CN108256823B - Intelligent material data detection management system and installation method thereof - Google Patents
Intelligent material data detection management system and installation method thereof Download PDFInfo
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Abstract
In order to solve the problems that the existing material data detection management system is complex in equipment construction, difficult to reuse and incapable of meeting the requirements of mobility and adaptability, the invention provides an intelligent material data detection management system and an installation method thereof. The invention discloses an intelligent material data detection management system which comprises a vehicle license plate recognition system, a vehicle command system, a two-dimensional code form data entry system, a vehicle weight weighing system, a system terminal, a first mounting column, a second mounting column, a third mounting column, a fourth mounting column and a fifth mounting column, wherein the first mounting column, the second mounting column, the third mounting column, the fourth mounting column and the fifth mounting column are provided with wiring ports. The intelligent material data detection management system is high in flexibility and simple to build, all hardware is installed on a specific installation column according to a preset design requirement in an integrated mode and is carried by taking the installation column as a unit, system migration can be carried out in a short time, and the requirement of the intelligent material data detection management system on 'migratability' is met.
Description
Technical Field
The invention belongs to the field of material management of construction sites, and discloses an intelligent material data detection management system and an installation method thereof.
Background
The competition of the construction engineering market in China is increasingly violent, and the requirement of construction enterprises on the refinement degree of engineering field management is higher and higher. Therefore, the method has extremely important significance for reducing the cost investment and improving the economic benefit by strengthening the material management of the engineering site, particularly controlling and managing the quantity and consumption condition of the materials. Therefore, the fine management of large amount and multiple kinds of materials becomes an increasingly urgent demand in engineering management.
At present, most engineering sites still adopt the modes of manual record confirmation, paper form transmission and manual command vehicle weighing. The mode ensures that the whole process has slow rhythm and is not suitable for engineering sites with fast rhythm and high intensity operation; meanwhile, the engineering site is numerous and diverse in personnel quality, so that the comprehensive real-time monitoring of the site materials by utilizing manpower is almost impossible and cannot be popularized.
Nowadays, hardware equipment and software equipment of a similar intelligent material data detection management system appear at home and abroad. But often the equipment is built complicatedly, is difficult to reuse, like: the ground induction coil is needed to be adopted or a foundation trench is needed to be excavated. Or the existing hardware used in the engineering field has the modification requirements, such as: and an RFID information identification card is adopted for information identification and the like. Therefore, none of the existing devices can meet the requirements of mobility and adaptability.
Disclosure of Invention
In order to solve the problems that the existing material data detection management system is complex in equipment construction, difficult to reuse and incapable of meeting the requirements of mobility and adaptability, the invention provides an intelligent material data detection management system and an installation method thereof.
The technical scheme of the intelligent material data detection management system is as follows:
an intelligent material data detection management system comprises a vehicle license plate recognition system, a vehicle command system, a two-dimensional code form data entry system, a vehicle weight weighing system, a system terminal, a first mounting column, a second mounting column, a third mounting column, a fourth mounting column and a fifth mounting column, wherein the first mounting column, the second mounting column, the third mounting column, the fourth mounting column and the fifth mounting column are provided with wiring ports;
the vehicle license plate recognition system comprises a first camera arranged at a vehicle inlet and a second camera arranged at a vehicle outlet;
the vehicle command system comprises a first light curtain sensor and a first display which are arranged at a vehicle inlet, and a second light curtain sensor and a second display which are arranged at a vehicle outlet, wherein transceivers of the first light curtain sensor are positioned at the left side and the right side of the vehicle inlet, and transceivers of the second light curtain sensor are positioned at the left side and the right side of the vehicle outlet;
the two-dimensional code form data entry system comprises a two-dimensional code scanner;
the vehicle weight weighing system comprises a weighbridge which is arranged between a vehicle inlet and a vehicle outlet;
the first mounting column is mounted on the right side of a vehicle entrance, one transceiver of the first camera, the first display and the first light curtain sensor is integrated on the first mounting column, cables of the first camera, the first display and the first light curtain sensor transceiver are arranged inside the first mounting column and connected with the inner side of a wiring port of the first mounting column, and the outer side of the wiring port of the first mounting column is connected with a system terminal through a lead;
