CN116503028A - Engineering design consultation interaction platform based on simultaneous online of multiple people - Google Patents
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Abstract
The invention provides an engineering design consultation interaction platform based on simultaneous online of multiple people, which comprises the following steps: the task determining module is used for determining engineering design tasks for the target engineering based on the engineering design request and determining sub engineering design links included in the engineering design tasks based on the engineering design flow; the online interaction module is used for determining an interaction port set corresponding to each sub-engineering design link in the interaction platform and receiving engineering design consultation data of different sub-engineering design links submitted by different users based on the interaction port set; the feedback module is used for carrying out synchronous preprocessing on engineering design consultation data submitted by different users based on the interaction platform, determining consultation results corresponding to the engineering design consultation data submitted by the different users based on the synchronous preprocessing results, generating a target report from the consultation results and feeding back the target report to the corresponding user terminal based on the corresponding interaction port. The online real-time interaction is realized, the efficiency and the order of engineering design consultation are improved, and the engineering design consultation effect is ensured.
Description
Technical Field
The invention relates to the technical field of engineering consultation, in particular to an engineering design consultation interaction platform based on simultaneous online of multiple people.
Background
The engineering design consultation refers to providing consultation type service for relevant clients in engineering construction projects so as to improve the quality and efficiency of engineering construction;
in the prior engineering design consultation, projects such as engineering design, engineering cost and engineering supervision are included, service is provided for owner clients in all directions, but at present, when engineering design consultation is carried out, face-to-face or telephone communication is adopted, all participators are required to go on site face to face, so that great trouble is caused by inconvenient people, telephone communication cannot meet real-time interaction of multiple people, engineering design consultation cannot be carried out at any time, engineering design consultation efficiency is low, and the effect of engineering design consultation is greatly reduced;
therefore, in order to overcome the defects, the invention provides an engineering design consultation interaction platform based on simultaneous online of multiple people.
Disclosure of Invention
The invention provides a multi-user simultaneous online-based engineering design consultation interaction platform, which is used for determining sub-engineering design links included in engineering design tasks of target engineering, realizing rapid and efficient processing of engineering design consultation data of different sub-engineering design links by different users, feeding back consultation results to a user terminal in a target report form, realizing online real-time interaction, improving the efficiency and the order of engineering design consultation, and guaranteeing the engineering design consultation effect.
The invention provides an engineering design consultation interaction platform based on simultaneous online of multiple people, which comprises the following steps:
the task determining module is used for determining engineering design tasks of the target engineering based on the engineering design request and determining sub engineering design links included in the engineering design tasks based on the engineering design flow;
the online interaction module is used for determining an interaction port set corresponding to each sub-engineering design link in the interaction platform and receiving engineering design consultation data of different sub-engineering design links submitted by different users based on the interaction port set;
and the feedback module is used for synchronously preprocessing engineering design consultation data submitted by different users based on the interaction platform, determining consultation results corresponding to the engineering design consultation data submitted by different users based on the synchronous preprocessing results, generating a target report from the consultation results and feeding back the target report to the corresponding user terminal based on the corresponding interaction port.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, a task determining module, includes:
the file acquisition unit is used for receiving the engineering design request file uploaded by the management terminal based on the server, transmitting the received engineering design request file to the interactive platform based on the server, and analyzing the engineering design request file based on the interactive platform to obtain an engineering design request submitted by the management terminal;
The request determining unit is used for determining target keywords corresponding to engineering design requests in the engineering design request file, inputting the target keywords into a preset semantic analysis model and obtaining target semantics of the target keywords;
the task determining unit is used for determining the target project to be designed based on the target semantics, determining the engineering design type and engineering design standard of the target project to be designed based on the target semantics of the target keywords, and obtaining the engineering design task of the target project based on the engineering design type and engineering design standard.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, a task determining module, includes:
the task analysis unit is used for acquiring the engineering design task, extracting task attributes of the engineering design task, and determining task labels corresponding to the engineering design task based on the task attributes;
the process acquisition unit is used for generating a data access request based on the task tag, searching each preset engineering design process in the preset database based on the data access request, matching the searched process tag of each preset engineering design process with the task tag, and determining the engineering design process based on a matching result;
The link determining unit is used for determining node names and logic relations among the node names in the engineering design flow, determining division standards for engineering design tasks based on the node names and the logic relations among the node names, and dividing the engineering design tasks based on the division standards to obtain sub engineering design links contained in the engineering design tasks.
