A method for decomposing online tasks

Abstract

The present invention discloses an online task disassembly method, comprising the following steps: S1, establishing an online platform, inviting a disassembly party to settle in the online platform; S2, the disassembly party can view tasks in its management background, and perform disassembly services on the tasks; S3, the disassembly party determines whether it is necessary to perform quantity disassembly on the current task, if the quantity disassembly is performed, the process proceeds to step S4, if the quantity disassembly is not performed, the process directly proceeds to step S5; S4, the disassembly party performs quantity disassembly based on the nature of the task, and disassembles the overall task into multiple subtasks; S5, the disassembly party performs mode disassembly based on the nature of the task, and divides the task into multiple solution modes, and each solution mode breaks down the task into multiple specific implementation steps; S6, after the disassembly party completes the task disassembly, the disassembled task is published on the task square of the online platform. If the task is disassembled in quantity, the overall task containing multiple subtasks is published, and the disassembly party obtains income after the task settlement is completed.

Description

Technical Field

[0001] The present invention relates to the technical field of business models, and in particular to an online task decomposition method. Background Art

[0002] At present, when users post tasks on online platforms, there are often tasks that require the participation of multiple parties and are more complex or difficult. If such tasks are posted directly, it is difficult to find a suitable task taker, and the task taker is also difficult to ensure that every link of the task is effectively executed online, which is not conducive to efficient task delivery. Therefore, it is necessary to provide an online task disassembly method to solve the above problems. Summary of the invention

[0003] In order to solve the problems raised in the above background technology, an object of the present invention is to provide an online task disassembly method.

[0004] To achieve the above object, the technical solution adopted by the present invention is:

[0005] An online task decomposition method comprises the following steps:

[0006] S1. Establish an online platform and invite dismantlers to join the online platform. When dismantlers join the online platform, they will choose the industry field that matches them.

[0007] S2. After the task publisher publishes the task on the online platform, the disassembler matching the industry field to which the task belongs can view the task in its management background and provide disassembly services for the task;

[0008] S3. The dismantling party determines whether it is necessary to dismantle the quantity of the current task according to the task description and requirements provided by the task party. If necessary, the dismantling party sends a quantity dismantling request to the task party through the online platform, and the task party confirms whether to dismantle the quantity. If so, the process proceeds to step S4; if not, the process directly proceeds to step S5;

[0009] S4: The decomposition party decomposes the quantity based on the nature of the task, and decomposes the overall task into multiple subtasks, ensuring that the completion of multiple subtasks is equivalent to the completion of the overall task. Each subtask is treated as an independent task and processed separately in the subsequent steps. Each subtask is subsequently accepted by a separate task acceptor;

[0010] S5. For any task, the dismantling party shall perform mode dismantling based on the nature of the task, and divide the task into several solution modes. Each solution mode is relatively independent, and it is ensured that each solution mode can fully complete the task. In each solution mode, the task is broken down into several specific implementation steps, and each implementation step corresponds to the specific operation of the task acceptor;

[0011] S6. After the dismantling party completes the task dismantling, the dismantled task will be published on the task square of the online platform. If the task is dismantled by quantity, the overall task containing multiple subtasks will be published, and the dismantling party will obtain the income after the task settlement is completed.

[0012] In some embodiments, in step S1, the dismantling party is a professional dismantling staff, business consultant, trader or task management expert who has been trained and certified by the platform.

[0013] In some embodiments, in step S2, the disassembly party can also publish the task disassembly template on the online platform, and store it as a preset disassembly template after being reviewed by the online platform;

[0014] When any user posts a task on the online platform, the online platform will guide the user whether to choose a preset disassembly template;

[0015] If a user uses the disassembly template provided by any disassembler to publish a task, the disassembler will obtain the profit after the task settlement is completed.

[0016] In some embodiments, after step S5, the dismantling party can also provide a new dismantling template according to the current dismantling plan, and upload it to the online platform, and store it as a preset dismantling template after passing the review of the online platform.

[0017] In some embodiments, when the disassembler provides a new disassembly template, the online platform provides an initial template, and the disassembler provides corresponding content to form the disassembly template;

[0018] If the quantity is decomposed, the decomposition template contains the number of subtasks obtained by decomposing the overall task, as well as the overall description of each subtask;

[0019] For each solution pattern in the pattern teardown, the teardown template also contains the following:

[0020] 1) Overall implementation steps of the task;

[0021] 2) The specific operations corresponding to each implementation step;

[0022] 3) Detailed operation guide for each specific operation;

[0023] 4) The purpose of each operation;

[0024] 5) The process of each step;

[0025] 6) The roles involved in each step;

[0026] 7) The cost of each step;

[0027] 8) Implementation plan for each step;

[0028] 9) Each step may involve risks;

[0029] 10) Task control and feedback mechanism;

[0030] 11) Key points of task quality control;

[0031] 12) Document management methods and communication channels during task execution.

