CN213303289U - Building garbage vehicle operation management system based on satellite positioning - Google Patents
Building garbage vehicle operation management system based on satellite positioning Download PDFInfo
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- CN213303289U CN213303289U CN202022152595.6U CN202022152595U CN213303289U CN 213303289 U CN213303289 U CN 213303289U CN 202022152595 U CN202022152595 U CN 202022152595U CN 213303289 U CN213303289 U CN 213303289U
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Abstract
The utility model discloses a building garbage vehicle operation management system based on satellite positioning, it includes control end, consumption field end, vehicle end and user end, communicates through the cloud network between control end, consumption field end, vehicle end and the user end. The construction waste vehicle operation management system based on satellite positioning adopts the whole-process supervision, and management personnel of a supervision center can watch various data of the vehicle in real time.
Description
Technical Field
The utility model relates to a vehicle management technical field especially relates to construction waste vehicle operation management system.
Background
In the prior art, a vehicle dispatching management system based on satellite positioning only monitors each transport vehicle, namely, monitoring devices such as satellite positioning and the like are arranged on the transport vehicles to monitor the real-time positions of the vehicles; and for some vehicles which do not participate in transportation, unified management, scheduling and monitoring are not carried out, so that the problem of confusion of the management operation of the construction waste vehicles is caused. In addition, the prior art has certain limitation to solving the problems of building rubbish source information tracking, vehicle matching, storage yard operation and the like.
Disclosure of Invention
In order to solve the problem, the utility model provides a construction waste vehicle operation management system based on satellite positioning. The system has comprehensive functions, reasonable design and effective operation, can carry out all-around, intelligent and diversified management and monitoring on the construction waste vehicle, and can simplify the law enforcement work and supervision operation of supervision departments so as to standardize the transportation and absorption behaviors of the construction waste vehicle.
The utility model provides a building rubbish vehicle operation management system based on satellite positioning, include:
the monitoring terminal comprises a data communication module, an information storage module and a supervision processing module; the data communication module of the monitoring end is used for communicating with a cloud network, the information storage module of the monitoring end is used for storing relevant information of a vehicle operation process, and the supervision processing module of the monitoring end is used for acquiring the relevant information of the vehicle operation process and sending a control instruction;
the system comprises a digestion site end, a storage terminal and a control system, wherein the digestion site end comprises an intelligent terminal and an access control system; the intelligent terminal of the absorption field end is used for displaying relevant information of the vehicle operation process and receiving a control instruction sent by the supervision processing module of the monitoring end; the access control system at the digestion site end is used for preventing unauthorized vehicles from passing;
the system comprises a vehicle end and a monitoring controller, wherein the vehicle end comprises an intelligent terminal and the monitoring controller; the intelligent terminal of the vehicle end is used for displaying relevant information of the vehicle operation process and receiving a control instruction sent by the supervision processing module of the monitoring end; the monitoring controller at the vehicle end comprises a data communication module, an information storage module, a map display module, a positioning module, a voice warning module and a control chip, wherein the control chip of the monitoring controller is respectively connected with the data communication module, the information storage module, the map display module, the positioning module and the voice warning module of the monitoring controller; the data communication module of the monitoring controller is used for communicating with a cloud network, and the information storage module of the monitoring controller is used for storing relevant information of a vehicle operation process;
and the using end is used for displaying relevant information of the vehicle operation process and receiving the control instruction sent by the supervision processing module.
Furthermore, the data communication module of the monitoring terminal is a router or a gateway, the information storage module of the monitoring terminal is a server, and the supervision processing module of the monitoring terminal is a computer.
Furthermore, the entrance guard system of the absorption side comprises a data communication module, an information storage module, an entrance controller, an automatic door, a camera and a ground pump, wherein the entrance controller is respectively connected with the ground pump, the automatic door, the camera and the data communication module of the entrance guard system, and the data communication module of the entrance guard system is connected with the information storage module of the entrance guard system; and the data communication module of the access control system is used for communicating with a cloud network.
Furthermore, the data communication module of the access control system is a router or a gateway, and the information storage module of the access control system is a magnetic disk.
Further, the relevant information of the vehicle operation process comprises vehicle position information, abnormal information, task information, supervision information and consumption processing process information.
Further, the user terminal comprises an intelligent terminal.
Furthermore, the intelligent terminal of the absorption field, the intelligent terminal of the vehicle end and the intelligent terminal of the user end are respectively a smart phone or a tablet computer, so that the intelligent terminal is convenient for users to use at any time.
