interface, and displaying a flow editing interface of the target flow; the flow editing interface comprises a flow chart display area and a flow chart attribute configuration area, wherein the flow chart display area is used for displaying a flow chart corresponding to the target flow, and the flow chart attribute configuration area comprises a first task control interface.

S105, responding to clicking operation of a target node in a flow chart corresponding to the target flow, displaying a task control component corresponding to the target node on the first task control interface, responding to input operation of the task control component, associating the target node with the target form, and configuring attributes of a second component in the target form; wherein the second component is not visible in the form editing area.

In this embodiment, the intellectual property management system may include a form production interface, where a form design interface and a flow control interface may be set. The flow sheet may be generated in response to a user operating the sheet design interface and the flow control interface. For example, for a licensed user, after logging into the intellectual property management system, an existing flow form in the intellectual property management system may be modified or a new flow form may be regenerated based on its business requirements.

The form design interface comprises a form display area and a control area, wherein the form display area is used for displaying each flow form in a preset form database, for any flow form, the displayed content can comprise the form name, identification information, form type, creator, creation time, updater, update time, remark information, operation options and the like of the flow form, the operation options can comprise a design control, an editing control and a deleting control, the design control can be used for editing the layout and components of the corresponding flow form, the editing control can be used for editing the form name, identification information, form type, remark information and the like of the corresponding flow form, and the deleting control is used for deleting the corresponding flow form. The control area can comprise a new control, a deleting control and a searching control, wherein the new control is used for creating a flow form, the deleting control is used for deleting the selected flow form in batches, and the searching control is used for searching the flow form.

The target form is a flow form to be generated, and can be an existing flow form or a newly built flow form. And responding to clicking operation of a design control corresponding to the target form in the form design interface, and displaying the form editing interface of the target form.

As shown in fig. 2, for any flow form, the form editing interface corresponding to the form includes a component display area, a form editing area and a form attribute configuration area, where the component display area is used to display an alternative component corresponding to a form type of the target form, where the form type may include a proposal, a patent, a trademark, a soft work, a trademark license, a trade secret, and so on, so as to facilitate rapid generation of the flow form. The form editing area is used for displaying and editing a first component in the target form, wherein the first component is an editable component in the target form. The form attribute configuration area is used for performing attribute configuration on each first component in the target form, for example, configuring field attributes, component attributes, container attributes, component styles and the like of the first component, wherein the field attributes can comprise component names, description information, display states, default values, check rules and the like; component attributes may include selectable items, hinting information, opening virtual scrolling, size, tag text length, etc.; the container attributes may include alignment type, layout style, whether or not there is a colon between text and input box, etc.; component styles may include component sizes, backgrounds, shadows, fonts, shapes, and the like. The form attribute configuration area is also used for performing layout configuration on the target form, such as form size, layout mode, alignment mode, and the like.

In the process of generating the form, the alternative component selected by the user can be created in the form editing area in response to the selection operation of the user on the alternative component in the component display area, so that a first component is newly added in the target form, and the selection operation can be either a click operation or a drag operation.

For each first component displayed in the form editing area, responding to the click operation of a user on the first component, taking the clicked first component as a target component, and displaying a first attribute configuration component corresponding to the target component in the form attribute configuration area, wherein the first attribute configuration components corresponding to different first components can be the same or different. The user can input corresponding attribute values in the first attribute configuration component according to actual requirements so as to realize attribute configuration of the target component. In addition, the first component can be deleted in response to the deleting operation of the target component by the user, so that the user can newly establish a flow form or update the configuration information of the first component and/or the first component in the flow form according to the intellectual property transaction processing requirement, and the personalized requirements of different intellectual property transactions can be met.

In addition, the first attribute configuration component corresponding to the target form can be displayed in response to clicking operation of a blank position in the form editing area by a user, and the user can input corresponding attribute values in the corresponding first attribute configuration component according to actual requirements so as to realize layout configuration of the target form.