the second mounting column is mounted on the left side of a vehicle entrance, the other transceiver of the first light curtain sensor is integrated on the second mounting column, a cable of the other transceiver of the first light curtain sensor is arranged inside the second mounting column and is connected with the inner side of a wiring port of the second mounting column, and the outer side of the wiring port of the second mounting column is connected with a system terminal through a lead;
the third mounting column is mounted on the right side of a vehicle outlet, one transceiver in the second light curtain sensor is integrated on the third mounting column, a cable of one transceiver in the second light curtain sensor is arranged in the third mounting column and is connected with the inner side of a wiring port of the third mounting column, and the outer side of the wiring port of the third mounting column is connected with a system terminal through a wire;
the fourth mounting column is mounted on the left side of a vehicle outlet, another transceiver in the second camera, the second display and the second light curtain sensor is integrated on the fourth mounting column, cables of the second camera, the second display and the second light curtain sensor transceiver are arranged in the fourth mounting column and are connected with the inner side of a wiring port of the fourth mounting column, and the outer side of the wiring port of the fourth mounting column is connected with the system terminal through a lead;
the two-dimensional code scanner is integrated on a fifth mounting column, a cable of the two-dimensional code scanner is arranged inside the fifth mounting column and is connected with the inner side of a wiring port of the fifth mounting column, and the outer side of the wiring port of the fifth mounting column is connected with a system terminal through a lead;
the ground scale is connected with the system terminal through a lead.
The intelligent material data detection management system has the beneficial effects that:
according to the intelligent material data detection management system, hardware needing to be installed on site is integrated on five installation columns in a factory according to the distribution positions of the hardware. When the system is installed on site, the installation of the system can be completed only by installing the installation column at the corresponding position and then connecting the installation column with the system terminal through the lead. When the system needs to be moved, the installation column is disconnected from the system terminal connecting lead, then the installation column is dismantled, and then the system is installed in a new place.
The intelligent material data detection management system is high in flexibility and simple to build, all hardware is installed on a specific installation column according to a preset design requirement in an integrated mode and is carried by taking the installation column as a unit, system migration can be carried out in a short time, and the requirement of the intelligent material data detection management system on 'migratability' is met.
In addition, the intelligent material data detection management system has the following beneficial effects:
the camera of the vehicle license plate recognition system of the intelligent material data detection management system adopts the vehicle license plate recognition camera to realize the recognition of the vehicle license plate in the local camera. The camera can directly transmit the shot picture and the vehicle license plate data which are recognized to the system terminal through the data line.
The light curtain sensor of the vehicle command system of the intelligent material data detection management system can determine the position of a vehicle in a station. According to the positioning position information of the vehicle, a corresponding prompt and a prompt notice of the detection result are issued to the vehicle driver through the display screen, and the work of positioning, guiding and data displaying of the vehicle in the station is achieved.
The two-dimension code form data entry system of the intelligent material data detection management system is mainly used for reading a 'fixed two-dimension code' on an original transportation form of a transport vehicle driver, and after the two-dimension code is locally analyzed by a scanner, an analysis result is transmitted to a data line
The vehicle weight weighing system of the intelligent material data detection management system provided by the invention is used for weighing a vehicle and uploading data to a system terminal through a data line.
The system terminal of the intelligent material data detection management system is a core control terminal of the system. The signal lines connecting the subsystems transmit data of the subsystems to the terminal. The terminal can store, edit, analyze and upload data. Meanwhile, the terminal of the system is provided with a display system, so that field engineers can conveniently retrieve local data at any time.
Further, it is specific, in the intelligent material data detection management system, the fifth mounting column is installed on the side of the weighbridge.
Further, it is specific, intelligent material data detection management system in, vehicle command system still includes the megaphone, the megaphone is integrated on first erection column, the cable of megaphone sets up in the inside of first erection column to be connected with the wiring port inboard of first erection column. The microphone is used for communicating with the driver.
Further, it is specific, in the intelligent material data detection management system, for more convenient dismouting erection column, first erection column, second erection column, third erection column, fourth erection column and fifth erection column are fixed through inflation nail fixed part respectively.