Because the utility model discloses a structure of internet connection to can obtain following beneficial effect: acquiring vehicle condition information through a vehicle end monitoring controller, wherein the vehicle condition information is used for judging whether a vehicle runs normally or not; if the vehicle runs abnormally, an alarm is given out through a voice warning module at the vehicle end, and if the vehicle runs normally, the alarm is not given out. Building rubbish source information is obtained through a data communication module of a vehicle end monitoring controller and a data communication module of an intelligent terminal, the building rubbish source information is used for announcing the carrying requirements of surrounding vehicles, and the system carries the vehicles in a matched mode in an intelligent screening mode of conditions such as the nearest distance and the carrying requirements. The method comprises the steps that building rubbish consumption field information is obtained through a data communication module of a vehicle end monitoring controller and a data communication module of an intelligent terminal, the building rubbish consumption field information is used for confirming a nearest consumption field so that a vehicle can be dispatched to carry building rubbish to be stacked in the past, the remaining amount of the stacking at present can be known, and whether the vehicle consumption operation process is complete or not is checked. The monitoring end provides monitoring and processing information which is used for ensuring that the construction waste reaches a consumption site according to a planned route, and the process accords with laws and administrative regulations, if abnormity or violation occurs, a data communication module of the vehicle end monitoring controller and a data communication module of the intelligent terminal are utilized to immediately notify relevant units through a system for further monitoring and controlling, so that the monitoring controller is installed in a vehicle driver seat area through the vehicle end, the vehicle provides a power supply, and the data communication module exchanges real-time information with the vehicle end, a use end, a monitoring end and the consumption site end through the data communication module of the intelligent terminal, so as to achieve the target of legal transportation.
Drawings
The present invention will be further described with reference to the accompanying drawings.
Fig. 1 is the utility model discloses a building rubbish vehicle operation management system's based on satellite positioning schematic diagram.
Fig. 2 is a schematic diagram of the operation of the vehicle end and the absorption site end of the present invention.
Fig. 3 is a schematic view of the connection structure of the present invention.
Fig. 4 is a schematic diagram of the present invention.
Fig. 5 is a schematic structural diagram of the monitoring controller of the vehicle end of the present invention.
The reference signs explain:
1. the monitoring terminal 11, the data communication module 12, the information storage module 13, the supervision processing module;
2. the system comprises a digestion site end, 21, an intelligent terminal, 211, a data communication module, 212, an information storage module, 213, a map display module, 221, a data communication module, 222, an information storage module, 223, an entrance controller, 224, an automatic door (door stop), 225, a camera and 226, a ground pump;
3. the system comprises a vehicle end, a data communication module, an information storage module, a map display module, a positioning module, a monitoring controller, a data communication module 321, an antenna 3211, an information storage module 322, a map display module 323, a display controller 3231, a positioning module 324, a control chip 325, a voice warning module 326, an audio codec 3261, a power amplifier 3262 and a loudspeaker 3263, wherein the vehicle end comprises a vehicle end, the intelligent terminal 311, the data communication module 312, the information storage module 313, the map display module 314 and the positioning module 32;
4. a user side, 41, an intelligent terminal, 411, a data communication module, 412, an information storage module, 413, a map display module, 414, a positioning module;
5. cloud networks (internet);
6. a vehicle.
Detailed Description
As shown in fig. 1 to 3, a construction waste vehicle operation management system based on satellite positioning includes a monitoring terminal 1, a digestion site terminal 2, a vehicle terminal 3 and a use terminal 4. The using end 4 and the vehicle end 3 are respectively connected with the monitoring end 1 and the absorption field end 2 through a cloud network 5.
The monitoring terminal 1 comprises a data communication module 11, an information storage module 12 and a supervision processing module 13, wherein the data communication module 11 is connected with the cloud network 5, the information storage module 12 is connected with the data communication module 11, and the supervision processing module 13 is connected with the information storage module 12. The data communication module 11 may communicate with the outside through the cloud network 5, and the data communication module 11 may be a communication device commonly used in the art, such as a router and a gateway. Information storage module 12 may be a server. The supervision processing module 13 may be a computer. The monitor (monitor of computer) of the supervision processing module 13 can be used as a map display module.