The target flow is a flow corresponding to the target form, and for any intellectual property transaction, a corresponding flow can be started to transact according to the corresponding flow, and the flow form is used for displaying a man-machine interaction interface corresponding to the sponsor when the intellectual property transaction flows to the corresponding node in the target flow. The process control interface may include a process presentation area for presenting processes in the process database, and a control area, where different processes may be used for transacting different intellectual property transactions, e.g., proposal process, domestic application process, overseas application process, review request process, etc. For any flow, the content presented may include the flow name, flow type, flow model, creation time, deployment time, modification time, whether valid and operational options, etc. of the flow. The flow types may be consistent with the form types, including proposals, patents, trademarks, soft books, works, trademark permissions, trade secrets, and the like. The operation options can comprise a design control, a setting control, an editing control, a copying control and a deleting control, wherein the design control can be used for carrying out attribute configuration on each node in the selected flow so as to meet the handling requirements of corresponding intellectual property transactions; the setting control can be used for performing task control configuration on each node of the flow chart in the selected flow, and can also be used for setting control rules of the execution state of the flow, for example, when the control rules are "flow start", the execution state is updated to be "in approval"; the edit control is used for configuring attributes of the process, and may include, for example, a process name, a process type, a case type, a date calculation reference day, an addition and subtraction month number, a date addition and subtraction order of the period (for example, addition day and then addition month), and the like, and the date determination period may be automatically determined according to the set date calculation reference day, the date addition and subtraction order of the period, the addition and subtraction day and the addition and subtraction month number, for example, an official absolute day, a process period, and the like. The copying control is used for copying the selected flow so as to display the copy of the flow in the flow display area, and the quick creation of the flow can be realized aiming at intellectual property transactions similar to the flow. For example, the flow of the first review opinion may be directly copied for the second review opinion, and the date calculation reference day and the number of addition and subtraction months may be edited. The delete control is used to delete the selected flow. The control region may include new controls for creating new flows. In addition, the flow control interface can also comprise a type selection area, and each flow corresponding to the flow type can be displayed in the flow display area in response to clicking operation of the flow type displayed in the type selection area, so that the quick and accurate searching of the flow is facilitated.

The target node is the node clicked by the user in the flow chart at the current moment. As shown in fig. 3, for any flow, the flow editing interface corresponding to the flow may include a flow chart display area and a flow attribute configuration area, where the flow chart display area is used to display a flow chart corresponding to the flow, so as to facilitate a user to confirm whether the current flow meets the service requirement of the user. The process attribute configuration area includes a first task control interface, and may respond to a clicking operation of a user on a target node of the flowchart in the flowchart display area, and display, in the process attribute configuration area, a task control component corresponding to the target node, for example, may include a date calculation reference day, a date addition and subtraction sequence of the target node, an addition and subtraction day, an addition and subtraction month number, whether to notify an initiator, a contractor department, a contractor role, a contractor, an association form, a prompt of a corresponding second component (for example, a statement for prompting the user to input a requirement displayed in a gray font in an input frame of the corresponding second component), an operation authority, and so on. The task management component can comprise a form association component and a second attribute configuration component, and the target form can be associated with a corresponding node in the flow chart through the form association component, so that when the intellectual property transaction flow is transferred to the node after the target form is updated, the updated target form can be automatically displayed, a system developer is not required to update a system program and upgrade the system, and the influence of the system developer on the intellectual property transaction handling deadline caused by the system program update and upgrade can be avoided.

The first task control interface may further include a save control to save input of the task control in the first task control interface in response to a user clicking operation on the save control.

The second attribute configuration components in the first task control interface are respectively associated with different second components in the target form, so that attribute configuration can be carried out on the corresponding second components through attribute values input by a user in the second attribute configuration components, the configured flow form can ensure effective handling of intellectual property transactions at corresponding nodes, the user does not need to create and attribute configure the second components in the form editing interface, and the generation efficiency of the flow form is improved. In addition, the second component is invisible in the form editing area, so that execution errors of corresponding intellectual property transactions caused by misdeletion or misconfiguration of the second component by a user can be effectively avoided.

It can be understood that any flow form includes a first component and a second component, and for each flow of the same type, task control components corresponding to each node in the flow chart are the same, so that for the flow form of the same type, the second component is the same, and when a new flow form is created, the corresponding second component can be automatically included.

In addition, the flow attribute configuration area can further comprise a basic attribute configuration interface, and the basic attribute configuration interface and the first task control interface can be switched in response to the selection operation of the user; for example, the flow attribute configuration area may include a basic attribute configuration control and a task control, a basic attribute component of a target node in the flow chart may be displayed in the flow attribute configuration area in response to a clicking operation of the target node in the flow chart by a user and a clicking operation of the basic attribute configuration control, and a task control component corresponding to the target node may be displayed in the flow attribute configuration area in response to a clicking operation of the target node in the flow chart by a user and a clicking operation of the task control. The basic attribute component may include identification information of the node, a node name, a loop characteristic (e.g., parallel multiple events, loop events), etc., so that the basic attribute configuration may be performed on the target node in response to an input operation of the basic attribute component by a user.