[0032] In some embodiments, after the disassembly party provides a new disassembly template and uploads it to the online platform, the online platform will evaluate and summarize it and, after review and approval, hide the privacy information in the disassembly template and then store it as a preset disassembly template.

[0033] In some embodiments, after step S6, the following steps are further included:

[0034] S7, for tasks in the task square that are in the acceptable state, the task acceptor can issue an order request to the task party and select one of the solution modes for docking when accepting the order. For an overall task containing multiple subtasks, the task acceptor can view the subtasks contained in the overall task and select the subtask in the acceptable state to issue an order request;

[0035] S8. After the task party receives the order request from the task acceptor, the corresponding task status is displayed as accepted on the online platform. Other task acceptors can no longer apply to accept the same task. For an overall task containing multiple subtasks, the status of the subtasks and the overall task are displayed separately on the online platform. When all the subtasks contained in the overall task are accepted, the overall task is also displayed as accepted. Otherwise, the overall task status is displayed as available for acceptance.

[0036] Compared with the prior art, the online task decomposition method and system provided by the present invention has the following advantages:

[0037] The present invention as a whole provides an innovative business model, introducing a disassembler to help task publishers split task requirements to ensure that each link is effectively executed online. Through the two modes of quantity disassembly and pattern disassembly, the disassembler can flexibly disassemble tasks according to the characteristics and complexity of the tasks and ensure that they are carried out in an orderly manner on the online platform. This process ensures the efficiency, professionalism and data consistency of task execution. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] Figure 1 A schematic diagram of an online order disassembly business model provided by the present invention. DETAILED DESCRIPTION

[0039] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the following further describes how the present invention is implemented in conjunction with the accompanying drawings and specific implementation methods.

[0040] Reference Figure 1 As shown, the present invention provides an online task disassembly method, comprising the following steps:

[0041] S1. Establish an online platform and invite dismantlers to join the online platform. When dismantlers join the online platform, they will choose the industry field that matches them.

[0042] S2. After the task publisher publishes the task on the online platform, the disassembler matching the industry field to which the task belongs can view the task in its management background and provide disassembly services for the task;

[0043] S3. The dismantling party determines whether it is necessary to dismantle the quantity of the current task according to the task description and requirements provided by the task party. If necessary, the dismantling party sends a quantity dismantling request to the task party through the online platform, and the task party confirms whether to dismantle the quantity. If so, the process proceeds to step S4; if not, the process directly proceeds to step S5;

[0044] S4: The decomposition party decomposes the quantity based on the nature of the task, and decomposes the overall task into multiple subtasks, ensuring that the completion of multiple subtasks is equivalent to the completion of the overall task. Each subtask is treated as an independent task and processed separately in the subsequent steps. Each subtask is subsequently accepted by a separate task acceptor;

[0045] S5. For any task, the dismantling party shall perform mode dismantling based on the nature of the task, and divide the task into several solution modes. Each solution mode is relatively independent, and it is ensured that each solution mode can fully complete the task. In each solution mode, the task is broken down into several specific implementation steps, and each implementation step corresponds to the specific operation of the task acceptor;

[0046] S6. After the dismantling party completes the task dismantling, the dismantled task will be published on the task square of the online platform. If the task is dismantled by quantity, the overall task containing multiple subtasks will be published, and the dismantling party will obtain the income after the task settlement is completed.

[0047] The present invention as a whole provides an innovative business model, introducing a disassembler to help task publishers split task requirements to ensure that each link is effectively executed online. Through the two modes of quantity disassembly and pattern disassembly, the disassembler can flexibly disassemble tasks according to the characteristics and complexity of the tasks and ensure that they are carried out in an orderly manner on the online platform. This process ensures the efficiency, professionalism and data consistency of task execution.