The absorption field terminal 2 comprises an intelligent terminal 21 and an access control system. The intelligent terminal 21 includes a data communication module 211, an information storage module 212, a map display module 213 and a positioning module 214, and may be a smart phone or a tablet computer. The access control system comprises a data communication module 221, an information storage module 222, an entrance controller 223, an automatic door 224, a camera 225 and a ground pump 226, wherein the entrance controller 223 is respectively connected with the ground pump 226, the automatic door 224, the camera 225 and the data communication module 221, and the data communication module 221 is connected with the information storage module 222. The data communication module 221 may communicate with the outside through the cloud network 5, and the data communication module 221 may be a communication device commonly used in the art, such as a router or a gateway. The information storage module 222 may be a magnetic disk or other memory device.
The vehicle end 3 includes a smart terminal 31 and a monitoring controller 32. The intelligent terminal 31 includes a data communication module 311, an information storage module 312, a map display module 313 and a positioning module 314, and may be a smart phone or a tablet computer. As shown in fig. 5, the monitoring controller 32 includes a data communication module 321, an information storage module 322, a map display module 323, a positioning module 324, a control chip 325 and a voice warning module 326, wherein the control chip 325 is connected to the data communication module 321, the information storage module 322, the map display module 323, the positioning module 324 and the voice warning module 326, respectively. The data communication module 321 may adopt a wireless communication module commonly used in the prior art, and generally includes hardware such as a signal antenna 3211, a data signal processing chip, a SIM card socket, and the like. The voice alert module 326 is conventional in the art and typically includes hardware such as an audio codec 3261, a power amplifier 3262, and a speaker 3263. The map display module 323 belongs to the prior art, and generally comprises hardware such as a display controller 3231, an information interface, and a display screen. The positioning module 324 belongs to the prior art, generally includes hardware such as a positioning chip, an information interface, and information storage, and may be a GPS positioning module or a beidou positioning module.
The user terminal 4 includes an intelligent terminal 41, and the intelligent terminal 41 includes a data communication module 411, an information storage module 412, a map display module 413 and a positioning module 414, and may be a smart phone or a tablet computer.
And the digestion site end 2 is used for acquiring information such as a digestion position, a digestion weight, a digestion picture and the like of the construction waste vehicle. When the vehicle end 3 scans the QR code at the gate of the absorption site through the intelligent terminal 31, the position information obtained by comparing the positioning module 324 with the positioning module 314 of the intelligent terminal 31 is compared, and when the comparison is normal (the positions are the same), under the control of the entrance controller 223, the camera 225 performs photography recording and stores the same in the information storage module 222, and uploads the same to the cloud network 5 through the data communication module 221, and then the automatic door 224 is started to allow the vehicle 6 to enter the absorption site; weighing the vehicle 6 through the wagon balance 226, and transmitting the weighing result to the cloud network 5 through the data communication module 222; the consumption picture is shot on site through the intelligent terminal 21 by personnel in a consumption field, and the image is uploaded to the cloud network 5, so that the monitoring terminal 1 can inspect the consumption picture and confirm that the operation is completed, thereby ensuring normal consumption and protecting the environment.
Under the control of the control chip 325, the information transmitted by the cloud network 5 is stored in the information storage module 322 through the data communication module 321, and is notified to the user through the voice warning module 326 according to the information content, and the information is displayed through the map display module 323; the data communication module 321 obtains internet communication data and transmits the data to the positioning module 324 to obtain the site location information, and then the location information is displayed on the map display module 323, the data calculation in the process is stored in the information storage module 322, and the voice warning module 326 reminds the driver if an abnormal condition exists in the process. In the process of executing the task, the positioning module 324 can check the position information in real time and upload the result to the cloud network through the data communication module 321; when the vehicle reaches a planned absorption field, identity recognition and absorption operation follow-up are carried out conveniently, and if abnormal violation or absorption according to regulations occurs in the process, a related unit is immediately informed to carry out supervision operation through the supervision processing module 13; when an abnormal violation occurs, such as the position of the vehicle end 3 is wrong, or the second intelligent terminal scans a QR code, the identity and the position are found to be wrong, and the position error information is transmitted to the cloud network 5 through the entrance controller 223 arranged on the scene of the absorption site, so that the intelligent terminal can inspect the position error information.
As shown in fig. 4, the construction waste vehicle operation management system based on satellite positioning is connected with the internet through an information layer, performs related data calculation and stores related information, and then transmits the related information to a display layer; in addition, positioning information is acquired through the display layer and displayed on the map, and if abnormal conditions exist, the display layer can send out sound alarm reminding; the management layer executes vehicle and task assignment and supervision through the display layer information; the monitoring layer continues the consumption information of the execution result of the management layer and follows up whether the execution result of the supervision meets the expected result or not.