It can be seen that, in this embodiment, a form editing interface of a target form is displayed in response to a design triggering operation of the target form in each flow form displayed by a form design interface of the form generation interface, a first component is created for the target form in response to a selection operation of an alternative component in a component display area of the form editing interface, meanwhile, the clicked first component is used as the target component in response to a clicking operation of the first component in the form editing area, a first attribute configuration component corresponding to the target component is displayed in a form attribute configuration area, attribute configuration is performed for the target component in response to an input operation of the first attribute configuration component, and/or the target component is deleted in response to a deletion operation of the target component, so that the first component in the first form can be quickly and effectively created or updated according to the handling requirement of intellectual property transactions; in addition, the method also responds to the design triggering operation of the target flow in each flow displayed by the flow control interface in the form generation interface, displays the flow editing interface of the target flow, responds to the clicking operation of the target node in the flow chart displayed by the flow display area of the flow control interface, displays the task control component of the target node in the first task control interface of the flow control interface, responds to the input operation of the task control component, associates the target node with the target form, and carries out attribute configuration on the second component in the target form, so that a user can quickly and effectively update or newly construct the flow form at any time and any place according to the handling requirements of intellectual property transactions, the personalized requirements of different intellectual property transactions can be met, system upgrading is not needed, and the influence of system program updating and upgrading on the intellectual property transaction handling period by system developers is avoided.

Meanwhile, in the embodiment, the first component in the flow form is edited and configured through the user at the form design interface, and the second component of the flow form is configured through the task control component of the corresponding node at the flow control interface, so that the configured flow form can meet the personalized requirements of different intellectual property transactions, and meanwhile, the intellectual property transactions can be effectively handled at the corresponding node, and the creation and attribute configuration of the second component at the form editing interface by the user are not required, so that the generation efficiency of the flow form is improved.

In addition, the second component is invisible in the form editing area in the embodiment, so that execution errors of corresponding intellectual property transactions caused by misdeletion or misconfiguration of the second component by a user can be effectively avoided.

In an exemplary embodiment, the alternative components corresponding to the form types include a business component, a public component, a layout component and a base component; the first attribute configuration components corresponding to the components containing the drop-down frames in the business components, the public components and the basic components comprise dictionary types;

In this embodiment, for any form type, the corresponding alternative components include a service component, a common component, a layout component, and a base component; the business components are components which can be selected individually in the process of handling different intellectual property transactions corresponding to the form types of the flow form, for example, when the form types are patents, the business components can comprise patent sources, patent star levels, patent types, application areas, case states, agents and the like, so that in the process of generating the flow form, the first components can be constructed rapidly and effectively according to the handling requirements of different intellectual property transactions, and the personalized requirements of different intellectual property transactions can be met. It will be appreciated that when no component is available in the component presentation area, an alternative component of the same format may also be selected from the component presentation area and configured with attributes, such as changing the component name, description information, and the like. The common component may be a component that is common to different intellectual property transactions corresponding to a form type of a flow form, such as an agent, agency, affiliated item, attachment upload, etc. The layout component is used to page the flow form, and may include, for example, cards, grid layouts, tabs, folding panels, elastic spacing, and the like. The base component may be a tool component in a flow chart, such as an input box, a multi-line input, a password input, a scorer, a slider bar, a selection box, a date range, a switch, and the like.

Wherein, in the business component, the public component and the basic component, some or all of the components comprise a drop-down frame, for the component comprising the drop-down frame, the corresponding first attribute configuration component can comprise dictionary types, the dictionary types can be the types of selectable option arrays, each dictionary type can correspond to one selectable option array, the selectable option arrays corresponding to each dictionary type are stored in a preset dictionary database, each selectable option array can comprise a plurality of selectable options, for example, when the dictionary type is a patent type, the corresponding selectable option array can comprise three selectable options of utility model patent, utility model and appearance design.

In the process of configuring the drop-down frame selectable items of the target component, the input dictionary types can be matched in a preset dictionary database to obtain a selectable item array corresponding to the dictionary types, and the drop-down frame selectable items of the target component are configured as selectable items in the selectable item array, so that the drop-down frame selectable items of the first component can be quickly and accurately configured when the first component is newly built or the selectable items of the first component are updated.