Further, it is specific, intelligent material data detection management system in, the system terminal includes monitored control system and electrical power generating system, first erection column, second erection column, third erection column, fourth erection column and fifth erection column include data line and power cord with the wire that system terminal is connected, the data line with monitored control system connects, the power cord with electrical power generating system connects.
Further, specifically, in the intelligent material data detection management system, the data line is a network cable.
The invention also provides an installation method of the intelligent material data detection management system.
The technical scheme of the installation method of the intelligent material data detection management system comprises the following steps:
a first step of integrating a first camera, a first display, and a transceiver of a first light curtain sensor on a first mounting post in a factory; the other transceiver in the first light curtain sensor is integrated on the second mounting column; one transceiver in the second light curtain sensor is integrated on the third mounting column; another transceiver of the second camera, the second display, and the second light curtain sensor is integrated on the fourth mounting post; the two-dimensional code scanner is integrated on the fifth mounting column;
secondly, mounting a first mounting column, a second mounting column, a third mounting column, a fourth mounting column and a fifth mounting column on a construction site;
and thirdly, respectively connecting the first mounting column, the second mounting column, the third mounting column, the fourth mounting column and the fifth mounting column with a system terminal through wires.
The installation method of the intelligent material data detection management system has the following beneficial effects:
according to the installation method of the intelligent material data detection management system, hardware needing to be installed on site is integrated on five installation columns in a factory according to the distribution positions of the hardware. When the system is installed on site, the installation of the system can be completed only by installing the installation column at the corresponding position and then connecting the installation column with the system terminal through the lead. When the system needs to be moved, the installation column is disconnected from the system terminal connecting lead, then the installation column is dismantled, and then the system is installed in a new place.
The installation method of the intelligent material data detection management system is high in flexibility and simple to build, all hardware is installed on the specific installation column according to the preset design requirement in an integrated mode, the installation column is used as a unit for carrying, system migration can be carried out in a short time, and the requirement of the intelligent material data detection management system for being transferable is met.
Drawings
Fig. 1 is a schematic diagram of an intelligent material data detection management system according to the present invention.
Detailed Description
The invention is described in further detail below with reference to the figures and specific examples. Advantages and features of the present invention will become apparent from the following description and from the claims. It is to be noted that the drawings are in a very simplified form and are not to precise scale, which is merely for the purpose of facilitating and distinctly claiming the embodiments of the present invention.
Example 1:
referring to fig. 1, the intelligent material data detection management system of the present embodiment includes a vehicle license plate recognition system, a vehicle command system, a two-dimensional code form data entry system, a vehicle weight weighing system, a system terminal 601, and a first mounting column 101, a second mounting column 102, a third mounting column 103, a fourth mounting column 104, and a fifth mounting column 105, which are provided with wiring ports;
the vehicle license plate recognition system comprises a first camera 201 arranged at a vehicle inlet 901 and a second camera 202 arranged at a vehicle outlet 902;
the vehicle command system comprises a first light curtain sensor 301 and a first display 303 which are arranged at a vehicle inlet 901, and a second light curtain sensor 302 and a second display 304 which are arranged at a vehicle outlet 902, wherein transceivers of the first light curtain sensor 301 are positioned at the left side and the right side of the vehicle inlet 901, and transceivers of the second light curtain sensor 302 are positioned at the left side and the right side of the vehicle outlet 902;
the two-dimensional code form data entry system comprises a two-dimensional code scanner 401;
the vehicle weight weighing system comprises a weighbridge 501, wherein the weighbridge 501 is arranged between a vehicle inlet 901 and a vehicle outlet 902;
the first mounting column 101 is mounted at the right side of the vehicle entrance 901, one transceiver of the first camera 201, the first display 303 and the first light curtain sensor 301 is integrated on the first mounting column 101, cables of the first camera 201, the first display 303 and the first light curtain sensor 301 transceiver are arranged inside the first mounting column 101 and are connected with the inner side of the wiring port 1011 of the first mounting column 101, and the outer side of the wiring port 1011 of the first mounting column 101 is connected with the system terminal 601 through a lead;
