CN114781938A - Active engineering construction equipment intelligence management and control device and system - Google Patents
Active engineering construction equipment intelligence management and control device and system Download PDFInfo
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- CN114781938A CN114781938A CN202210694354.5A CN202210694354A CN114781938A CN 114781938 A CN114781938 A CN 114781938A CN 202210694354 A CN202210694354 A CN 202210694354A CN 114781938 A CN114781938 A CN 114781938A
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Abstract
The invention relates to a management and control system, in particular to an intelligent management and control device and system for active engineering construction equipment. It includes personnel management module, equipment control module, task processing module and risk assessment module, wherein: the personnel management module manages the authority of the staff according to the work content and marks the staff; in this active engineering construction equipment intelligence management and control system, bind through the authority with equipment authority and staff, make the staff can't carry out the violation operation, the information that utilizes the authority simultaneously carries out quick distribution to the task, so that improve the efficiency of task distribution, it needs higher level to formulate usually to have solved present task, then transfer step by step, the state that needs acquire the staff at the in-process of transferring, whether can accomplish this task, then distribute the task according to the personnel of participating in the task, need consume the problem of a large amount of time and manpower at the distribution in-process.
Description
Technical Field
The invention relates to a management and control system, in particular to an intelligent management and control device and system for active engineering construction equipment.
Background
In the current construction management, the daily management of construction equipment depends on handwritten records of management personnel, the management means is single, and the continuous supervision and task allocation of the construction equipment cannot be realized.
The current task is usually formulated by a superior level and then is transferred step by step, the state of a worker is required to be acquired in the transferring process, whether the task can be completed or not is determined, then the task is distributed according to the personnel participating in the task, and a large amount of time and labor are consumed in the distributing process;
in addition, some people can use the equipment of others to complete other tasks, so that illegal operation is caused, and the phenomenon that the tasks cannot be completed on time or the equipment is damaged is easily caused.
Disclosure of Invention
The invention aims to provide an active intelligent management and control device and system for engineering construction equipment, so as to solve the problems in the background technology.
In order to achieve the above object, an object of the present invention is to provide an active intelligent management and control system for engineering construction equipment, including a personnel management module, an equipment control module, a task processing module, and a risk assessment module, wherein:
the personnel management module manages the authority of the working personnel according to the working content and marks the working personnel;
the equipment control module identifies the authority of the marked personnel, starts the equipment when the authority of the staff is consistent with the authority in the equipment control module, and feeds back the state information of the equipment after the equipment is started;
the task processing module pre-allocates the issued tasks according to the number of the fed-back devices;
and the risk evaluation module analyzes and evaluates the risk of the task, and then finally allocates the staff in the pre-allocation by using the authority information of the staff.
As a further improvement of the technical scheme, the personnel management module comprises an authority management unit and a label entry unit,
the authority management unit sets authority according to the type of construction equipment;
the label input unit marks the staff to obtain staff labels, and inputs the corresponding authority into the staff labels according to the working content of the staff.
As a further improvement of the present technical solution, the device control module includes a tag identification unit, a controller unit, and a feedback communication unit, wherein:
the tag identification unit identifies a personnel tag of a worker operating the equipment, and starts the controller unit after the identification authority is matched, otherwise, the controller unit is not started;
the controller unit controls the operation of the construction equipment after being started;
and the feedback communication unit feeds back the running state to the task processing module after the construction equipment runs.
As a further improvement of the technical solution, the task processing module includes a task analysis unit, an equipment state acquisition unit, and a pre-allocation unit, wherein:
the task analysis unit analyzes the issued task to obtain an analysis result so as to determine construction equipment required by the task; the equipment state acquisition unit is used for counting the online quantity of the construction equipment according to the fed back running state;
and the pre-allocation unit pre-allocates tasks according to the analysis result and the online quantity of the construction equipment.