In an exemplary embodiment, the task policing component includes a form association component and a second attribute configuration component;

In this embodiment, the task management component may include a form association component and a second attribute configuration component. The form association component is configured to associate the target node with a corresponding flow form, and the second attribute configuration component is configured to perform task control configuration on the target node, for example, set a transaction period, a transaction department, a transaction person, and the like of the target node, and is also configured to perform attribute configuration on a second component of the associated flow form.

In practical application, the target node and the target form can be associated in response to the input operation of the form association component of the user, so that when the intellectual property transaction starts a corresponding flow and is executed to the target node, the associated target form can be displayed on a man-machine interaction interface corresponding to the contractor, and the contractor can conveniently transact each item of the intellectual property transaction at the node. The content input by the input operation may be a form name or a form number of the target form. Meanwhile, after the target node and the target form are associated, the second component in the target form is associated with the corresponding second attribute configuration component, so that attribute values input by a user in the second attribute configuration component can be associated to the corresponding second component to perform attribute configuration on the second component, and meanwhile, task control configuration can be performed on the target node through the attribute values input by the user in the second attribute configuration component, so that the consistency of task control of the target node and the corresponding flow form is ensured, the effective handling of intellectual property transactions at the target node is ensured, the creation and attribute configuration of the second component at a form editing interface by the user are not required, and the generation efficiency of the flow form is improved.

In an exemplary embodiment, the task policing component corresponding to the target node is obtained by the following method:

In this embodiment, when the user performs the click operation on the target node of the flowchart illustrated in the flowchart illustration area, the first identification information of the target node may be obtained, and the first identification information of the target node may be a unique number corresponding to the target node. For any node in the target flow, in the process of constructing the flow model corresponding to the target flow, generating first identification information corresponding to the node, and binding the first identification information with a corresponding task management table, wherein the task management table can comprise all task management components corresponding to the node. Any flow can be generated through the selected flow model, and basic attributes and task control attributes of all nodes in the flow model are updated according to intellectual property transaction processing flow requirements, so that various flows can be generated quickly, and the requirements of intellectual property transaction diversification can be met.

The second identification information of the target flow may be a unique number corresponding to the target flow, and the corresponding second identification information may be generated when the target flow is created. It can be understood that, for a plurality of processes corresponding to the same process model, the configuration results of task management of the target node may be different, for any process, the process diagram and the task management table corresponding to the process may be stored in a preset process database, so that in the process of performing task management configuration on the target node in the process or performing attribute configuration on a second component in the target form associated with the target node, the task management table corresponding to the target node may be searched from the preset process database according to the second identification information of the process and the first identification information of the target node, and the task management table is displayed on the first task management interface, so that task management configuration is performed on the target node or performing attribute configuration on the second component in the target form associated with the target node, thereby enabling attribute configuration to be performed on the second component quickly and effectively, further improving the generation efficiency of the process form, and not affecting the process model and other processes applying the process model.

In an exemplary embodiment, the target flow is constructed by:

In practical applications, intellectual property transactions are numerous, and there are intellectual property transactions with high similarity of transacting flows, for example, trademark filing and patent filing, first review opinion replies and nth review opinion replies (N > 1).

Based on the above, in the process of constructing the target flow, the embodiment can obtain the target flow in response to the copy operation of the flow displayed in the flow control interface, thereby realizing batch generation of the flow, effectively improving the construction efficiency of the flow, and meeting the requirement of intellectual property transaction diversification. It can be understood that in the copying process, the flow chart of the flow to be copied, the result of the basic attribute configuration and the result of the task control configuration can be all copied to the target flow, and the result of the basic attribute configuration and the result of the task control configuration can be updated according to the handling requirement of the intellectual property transaction corresponding to the target flow. For example, a copy control in an operation option corresponding to a process to be copied may be clicked, a copy of the process may be generated in a process display area, and a result of basic attribute configuration and a result of task control configuration of the copy may be updated according to a handling requirement of an intellectual property transaction, so as to obtain a configured target process.