the second mounting column 102 is mounted at the left side of the vehicle entrance 901, another transceiver of the first light curtain sensor 301 is integrated on the second mounting column 102, a cable of another transceiver of the first light curtain sensor 301 is arranged inside the second mounting column 102 and connected with the inner side of a wiring port 1021 of the second mounting column 102, and the outer side of the wiring port 1021 of the second mounting column 102 is connected with a system terminal 601 through a wire;
the third mounting column 103 is mounted at the right side of the vehicle outlet 902, one transceiver of the second light curtain sensor 302 is integrated on the third mounting column 103, a cable of one transceiver of the second light curtain sensor 302 is arranged inside the third mounting column 103 and is connected with the inner side of the wiring port 1031 of the third mounting column 103, and the outer side of the wiring port 1031 of the third mounting column 103 is connected with the system terminal 601 through a lead wire;
the fourth mounting post 104 is mounted on the left side of the vehicle exit 902, another transceiver of the second camera 202, the second display 304 and the second light curtain sensor 302 is integrated on the fourth mounting post 104, cables of the transceivers of the second camera 202, the second display 304 and the second light curtain sensor 302 are arranged inside the fourth mounting post 104 and are connected with the inner side of the wiring port 1041 of the fourth mounting post 104, and the outer side of the wiring port 1041 of the fourth mounting post 104 is connected with the system terminal 601 through a wire;
the two-dimensional code scanner 401 is integrated on the fifth mounting column 105, a cable of the two-dimensional code scanner 401 is arranged inside the fifth mounting column 105 and is connected with the inner side of the wiring port 1051 of the fifth mounting column 105, and the outer side of the wiring port 1051 of the fifth mounting column 105 is connected with the system terminal 601 through a wire;
the weighbridge 501 is connected with the system terminal 601 through a wire.
The intelligent material data detection management system integrates hardware needing field installation on five mounting columns according to the distribution positions of the hardware in a factory. When the system is installed on site, the installation of the system can be completed only by installing the installation column at the corresponding position and then connecting the installation column with the system terminal through a wire. When the system needs to be moved, the installation column is disconnected from the system terminal connecting lead, then the installation column is dismantled, and then the system is installed in a new place.
The intelligent material data detection management system is high in flexibility and simple to build, all hardware is installed on a specific mounting column according to preset design requirements in an integrated mode, the mounting column is used as a unit for carrying, system migration can be carried out in a short time, and the requirement of 'migratable' of the intelligent material data detection management system is met.
In addition, the camera of the vehicle license plate recognition system of the intelligent material data detection management system adopts the vehicle license plate recognition camera to realize that the vehicle license plate is recognized locally by the camera. The camera can directly transmit the shot picture and the recognized vehicle license plate data to the system terminal through the data line.
The light curtain sensor of the vehicle command system of the intelligent material data detection management system can determine the position of a vehicle in a station. According to the positioning position information of the vehicle, a corresponding prompt and a prompt notice of the detection result are issued to the vehicle driver through the display screen, and the work of positioning, guiding and data displaying of the vehicle in the station is achieved.
The two-dimension code form data entry system of the intelligent material data detection management system is mainly used for reading 'fixed two-dimension codes' on original transport forms of transport vehicle drivers, and after the two-dimension codes are locally analyzed by the scanner, analysis results are transmitted to the original transport forms through the data lines
The vehicle weighing system of the intelligent material data detection management system of the embodiment weighs the vehicle and uploads data to the system terminal through the data line.
The system terminal of the intelligent material data detection management system is a core control terminal of the system. The signal lines connecting the subsystems transmit data of the subsystems to the terminal. The terminal can store, edit, analyze and upload data. Meanwhile, the terminal of the system is provided with a display system, so that field engineers can conveniently retrieve local data at any time.
As a preferred embodiment, in the intelligent material data detection and management system, the fifth mounting column 105 is mounted on a side portion of the weighbridge 501.
As a preferred embodiment, in particular, in the intelligent material data detection and management system, the vehicle command system further includes a microphone 305, the microphone 305 is integrated on the first mounting post 101, and a cable of the microphone 305 is disposed inside the first mounting post 101 and connected to the inside of the connection port 1011 of the first mounting post 101. The microphone 305 is used to communicate with the driver.