Preferably, a link determining unit based on a multi-user simultaneous online engineering design consultation interaction platform includes:
the link acquisition subunit is used for acquiring sub-engineering design links included in the obtained engineering design task, determining logic association relations among the sub-engineering design links based on engineering design flow, and determining interactive circulation relations among the sub-engineering design links based on the logic association relations;
the association subunit is used for determining interaction condition information among the sub-engineering design links based on preset interaction requirements and constructing an interaction flow chart among the sub-engineering design links based on interaction flow relation and the interaction condition information;
the deployment subunit is used for deploying each sub-engineering design link in the interaction platform based on the interaction flow chart, performing parameter adaptation on each sub-engineering design link and the interaction platform based on the deployment result, and completing interaction preparation on each sub-engineering design link based on the adaptation result.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, an online interaction module, includes:
the interactive requirement determining unit is used for acquiring the interactive requirements of different sub-engineering design links based on the management terminal, analyzing the interactive requirements and determining the number of users needing to participate in each sub-engineering design link and the interactive rules among the sub-engineering design links;
the adaptation unit is used for sequentially allocating interaction ports for each user terminal in the interaction platform based on the number of the users, allocating port numbers to the interaction ports corresponding to each user terminal, sequentially extracting basic configuration information of each interaction port, communication addresses and communication protocols of the user terminals corresponding to the port numbers based on the port numbers, and performing protocol adaptation on the basic configuration information of the corresponding interaction ports based on the communication protocols;
the docking unit is used for docking the user terminal with the corresponding interaction port according to the communication address based on the protocol adaptation result, and obtaining an interaction port set corresponding to each sub-engineering design link based on the docking result;
the data collection unit is used for determining an interaction space corresponding to each sub-engineering design link based on the interaction port set, receiving engineering design consultation data of the sub-engineering design links submitted by different users in the corresponding sub-engineering design links based on the interaction space, and temporarily caching the received engineering design consultation data.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, a docking unit, includes:
the port verification subunit is used for acquiring the interactive port set obtained after the docking, receiving authentication passwords of the user terminals corresponding to different interactive ports through the interactive platform based on the interactive port set, and determining the equipment identification of each user terminal based on the authentication passwords;
the identity verification subunit is used for matching the equipment identification with the preset trusted equipment identification, and judging that the user terminal meets the interaction requirement when the equipment identification is matched with the preset trusted equipment identification one by one;
and the interactive performance verification subunit is used for carrying out pre-bidirectional data transmission on the user terminal and the interactive port based on the judging result, monitoring the real-time running states of the user terminal and the interactive platform in real time, judging that the verification of the butt joint result of the user terminal and the interactive port is finished when the real-time running states of the user terminal and the interactive platform are both data feedback, and otherwise, carrying out butt joint on the user terminal and the interactive port again.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, an adaptation unit, includes:
The engineering design link dividing subunit is used for acquiring a protocol adaptation result of the interactive port of each sub engineering design link and dividing each sub engineering design link based on the protocol adaptation result;
the port adaptation sub-unit is used for determining the logic interaction sequence among all the sub-engineering design links based on the division result and the engineering design flow, determining the adjacent sub-engineering design links based on the logic interaction sequence, and adapting the internal streaming port to the adjacent sub-engineering design links in the interaction platform.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, a feedback module includes:
the data processing unit is used for acquiring an interaction port set corresponding to each sub engineering design link in the interaction platform, configuring a data processing thread for each interaction port in the interaction port set in the interaction platform, and synchronously screening engineering design consultation data received in the corresponding interaction port based on the configured data processing threads to obtain standard engineering design consultation data;
the consultation purpose determining unit is used for extracting the data characteristics of standard engineering design consultation data, determining the engineering design consultation purpose of the corresponding user based on the data characteristics, and determining the engineering design consultation business of the user based on the engineering design consultation purpose;
A consultation result determining unit for:
extracting business characteristics of engineering design consultation business, matching the business characteristics with reference business characteristics corresponding to each sub engineering design link, and determining whether a consultation request of the sub engineering design links exists or not based on a matching result;
when a cross-sub-engineering design link consultation request exists, determining a main consultation sub-engineering design link and a secondary consultation sub-engineering design link, and synchronously retrieving corresponding target consultation results from a preset engineering design database of the main consultation sub-engineering design link and the secondary consultation sub-engineering design link based on service characteristics of engineering design consultation services;
otherwise, searching the corresponding target consultation result from the preset engineering design database in the current sub engineering design link based on the business characteristics of the engineering design consultation business.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, the consultation purpose determining unit includes:
the result acquisition subunit is used for acquiring the engineering design consultation service of the obtained user and determining the engineering design consultation type of the user based on the engineering design consultation service, wherein the engineering design consultation type comprises real-time interaction between the users and the interaction platform;
The temporary interaction channel construction subunit is used for constructing a temporary interaction channel between user terminals based on an interaction port in the interaction platform when the engineering design consultation type is real-time interaction between users, and switching the working mode of the interaction platform into a data forwarding mode based on a construction result;
and the data real-time forwarding sub-unit is used for forwarding interaction data between the user terminals in a real-time bidirectional manner through the interaction platform based on the data forwarding mode, so that real-time interaction between users is completed.
Preferably, an engineering design consultation interaction platform based on simultaneous online of multiple people, a feedback module includes:
the consultation result acquisition unit is used for acquiring consultation results corresponding to engineering design consultation data submitted by different users and determining target feedback items contained in the consultation results;
the report generating unit is used for matching the target report template from a preset report template library based on the record attribute of the determined target feedback item, sequentially filling the target feedback item to the corresponding target position to obtain an initial report, determining the user identification corresponding to each target report, and marking the identity of the initial report based on the user identification to obtain the target report;
And the feedback unit is used for determining an interaction port corresponding to each target report based on the identity marking result, and feeding back the target report to the user terminal based on the interaction port to complete engineering design consultation interaction.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims thereof as well as the appended drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention. In the drawings:
FIG. 1 is a block diagram of an engineering design consultation interaction platform based on simultaneous online of multiple persons in an embodiment of the invention;
FIG. 2 is a block diagram of an engineering design consultation interaction in-plane task determination module based on simultaneous online of multiple persons in an embodiment of the invention;
FIG. 3 is a block diagram of an online interaction module in an engineering design consultation interaction platform based on simultaneous online of multiple persons in an embodiment of the invention.
Detailed Description
The preferred embodiments of the present invention will be described below with reference to the accompanying drawings, it being understood that the preferred embodiments described herein are for illustration and explanation of the present invention only, and are not intended to limit the present invention.
Example 1:
the embodiment provides an engineering design consultation interaction platform based on simultaneous online of multiple people, as shown in fig. 1, which comprises:
the task determining module is used for determining engineering design tasks of the target engineering based on the engineering design request and determining sub engineering design links included in the engineering design tasks based on the engineering design flow;
the online interaction module is used for determining an interaction port set corresponding to each sub-engineering design link in the interaction platform and receiving engineering design consultation data of different sub-engineering design links submitted by different users based on the interaction port set;
and the feedback module is used for synchronously preprocessing engineering design consultation data submitted by different users based on the interaction platform, determining consultation results corresponding to the engineering design consultation data submitted by different users based on the synchronous preprocessing results, generating a target report from the consultation results and feeding back the target report to the corresponding user terminal based on the corresponding interaction port.