In addition, the process management interface may be displayed in response to the clicking operation of the new control in the process control interface by the user, where the process management interface may include a third attribute configuration component of the process, such as a process name, a process category, a process model, whether valid, a case type, and the like. The method and the system can respond to the input operation of the flow model component by a user to obtain a target flow, so that a flow model meeting the requirements can be selected from the pre-built flow models according to the intellectual property transaction requirements, and the flow is quickly built based on the flow model, thereby effectively improving the construction efficiency of the flow and meeting the requirements of the intellectual property transaction diversification. It can be understood that in the process of constructing the target flow based on the flow model, the flow chart of the flow model, the result of the basic attribute configuration and the result of the task control configuration can be all applied to the target flow, and the result of the basic attribute configuration and the result of the task control configuration can be updated according to the handling requirement of the intellectual property transaction corresponding to the target flow so as to obtain the configured target flow.

In an exemplary embodiment, the obtaining the target flow in response to an input operation to a flow model component in the flow management interface includes:

In this embodiment, in the process of creating a new flow, the user may input the third identification information of the target flow model in the flow model component of the flow management interface, so as to construct a new flow according to the target flow model. The third identification information is used for uniquely identifying the target flow model, and may be a model name or a model number of the target flow model.

The intellectual property management system may include a plurality of process models and stored in a predetermined model database. The method comprises the steps that any flow model comprises a flow chart and task management tables corresponding to all nodes in the flow chart, and meanwhile, a basic attribute configuration table corresponding to all nodes in the flow chart can be further included, and the basic attribute configuration table can comprise corresponding basic attribute configuration components.

In the process of newly-built flow, the third identification information can be matched in a preset model library to obtain a target flow model, and a flow chart, a task management table and a basic attribute configuration table in the target flow model are applied to the newly-built flow, so that the flow chart of the target flow model, the result of basic attribute configuration and the result of flow control configuration are all applied to the newly-built flow, thereby completing the newly-built flow, and effectively improving the construction efficiency of the flow.

In addition, after the new construction of the target flow is completed, basic attributes and/or task control of each node in the flow chart can be reconfigured in response to the design triggering operation of the target flow so as to meet the personalized requirements of corresponding intellectual property transactions.

In an exemplary embodiment, the target flow model is constructed by:

In this embodiment, in the intellectual property management system, a model definition interface may be further included. The flow model may be constructed in response to a user operation of the model definition interface. For example, for a licensed user, after logging into the intellectual property management system, an existing flow model in the intellectual property management system may be modified or a new flow model may be regenerated based on its business requirements.

The model definition interface may include a model presentation area for presenting the flow models in the model database and a control area. For any flow model, the content presented may include the model name, model description, creation time, deployment time, modification time, operation options, etc. of the flow model. The operation options may include a design control, a release control, a setting control, an editing control, a copying control, and a deleting control, where the design control may be used to create or update a flow chart for the flow model, and also be used to configure each node in the flow chart, such as a basic attribute configuration and a task control configuration. The release control is used for releasing the flow model, and the released flow model can be applied in the process of constructing the flow. The setting control can be used for performing task control configuration on each node in the flow chart. The edit control is used to configure properties of the process model, and may include, for example, model names and model specifications. The deletion control is used for deleting the corresponding flow model. The control region may include new controls for creating new flow models. In addition, the model definition interface can further comprise a type selection area, and each flow model corresponding to the model type can be displayed in the model display area in response to clicking operation on the model type displayed in the type selection area, so that quick and accurate searching of the flow model is facilitated.

The target flow model can be an existing flow model in a flow database or a newly built flow model. The model editing interface of the target flow model can be displayed in response to clicking operation of a design control corresponding to the target flow model in the model definition interface.

As shown in fig. 4, for any flow model, the model editing interface corresponding to the flow model includes a drawing component display area, a model editing area and a model attribute configuration area, where the drawing component display area is used to display flow chart components such as nodes and arrows, and also is used to display operation tools, such as a grabbing tool, a frame selection tool, and the like, required in the process of drawing the flow chart. The model editing area is used for displaying and editing a flow chart corresponding to the flow model. The attribute configuration area may include a second task orchestration interface that may be used to expose a task orchestration table of the selected node in the model editing area to conduct task orchestration configuration on the node according to attribute values entered by a user in a task orchestration component of the task orchestration table. The second task control interface may further include a save control to save input of the task control in the second task control interface in response to a user clicking operation on the save control.

The attribute configuration area may further include a base attribute configuration interface, which may be used to expose a base attribute configuration table of the selected node in the model editing area, to perform base attribute configuration on the node according to the attribute values entered by the user in the base attribute configuration component of the base attribute configuration table. Switching the basic attribute configuration interface and the second task control interface in response to a selection operation of a user; for example, the model attribute configuration area may include a basic attribute configuration control and a task control, the basic attribute component of the target node may be displayed in the model attribute configuration area in response to a clicking operation of the target node in the model editing area by a user and a clicking operation of the basic attribute configuration control, and the task control component corresponding to the target node may be displayed in the model attribute configuration area in response to a clicking operation of the target node in the model editing area by a user and a clicking operation of the task control.