The software installed in the user terminal 4 may include login control, vehicle inquiry display, consumption station inquiry, vehicle reservation, order management, and system setting functions. The software installed in the vehicle end 3 may include login control, vehicle inquiry display, consumption station inquiry, order management, track feedback, and system setting functions. The software installed in the monitoring terminal 1 may include login control, consumption station inquiry, vehicle management, law enforcement management, and system setting functions.
The software installed in the intelligent terminal comprises a vehicle management module, a task pairing module, a task checking module, a positioning module, a consumption processing module and a supervision processing module; the vehicle management module is used for managing and controlling various basic information, appearance, vehicle load and other information of the vehicle and providing fleet advanced management and control work; the task pairing module is used for distributing proper vehicles to execute tasks based on the positions of the vehicle satellite positioning after acquiring basic information of a demand party; the task checking module is used for confirming the execution state of each checking point in the task execution stage so as to confirm the task execution integrity, detecting the task working state in real time, and sending warning information to the supervision processing module if the task working state is abnormal; the digestion processing module is used for acquiring information such as digestion positions, digestion weights, digestion pictures and the like of the construction waste vehicles and confirming task completion operation on site so as to ensure normal digestion and environmental protection; and the supervision processing module is used for receiving the abnormal information and the feedback data notified by the task checking module, the positioning module and the consumption processing module so as to immediately process and analyze the abnormal consumption behavior.
The task checking module is used for analyzing and calculating data obtained by each detection, and feeding back the task checking module or controlling each checking task; the information storage module is used for recording and storing the position, the abnormal information, the task information, the supervision information and the consumption processing process of the vehicle carrying process; the positioning module is used for acquiring the real-time position of the vehicle and feeding the position back to the vehicle management module, the task checking module and the task matching module, when the vehicle deviates from a set route, the voice warning module reminds a driver, and the monitoring processing module notifies a monitoring unit; the map display module is used for displaying various data, abnormal information and map positions; the voice warning module is used for prompting and broadcasting various abnormal information and task checking information of a driver through voice and carrying out voice navigation by matching with the map display module.
It should be noted that the present invention does not require protection software, and the used software can be designed by the user, as long as it can realize corresponding functions.
Utilize this building garbage vehicle operation management system based on satellite positioning, can carry out operation management to building garbage vehicle:
(1) referring to fig. 1, in the operation process of the vehicle end 3, data information is uploaded to the cloud network 5 in real time, and information collected offline is returned online through the cloud network 5, so that online supervision operation can be conveniently performed;
(2) referring to fig. 3, the monitoring end 1 synchronizes data with the cloud network 5, analyzes the data, determines which of the user ends 4 have a recycling requirement, and the monitoring end 1 obtains the location and requirement information of the user end 4; the monitoring end 1 retrieves the information of the nearest vehicle end 3 around according to the positioning information of the using end 4, obtains the positioning and vehicle-mounted condition information of the vehicle, judges the optimal vehicle by the monitoring end 1, issues scheduling information to the vehicle, and carries out absorption operation on the nearest absorption field end according to the using end 4; after the vehicle end 3 receives the scheduling information and the vehicle management personnel confirm the execution, the construction waste is recycled according to the scheduling information; when the vehicle has a sudden situation, the monitoring terminal 1 can also inquire surrounding recovery vehicles, communicate with other recovery vehicles and perform temporary scheduling; after the recovery is finished, the vehicle management personnel feeds back the situation through the vehicle end 3;
(3) referring to fig. 4, the vehicle end 3 synchronizes data with the monitoring end 1 through the information storage module and the data communication module of the information layer, and displays, locates and warns the information of the user end through the display layer by using the map display module 323, the location module 324 and the voice warning module 326; the monitoring end 1 carries out vehicle task management operation through a vehicle management module, a task pairing module and a task checking module of a management layer according to the positioning information of the using end 4; the consumption field end 2 feeds back the consumption condition according to the consumption processing module of the monitoring layer, and synchronously manages information by using the monitoring processing module through the monitoring end 1;
(4) the vehicle end 3, the user end 4, the monitoring end 1, and the absorption site end 2 can exchange information and issue commands, and the functions thereof refer to fig. 4; in addition, the vehicle end 3 is provided with a monitoring controller 32, please refer to fig. 1, the monitoring end 1 transmits information to the monitoring controller 32, receives the information through the data communication module 321 and the antenna 3211, stores the information in the information storage module 322, displays the information through the map display module 323 and the map display module 313 to enable the user to know the current state, and confirms the current vehicle position through the positioning module 324 and the positioning module 314 and stores the position in the information storage module 322 and the information storage module 312; the supervisory controller 32 includes a vehicle management module, a task pairing module, and a task checking module, and will issue a warning through the speaker 3263 of the voice alert module 326 if an abnormality or condition occurs.