As a further improvement of the present technical solution, the risk assessment module includes a tag information identification unit, an operation proficiency analysis unit, and a task allocation unit, wherein:
the label information identification unit analyzes the personnel label information of the working personnel in the pre-distribution to obtain the working age information;
the operation proficiency analysis unit evaluates the risk of the task and selects corresponding working age information to obtain suitable personnel;
and the task distribution unit distributes the tasks to corresponding appropriate personnel through the feedback communication unit.
As a further improvement of the technical solution, the tag identification unit adopts a similarity matching algorithm, and the algorithm formula is as follows:
in the formula (I), the compound is shown in the specification,
the repetition rate of personnel label authority and label identification unit authority is set;
the number of elements shared by the personnel label authority and the label identification unit authority;
the number of elements which are individually owned by the personnel tag authority and the tag identification unit authority.
As a further improvement of the technical solution, the staff management module further includes an attendance recording unit, the attendance recording unit records attendance of the staff when the tag identification unit identifies the staff tag, and the attendance recording unit sends attendance information to the construction equipment corresponding to the staff through the feedback communication unit.
As a further improvement of the technical solution, the task processing module further includes an equipment density acquisition unit, and the equipment density acquisition unit locates the position of the tag identification unit and analyzes the time of entering the equipment for executing the task according to the number of the construction equipment at the construction site.
As the further improvement of this technical scheme, still include external personnel processing module, external personnel processing module includes that image acquisition unit, file acquisition unit, data identification unit and equip and issue the unit, wherein:
the image acquisition unit is used for capturing information of staff at the entrance of the construction site to obtain external staff;
the file acquisition unit scans paper files provided by foreign personnel to obtain a scanning result;
the data identification unit determines the working range of the external personnel for the key words in the scanning result, and marks corresponding equipment through the label input unit according to the working range;
the equipment dispensing unit dispenses the marked equipment to the alien person.
The invention also provides a device for controlling the intelligent management and control system of the active engineering construction equipment, which comprises an operation table, wherein a display screen is arranged on the side wall of the operation table, an image acquisition unit is positioned above the display screen and fixedly arranged on the side wall of the operation table, a file acquisition cavity is formed in the side wall of the operation table below the display screen, the file acquisition unit is arranged on the inner wall of the top of the file acquisition cavity, a plurality of equipment storage cabinets are arranged below the side wall of the operation table, and cabinet doors are hinged to openings of the equipment storage cabinets.
Compared with the prior art, the invention has the following beneficial effects:
in this active engineering construction equipment intelligence management and control system, bind through the authority with equipment authority and staff, make the staff can't carry out the violation operation, utilize the information of authority to carry out quick distribution to the task simultaneously, so that improve the efficiency of task distribution, it needs higher level to formulate usually to have solved present task, then transfer step by step, the state of staff need be obtained to transferring the in-process, whether can accomplish this task, then distribute the task according to the personnel of participating in the task, need consume the problem of a large amount of time and manpower at the distribution in-process.
Drawings
FIG. 1 is a schematic diagram of an overall module workflow of the present invention;
FIG. 2 is a schematic diagram of a worker management module according to the present invention;
FIG. 3 is a schematic diagram of the operation of the appliance control module of the present invention;
FIG. 4 is a schematic diagram of a task processing module according to the present invention;
FIG. 5 is a schematic flow chart of the risk assessment module of the present invention;
FIG. 6 is a schematic diagram of the external personnel processing module workflow of the present invention;
fig. 7 is a schematic structural diagram of the operation table of the present invention.
The various reference numbers in the figures mean:
100. a personnel management module; 110. a right management unit; 120. a label entry unit; 130. an attendance recording unit;
200. a device control module; 210. a tag identification unit; 220. a controller unit; 230. a feedback communication unit;
300. a task processing module; 310. a task analysis unit; 320. an equipment state acquisition unit; 330. a pre-allocation unit; 340. an equipment density acquisition unit;
400. a risk assessment module; 410. a tag information identification unit; 420. operating a proficiency analysis unit; 430. a task allocation unit;
500. a foreign person processing module; 510. an image acquisition unit; 520. a file collection unit; 530. a data identification unit; 540. an equipment dispensing unit;
600. an operation table; 610. a display screen; 620. a document collection chamber; 630. equipping a storage cabinet; 640. and a cabinet door.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", "clockwise", "counterclockwise", and the like, indicate orientations or positional relationships based on those shown in the drawings, merely for convenience of description and simplicity of description, and do not indicate or imply that the device or element so referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and thus, are not to be construed as limiting the present invention.