In addition, the model editing interface can also comprise a control area, the control area can comprise a save control, a preview control, a clear control and a reset control, and the save control can be used for saving a flow chart and an attribute configuration result of the flow model; the preview control can be used for viewing the program code corresponding to the flow chart so as to facilitate checking the code dimension of the flow chart; the emptying control is used for emptying the flow chart in the model editing area; the reset control is used for resetting the corresponding flow model to a pre-stored flow model in the system, and in the resetting process, only the flow chart can be selected to be reset, or the flow chart and the configuration result can be all reset, so that the flow model can be restored to the default flow model in the system under the condition that the flow cannot normally run after being modified, and the normal running of each flow in the intellectual property transaction handling process can be ensured.

In the process of building the flow model, the user can be responded to the selection operation of the flow chart component in the drawing component display area, the flow chart component selected by the user can be created in the model editing area, and the selection operation can be either clicking operation or dragging operation; in addition, a new node may be created in the model editing area in response to a click operation and a selection operation of the user on the node in the model editing area, and the node may be deleted in the model editing area in response to a click operation and a deletion operation of the user on the node in the model editing area. For example, when a user clicks any node in the model editing area, a plurality of different flowchart components and deletion components can be displayed at a preset position of the node, according to a selection operation of the user on the flowchart components displayed at the preset position, a corresponding flowchart component is created in the model editing area, and according to a click operation of the user on the deletion component displayed at the preset position, the selected node is deleted, so that the creation or update of the flowchart can be quickly and effectively performed. Meanwhile, when a new node is created in the model editing area, first identification information corresponding to the node is also generated, and the first identification information is bound with a corresponding task management table.

And for any node in the model editing area, responding to clicking operation of the node by a user, and displaying each task control component in the task control list corresponding to the node in a second task control interface, so that task control configuration is carried out on the node according to the attribute value input by the user in the task control component. In addition, in response to the clicking operation of the user on the node, each basic attribute configuration component in the basic attribute configuration table corresponding to the node is displayed in the second task control interface, so that basic attribute configuration is performed on the node according to the attribute value input by the user in the basic attribute configuration component.

After the process model is built, the result of the built process diagram and attribute configuration of the process model can be saved in response to the click operation of a user on a save control in a model editing interface, the process model is simple and convenient to build, and the personalized requirements of different intellectual property transactions on the transacting process can be met.

It can be understood that, in the process of updating the flow model, after the updated flow model is stored, the flow constructed by applying the flow model is not affected, i.e., the updated flow model is not applied to the constructed flow after being stored, and can be applied to the flow constructed according to the flow model through the release operation of the flow model.

In an exemplary embodiment, further comprising:

In this embodiment, after the target flow model is newly built or updated, the newly built target flow model or the updated target flow model may be issued in response to a click operation of an issue control corresponding to the target flow model in the model definition interface by the user. After the release operation of the user is obtained, the current version number of the target flow model can be generated, and the deployment time of the target flow model can be saved and displayed; meanwhile, if the target flow model is a newly built flow model, after the release operation of the user is obtained, the creation time of the target flow can be saved and displayed; if the existing target flow model is updated, after the release operation of the user is obtained, the update time of the target flow can be saved and displayed.

If the current version number is the first version, that is, the target flow model is a newly built flow model, the target flow model can be directly released when the releasing operation of the user is obtained, so that the target flow model can be selected for constructing the flow when the new flow is built.

If the current version number is not the first version, that is, the existing target flow model is updated, the number of application instances of the target flow model and the target flow model of the previous version can be displayed on the flow migration interface when the release operation of the user is acquired, so that the updated flow model can be applied to the application instance of the target flow model of the enabled previous version through the migration operation of the user on the flow migration interface, that is, the update of the flow model can be realized on the premise of not upgrading the system, and the application flexibility and convenience of the intellectual property management system are improved.

Wherein the application instance is an intellectual property transaction for which a process constructed based on the target process model is enabled, for example, the process constructed based on the review opinion reply process model includes a first review opinion reply process and an nth review opinion reply process (N > 1), the patent for which the first review opinion reply process is enabled includes 20 pieces, the patent for which the nth review opinion reply process is enabled includes 30 pieces, and the number of application instances of the previous version of the review opinion reply process model is 50 pieces.