[0048] The "task" referred to in the present invention may be a task in the form of a business order, providing various tasks for users to complete, and obtaining business order remuneration after completing the task. By breaking down the quantity, a more complex task that requires the participation of multiple parties can be broken down into multiple subtasks, which are then accepted by task acceptors with different roles; after breaking down the quantity, each task acceptor can only do what they are good at, which is conducive to the efficient delivery of tasks. By breaking down the mode, tasks can be broken down into tasks that are easy for the task acceptor to understand and execute, which can further ensure the efficient delivery of tasks.

[0049] It is understandable that any user, including the disassembler, can select his or her own industry field on the settings page of the online platform; when the disassembler publishes a disassembly template on the online platform, he or she shall also provide the industry field and / or keywords corresponding to the disassembly template; when any user publishes a task on the online platform, he or she shall be able to select the industry field associated with the task.

[0050] When the online platform guides users to select preset disassembly templates, the online platform can extract keywords based on the task name and automatically recommend relevant disassembly templates based on the industry field associated with the task. Users can also use the search function provided by the online platform to actively enter industry fields and / or keywords to search for relevant disassembly templates.

[0051] Based on this model, the management backend of the dismantler will only display tasks related to its own industry field, that is, the task dismantling requests of each industry are handled by professional dismantler who are good at the industry, thus ensuring the best professional knowledge and skills matching, ensuring high-quality work and specialization. When the subsequent task order-taker accepts orders, they can also choose to accept orders according to their own professional fields and capabilities. In this way, participants can gain benefits in their own professional fields and comfort zones without having to cross over into other industries or change their own professional fields, ensuring high efficiency and high quality.

[0052] It can be seen that this model is conducive to improving the efficiency and quality of the entire project, while meeting the needs of professionals, allowing them to succeed in their own areas of expertise without having to change or cross over into other industries. This helps improve the overall performance of the project and ensures that everyone can succeed within their comfort zone.

[0053] Furthermore, in step S1, the disassembler is a professional disassembler, business consultant, trader or task management expert who has been trained and certified by the platform. The disassembler is proficient in the industry workflow, assists the task publisher in the digital transformation of the tasks published, and provides professional online solutions; the disassembler needs to understand the task description and requirements provided by the task publisher in detail, ensure a comprehensive understanding of the complexity and scale of the task, provide a disassembly solution that meets the requirements, and receive compensation from the platform.

[0054] Furthermore, in step S2, the disassembler can also publish the task disassembly template on the online platform, and store it as a preset disassembly template after passing the review of the online platform; when any user publishes a task on the online platform, the online platform guides the user whether to use the preset disassembly template; if the user uses the disassembly template provided by any disassembler to publish the task, the disassembler will obtain the profit after the task settlement is completed.

[0055] Furthermore, after step S5, the dismantling party can also provide a new dismantling template according to the current dismantling plan, and upload it to the online platform, and store it as a preset dismantling template after being reviewed by the online platform.

[0056] Furthermore, when the disassembler provides a new disassembly template, the online platform provides an initial template, and the disassembler provides corresponding content to form the disassembly template; if quantity disassembly is performed, the disassembly template contains the number of subtasks obtained by disassembling the overall task, as well as an overall description of each subtask.

[0057] For each solution pattern in the pattern teardown, the teardown template also contains the following:

[0058] 1) Overall implementation steps of the task;

[0059] 2) The specific operations corresponding to each implementation step;

[0060] 3) Detailed operation guide for each specific operation to ensure that the executors can clearly understand and implement it;

[0061] 4) The purpose of each operation, ensuring that there is a clear goal and meaning behind the operation;

[0062] 5) The process of each step ensures that the task operation is orderly and logically clear;

[0063] 6) The roles involved in each step, such as content creators, service providers, and ordinary C-end users;

[0064] 7) The costs required for each step, including details of commissions, materials, content, etc.;

[0065] 8) Implementation plan for each step to ensure the entire task is completed on time, with quality and quantity;

[0066] 9) Each step may face risks, so formulate countermeasures, emergency plans and early warning reminders in advance;

[0067] 10) Task control and feedback mechanism, regular evaluation and feedback of tasks to ensure that the progress of tasks is in line with expectations;

[0068] 11) Key points of task quality control to ensure that task delivery meets task standards;

[0069] 12) Document management methods and communication channels during task execution to ensure the transmission and archiving of information.

[0070] The above constitutes a detailed mission template, each of which helps to ensure the smooth progress and successful implementation of the mission.

[0071] Furthermore, after the dismantling party provides a new dismantling template and uploads it to the online platform, the online platform will evaluate and summarize it and after review and approval, it will also hide the privacy information in the dismantling template and then store it as a preset dismantling template. The dismantling template provides a reference for future tasks. At the same time, the dismantling template will be combined with the previous usage data to match and appear in similar task plans. The dismantling template can be used for general and specific tasks.