In a preferred embodiment, in the intelligent material data detection and management system, the first mounting post 101, the second mounting post 102, the third mounting post 103, the fourth mounting post 104, and the fifth mounting post 105 are fixed by expansion nail fixing members, respectively, for facilitating mounting and dismounting of the mounting posts.
As a preferred embodiment, in the intelligent material data detection and management system, the system terminal 601 includes a monitoring system and a power system, the wires of the first erection column 101, the second erection column 102, the third erection column 103, the fourth erection column 104 and the fifth erection column 105, which are connected to the system terminal 601, include a data line and a power line, the data line is connected to the monitoring system, and the power line is connected to the power system.
As a preferred embodiment, in the intelligent material data detection management system, the data line is a network cable.
Example 2:
referring to fig. 1, the present embodiment provides an installation method of the intelligent material data detection management system described in embodiment 1.
The technical scheme of the installation method of the intelligent material data detection management system comprises the following steps:
a first step of integrating one transceiver of the first camera 201, the first display 303, and the first light curtain sensor 301 on the first mounting post 101 in a factory; the other transceiver in the first light curtain sensor 301 is integrated on the second mounting post 102; a transceiver in the second light curtain sensor 302 is integrated on the third mounting post 103; the second camera 202, the second display 304, and another transceiver in the second light curtain sensor 302 are integrated on the fourth mounting post 104; the two-dimensional code scanner 401 is integrated on the fifth mounting column 105;
secondly, installing a first installation column 101, a second installation column 102, a third installation column 103, a fourth installation column 104 and a fifth installation column 105 on a construction site;
thirdly, the first mounting post 101, the second mounting post 102, the third mounting post 103, the fourth mounting post 104 and the fifth mounting post 105 are respectively connected with the system terminal 601 through wires.
According to the installation method of the intelligent material data detection management system, hardware needing to be installed on site is integrated on five installation columns in a factory according to the distribution positions of the hardware. When the system is installed on site, the installation of the system can be completed only by installing the installation column at the corresponding position and then connecting the installation column with the system terminal through the lead. When the system needs to be moved, the installation column is disconnected from the system terminal connecting lead, then the installation column is dismantled, and then the system is installed in a new place.
The intelligent material data detection management system is high in flexibility and simple in construction, all hardware is installed on the specific installation column according to the preset design requirements in an integrated mode, the installation column is used as a unit for carrying, system migration can be carried out in a short time, and the requirement that the intelligent material data detection management system can migrate is met.
The above description is only for the purpose of describing the preferred embodiments of the present invention, and is not intended to limit the scope of the present invention, and any variations and modifications made by those skilled in the art based on the above disclosure are within the scope of the appended claims.
Claims (7)
1. An intelligent material data detection management system is characterized by comprising a vehicle license plate recognition system, a vehicle command system, a two-dimensional code list data entry system, a vehicle weight weighing system, a system terminal (601), a first mounting column (101), a second mounting column (102), a third mounting column (103), a fourth mounting column (104) and a fifth mounting column (105), wherein the first mounting column, the second mounting column, the third mounting column, the fourth mounting column and the fifth mounting column are provided with wiring ports;
the vehicle license plate recognition system comprises a first camera (201) arranged at a vehicle inlet (901) and a second camera (202) arranged at a vehicle outlet (902);
the vehicle command system comprises a first light curtain sensor (301) and a first display (303) which are arranged at a vehicle inlet (901), and a second light curtain sensor (302) and a second display (304) which are arranged at a vehicle outlet (902), wherein transceivers of the first light curtain sensor (301) are positioned at the left side and the right side of the vehicle inlet (901), and transceivers of the second light curtain sensor (302) are positioned at the left side and the right side of the vehicle outlet (902);
the two-dimensional code form data entry system comprises a two-dimensional code scanner (401);
the vehicle weight weighing system comprises a weighbridge (501), wherein the weighbridge (501) is arranged between a vehicle inlet (901) and a vehicle outlet (902);
