阅读说明：本技术 一种道路施工过程中材料信息的采集方法 (Method for collecting material information in road construction process ) 是由 吴勇林 林龙胜 史炯 于 2020-04-13 设计创作，主要内容包括：本发明公开了一种道路施工过程中材料信息的采集方法,当工程车辆第一次上磅时,第一终端采集所述工程车辆的首重量；当在所述第一终端上插入唯一标识所述工程车辆的NFC芯片时,所述第一终端将采集到的所述首重量写入所述NFC芯片中；当所述工程车辆第二次上磅时,第二终端采集所述工程车辆的次重量；当在所述第二终端上插入所述NFC芯片时,所述第二终端读取所述NFC芯片中的所述工程车辆的首重量以及所述工程车辆的标识信息。本发明将NFC芯片作为数据交换介质,将道路施工中的各个阶段、各个地点的材料信息进行精确整合,最终上传到本地服务器,以便管理者能够通过访问本地服务器了解道路施工项目的具体情况。(The invention discloses a method for acquiring material information in a road construction process, wherein when an engineering vehicle is loaded with weight for the first time, a first terminal acquires the head weight of the engineering vehicle; when an NFC chip which uniquely identifies the engineering vehicle is inserted into the first terminal, the first terminal writes the collected first weight into the NFC chip; when the engineering vehicle is weighted for the second time, the second terminal collects the secondary weight of the engineering vehicle; when the NFC chip is inserted into the second terminal, the second terminal reads the first weight of the engineering vehicle and the identification information of the engineering vehicle in the NFC chip. The NFC chip is used as a data exchange medium, material information of each stage and each place in road construction is accurately integrated and finally uploaded to the local server, so that a manager can know the specific situation of a road construction project by accessing the local server.)

1. A method for collecting material information in a road construction process is characterized by comprising the following steps: the method comprises the following steps:

when the engineering vehicle is weighted for the first time, a first terminal collects the first weight of the engineering vehicle;

when an NFC chip which uniquely identifies the engineering vehicle is inserted into the first terminal, the first terminal writes the collected first weight into the NFC chip;

when the engineering vehicle is weighted for the second time, the second terminal collects the secondary weight of the engineering vehicle;

when the NFC chip is inserted into the second terminal, the second terminal reads the first weight of the engineering vehicle and the identification information of the engineering vehicle in the NFC chip and establishes a corresponding relation among the identification information of the engineering vehicle, the first weight and the secondary weight;

the second terminal uploads the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relationship to a local server;

in the feeding stage in the road construction process, the first weighing is weighing of a heavy vehicle, and the second weighing is weighing of an empty vehicle;

during a feeding stage of a road construction process, before the engineering vehicle is empty and is loaded with pounds, the method further comprises:

when the engineering vehicle enters a discharging place, inserting an NFC chip of the engineering vehicle into a third terminal so that the third terminal writes discharging information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the unloading information in the NFC chip and verifies the unloading information; and when the verification is passed, the second terminal executes the step of collecting the secondary weight of the engineering vehicle.

2. The method for collecting material information in a road construction process according to claim 1, characterized in that: the method further comprises the following steps:

when the engineering vehicle is used for weighing a pound for the first time, the first terminal collects the site information of weighing the pound for the first time through the camera;

when the NFC chip is inserted into the first terminal, the first terminal reads the identification information of the engineering vehicle in the NFC chip and establishes the corresponding relation between the identification information of the engineering vehicle and the field information;

the first terminal uploads identification information of the engineering vehicle and the field information which are in the corresponding relation to a local server;

when the engineering vehicle is weighted for the second time, the second terminal collects the field information of the second weighting through the camera;

after the second terminal reads the identification information of the engineering vehicle in the NFC chip, establishing the corresponding relation between the identification information of the engineering vehicle and the field information;

and the second terminal uploads the identification information of the engineering vehicle and the field information which are in the corresponding relationship to a local server.

3. The method for collecting material information in a road construction process according to claim 1, characterized in that: the method further comprises the following steps:

the second terminal generates a bill according to the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relation;

and the second terminal clears other information except the identification information of the engineering vehicle in the NFC.

4. The method for collecting material information in a road construction process according to claim 1, characterized in that: in the discharging stage of the road construction process, the first weighing is empty weighing, and the second weighing is heavy weighing.

5. The method for collecting material information in a road construction process according to claim 4, wherein: during a discharging stage of a road construction process, before the engineering vehicle is loaded with the weight, the method further comprises the following steps:

when the engineering vehicle enters a mixing station for charging, inserting an NFC chip of the engineering vehicle on a fourth terminal, so that the fourth terminal writes material combination information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the combined information of the materials in the NFC chip and establishes a corresponding relation between the combined information of the materials and the identification information of the engineering vehicle; and the second terminal uploads the identification information of the engineering vehicle and the combined information of the materials which are in the corresponding relationship to a local server.