The flow migration interface may include a model display area and a control area, where the model display area is used to display each flow model to be subjected to flow migration, for example, a model name, a previous version number, a deployment time of a previous version, a number of application instances corresponding to the previous version and operation options of each flow model may be displayed, and the operation options may include migration controls to perform flow migration on the corresponding flow model based on clicking operation of the migration controls by a user. The control region may include a search control for performing a lookup of the flow model. In addition, the flow migration interface can further comprise a type selection area, and each flow model to be subjected to flow migration corresponding to the model type can be displayed in the model display area in response to clicking operation on the model type displayed in the type selection area, so that quick and accurate searching of the flow model is facilitated.

In an exemplary embodiment, further comprising:

In this embodiment, when a click operation of a migration control corresponding to a target flow model in a model display area by a user is obtained, a current running node of each application instance corresponding to a previous version of the target flow model may be detected, and whether the current version of the target flow model meets the migration condition may be determined based on the current running node of each application instance and a difference between the current version and the previous version of the target flow model. The currently running node, i.e. the node where the application instance is transacted at the current moment. For example, if the current version has a deletion node relative to the previous version, and none of the current running nodes of each application instance is the deletion node, determining that the current version of the target flow model meets the migration condition, otherwise, determining that the current version of the target flow model does not meet the migration condition, that is, that the current version and the previous version of the target flow model have a conflict.

If the migration condition is met, the current version of the target flow model can be directly migrated to each application instance, namely, each application instance can continue to run from the current running node according to the current version of the target flow model.

If the migration condition is not satisfied, the node designating interface can be automatically popped up. As shown in FIG. 5, the node assignment interface may include a new configuration migration node control, a node migration component may be added in response to a click operation of a user on the new configuration migration node control, where the node migration component includes a previous version node component and an assignment node component, the previous version node component is used to input a node name of a deleted node, the assignment node component is used to input a node name of a specified node in a current version, and in response to an input operation of the user on the previous version node component and the assignment node component, the current version of the target flow model may be migrated, after the migration is completed, for an application instance in which the current running node is the deleted node, the current version of the target flow model may be skipped to the assignment node, and running is continued from the assignment node according to the current version of the target flow model, so that when there is a conflict between the current version and the previous version of the target flow, a system upgrade is not needed, and further, a process may be updated according to a handling requirement without affecting normal handling of intellectual property transactions.

The node designating interface can also comprise a saving control and a closing control, and can respond to the click operation of a user on the saving control to finish the designating of the node and finish the migration of the current version of the target flow after the designating of all the deleted nodes is finished; the node designation interface may also be closed in response to a user clicking on a close control.

It may be appreciated that the node assignment interface may also expose a model name, a model number, a version number of a previous version, and so on for the target flow model.

The generating device of the intellectual property flow chart provided by the invention is described below, and the generating device of the intellectual property flow chart described below and the generating method of the intellectual property flow chart described above can be correspondingly referred to each other. As shown in fig. 6, the apparatus for generating an intellectual property flow form of the present invention at least includes:

the first processing module 601 is configured to respond to a design triggering operation of a target form in each flow form displayed by a form design interface in a form generation interface, and display a form editing interface of the target form; the form editing interface comprises a component display area, a form editing area and a form attribute configuration area; the component display area is used for displaying alternative components corresponding to the form types of the target forms; the form editing area is used for displaying and editing a first component in the target form;

A second processing module 602, configured to create a corresponding first component in the form editing area in response to a selection operation of the alternative component in the component presentation area;

a third processing module 603, configured to respond to a clicking operation on the first component in the form editing area, take the clicked first component as a target component, display a first attribute configuration component corresponding to the target component in the form attribute configuration area, and respond to an input operation on the first attribute configuration component, and perform attribute configuration on the target component; and/or deleting the target component in response to a delete operation on the target component;

a fourth processing module 604, configured to respond to a design triggering operation for a target flow in each flow displayed by a flow control interface in the form generation interface, and display a flow editing interface for the target flow; the flow editing interface comprises a flow chart display area and a flow chart attribute configuration area, wherein the flow chart display area is used for displaying a flow chart corresponding to the target flow, and the flow chart attribute configuration area comprises a first task control interface;

A fifth processing module 605, configured to display, in response to a click operation on a target node in a flowchart corresponding to the target flow, a task control component corresponding to the target node on the first task control interface, and associate the target node with the target form and perform attribute configuration on a second component in the target form in response to an input operation on the task control component; wherein the second component is not visible in the form editing area.