the first mounting column (101) is mounted on the right side of a vehicle entrance (901), one transceiver of the first camera (201), the first display (303) and the first light curtain sensor (301) is integrated on the first mounting column (101), cables of the first camera (201), the first display (303) and the first light curtain sensor (301) transceiver are arranged inside the first mounting column (101) and are connected with the inner side of a wiring port (1011) of the first mounting column (101), and the outer side of the wiring port (1011) of the first mounting column (101) is connected with a system terminal (601) through a wire;
the second mounting column (102) is mounted on the left side of a vehicle entrance (901), another transceiver of the first light curtain sensor (301) is integrated on the second mounting column (102), a cable of another transceiver of the first light curtain sensor (301) is arranged inside the second mounting column (102) and is connected with the inner side of a wiring port (1021) of the second mounting column (102), and the outer side of the wiring port (1021) of the second mounting column (102) is connected with a system terminal (601) through a lead wire;
the third mounting column (103) is mounted on the right side of a vehicle outlet (902), one transceiver of the second light curtain sensor (302) is integrated on the third mounting column (103), a cable of one transceiver of the second light curtain sensor (302) is arranged inside the third mounting column (103) and is connected with the inner side of a wiring port (1031) of the third mounting column (103), and the outer side of the wiring port (1031) of the third mounting column (103) is connected with a system terminal (601) through a lead wire;
the fourth mounting column (104) is mounted on the left side of a vehicle outlet (902), another transceiver of the second camera (202), the second display (304) and the second light curtain sensor (302) is integrated on the fourth mounting column (104), cables of the second camera (202), the second display (304) and the second light curtain sensor (302) are arranged inside the fourth mounting column (104) and are connected with the inner side of a wiring port (1041) of the fourth mounting column (104), and the outer side of the wiring port (1041) of the fourth mounting column (104) is connected with the system terminal (601) through a wire;
the two-dimensional code scanner (401) is integrated on a fifth mounting column (105), a cable of the two-dimensional code scanner (401) is arranged inside the fifth mounting column (105) and is connected with the inner side of a wiring port (1051) of the fifth mounting column (105), and the outer side of the wiring port (1051) of the fifth mounting column (105) is connected with a system terminal (601) through a lead;
the ground scale (501) is connected with a system terminal (601) through a lead.
2. The intelligent material data detection and management system as claimed in claim 1, wherein the fifth mounting column (105) is mounted on the side of the weighbridge (501).
3. The intelligent material data detection and management system according to claim 1, wherein the vehicle command system further comprises a microphone (305), the microphone (305) is integrated on the first mounting column (101), and a cable of the microphone (305) is disposed inside the first mounting column (101) and connected to the inside of the connection port (1011) of the first mounting column (101).
4. The intelligent material data detection and management system according to claim 1, wherein the first mounting column (101), the second mounting column (102), the third mounting column (103), the fourth mounting column (104), and the fifth mounting column (105) are respectively fixed by expansion nail fixing components.
5. The intelligent material data detection and management system according to claim 1, wherein the system terminal (601) comprises a monitoring system and a power system, and the wires of the first mounting column (101), the second mounting column (102), the third mounting column (103), the fourth mounting column (104) and the fifth mounting column (105) connected to the system terminal (601) comprise a data line and a power line, the data line is connected to the monitoring system, and the power line is connected to the power system.
6. The intelligent material data detection and management system of claim 5, wherein the data line is a network cable.
7. An installation method of the intelligent material data detection management system according to any one of claims 1 to 6, characterized by comprising the following steps:
a first step of integrating a first camera (201), a first display (303), and a transceiver of a first light curtain sensor (301) on a first mounting post (101) in a factory; the other transceiver of the first light curtain sensor (301) is integrated on the second mounting post (102); a transceiver in the second light curtain sensor (302) is integrated on the third mounting column (103); another transceiver of the second camera (202), the second display (304), and the second light curtain sensor (302) is integrated on the fourth mounting post (104); the two-dimensional code scanner (401) is integrated on the fifth mounting column (105);
secondly, a first mounting column (101), a second mounting column (102), a third mounting column (103), a fourth mounting column (104) and a fifth mounting column (105) are mounted on a construction site;
and thirdly, connecting the first mounting column (101), the second mounting column (102), the third mounting column (103), the fourth mounting column (104) and the fifth mounting column (105) with a system terminal (601) through wires respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711474864.7A CN108256823B (en) | 2017-12-29 | 2017-12-29 | Intelligent material data detection management system and installation method thereof |
Applications Claiming Priority (1)
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