6. The method for collecting material information in a road construction process according to claim 5, wherein: in a discharging stage in a road construction process, when the engineering vehicle enters a construction site, inserting an NFC chip of the engineering vehicle into a fifth terminal so that the fifth terminal reads identification information of the engineering vehicle in the NFC chip; and the fifth terminal establishes a corresponding relation between the identification information of the engineering vehicle and the construction site information, and uploads the identification information of the engineering vehicle and the construction site information which establish the corresponding relation to a local server.

Technical Field

The invention belongs to the technical field of road construction, and particularly relates to a method for acquiring material information in a road construction process.

Background

Road construction is a type of engineering with a relatively complex construction environment, and the amount of material used for road construction is large, for example, millions of tons of material are used in a small project department, and not to mention a large project which needs more than three hundred and ten thousand tons of material. In addition, suppliers of material may be as many as tens, hundreds, and vehicles transporting material are more likely to be hundreds, thousands. And because the road construction project is less in labor and the position of a stock ground is far away, continuous construction is carried out for 24 hours constantly in the construction process. That is, as many as hundreds of material transporting vehicles can continuously feed and discharge materials, and one material transporting vehicle can pass through the material transporting vehicle in 40 seconds. Therefore, the collection of material information in the continuous feeding and discharging process of vehicles for transporting materials for road construction at present does not have a mature mode which can be suitable for the road construction with the complex construction environment.

Disclosure of Invention

The invention mainly solves the technical problem of providing a method for collecting material information in the road construction process, which takes an NFC chip as a data exchange medium, accurately integrates the material information of each stage and each place in the road construction, and finally uploads the material information to a local server, so that a manager can know the specific situation of a road construction project by accessing the local server.

In order to solve the technical problems, the invention adopts a technical scheme that: a method of collecting material information during a road construction process, the method comprising:

when the engineering vehicle is weighted for the first time, a first terminal collects the first weight of the engineering vehicle;

when an NFC chip which uniquely identifies the engineering vehicle is inserted into the first terminal, the first terminal writes the collected first weight into the NFC chip;

when the engineering vehicle is weighted for the second time, the second terminal collects the secondary weight of the engineering vehicle;

when the NFC chip is inserted into the second terminal, the second terminal reads the first weight of the engineering vehicle and the identification information of the engineering vehicle in the NFC chip and establishes a corresponding relation among the identification information of the engineering vehicle, the first weight and the secondary weight;

the second terminal uploads the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relationship to a local server;

in the feeding stage in the road construction process, the first weighing is weighing of a heavy vehicle, and the second weighing is weighing of an empty vehicle;

during a feeding stage of a road construction process, before the engineering vehicle is empty and is loaded with pounds, the method further comprises:

when the engineering vehicle enters a discharging place, inserting an NFC chip of the engineering vehicle into a third terminal so that the third terminal writes discharging information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the unloading information in the NFC chip and verifies the unloading information; and when the verification is passed, the second terminal executes the step of collecting the secondary weight of the engineering vehicle.

The invention adopts a further technical scheme for solving the technical problems that:

further, the method further comprises:

when the engineering vehicle is used for weighing a pound for the first time, the first terminal collects the site information of weighing the pound for the first time through the camera;

when the NFC chip is inserted into the first terminal, the first terminal reads the identification information of the engineering vehicle in the NFC chip and establishes the corresponding relation between the identification information of the engineering vehicle and the field information;

the first terminal uploads identification information of the engineering vehicle and the field information which are in the corresponding relation to a local server;

when the engineering vehicle is weighted for the second time, the second terminal collects the field information of the second weighting through the camera;

after the second terminal reads the identification information of the engineering vehicle in the NFC chip, establishing the corresponding relation between the identification information of the engineering vehicle and the field information;

and the second terminal uploads the identification information of the engineering vehicle and the field information which are in the corresponding relationship to a local server.

Further, the method further comprises:

the second terminal generates a bill according to the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relation;

and the second terminal clears other information except the identification information of the engineering vehicle in the NFC.

In the discharging stage of the road construction process, the first weighing is empty weighing, and the second weighing is heavy weighing.

Further, in the discharging stage of the road construction process, before the engineering vehicle is loaded with the weight, the method further comprises the following steps:

when the engineering vehicle enters a mixing station for charging, inserting an NFC chip of the engineering vehicle on a fourth terminal, so that the fourth terminal writes material combination information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the combined information of the materials in the NFC chip and establishes a corresponding relation between the combined information of the materials and the identification information of the engineering vehicle; and the second terminal uploads the identification information of the engineering vehicle and the combined information of the materials which are in the corresponding relationship to a local server.