In the embodiment, the project design consultation interaction platform which is on-line by multiple persons at the same time means that the project design consultation of different users at the same time can be replied at the same time, so that the efficiency and the reliability of the project design consultation are improved.
In this embodiment, the engineering request is submitted by the management terminal, and is used to characterize the type of the current engineering design and the engineering design requirements to be achieved.
In this embodiment, the target project refers to an item for which engineering consultation is required, and may be house construction, road pavement, or the like, for example.
In this embodiment, the engineering task is determined according to an engineering request, and is used to characterize a design project or the like that needs to be included in engineering the target engineering.
In this embodiment, the engineering design flow is known in advance, for example, a designer designs a construction drawing corresponding to the target engineering, then forwards the construction drawing to a supervision and approval department for auditing the feasibility or standard degree of the construction drawing, and finally issues the construction drawing to a corresponding construction terminal after the auditing is passed, thereby achieving the engineering design flow.
In this embodiment, the sub-engineering design link refers to splitting the obtained engineering design task, so as to obtain a sub-project included in the engineering design task, for example, a designer designs a construction drawing corresponding to the target engineering, forwards the construction drawing to a supervision and approval department to examine the feasibility or standard degree of the construction drawing, and the like, which are all sub-engineering design links included in the engineering design task.
In this embodiment, the interactive platform is set in advance, and is used for processing engineering design consultations submitted by different users.
In the embodiment, the interaction port set at least comprises two interaction ports for receiving engineering design consultation data submitted by different users, so that the aim of simultaneously online by multiple people is fulfilled.
In this embodiment, the engineering design consultation data may be consultation information submitted by different users for different sub engineering design links, for example, may be material types or engineering cost.
In the embodiment, the synchronous preprocessing of the engineering design consultation data submitted by different users based on the interactive platform refers to the processing of the engineering design consultation data submitted by different users aiming at different sub engineering design links through the interactive platform, so that the engineering design consultation of different users can be effectively analyzed in time, and the aim of simultaneous online of multiple people is fulfilled.
In this embodiment, preprocessing refers to cleaning and screening engineering design consultation data, determining an engineering design consultation purpose, and determining a consultation result corresponding to the engineering design consultation purpose from an interaction platform according to the engineering design consultation purpose.
In this embodiment, the consultation result refers to a consultation result of a sub-engineering design link corresponding to engineering design consultation data submitted by different users, for example, when the sub-engineering design link is a construction drawing design, the currently obtained construction drawing may be fed back to the user terminal.
In the embodiment, the target report forms refer to the display of the consultation results corresponding to different users in the form of report forms, so that the consultation results are conveniently fed back to the user terminal and are conveniently checked by the users.
The beneficial effects of the technical scheme are as follows: the sub engineering design links included in the engineering design task of the target engineering are determined, so that engineering design consultation data of different sub engineering design links are processed rapidly and efficiently by different users, and the consultation result is fed back to the user terminal in the form of a target report, so that online real-time interaction is realized, the efficiency and the order of engineering design consultation are improved, and the engineering design consultation effect is guaranteed.
Example 2:
on the basis of embodiment 1, this embodiment provides an engineering design consultation interaction platform based on simultaneous online of multiple people, as shown in fig. 2, a task determining module includes:
The file acquisition unit is used for receiving the engineering design request file uploaded by the management terminal based on the server, transmitting the received engineering design request file to the interactive platform based on the server, and analyzing the engineering design request file based on the interactive platform to obtain an engineering design request submitted by the management terminal;
the request determining unit is used for determining target keywords corresponding to engineering design requests in the engineering design request file, inputting the target keywords into a preset semantic analysis model and obtaining target semantics of the target keywords;
the task determining unit is used for determining the target project to be designed based on the target semantics, determining the engineering design type and engineering design standard of the target project to be designed based on the target semantics of the target keywords, and obtaining the engineering design task of the target project based on the engineering design type and engineering design standard.
In this embodiment, the engineering design request file is uploaded by the management terminal, and is used to characterize the design situation of the current engineering, including the type of engineering design and the requirement of the design.
In this embodiment, the engineering design request is obtained by analyzing the engineering design request file by the interactive platform, and is used to characterize the engineering requirement that the management terminal needs to design.
In this embodiment, the target keyword is a data segment capable of characterizing the purpose of the engineering request in the engineering request file, so as to facilitate effective determination of the engineering task.
In this embodiment, the preset semantic analysis model is trained in advance, and is used for determining the subject content of different target keywords, so as to facilitate the determination of the engineering type to be designed.
In this embodiment, the target semantics refer to the subject content corresponding to the target keyword.
In this embodiment, the target project to be designed refers to a project to be designed, which is represented in the project design request file uploaded by the management terminal, and may be, for example, a building shape design or a road paving shape design.
The beneficial effects of the technical scheme are as follows: by accurately and effectively analyzing the engineering design request file uploaded by the management terminal, the engineering design type and the engineering design standard contained in the engineering design request file are accurately and effectively determined, so that the engineering design task of the target engineering is accurately and effectively locked according to the engineering design type and the engineering design standard, convenience and guarantee are provided for accurately analyzing the sub engineering design links contained in the target engineering, and the efficiency and the order of engineering design consultation are improved conveniently.