Wherein, the data that the control end can obtain:
(1) equipment operation information: starting-up time, shutdown time, running time, the current accumulated running time, positioning information and running influence information;
(2) vehicle information: the vehicle position, the vehicle speed and other vehicle self information are obtained by data calculation according to the returned position information;
(3) vehicle-mounted material information: the weight, category and source are obtained by connecting the entrance controller of the monitoring terminal with the wagon balance and the category and source are obtained by inputting task information through the using terminal.
The above description is only a preferred embodiment of the present invention, and should not be taken as limiting the invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (7)
1. A construction waste vehicle operation management system based on satellite positioning comprises:
the monitoring terminal comprises a data communication module, an information storage module and a supervision processing module; the data communication module of the monitoring end is used for communicating with a cloud network, the information storage module of the monitoring end is used for storing relevant information of a vehicle operation process, and the supervision processing module of the monitoring end is used for acquiring the relevant information of the vehicle operation process and sending a control instruction;
the system comprises a digestion site end, a storage terminal and a control system, wherein the digestion site end comprises an intelligent terminal and an access control system; the intelligent terminal of the absorption field end is used for displaying relevant information of the vehicle operation process and receiving a control instruction sent by the supervision processing module of the monitoring end; the access control system at the digestion site end is used for preventing unauthorized vehicles from passing;
the system comprises a vehicle end and a monitoring controller, wherein the vehicle end comprises an intelligent terminal and the monitoring controller; the intelligent terminal of the vehicle end is used for displaying relevant information of the vehicle operation process and receiving a control instruction sent by the supervision processing module of the monitoring end; the monitoring controller at the vehicle end comprises a data communication module, an information storage module, a map display module, a positioning module, a voice warning module and a control chip, wherein the control chip of the monitoring controller is respectively connected with the data communication module, the information storage module, the map display module, the positioning module and the voice warning module of the monitoring controller; the data communication module of the monitoring controller is used for communicating with a cloud network, and the information storage module of the monitoring controller is used for storing relevant information of a vehicle operation process;
and the using end is used for displaying relevant information of the vehicle operation process and receiving the control instruction sent by the supervision processing module.
2. The satellite positioning-based construction waste vehicle operation management system according to claim 1, characterized in that: the data communication module of the monitoring end is a router or a gateway, the information storage module of the monitoring end is a server, and the supervision processing module of the monitoring end is a computer.
3. The construction waste vehicle operation management system based on satellite positioning according to claim 1 or 2, characterized in that: the entrance guard system at the absorption site end comprises a data communication module, an information storage module, an entrance controller, an automatic door, a camera and a ground pump, wherein the entrance controller is respectively connected with the ground pump, the automatic door, the camera and the data communication module of the entrance guard system, and the data communication module of the entrance guard system is connected with the information storage module of the entrance guard system; and the data communication module of the access control system is used for communicating with a cloud network.
4. The satellite positioning-based construction waste vehicle operation management system according to claim 3, characterized in that: the data communication module of the access control system is a router or a gateway, and the information storage module of the access control system is a magnetic disk.
5. The satellite positioning-based construction waste vehicle operation management system according to claim 3, characterized in that: the relevant information of the vehicle operation process comprises vehicle position information, abnormal information, task information, supervision information and consumption processing process information.
6. The satellite positioning-based construction waste vehicle operation management system according to claim 3, characterized in that: the using end comprises an intelligent terminal.
7. The satellite positioning-based construction waste vehicle operation management system according to claim 6, characterized in that: the intelligent terminal of the digestion site, the intelligent terminal of the vehicle end and the intelligent terminal of the user end are respectively an intelligent mobile phone or a tablet personal computer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022152595.6U CN213303289U (en) | 2020-09-27 | 2020-09-27 | Building garbage vehicle operation management system based on satellite positioning |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202022152595.6U CN213303289U (en) | 2020-09-27 | 2020-09-27 | Building garbage vehicle operation management system based on satellite positioning |
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| CN213303289U true CN213303289U (en) | 2021-05-28 |
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| CN202022152595.6U Active CN213303289U (en) | 2020-09-27 | 2020-09-27 | Building garbage vehicle operation management system based on satellite positioning |
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