[0072] Furthermore, after step S6, the method further includes the following steps:

[0073] S7. For tasks in an acceptable state, the task acceptor can issue an order request to the task party and select one of the solution modes for docking when accepting the order. For an overall task containing multiple subtasks, the task acceptor can view the subtasks contained in the overall task and select the subtasks in an acceptable state to issue an order request.

[0074] S8. After the task party receives the order request from the task acceptor, the corresponding task status is displayed as accepted on the online platform. Other task acceptors can no longer apply to accept the same task. For an overall task containing multiple subtasks, the status of the subtasks and the overall task are displayed separately on the online platform. When all the subtasks contained in the overall task are accepted, the overall task is also displayed as accepted. Otherwise, the overall task status is displayed as available for acceptance.

[0075] In a specific embodiment, for example, an overseas real estate project party wants to attract potential overseas real estate customers through high-net-worth travel routes; the overseas real estate project party publishes the overseas real estate project as the project party, and publishes the sales task of selling overseas real estate as the task publisher.

[0076] After the task enters the platform backend for review and approval, the industry-related disassembly party will provide disassembly services for the task. If the disassembly party believes that the task involves many participants and needs to be disassembled in quantity, and it is scheduled to be disassembled into four sub-tasks, the task party will be notified by an internal message. After the task party confirms that the quantity disassembly method is feasible, the disassembly party will disassemble the task into the following four sub-tasks: overseas local travel agencies will undertake high-net-worth tourist local routes; domestic and international tour operators will undertake the sales conversion tasks of high-net-worth tourist routes; content creators will undertake the content drainage tasks; and visa service providers will undertake the visa service tasks.

[0077] For each subtask, the mode is further decomposed and the task is divided into several solution modes. Each solution mode is relatively independent and ensures that each solution mode can complete the task completely. In each solution mode, the task is broken down into several specific implementation steps. Each implementation step corresponds to the specific operation of the task acceptor, so as to facilitate the task acceptor to better complete the task.

[0078] The completed task is published in the task center of the online platform. Initially, the overall task and each subtask are displayed as available for acceptance. The task acceptor can view the subtasks included in the overall task and select the subtasks that are available for acceptance to publish an order request. After the task publisher approves it, the corresponding task status is displayed as accepted on the online platform. Other task acceptors can no longer apply to accept the same task. When multiple subtasks contained in the overall task are all accepted, the overall task is also displayed as accepted.

[0079] In this process, the dismantling party has realized the decomposition of the complex project tasks of the overseas real estate project party into tasks that different task takers are good at, thereby simplifying complex matters and efficiently obtaining potential high-net-worth customers. Different participants also obtain task benefits, achieving mutual benefit and win-win results.

[0080] In addition, regarding the use of disassembly templates, in a specific embodiment, e-commerce APP developers often have the need to increase overall revenue, and the solutions to such tasks are common, so the disassembly party can consider providing a general disassembly template related to it. After the online platform evaluates and summarizes it and approves it, it will also hide the privacy information in the disassembly template, and then store it as a preset disassembly template. If other users use the disassembly template later, the provider will receive a revenue reward from the platform. A disassembly mode of the disassembly template may include the following steps, and the events and goals of each step are as follows:

[0081] Step 1: User acquisition

[0082] Event: Acquire e-commerce APP users by attracting new users;

[0083] Target: The number of new customers must reach 200,000.

[0084] Step 2: User Activation

[0085] Event: Attract e-commerce APP users to activate through various operational activities;

[0086] Target: To attract 200,000 new customers, 150,000 people need to be activated.

[0087] Step 3: User Retention

[0088] Event: Maintain e-commerce APP users and keep them using the app;

[0089] Target: The number of monthly active users needs to reach 100,000 out of the 150,000 activated users.

[0090] Step 4: User Benefits

[0091] Event: Attract e-commerce APP users to participate in e-commerce transactions to generate revenue;

[0092] Goal: 50,000 out of 100,000 monthly active users need to generate consumer transactions.

[0093] Step 5: User Spread

[0094] Event: Attract e-commerce APP users to spread and fission;

[0095] Target: There needs to be 10,000 users willing to spread and promote the app on their own.

[0096] In addition, the disassembly template may also include information such as the task delivery deadline, the role that accepts the task, and the recommended task (business order) value.