Example 3:
on the basis of embodiment 1, this embodiment provides an engineering design consultation interaction platform based on simultaneous online of multiple people, and a task determination module includes:
the task analysis unit is used for acquiring the engineering design task, extracting task attributes of the engineering design task, and determining task labels corresponding to the engineering design task based on the task attributes;
the process acquisition unit is used for generating a data access request based on the task tag, searching each preset engineering design process in the preset database based on the data access request, matching the searched process tag of each preset engineering design process with the task tag, and determining the engineering design process based on a matching result;
the link determining unit is used for determining node names and logic relations among the node names in the engineering design flow, determining division standards for engineering design tasks based on the node names and the logic relations among the node names, and dividing the engineering design tasks based on the division standards to obtain sub engineering design links contained in the engineering design tasks.
In this embodiment, the task attribute is a parameter for characterizing the task type of the engineering task, the design purpose to be achieved, and the like.
In this embodiment, the task labels are label labels for marking different engineering design tasks, and different engineering design tasks can be rapidly and effectively distinguished through the task labels.
In this embodiment, the preset database is set in advance, and is used for storing a preset engineering design flow corresponding to an engineering design task, where the preset engineering design flow is known in advance, for example, when the engineering is a house design, the preset engineering design flow may be first drawing paper, then checking the drawing paper, and finally delivering the drawing paper to a constructor for construction.
In this embodiment, the process label is a label for marking different preset engineering design processes, and by matching the process label with the task label, the preset engineering design processes corresponding to different engineering design tasks can be locked quickly.
In this embodiment, engineering flows are known and are suitable for determining sub-engineering links involved in the current engineering task.
In this embodiment, the node names are link names of different design links included in the engineering design flow, so that sub-engineering design links included in the engineering design task can be effectively determined according to the engineering design flow.
The beneficial effects of the technical scheme are as follows: the task labels of the engineering design tasks are determined, the engineering design flow corresponding to the engineering design tasks are effectively locked according to the task labels, the engineering design tasks are accurately and effectively divided according to node names defined by the engineering design flow and logic relations among the node names, sub engineering design links contained in the engineering design tasks are accurately and effectively determined, and therefore engineering design consultation submitted by users aiming at different sub engineering design links is conveniently and rapidly responded, and meanwhile engineering design consultation data of different sub engineering design links are rapidly and efficiently processed by different users, so that the efficiency and the order of the engineering design consultation are improved.
Example 4:
on the basis of embodiment 3, this embodiment provides an engineering design consultation interaction platform based on multiple people online simultaneously, and a link determining unit includes:
the link acquisition subunit is used for acquiring sub-engineering design links included in the obtained engineering design task, determining logic association relations among the sub-engineering design links based on engineering design flow, and determining interactive circulation relations among the sub-engineering design links based on the logic association relations;
The association subunit is used for determining interaction condition information among the sub-engineering design links based on preset interaction requirements and constructing an interaction flow chart among the sub-engineering design links based on interaction flow relation and the interaction condition information;
the deployment subunit is used for deploying each sub-engineering design link in the interaction platform based on the interaction flow chart, performing parameter adaptation on each sub-engineering design link and the interaction platform based on the deployment result, and completing interaction preparation on each sub-engineering design link based on the adaptation result.
In this embodiment, the logic association relationship is used to characterize the sequence in which different sub-engineering design links are designed in the engineering design task.
In this embodiment, the interactive flow relation is used to characterize the interactive relation between the sub-engineering interactive links, so that the result flow of the previous sub-engineering design link is conveniently transferred to the next sub-engineering design link, and effective interaction is realized.
In this embodiment, the preset interaction requirement is set in advance, and is used to characterize the interaction rule and the interaction condition between the sub-engineering design links.
In this embodiment, the interaction condition information is an interaction criterion for characterizing each sub-engineering design link, for example, the interaction condition information may be that only after the last sub-engineering design link obtains a final result, the next sub-engineering design link can be transferred.
In this embodiment, the interactive flowchart is used to characterize the interdependence relationship between the sub-engineering design links, so as to facilitate deployment of the sub-engineering design links in the interactive platform.
In this embodiment, parameter adaptation refers to configuring each sub-engineering design link in the interactive platform, so as to ensure that each sub-engineering design link can effectively run in the interactive platform.
The beneficial effects of the technical scheme are as follows: by analyzing the obtained sub-engineering design links, the method realizes the accurate and effective confirmation of the interactive circulation relation among the sub-engineering design links, determines the interactive flow chart among the sub-engineering design links according to the interactive circulation relation, realizes the effective deployment of the sub-engineering design links in an interactive platform according to the interactive flow chart, ensures the interaction among the sub-engineering design links while meeting the simultaneous online interaction of multiple people, and improves the interaction effect.
Example 5:
on the basis of embodiment 1, this embodiment provides an engineering design consultation interaction platform based on simultaneous online of multiple people, as shown in fig. 3, an online interaction module includes:
the interaction requirement determining unit is used for acquiring interaction requirements of different sub-engineering design links based on the management terminal, analyzing the interaction requirements and determining the number of users needing to participate in each sub-engineering design link;
The adaptation unit is used for sequentially allocating interaction ports for each user terminal in the interaction platform based on the number of the users, allocating port numbers to the interaction ports corresponding to each user terminal, sequentially extracting basic configuration information of each interaction port, communication addresses and communication protocols of the user terminals corresponding to the port numbers based on the port numbers, and performing protocol adaptation on the basic configuration information of the corresponding interaction ports based on the communication protocols;
the docking unit is used for docking the user terminal with the corresponding interaction port according to the communication address based on the protocol adaptation result, and obtaining an interaction port set corresponding to each sub-engineering design link based on the docking result;
the data collection unit is used for determining an interaction space corresponding to each sub-engineering design link based on the interaction port set, receiving engineering design consultation data of the sub-engineering design links submitted by different users in the corresponding sub-engineering design links based on the interaction space, and temporarily caching the received engineering design consultation data.
In this embodiment, the interaction requirement is that the management terminal limits the number of online interaction personnel required to be simultaneously interacted with in different sub-engineering design links.