In a discharging stage in a road construction process, when the engineering vehicle enters a construction site, inserting an NFC chip of the engineering vehicle into a fifth terminal so that the fifth terminal reads identification information of the engineering vehicle in the NFC chip; and the fifth terminal establishes a corresponding relation between the identification information of the engineering vehicle and the construction site information, and uploads the identification information of the engineering vehicle and the construction site information which establish the corresponding relation to a local server.

The invention has the beneficial effects that: the NFC chip is used as a data exchange medium, material information of each stage and each place in road construction is accurately integrated and finally uploaded to the local server, so that a manager can know the specific situation of a road construction project by accessing the local server.

Drawings

Fig. 1 is a flowchart of a material information collection method according to the present invention.

Detailed Description

The following detailed description of the preferred embodiments of the present invention, taken in conjunction with the accompanying drawings, will make the advantages and features of the invention easier to understand by those skilled in the art, and thus will clearly and clearly define the scope of the invention.

Example (b): a method for collecting material information in a road construction process, as shown in fig. 1, the method comprising:

when the engineering vehicle is weighted for the first time, a first terminal collects the first weight of the engineering vehicle;

when an NFC chip which uniquely identifies the engineering vehicle is inserted into the first terminal, the first terminal writes the collected first weight into the NFC chip;

when the engineering vehicle is weighted for the second time, the second terminal collects the secondary weight of the engineering vehicle;

when the NFC chip is inserted into the second terminal, the second terminal reads the first weight of the engineering vehicle and the identification information of the engineering vehicle in the NFC chip and establishes a corresponding relation among the identification information of the engineering vehicle, the first weight and the secondary weight;

the second terminal uploads the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relationship to a local server;

in the feeding stage in the road construction process, the first weighing is weighing of a heavy vehicle, and the second weighing is weighing of an empty vehicle;

during a feeding stage of a road construction process, before the engineering vehicle is empty and is loaded with pounds, the method further comprises:

when the engineering vehicle enters a discharging place, inserting an NFC chip of the engineering vehicle into a third terminal so that the third terminal writes discharging information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the unloading information in the NFC chip and verifies the unloading information; and when the verification is passed, the second terminal executes the step of collecting the secondary weight of the engineering vehicle.

The method further comprises the following steps:

when the engineering vehicle is used for weighing a pound for the first time, the first terminal collects the site information of weighing the pound for the first time through the camera;

when the NFC chip is inserted into the first terminal, the first terminal reads the identification information of the engineering vehicle in the NFC chip and establishes the corresponding relation between the identification information of the engineering vehicle and the field information;

the first terminal uploads identification information of the engineering vehicle and the field information which are in the corresponding relation to a local server;

when the engineering vehicle is weighted for the second time, the second terminal collects the field information of the second weighting through the camera;

after the second terminal reads the identification information of the engineering vehicle in the NFC chip, establishing the corresponding relation between the identification information of the engineering vehicle and the field information;

and the second terminal uploads the identification information of the engineering vehicle and the field information which are in the corresponding relationship to a local server.

The method further comprises the following steps:

the second terminal generates a bill according to the identification information, the first weight and the second weight of the engineering vehicle establishing the corresponding relation;

and the second terminal clears other information except the identification information of the engineering vehicle in the NFC.

In the discharging stage of the road construction process, the first weighing is empty weighing, and the second weighing is heavy weighing.

During a discharging stage of a road construction process, before the engineering vehicle is loaded with the weight, the method further comprises the following steps:

when the engineering vehicle enters a mixing station for charging, inserting an NFC chip of the engineering vehicle on a fourth terminal, so that the fourth terminal writes material combination information into the NFC chip; when the NFC chip is inserted into the second terminal, the second terminal reads the combined information of the materials in the NFC chip and establishes a corresponding relation between the combined information of the materials and the identification information of the engineering vehicle; and the second terminal uploads the identification information of the engineering vehicle and the combined information of the materials which are in the corresponding relationship to a local server.

In a discharging stage in a road construction process, when the engineering vehicle enters a construction site, inserting an NFC chip of the engineering vehicle into a fifth terminal so that the fifth terminal reads identification information of the engineering vehicle in the NFC chip; and the fifth terminal establishes a corresponding relation between the identification information of the engineering vehicle and the construction site information, and uploads the identification information of the engineering vehicle and the construction site information which establish the corresponding relation to a local server.

The working principle of the invention is as follows:

the NFC chip is used as a data exchange medium, material information of each stage and each place in road construction is accurately integrated and finally uploaded to the local server, so that a manager can know the specific situation of a road construction project by accessing the local server.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent structural changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to other related technical fields, are included in the scope of the present invention.