[0097] The general disassembly template can be used by the task publisher or other disassembly parties in the future, which will facilitate the completion of task disassembly, thereby enabling the order-taker to complete the task better, which is conducive to the efficient completion of task delivery. Different participants will also obtain task benefits and achieve mutual benefit and win-win results.

[0098] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solution of the present invention can be modified or replaced by equivalents without departing from the purpose and scope of the technical solution of the present invention, which should be included in the scope of the claims of the present invention.

Claims

1. An online task decomposition method, characterized in that: The steps include: S1. Establish an online platform and invite dismantlers to join the online platform. When dismantlers join the online platform, they will choose the industry field that matches them. S2. After the task publisher publishes the task on the online platform, the disassembler matching the industry field to which the task belongs can view the task in its management background and provide disassembly services for the task; S3. The dismantling party determines whether it is necessary to dismantle the quantity of the current task according to the task description and requirements provided by the task party. If necessary, the dismantling party sends a quantity dismantling request to the task party through the online platform, and the task party confirms whether to dismantle the quantity. If so, the process proceeds to step S4; if not, the process directly proceeds to step S5; S4: The decomposition party decomposes the quantity based on the nature of the task, and decomposes the overall task into multiple subtasks, ensuring that the completion of multiple subtasks is equivalent to the completion of the overall task. Each subtask is treated as an independent task and processed separately in the subsequent steps. Each subtask is subsequently accepted by a separate task acceptor; S5. For any task, the dismantling party shall perform mode dismantling based on the nature of the task, and divide the task into several solution modes. Each solution mode is relatively independent, and it is ensured that each solution mode can fully complete the task. In each solution mode, the task is broken down into several specific implementation steps, and each implementation step corresponds to the specific operation of the task acceptor; S6. After the dismantling party completes the task dismantling, the dismantled task will be published on the task square of the online platform. If the task is dismantled by quantity, the overall task containing multiple subtasks will be published, and the dismantling party will obtain the income after the task settlement is completed; Among them, in step S2, the dismantling party can also publish the task dismantling template on the online platform, and store it as a preset dismantling template after passing the review of the online platform; When any user posts a task on the online platform, the online platform will guide the user whether to choose a preset disassembly template; If a user uses a disassembly template provided by any disassembler to publish a task, the disassembler will receive the profit after the task is settled; After step S5, the dismantling party can also provide a new dismantling template according to the current dismantling plan, and upload it to the online platform, and store it as a preset dismantling template after being reviewed by the online platform; When the dismantler provides a new dismantling template, the online platform provides an initial template, and the dismantler provides the corresponding content to form the dismantling template; If the quantity is decomposed, the decomposition template contains the number of subtasks obtained by decomposing the overall task, as well as the overall description of each subtask; For each solution pattern in the pattern teardown, the teardown template also contains the following: 1) Overall implementation steps of the task; 2) The specific operations corresponding to each implementation step; 3) Detailed operation guide for each specific operation; 4) The purpose of each operation; 5) The process of each step; 6) The roles involved in each step; 7) The cost of each step; 8) Implementation plan for each step; 9) Each step may involve risks; 10) Task control and feedback mechanism; 11) Key points of task quality control; 12) Document management methods and communication channels during task execution.

2. The online task decomposition method according to claim 1, characterized in that: In step S1, the dismantling party is a professional dismantling personnel, business consultant, trader or task management expert who has been trained and certified by the platform.

3. The online task decomposition method according to claim 1, characterized in that: After the dismantling party provides a new dismantling template and uploads it to the online platform, the online platform will evaluate and summarize it and, after review and approval, hide the privacy information in the dismantling template and then store it as a preset dismantling template.

4. The online task decomposition method according to claim 1, characterized in that: After step S6, the method further includes the following steps: S7, for tasks in the task square that are in the acceptable state, the task acceptor can issue an order request to the task party and select one of the solution modes for docking when accepting the order. For an overall task containing multiple subtasks, the task acceptor can view the subtasks contained in the overall task and select the subtask in the acceptable state to issue an order request; S8. After the task party receives the order request from the task acceptor, the corresponding task status is displayed as accepted on the online platform. Other task acceptors can no longer apply to accept the same task. For an overall task containing multiple subtasks, the status of the subtasks and the overall task are displayed separately on the online platform. When all the subtasks contained in the overall task are accepted, the overall task is also displayed as accepted. Otherwise, the overall task status is displayed as available for acceptance.

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