In this embodiment, the port number is a label for marking different interaction ports, in order to distinguish between the interaction ports, so as to facilitate ensuring efficient interaction between the users and the interaction platform.
In this embodiment, the basic configuration information is known in advance, and is used to characterize the data format requirements and the data interaction rate requirements corresponding to different interaction ports.
In this embodiment, the communication protocol is used to characterize the data transmission format and transmission rate required between the user terminals.
In this embodiment, performing protocol adaptation on basic configuration information of a corresponding interaction port based on a communication protocol refers to modifying parameters related to a data transmission format and a data transmission rate defined in the interaction port according to a data transmission format and a transmission rate required in the communication protocol, for example, determining a value difference of parameters between the two parameters, so as to implement adjustment on basic configuration information of the interaction port according to the difference.
In this embodiment, determining the interaction space corresponding to each sub-engineering design link based on the interaction port set refers to dividing different sub-engineering design links according to the interaction port corresponding to each sub-engineering design link, so as to facilitate ensuring that the sub-engineering design links are not disturbed, and aims to improve the engineering design consultation efficiency.
In this embodiment, the interactive space refers to dividing the interactive port set corresponding to each sub-engineering design link into a whole, that is, distinguishing each sub-engineering design link, so as to improve the engineering design consultation efficiency.
In this embodiment, the temporary buffering may store the engineering design consultation data corresponding to each sub engineering design link in a preset data storage area, so that the interaction platform is convenient to process the engineering design consultation data, and determine a corresponding consultation result.
The beneficial effects of the technical scheme are as follows: the method comprises the steps of analyzing the interaction requirements of different sub-engineering design links, accurately and effectively determining the number of users needing parameters of each sub-engineering interaction link, distributing corresponding interaction ports for each sub-engineering interaction link in an interaction platform according to the number of users, carrying out protocol adaptation on basic configuration information of the interaction ports according to a communication protocol of a user terminal, docking the interaction ports with the user terminal after the protocol adaptation, realizing quick locking of an interaction port set corresponding to each sub-engineering interaction link, and finally receiving engineering design consultation data submitted by different user terminals through the interaction port set, so that effective analysis is conveniently carried out on the engineering design consultation data submitted by the user terminal in time, and simultaneously, carrying out quick and efficient processing on the engineering design consultation data of different sub-engineering design links by different users, thereby improving the efficiency and the order of engineering design consultation and guaranteeing the engineering design consultation effect.
Example 6:
on the basis of embodiment 5, this embodiment provides an engineering design consultation interaction platform based on many people are online simultaneously, and the docking unit includes:
the port verification subunit is used for acquiring the interactive port set obtained after the docking, receiving authentication passwords of the user terminals corresponding to different interactive ports through the interactive platform based on the interactive port set, and determining the equipment identification of each user terminal based on the authentication passwords;
the identity verification subunit is used for matching the equipment identification with the preset trusted equipment identification, and judging that the user terminal meets the interaction requirement when the equipment identification is matched with the preset trusted equipment identification one by one;
and the interactive performance verification subunit is used for carrying out pre-bidirectional data transmission on the user terminal and the interactive port based on the judging result, monitoring the real-time running states of the user terminal and the interactive platform in real time, judging that the verification of the butt joint result of the user terminal and the interactive port is finished when the real-time running states of the user terminal and the interactive platform are both data feedback, and otherwise, carrying out butt joint on the user terminal and the interactive port again.
In this embodiment, the authentication password is sent by the user terminal to the interaction platform through the interaction port, and is used to characterize the identity condition of the user terminal.
In this embodiment, the device identifier is a tag for marking the identity of different user terminals, and the device identifier can be used to effectively determine the identity of the user terminal.
In this embodiment, the preset trusted device identifier is set in advance, and is used to characterize identity information of the terminal capable of interacting with the interaction platform.
In this embodiment, the pre-bidirectional data transmission refers to that the user terminal transmits data to the interactive platform through the interactive port, and after the user terminal finishes transmitting data to the interactive platform, the interactive platform feeds back the data to the user terminal according to the interactive port, so that the interactive performance between the user terminal and the interactive platform is convenient to determine.
In this embodiment, the real-time running state refers to the running condition of the user terminal and the interactive platform after the pre-bidirectional data transmission is performed, so that whether the docking condition between the user terminal and the interactive platform is qualified or not is conveniently determined.
In this embodiment, the data feedback refers to a state in which real-time operation states of the user terminal and the interactive platform are changed, that is, the state is changed into a state in which corresponding processing is performed on the data after the data is received.
The beneficial effects of the technical scheme are as follows: by analyzing the authentication password of the user terminal, the identity information of the user terminal is effectively checked, after the identity of the user terminal passes the identity check, the butt joint condition of the interaction port between the user terminal and the interaction platform is checked, accurate and reliable data interaction between the user terminal and the interaction platform is ensured, and convenience and guarantee are provided for improving the engineering design consultation efficiency.
Example 7:
on the basis of embodiment 5, this embodiment provides an engineering design consultation interaction platform based on that many people are online simultaneously, and the adaptation unit includes:
the engineering design link dividing subunit is used for acquiring a protocol adaptation result of the interactive port of each sub engineering design link and dividing each sub engineering design link based on the protocol adaptation result;
the port adaptation sub-unit is used for determining the logic interaction sequence among all the sub-engineering design links based on the division result and the engineering design flow, determining the adjacent sub-engineering design links based on the logic interaction sequence, and adapting the internal streaming port to the adjacent sub-engineering design links in the interaction platform.
In this embodiment, dividing each sub-engineering design link based on the protocol adaptation result refers to dividing each sub-engineering design link according to the protocol adaptation result, so that interaction between sub-engineering design interaction links is facilitated, and interaction between sub-engineering design links is only performed when a result is available in a previous sub-engineering design link.