In an exemplary embodiment, the alternative components corresponding to the form types include a business component, a public component, a layout component and a base component; the first attribute configuration components corresponding to the components containing the drop-down frames in the business components, the public components and the basic components comprise dictionary types; the third processing module 603 is specifically configured to:

In an exemplary embodiment, the task policing component includes a form association component and a second attribute configuration component; the fifth processing module 605 is specifically configured to:

In an exemplary embodiment, the method further comprises a sixth processing module for:

In an exemplary embodiment, a seventh processing module is further included, the seventh processing module configured to:

In an exemplary embodiment, the seventh processing module is specifically configured to:

In an exemplary embodiment, the method further comprises an eighth processing module for:

In an exemplary embodiment, the method further comprises a ninth processing module for:

In an exemplary embodiment, the method further comprises a tenth processing module for:

Fig. 7 illustrates a physical schematic diagram of an electronic device, as shown in fig. 7, which may include: a processor (processor) 701, a communication interface (Communications Interface) 702, a memory (memory) 703 and a communication bus 704, wherein the processor 701, the communication interface 702 and the memory 703 communicate with each other through the communication bus 704. The processor 701 may invoke logic instructions in the memory 703 to perform a method of generating an intellectual property flow sheet, the method comprising: responding to design triggering operation of a target form in each flow form displayed by a form design interface of a form generation interface, and displaying a form editing interface of the target form; the form editing interface comprises a component display area, a form editing area and a form attribute configuration area; the component display area is used for displaying alternative components corresponding to the form types of the target forms; the form editing area is used for displaying and editing a first component in the target form;

Further, the logic instructions in the memory 703 may be implemented in the form of software functional units and may be stored in a computer readable storage medium when sold or used as a stand alone product. Based on this understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art or in a part of the technical solution, in the form of a software product stored in a storage medium, comprising several instructions for causing a computer device (which may be a personal computer, a server, a network device, etc.) to perform 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 removable hard disk, a Read-Only Memory (ROM), a random access Memory (RAM, random Access Memory), a magnetic disk, or an optical disk, or other various media capable of storing program codes.

In another aspect, the present invention also provides a computer program product, the computer program product comprising a computer program, the computer program being storable on a non-transitory computer readable storage medium, the computer program, when executed by a processor, being capable of executing the method of generating an intellectual property flow sheet provided by any one of the embodiments above.

The apparatus embodiments described above are merely illustrative, wherein the elements illustrated as separate elements may or may not be physically separate, and the elements shown as elements may or may not be physical elements, may be located in one place, or may be distributed over a plurality of network elements. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment. Those of ordinary skill in the art will understand and implement the present invention without undue burden.

From the above description of the embodiments, it will be apparent to those skilled in the art that the embodiments may be implemented by means of software plus necessary general hardware platforms, or of course may be implemented by means of hardware. Based on this understanding, the foregoing technical solution may be embodied essentially or in a part contributing to the prior art in the form of a software product, which may be stored in a computer readable storage medium, such as ROM/RAM, a magnetic disk, an optical disk, etc., including several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method described in the respective embodiments or some parts of the embodiments.

Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the 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 scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for generating an intellectual property flow form, comprising:

2. The method for generating the intellectual property flow form according to claim 1, wherein the alternative components corresponding to the form types comprise a business component, a public component, a layout component and a basic component; the first attribute configuration components corresponding to the components containing the drop-down frames in the business components, the public components and the basic components comprise dictionary types;

3. The method of claim 1, wherein the task policing component comprises a form association component and a second attribute configuration component;

4. A method of generating an intellectual property flow sheet according to any one of claims 1 to 3, wherein the task policing component corresponding to the target node is obtained by:

5. The method for generating an intellectual property flow sheet according to claim 4, wherein the target flow is constructed by:

6. The method of claim 5, wherein the obtaining the target flow in response to an input operation to a flow model component in the flow management interface comprises:

7. The method for generating an intellectual property flow form of claim 6, wherein the goal flow model is constructed by:

8. The method of generating an intellectual property flow form of claim 7, further comprising:

9. The method of generating an intellectual property flow form of claim 8, further comprising:

10. An intellectual property flow sheet generation device, comprising: