WO2016134535A1

WO2016134535A1 - Construction process control method

Info

Publication number: WO2016134535A1
Application number: PCT/CN2015/073397
Authority: WO
Inventors: 罗春晖
Original assignee: 罗春晖
Priority date: 2015-02-28
Filing date: 2015-02-28
Publication date: 2016-09-01

Abstract

The present invention relates to a construction process control method, and in particular to a process control method applicable to optical fibre welding construction, which comprises the following steps: a first terminal collects construction process information at a construction site; the first terminal sends the collected construction process information and feature information related to the first terminal to a server; and a server end stores the information sent by the first terminal. The objective of the present invention is providing a construction process control method for completing the entire process of welding, mounting and maintenance service of an optical fibre more efficiently. Also disclosed are a system for implementing the method, and a terminal in the system.

Description

Construction process control method

Technical field

The invention relates to a construction process control method, in particular to a process control method suitable for optical fiber fusion construction.

Background technique

In some construction industry areas, such as building renovation, equipment maintenance, communication security, etc., especially in the fiber-related service industry, usually the construction work is carried out by some small construction teams or individuals. These builders usually There is no perfect organization and sound institutions, lack of perfect management capabilities, accurate financial management and accounting capabilities, no complete file system, mature personnel management and recruitment mechanism, and its own business promotion capabilities.

Especially in the field related to optical fiber, nowadays, as a mainstream way of broadband access, optical fiber has large communication capacity, long relay distance, good security performance, strong adaptability, small size, light weight, wide source of raw materials and low price. Advantages of the future, the application of broadband Internet access in the future can be expected to be very extensive;

In the rapid development of the optical fiber industry, its subsidiary fiber-related service industry is also becoming more and more fierce. The fusion, installation and maintenance services of optical fiber are one of them. Now the overall efficiency of fiber fusion and installation is low, and the construction is completed. After the on-site construction effect can not be checked in time, the payment of the transaction amount or commission can not be timely, etc., all of which cause the overall efficiency of fiber fusion and installation is low, no matter for the service party or the service party, it is not enough. Good experience.

Summary of the invention

The object of the present invention is to overcome the above-mentioned deficiencies existing in the prior art and to provide a construction A control method that is more efficiently accomplished, and a system for implementing the method, and a terminal in the system are also disclosed.

In order to achieve the above object, the present invention provides the following technical solutions:

A construction process control method includes the steps of:

The first terminal collects the construction process information at the construction site (so that the construction process information on the site can be collected and recorded, so that the constructor's superior and even the serviced party can immediately see the effect of the on-site construction for evaluation, transaction amount or commission. Confirmation and other work in the next order, while recording the construction process information, so that in the future maintenance, different maintenance personnel can know the construction situation at that time, help the construction);

The first terminal sends the collected construction process information and feature information related to the first terminal to the server;

The server side stores the information sent by the first terminal (the server can save the construction process information to achieve the above purpose, and the feature information related to the first terminal can be collected and recorded, and can also facilitate the constructor's superior or even the serviced party. Obtain various information of the first terminal, such as time, location, etc., to facilitate the evaluation of the construction process/effect, the confirmation of the transaction amount or commission, or the evaluation of the work of the constructor, so that the construction process can be completed more efficiently.

As a preferred solution of the present invention, the construction process information includes image information acquired by the first terminal photographing (so that the constructor's superior and even the serviced party can see all the scenes that can be recorded by the construction site through the image information, including before installation, installation The medium and post-installation scenarios assist the constructor's superiors and even the service provider to determine the constructor's work schedule, installation plan and effect).

As a preferred solution of the present invention, the steps further include:

The first terminal communicates with the intelligent construction equipment to read working parameter information on the intelligent construction equipment or Historical work parameters (formation of data accumulation, in the era of big data, these data can greatly promote the progress of the industry in the future).

As a preferred solution of the present invention, the feature information includes an instant time when the first terminal sends the feature information, so that the superior of the constructor or even the serviced party can confirm whether the constructor is on time to the construction site.

As a preferred solution of the present invention, the feature information includes an instant geographic location when the first terminal sends the feature information, and the instant time cooperates, so that the superior of the constructor or even the serviced party can confirm whether the constructor is on time to the prescribed construction site. .

As a preferred solution of the present invention, the feature information includes an identity identification number, which is convenient for the builder's superior or even the service party to identify the identity of the constructor performing the construction-related work.

As a preferred solution of the present invention, a plurality of the first terminals are aggregated in units of groups, and information is transmitted between each other to facilitate communication, which facilitates the release of construction tasks by superiors.

As a preferred solution of the present invention, the step further includes: the second terminal retrieving the stored information of the server to the server, where the second terminal is a higher level of the constructor, the construction task is issued to the first terminal, and the Construction tasks have terminals with supervisory authority.

As a preferred solution of the present invention, the step further includes: performing information transmission between the third terminal and the second terminal, or directly transmitting information to the server, where the third terminal is the most-originally served party, and is the second The terminal issues a construction task and has a terminal with supervisory authority for the construction task.

As a preferred solution of the present invention, the step further includes: the second terminal or the third terminal sending the task information to the first terminal by using the server.

As a preferred solution of the present invention, the first terminal is a mobile communication terminal having a photographing function, such as a mobile phone, a tablet computer, a digital camera, or the like.

As a preferred aspect of the present invention, the intelligent construction equipment is a construction equipment equipped with a central processing unit, such as a printer, a fiber fusion splicer, a shredder, a dehumidifier, and the like.

As a preferred solution of the present invention, the step further includes: sending, by the second terminal or the third terminal, the confirmation information to the server, where the confirmation information includes confirming the progress of the completion of the construction task, and confirming the construction-related currency transaction, specifically Confirmation of the completion of the construction task or other related processes, or confirmation payment for the relevant amount of payment, etc., using the collection information function of the first terminal to complete the remote confirmation construction completion.

As a preferred solution of the present invention, the server sends the product information related to the construction process to the first terminal, the second terminal, and the third terminal, and generally pushes the industry-related products, the constructor, the constructor's superior, and the serviced. It is possible that there is a demand for such products, such as consumables used by the constructor during construction, which can be purchased.

As a preferred solution of the present invention, the first terminal wirelessly connects to the intelligent construction equipment, and the "smart" includes weak artificial intelligence that is now ubiquitous, and strong artificial intelligence and super artificial intelligence that will appear in the future.

As a preferred solution of the present invention, the step further includes: completing a control process in the construction of the intelligent construction equipment in the first terminal, and collecting, by the intelligent construction equipment, relevant signals in the construction process, and transmitting the relevant signals to the first terminal, After the first terminal processes with its own processor, it returns to the intelligent construction equipment, and controls the operation of the device. When the first terminal has processing capability, such as a mobile phone, it is equivalent to externally connecting the intelligent construction equipment processor, saving resources and reducing costs.

A construction process control system comprising:

a first terminal that collects construction process information at a construction site;

Server

The first terminal is capable of transmitting the construction process information to the server, and characteristic information related to the first terminal, and the server is capable of storing the information.

As a preferred solution of the present invention, the system further includes an intelligent construction device capable of connecting the first terminal and storing its own working parameter information or historical working parameters, and transmitting the same to the first terminal, where the construction process information includes the Work parameter information or historical work parameters.

As a preferred aspect of the present invention, the system further includes a second terminal capable of connecting to the server and retrieving the stored information from the server.

As a preferred aspect of the present invention, the system further includes a third terminal capable of connecting to the second terminal or server and performing information transmission.

As a preferred solution of the present invention, the second terminal or the third terminal is capable of transmitting task information to the first terminal through the server.

As a preferred aspect of the present invention, the second terminal or the third terminal is capable of transmitting confirmation information to the server.

As a preferred solution of the present invention, the server is capable of transmitting product information related to the construction process to the first terminal, the second terminal, and the third terminal.

A first terminal of a construction front line, comprising an information acquisition end, which is capable of collecting construction site information and characteristic information of the first terminal;

Also included is a transmitting/receiving end that has a communication function with a computer server.

As a preferred solution of the present invention, the first terminal of the construction front line includes a CPU, which can be connected with the intelligent construction equipment and complete the control process in the construction of the intelligent construction equipment.

Compared with the prior art, the beneficial effects of the present invention:

Make the construction process more efficient.

BRIEF DESCRIPTION OF THE DRAWINGS:

FIG. 1 is a schematic diagram showing the connection relationship of each block in the system of the present invention.

detailed description

The present invention will be further described in detail below with reference to the embodiments and specific embodiments. However, the scope of the above-mentioned subject matter of the present invention should not be construed as being limited to the following embodiments, and the technology implemented based on the present invention is within the scope of the present invention.

Example 1

In some construction industry areas, such as building renovation, equipment maintenance, communication security, etc., especially in the fiber-related service industry, usually the construction work is carried out by some small construction teams or individuals. These builders usually Without perfect organization and sound institutions, lack of sound management capabilities, precise financial management and accounting capabilities, no complete file system, mature personnel management and recruitment mechanism, and its own business promotion capabilities, and the existing situation is through Some managers solve the above problems through corresponding management measures. The method of the present invention solves these problems by using software to design a framework of a software system.

In the field of optical fiber fusion, in the prior art, it is usually an individual constructor of a self-owned device or a contractor, several workers under the hand and some own optical fiber construction equipment, and undertake tasks that are subcontracted by large companies. People often lack enterprise management and financial experience, lack market information, and usually rely on some original methods to manage and operate these subcontracting tasks. Lack of complete file records, causing a lot of trouble for future maintenance.

The software is intended to be connected to a smart fiber-optic construction device through a mobile terminal (such as a mobile phone), so that the above-mentioned target customers (constructors) can control the fiber-optic construction equipment through the mobile phone, and at the same time, provide perfect products for these people through the mobile phone software. Self-management and financial solutions, archival records, personnel management functions, staff recruitment, and their own business promotion functions, while allowing other engineering publishers, related product producers and sellers, financial institutions, This software is installed in the mobile phone to find the constructor, the purchase of the product and the users, and the financial service needs. It becomes a bridge for the link communication fiber fusion installation industry, specifically:

A construction process control method, comprising the steps of:

The first terminal collects construction process information at the construction site;

The server side stores information sent by the first terminal;

The first terminal (for a mobile communication terminal having a photographing function, such as a mobile phone) communicates with the intelligent construction equipment to read working parameter information or historical working parameters on the intelligent construction equipment (fiber fusion splicer) (via wifi, Bluetooth, infrared, The nfc is connected to the optical fiber fusion splicer or the optical time domain reflectometer or the optical power meter, and can provide the above-mentioned device operation management, data mutual transmission, screen display, etc.);

The second terminal retrieves the stored information of the server from the server;

Transmitting information between the third terminal (the mobile terminal of the serviced party) and the second terminal (the mobile terminal of the constructor's upper level), or directly transmitting information with the server;

Transmitting, by the server, the task information to the first terminal by using the server;

The construction process information includes image information acquired by the first terminal.

The feature information includes an instant time when the first terminal sends the feature information, an instant geographic location when the first terminal sends the feature information, and an identity identification number of the first terminal.

A plurality of the first terminals are aggregated in groups, and information transmission is performed between each other (the group is established by the software of the invention, performing task publishing, information exchange, file query, attendance management, and personnel file management functions); the software can pass through the network. Download or pre-install the mobile phone, and then register online, so that the software business publisher website can get the registrant's personal information. If the registrant is personally used, you can connect the external device wirelessly, connect the external device, use The data of the device can be connected to the Internet through the mobile phone and stored in the website (ie server) set by the software provider, and the time of construction, the geographical location during construction, some photos of the construction site, and Some voice and text records, as well as the cost of the construction, as well as the materials used in the construction, the amount collected is uploaded to the website (ie the server), which can later be searched as archival materials, while construction-related income and expenses, and The use of materials will be transferred to the financial management module. The constructor who has registered and registered the software can also create a group through this software. This group can invite other people who have such software to join. In this group, the creator (the constructor's superior) can determine the individual. Permissions, through this group can be posted to other people (constructors), the method is released, the authorized person first establish a task, such as the purpose of the work of the work of the work, the address of the work required to complete the work, etc., and then Select one person in the group, or several people, through the server provided by the software development operator, and push the same software on the mobile phone of these people, the software will notify them by sound or vibration, or a message on the display screen. People have tasks. After viewing the tasks, these people can choose to accept the rejection or request to modify, and then push the feedback to the publisher's mobile phone through the server. If the other party accepts the task, the publisher's mobile phone will get the prompt of the other party to accept the task. At the same time, on the mobile phone of the person receiving the task, the countdown of this task began. When people use the phone after the task control equipment connected to the optical fiber construction to complete the construction, and he can put the phone connected to the light Relevant data in the fiber construction equipment, the time of arrival (this function is provided in the software, a live photo is taken when the destination is reached, this time will be automatically recorded by the mobile phone) and the time of completion, the completed address (via the mobile phone) GPS or base station to determine the location), as well as the shooting video or photos of the workers on the construction site, as well as the possible voice or text notes of the constructor, as well as the charges of the construction personnel, their own expenses, and the materials used. When the mobile phone is connected to the Internet, it is uploaded to the server and pushed to the publisher. The publisher can query the content information uploaded by the relevant constructor on the server to understand the completion of the task, and determine or request rectification. At the same time, this task can be recorded in the file as the basis for the assessment of the task recipient. At the same time, the uploading information about the charging situation, task expenses and material usage will be transferred to the corresponding financial module of the software. The recipient of the task, if it arrives at the scene, finds that it cannot be completed or needs to modify the content, it can also be uploaded to the server through voice, text, or photo video, etc., and pushed to the publisher. The publisher can view the information. Then modify or continue to request completion of the task. Tasks can also be hung in public spaces within the group and collected by people in the group.

If the task publisher releases the task to the recipient of the task, the recipient of the task believes that the task cannot be completed or needs to be modified, and the content that cannot be accepted or requested to be modified may be transmitted to the publisher through the server, and the publisher may perform the task. Modifications, these processes of negotiation will be recorded in the server file, and people with relevant permissions in the group can view it.

The software can communicate independently between group members, or communicate within a certain group of people, communicate in open groups, or communicate in groups (construction side to service side). In the form of voice text or photos. The software described also has a form of announcement, and a person with special permission can post a message that cannot be deleted and is always topped.

The software described has archive record and query functions, and can query the release and implementation of tasks.

The first module of the software is the task management system. The software and the attendance function can set the attendance time. The attendance method is that the software provides a special camera function. The camera function software records the time in the Internet. The attendant takes a picture of the location at the specified time. This photo is uploaded to the network after the recorded time. This photo cannot be called in other pictures. In the future, managers can check these photos to determine if these people are actually attending.

In addition, the task publisher issues a task to a person through the server. This person is half done, and can also apply to the publisher to transfer the task to others.

In addition, in this module, it is also possible to register the files in the group, and the recorded contents are similar to the contents of the usual personnel file records.

The second module of the software is a financial and warehouse management system, the software has the ability to record money and materials in and out, statistical capabilities, in addition, this module can be connected to the task management module, the task The publisher can set the money and things needed to complete the task. The person accepting the task can make a request to the relevant money and material manager according to the settings in the task. The relevant manager will see this on his mobile phone module. After requesting, the relevant manager issues money and goods, and sends a signing request to the requester through the mobile phone. The requester confirms the above-mentioned facts by replying to the request, which are recorded on the server and can be checked in the future. At the same time, in the process, the manager of money and goods can take a video or photo of the object, and a special voice description, the recipient can also add their own video photos or voice to record these receipts, or as Reasons for refusal to sign, these are recorded in the server, can be judged at a higher level. Similarly, when the constructor completes the on-site mission, he will record the money or money spent or collected in the mission, or send a request to the corresponding financial person to confirm that the reimbursement has been reimbursed or turned over or returned, and can be attached with voice and text. , the photo or video is passed to the corresponding manager, and the corresponding manager can make a reply accepting the rejection or requesting the modification. After the task of the project platform exchanges or the task of returning the return is determined by both parties, the corresponding financial records are automatically produced, and the manager can manually or automatically add these to the running account.

The module also has the function of determining the salary for each group member, determining the number of rewards for each task, and then counting according to the set period, and simultaneously importing these into the running account manually or automatically, to a specific period, Group members can send a request to the group manager based on this statistic, or the group manager can send a confirmation request to the group member. The group manager can modify the data and record the reason by voice or text or photo video. View the reasons for your own changes to the total, you can ask for consent or rejection or request for modification, and use text, voice, photos, video to record the reasons, these exchanges will be recorded in the server.

In addition, this module can also send and receive the signing request to the server through the mobile phone for borrowing and receiving, and use the text voice video or photo record, which will be stored on the server and can be used for querying, and there is time requirement for the loan. , can be in the near date after the time arrives, the mobile phone prompts the manager, there is a need to deal with the loan due.

The most important purpose of this module is to facilitate teams that have no office or incomplete management, can manage through mobile phones, and strictly record all the money and property.

The third module of the software is the module for group communication and task release. All the people who build the group can divide their group into different categories, and describe the function of their group, the service category, and establish the product window of this group. The module has a search function. All the people who downloaded the software can use this search function to find the group they need and communicate with the manager of the group. They can leave a message and can send it by voice or video. According to their own requirements, the group that receives these requests can invite the publisher to establish a private chat. When the agreement is reached, the group of task publishers can issue their own requests to the group receiving the task. This request is sent to the software first. Contract center established by the operator Record the record, and pay the corresponding payment to the secured payment institution established by the software operator. The task center will notify the group receiving the task of the details of the task and the payment received, and after confirming the group selection of the task, this The contract is deemed to be established, and the group receiving the task may also need to pay the corresponding margin to the secured payment institution according to the requirements of the release task group, according to the requirements of the release task group. After the task is established, the receiver's group will be seen by the publisher for the tasks posted in the group for this task. At the same time, the publisher can also see the detailed completion of the task's decomposition task within the group, and according to this Instructing the guarantee payment center to pay the payment to the group receiving the task one or more times. When the two parties determine the completion of the task, they can evaluate each other. These evaluations will be recorded in the group's credit column, which can be used for other people searching for these groups in the future. for reference. If the receiver believes that the task cannot be completed, it can also request to stop or modify the task content. These require the publisher's consent. The publisher can also request to modify the task content, and the recipient's consent is required. When the publisher or receiver agrees. It can increase or decrease the amount of the amount in the guarantee payment institution established to the software operator. If any party fails to perform the contract, it can apply for arbitration to the contract center established by the operator. The contract center completes the information according to the tasks provided by the two parties. , decide which party to pay or refund the money. In the running of the task, the publisher of the task may choose to complete the completion of each sub-task of the recipient of the task, and if the publisher of the task completes the confirmation of each sub-task performed by the recipient of the task, The publisher of the task has accepted the task completion of the recipient of the task. The issuer or receiver of the task may also choose not to accept the arbitration of the contract center, but to file a lawsuit with the court. The contract center will retain the funds of both parties and provide the details and implementation of the tasks of both parties to the court, making After the ruling, the funds will be distributed to the appropriate group according to the instructions of the court.

At the same time, all the people who downloaded the software can announce their own requirements in the group communication module. All the established groups can view it, and then reach a consensus to establish tasks to the contract center. The task publisher can also only Announcement of groups in a specific area, or public to a specific category of people Report. Tasks include engineering construction tasks, purchase tasks, service tasks, and other new tasks. The purchase task is that both parties establish a purchase quantity contract, pay the required fee to the guarantee institution, and the shipper delivers the goods to the purchaser. And the basis for receipt, after the purchaser confirms, the guarantee institution pays the money to the shipper, and the solution to the dispute is similar to the usual e-commerce process. The process of the service task is the same as the engineering construction task, and the solution is the same.

This system includes a reputation evaluation system. Publishers or recipients who do not have a reputation can improve their credibility by means of identity authentication or deposit of deposits.

As a preferred solution of the embodiment, the step further includes: the second terminal (the mobile terminal of the constructor upper level) or the third terminal (the mobile terminal of the final service party) send the confirmation information to the server to perform the related process. All confirmation steps;

Transmitting, by the server, product information to the first terminal, the second terminal, and the third terminal;

As a preferred solution of the embodiment, the step further includes: completing a control process in the construction of the intelligent construction equipment in the first terminal.

This embodiment also discloses a construction process control system, which includes (as shown in FIG. 1):

a first terminal that collects construction process information of the construction site;

a server, the first terminal being capable of transmitting the construction process information to the server, and feature information related to the first terminal, the server being capable of storing the information;

An intelligent construction device, which is capable of connecting to the first terminal and storing its own working parameter information or historical working parameters, and transmitting the same to the first terminal, where the construction process information includes the working parameter information or historical working parameters;

a second terminal capable of connecting to the server and retrieving the stored information from the server;

a third terminal capable of connecting to the second terminal or server and transmitting information.

As a preferred solution of the embodiment, the second terminal or the third terminal can send task information to the first terminal through the server; the second terminal or the third terminal can send the confirmation information to the server.

As a preferred solution of the embodiment, the server can send the commodity information to the first terminal, the second terminal, and the third terminal.

The embodiment further discloses a first front end of the construction line, which includes an information acquisition end, which is capable of collecting construction site information and feature information of the first terminal;

The utility model also includes a transmitting/receiving end, which has a communication function with a computer server, and further includes a CPU, which is capable of connecting with the intelligent construction equipment and completing a control process in the construction of the intelligent construction equipment;

Specifically, the intelligent construction equipment (optical fiber fusion splicer) collects relevant signals during the construction process and sends them to the first terminal (the mobile terminal of the constructor, such as a mobile phone), and the first terminal returns to the intelligent construction equipment after processing with its own CPU. Thereby controlling the action of the device.

Claims

A construction process control method, comprising the steps of:

The first terminal collects construction process information at the construction site;

The first terminal sends the collected construction process information and feature information related to the first terminal to the server;

The server side stores information sent by the first terminal.
The construction process control method according to claim 1, wherein the construction process information comprises image information acquired by the first terminal.
The construction process control method according to claim 1, wherein the step further comprises:

The first terminal communicates with the intelligent construction equipment to read working parameter information or historical working parameters on the intelligent construction equipment.
The construction process control method according to claim 1 or 2 or 3, wherein the feature information comprises an instant time when the first terminal transmits the feature information.
The construction process control method according to claim 1 or 2 or 3, wherein the feature information comprises an instantaneous geographic location when the first terminal transmits the feature information.
A construction process control method according to claim 1 or 2 or 3, wherein the feature information comprises an identity identification number.
The construction process control method according to claim 3, wherein the step further comprises: completing a control process in the construction of the intelligent construction equipment in the first terminal, and collecting the construction process of the intelligent construction equipment The relevant signal is sent to the first terminal, and the first terminal uses its own processing. After processing, it returns to the intelligent construction equipment and controls the operation of the equipment.
A construction process control method according to claim 1, wherein a plurality of said first terminals are aggregated in units of groups and information is transmitted between each other.
The construction process control method according to claim 1, wherein the step further comprises: the second terminal retrieving the stored information of the server from the server, and the second terminal is publishing the construction task to the first terminal. And a terminal that has supervisory authority over the construction task.
The construction process control method according to claim 9, wherein the step further comprises: transmitting information between the third terminal and the second terminal, or directly transmitting information to the server, where the third terminal is A terminal that issues a construction task to the second terminal and has supervisory authority for the construction task.
The construction process control method according to claim 10, wherein the step further comprises: the second terminal or the third terminal transmitting the task information to the first terminal through the server.
The construction process control method according to claim 1, wherein the first terminal is a mobile communication terminal having a photographing function.
A construction process control method according to claim 3, wherein the intelligent construction equipment is a construction equipment equipped with a central processing unit.
The construction process control method according to claim 11, wherein the step further comprises: the second terminal or the third terminal transmitting confirmation information to the server, the confirmation information including confirmation of the progress of the completion of the construction task, Confirmation of construction related currency transactions.
The construction process control method according to claim 10, wherein the server transmits the commodity information related to the construction process to the first terminal, the second terminal, and the third terminal.
A construction process control method according to claim 3, wherein the first terminal is wirelessly connected to the intelligent construction equipment.
A construction process control system is characterized in that it comprises:

a first terminal that collects construction process information of the construction site;

server;

The first terminal is capable of transmitting the construction process information to the server, and characteristic information related to the first terminal, and the server is capable of storing the information.
A construction process control system according to claim 17, further comprising an intelligent construction device capable of connecting to the first terminal and storing its own working parameter information or historical working parameters, and transmitting the same to the first terminal. The construction process information includes the work parameter information or a historical work parameter.
A construction process control system according to claim 17, further comprising a second terminal connectable to said server and for which the stored information is retrieved from said server.
A construction process control system according to claim 19, further comprising a third terminal connectable to said second terminal or server for information transmission.
The construction process control system according to claim 20, wherein the second terminal or the third terminal is capable of transmitting task information to the first terminal through the server.
A construction process control system according to claim 20, wherein said second terminal or third terminal is capable of transmitting confirmation information to the server.
A construction process control system according to claim 20, wherein said service The server can send the commodity information related to the construction process to the first terminal, the second terminal, and the third terminal.
The first terminal of the construction front line is characterized in that it comprises an information acquisition end, which is capable of collecting construction site information and characteristic information of the first terminal;

Also included is a transmitting/receiving end that has a communication function with a computer server.
A first front end of a construction line according to claim 24, comprising a CPU, capable of being connected with the intelligent construction equipment and completing the control process in the construction of the intelligent construction equipment.