In this embodiment, the logic interaction sequence is used to characterize the data interaction sequence between the sub-engineering design links, that is, the sequence in which the result flows between the sub-engineering design links.
In this embodiment, the internal circulation port is configured in the interactive platform, and is used to connect ports between the sub-engineering design links, so as to perform data transmission between the sub-engineering design links.
The beneficial effects of the technical scheme are as follows: the sub-engineering design links are divided according to the protocol adaptation result, and the internal transfer ports are adapted between the adjacent sub-engineering design links according to the division result, so that the purpose of improving the efficiency of engineering design consultation is achieved, interaction between a user and each sub-engineering design link is guaranteed, interaction between each sub-engineering design link is also guaranteed, and engineering design consultation effect is guaranteed.
Example 8:
on the basis of embodiment 1, this embodiment provides an engineering design consultation interaction platform based on many people are online simultaneously, and a feedback module includes:
the data processing unit is used for acquiring an interaction port set corresponding to each sub engineering design link in the interaction platform, configuring a data processing thread for each interaction port in the interaction port set in the interaction platform, and synchronously screening engineering design consultation data received in the corresponding interaction port based on the configured data processing threads to obtain standard engineering design consultation data;
The consultation purpose determining unit is used for extracting the data characteristics of standard engineering design consultation data, determining the engineering design consultation purpose of the corresponding user based on the data characteristics, and determining the engineering design consultation business of the user based on the engineering design consultation purpose;
a consultation result determining unit for:
extracting business characteristics of engineering design consultation business, matching the business characteristics with reference business characteristics corresponding to each sub engineering design link, and determining whether a consultation request of the sub engineering design links exists or not based on a matching result;
when a cross-sub-engineering design link consultation request exists, determining a main consultation sub-engineering design link and a secondary consultation sub-engineering design link, and synchronously retrieving corresponding target consultation results from a preset engineering design database of the main consultation sub-engineering design link and the secondary consultation sub-engineering design link based on service characteristics of engineering design consultation services;
otherwise, searching the corresponding target consultation result from the preset engineering design database in the current sub engineering design link based on the business characteristics of the engineering design consultation business.
In this embodiment, the data processing thread is configured for each interactive port in the interactive platform, and is configured to process engineering design consultation data received by each interactive port.
In this embodiment, the step of synchronously filtering the engineering design consultation data received in the corresponding interaction ports based on the configured data processing threads refers to processing the engineering design consultation data received by each port through the data processing thread corresponding to each interaction port, so as to ensure that no image exists in the data between each interaction port, where the step of filtering the engineering design consultation data aims at removing invalid data or error data in the engineering design consultation data, so as to ensure that the finally obtained engineering design consultation data is accurate and reliable.
In this embodiment, the standard engineering consultation data refers to final data obtained after the error data or the invalid data in the received engineering consultation data is proposed.
In this embodiment, the data features refer to data segments capable of characterizing the gist content of the standard engineering design consultation data, and the consultation purpose corresponding to the standard engineering design consultation data can be accurately and effectively determined through the data features.
In this embodiment, the purpose of engineering design consultation refers to the type of engineering design that the user needs to consult, for example, what link of engineering design and which step in the link need to be consulted, etc.
In this embodiment, the engineering design consultation service refers to engineering design steps and the like requiring consultation.
In this embodiment, the service feature is a feature for characterizing a service type of the engineering design consultation service, so that the service feature can lock specific contents to be consulted.
In this embodiment, the reference service characteristics are known in advance and are used to characterize the service characteristics corresponding to each sub-engineering design link, so as to determine, according to the reference service characteristics, which sub-engineering design links the service characteristics of the engineering design consultation service correspond to.
In this embodiment, determining whether the cross-sub engineering design link consultation request exists based on the matching result refers to determining that the engineering design consultation service includes two different sub engineering design links when the service characteristics of the engineering design consultation service are simultaneously matched with the reference service characteristics of the two sub engineering design links, that is, the cross-sub engineering design link consultation request exists.
In this embodiment, the main consultation sub-engineering design link refers to a sub-engineering design link where an interaction port corresponding to the engineering design consultation service is located.
In this embodiment, the sub-engineering design link to be consulted refers to a cross-sub-engineering design link included in the business characteristics of the engineering design consultation business, that is, other sub-engineering design links except for the sub-engineering design link where the interactive port is located.
In this embodiment, the preset engineering design database is set in advance, and is used for storing the consultation contents corresponding to different sub engineering design links.
In this embodiment, the target consultation result refers to a consultation result corresponding to engineering design consultation request data submitted by the user.
The beneficial effects of the technical scheme are as follows: the engineering design consultation data of different interactive ports are synchronously processed through a plurality of data carding threads by configuring a data processing thread for each interactive port, so that the engineering design consultation service of each interactive port is effectively analyzed, finally, the obtained engineering design consultation service is analyzed, the sub engineering design links related to the engineering consultation service are accurately and effectively locked, the corresponding target consultation results are finally called from the corresponding sub engineering design links, the engineering design consultation data of different sub engineering design links are simultaneously and rapidly and efficiently processed by different users, the efficiency and the order of the engineering design consultation are improved, and the engineering design consultation effect is ensured.
Example 9:
on the basis of embodiment 8, this embodiment provides a project design consultation interaction platform based on multiple people online at the same time, and a consultation purpose determining unit includes:
The result acquisition subunit is used for acquiring the engineering design consultation service of the obtained user and determining the engineering design consultation type of the user based on the engineering design consultation service, wherein the engineering design consultation type comprises real-time interaction between the users and the interaction platform;
the temporary interaction channel construction subunit is used for constructing a temporary interaction channel between user terminals based on an interaction port in the interaction platform when the engineering design consultation type is real-time interaction between users, and switching the working mode of the interaction platform into a data forwarding mode based on a construction result;
and the data real-time forwarding sub-unit is used for forwarding interaction data between the user terminals in a real-time bidirectional manner through the interaction platform based on the data forwarding mode, so that real-time interaction between users is completed.
In this embodiment, the user interacting with the interaction platform means that the user invokes a corresponding consultation result from the interaction platform.
In this embodiment, real-time interaction between users refers to using an interaction platform as an intermediary for data forwarding, so as to realize communication between users.
In this embodiment, the temporary interaction refers to a data transmission link between user terminals connected through an interaction platform.
In this embodiment, the real-time bidirectional forwarding refers to bidirectional exchange of data transmitted between user terminals that need to perform real-time interaction through an interaction platform.
The beneficial effects of the technical scheme are as follows: by effectively analyzing the engineering design consultation type, when the engineering design consultation type is real-time interaction among users, a temporary interaction channel is built through an interaction platform, online real-time interaction is realized, the efficiency and the order of the engineering design consultation are improved, and the engineering design consultation effect is guaranteed.
Example 10:
on the basis of embodiment 1, this embodiment provides an engineering design consultation interaction platform based on many people are online simultaneously, and a feedback module includes:
the consultation result acquisition unit is used for acquiring consultation results corresponding to engineering design consultation data submitted by different users and determining target feedback items contained in the consultation results;
the report generating unit is used for matching the target report template from a preset report template library based on the record attribute of the determined target feedback item, sequentially filling the target feedback item to the corresponding target position to obtain an initial report, determining the user identification corresponding to each target report, and marking the identity of the initial report based on the user identification to obtain the target report;
And the feedback unit is used for determining an interaction port corresponding to each target report based on the identity marking result, and feeding back the target report to the user terminal based on the interaction port to complete engineering design consultation interaction.
In this embodiment, the target feedback item refers to the data content that needs to be fed back to the user terminal in the consultation result.
In this embodiment, the recording attribute refers to the type of index that the target feedback item needs to record, the data content that needs to be recorded, and the like.
In this embodiment, the report template library is preset in advance, and is used for storing report templates of different types.
In this embodiment, the target report refers to a template suitable for recording the current target feedback item, and is one of preset report template libraries.
In this embodiment, the target position refers to a table position in the target report template for recording different target feedback items.
In this embodiment, the initial report refers to a report obtained by filling the obtained feedback record item into the target position in the target report template, and feedback cannot be performed yet.
In this embodiment, the user identifier is a tag label for marking the identity information of the initial report, and the interactive port corresponding to the initial report can be determined by the user identifier, so that the obtained initial report is transmitted to the corresponding user terminal through the interactive port.
The beneficial effects of the technical scheme are as follows: the target report is generated according to the obtained consultation result, and is transmitted to the corresponding user terminal through the corresponding interactive port, so that the effective response to the consultation request of the user is realized, the accuracy of feedback to the user is ensured, the efficiency and the order of engineering design consultation are improved, and the engineering design consultation effect is ensured.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (10)
1. Engineering design consultation interaction platform based on many people are online simultaneously, characterized by comprising:
the task determining module is used for determining engineering design tasks of the target engineering based on the engineering design request and determining sub engineering design links included in the engineering design tasks based on the engineering design flow;
the online interaction module is used for determining an interaction port set corresponding to each sub-engineering design link in the interaction platform and receiving engineering design consultation data of different sub-engineering design links submitted by different users based on the interaction port set;
And the feedback module is used for synchronously preprocessing engineering design consultation data submitted by different users based on the interaction platform, determining consultation results corresponding to the engineering design consultation data submitted by different users based on the synchronous preprocessing results, generating a target report from the consultation results and feeding back the target report to the corresponding user terminal based on the corresponding interaction port.
2. The engineering design consultation interaction platform based on simultaneous multiple person online of claim 1, wherein the task determination module comprises:
the file acquisition unit is used for receiving the engineering design request file uploaded by the management terminal based on the server, transmitting the received engineering design request file to the interactive platform based on the server, and analyzing the engineering design request file based on the interactive platform to obtain an engineering design request submitted by the management terminal;
the request determining unit is used for determining target keywords corresponding to engineering design requests in the engineering design request file, inputting the target keywords into a preset semantic analysis model and obtaining target semantics of the target keywords;
the task determining unit is used for determining the target project to be designed based on the target semantics, determining the engineering design type and engineering design standard of the target project to be designed based on the target semantics of the target keywords, and obtaining the engineering design task of the target project based on the engineering design type and engineering design standard.
3. The engineering design consultation interaction platform based on simultaneous multiple person online of claim 1, wherein the task determination module comprises:
the task analysis unit is used for acquiring the engineering design task, extracting task attributes of the engineering design task, and determining task labels corresponding to the engineering design task based on the task attributes;
the process acquisition unit is used for generating a data access request based on the task tag, searching each preset engineering design process in the preset database based on the data access request, matching the searched process tag of each preset engineering design process with the task tag, and determining the engineering design process based on a matching result;
the link determining unit is used for determining node names and logic relations among the node names in the engineering design flow, determining division standards for engineering design tasks based on the node names and the logic relations among the node names, and dividing the engineering design tasks based on the division standards to obtain sub engineering design links contained in the engineering design tasks.
4. The engineering design consultation interactive platform based on the simultaneous multi-person online according to claim 3, wherein the link determining unit includes:
The link acquisition subunit is used for acquiring sub-engineering design links included in the obtained engineering design task, determining logic association relations among the sub-engineering design links based on engineering design flow, and determining interactive circulation relations among the sub-engineering design links based on the logic association relations;
the association subunit is used for determining interaction condition information among the sub-engineering design links based on preset interaction requirements and constructing an interaction flow chart among the sub-engineering design links based on interaction flow relation and the interaction condition information;
the deployment subunit is used for deploying each sub-engineering design link in the interaction platform based on the interaction flow chart, performing parameter adaptation on each sub-engineering design link and the interaction platform based on the deployment result, and completing interaction preparation on each sub-engineering design link based on the adaptation result.
5. The engineering design consultation interaction platform based on simultaneous multi-user online of claim 1, wherein the online interaction module comprises:
the interactive requirement determining unit is used for acquiring the interactive requirements of different sub-engineering design links based on the management terminal, analyzing the interactive requirements and determining the number of users needing to participate in each sub-engineering design link and the interactive rules among the sub-engineering design links;
The adaptation unit is used for sequentially allocating interaction ports for each user terminal in the interaction platform based on the number of the users, allocating port numbers to the interaction ports corresponding to each user terminal, sequentially extracting basic configuration information of each interaction port, communication addresses and communication protocols of the user terminals corresponding to the port numbers based on the port numbers, and performing protocol adaptation on the basic configuration information of the corresponding interaction ports based on the communication protocols;
the docking unit is used for docking the user terminal with the corresponding interaction port according to the communication address based on the protocol adaptation result, and obtaining an interaction port set corresponding to each sub-engineering design link based on the docking result;
the data collection unit is used for determining an interaction space corresponding to each sub-engineering design link based on the interaction port set, receiving engineering design consultation data of the sub-engineering design links submitted by different users in the corresponding sub-engineering design links based on the interaction space, and temporarily caching the received engineering design consultation data.
6. The multiple simultaneous online-based engineering design consultation interactive platform of claim 5, wherein the docking unit comprises:
The port verification subunit is used for acquiring the interactive port set obtained after the docking, receiving authentication passwords of the user terminals corresponding to different interactive ports through the interactive platform based on the interactive port set, and determining the equipment identification of each user terminal based on the authentication passwords;
the identity verification subunit is used for matching the equipment identification with the preset trusted equipment identification, and judging that the user terminal meets the interaction requirement when the equipment identification is matched with the preset trusted equipment identification one by one;
and the interactive performance verification subunit is used for carrying out pre-bidirectional data transmission on the user terminal and the interactive port based on the judging result, monitoring the real-time running states of the user terminal and the interactive platform in real time, judging that the verification of the butt joint result of the user terminal and the interactive port is finished when the real-time running states of the user terminal and the interactive platform are both data feedback, and otherwise, carrying out butt joint on the user terminal and the interactive port again.
7. The engineering design consultation interactive platform based on the simultaneous multiple-person online of claim 5, wherein the adapting unit comprises:
the engineering design link dividing subunit is used for acquiring a protocol adaptation result of the interactive port of each sub engineering design link and dividing each sub engineering design link based on the protocol adaptation result;
The port adaptation sub-unit is used for determining the logic interaction sequence among all the sub-engineering design links based on the division result and the engineering design flow, determining the adjacent sub-engineering design links based on the logic interaction sequence, and adapting the internal streaming port to the adjacent sub-engineering design links in the interaction platform.
8. The engineering design consultation interaction platform based on simultaneous multi-user online of claim 1, wherein the feedback module comprises:
the data processing unit is used for acquiring an interaction port set corresponding to each sub engineering design link in the interaction platform, configuring a data processing thread for each interaction port in the interaction port set in the interaction platform, and synchronously screening engineering design consultation data received in the corresponding interaction port based on the configured data processing threads to obtain standard engineering design consultation data;
the consultation purpose determining unit is used for extracting the data characteristics of standard engineering design consultation data, determining the engineering design consultation purpose of the corresponding user based on the data characteristics, and determining the engineering design consultation business of the user based on the engineering design consultation purpose;
a consultation result determining unit for:
Extracting business characteristics of engineering design consultation business, matching the business characteristics with reference business characteristics corresponding to each sub engineering design link, and determining whether a consultation request of the sub engineering design links exists or not based on a matching result;
when a cross-sub-engineering design link consultation request exists, determining a main consultation sub-engineering design link and a secondary consultation sub-engineering design link, and synchronously retrieving corresponding target consultation results from a preset engineering design database of the main consultation sub-engineering design link and the secondary consultation sub-engineering design link based on service characteristics of engineering design consultation services;
otherwise, searching the corresponding target consultation result from the preset engineering design database in the current sub engineering design link based on the business characteristics of the engineering design consultation business.
9. The engineering design consultation interactive platform based on the simultaneous multi-person on-line according to claim 8, wherein the consultation purpose determining unit includes:
the result acquisition subunit is used for acquiring the engineering design consultation service of the obtained user and determining the engineering design consultation type of the user based on the engineering design consultation service, wherein the engineering design consultation type comprises real-time interaction between the users and the interaction platform;
The temporary interaction channel construction subunit is used for constructing a temporary interaction channel between user terminals based on an interaction port in the interaction platform when the engineering design consultation type is real-time interaction between users, and switching the working mode of the interaction platform into a data forwarding mode based on a construction result;
and the data real-time forwarding sub-unit is used for forwarding interaction data between the user terminals in a real-time bidirectional manner through the interaction platform based on the data forwarding mode, so that real-time interaction between users is completed.
10. The engineering design consultation interaction platform based on simultaneous multi-user online of claim 1, wherein the feedback module comprises:
the consultation result acquisition unit is used for acquiring consultation results corresponding to engineering design consultation data submitted by different users and determining target feedback items contained in the consultation results;
the report generating unit is used for matching the target report template from a preset report template library based on the record attribute of the determined target feedback item, sequentially filling the target feedback item to the corresponding target position to obtain an initial report, determining the user identification corresponding to each target report, and marking the identity of the initial report based on the user identification to obtain the target report;
And the feedback unit is used for determining an interaction port corresponding to each target report based on the identity marking result, and feeding back the target report to the user terminal based on the interaction port to complete engineering design consultation interaction.
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