Further, in the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.
Referring to fig. 1 to 7, an objective of the present invention is to provide an active intelligent management and control system for engineering construction equipment, including a personnel management module 100, an equipment control module 200, a task processing module 300, and a risk assessment module, wherein:
the staff management module 100 manages the authority of the staff according to the work content and marks the staff;
the equipment control module 200 identifies the authority of the marked personnel, starts the equipment when the authority of the staff is consistent with the authority in the equipment control module 200, and feeds back the state information of the equipment after starting;
the task processing module 300 pre-allocates the issued tasks according to the number of the fed back devices;
the risk evaluation module analyzes and evaluates the risk of the task, then the authority information of the workers is used for finally distributing the workers in the pre-distribution, the equipment authority and the authority of the workers are bound, so that the workers cannot carry out illegal operation, and meanwhile, the information of the authority is used for rapidly distributing the task, so that the task distribution efficiency is improved.
In addition, the personnel management module 100 includes a rights management unit 110 and a label entry unit 120,
the authority management unit 110 performs authority setting according to the type of construction equipment, for example, an excavator needs the authority of the excavator, and a slag car needs the authority of the slag car;
the tag input unit 120 marks the staff to obtain a staff tag, and inputs the corresponding authority into the staff tag according to the work content of the staff, for example, if the staff is a excavator, the staff tag authority is the excavator, and the staff cannot control equipment such as a muck truck.
Further, the device control module 200 comprises a tag identification unit 210, a controller unit 220, and a feedback communication unit 230, wherein:
the tag identification unit 210 identifies personnel tags of workers operating the equipment, the controller unit 220 is started after the identification authorities are matched, otherwise, the personnel tags are not started, namely, authorities are arranged in the personnel tags of the workers, the tag identification unit 210 is installed in the construction equipment, when the workers enter the construction equipment, the tag identification unit 210 identifies the authorities in the personnel tags, and after the authorities are matched, the controller unit 220 controls the construction equipment to operate;
the controller unit 220 controls the operation of the construction equipment after being started;
the feedback communication unit 230 feeds back the operation state to the task processing module 300 after the construction equipment is operated, it should be noted that the operation state includes information of a person who operates the construction equipment and work information of the construction equipment, so that the task processing module 300 can clearly know the detailed state of the worker.
Still further, the task processing module 300 includes a task analysis unit 310, a device state acquisition unit 320, and a pre-allocation unit 330, where:
the task analysis unit 310 analyzes the issued task to obtain an analysis result, so as to determine a construction device required by the task, for example, a task of digging a pit, after the task is analyzed, it is known that an excavator and a muck car are required, and when a plurality of pits are required to be dug by the task, the task analysis unit 310 analyzes the number of the excavators and the muck cars required, it should be noted that the task analysis unit 310 can analyze by using big data to improve the accuracy of the analysis result;
the equipment state acquisition unit 320 counts the online number of the construction equipment according to the feedback running state;
the pre-allocation unit 330 pre-allocates tasks according to the analysis result and the on-line number of the construction equipment.
Specifically, the risk assessment module 400 includes a tag information identification unit 410, an operation proficiency analysis unit 420, and a task allocation unit 430, wherein:
the tag information identification unit 410 analyzes the personnel tag information of the staff in the pre-distribution to obtain the work age information;
the operation proficiency analyzing unit 420 evaluates the risk of the task and selects corresponding working age information to obtain suitable personnel;
the task allocation unit 430 allocates the task to the corresponding appropriate personnel through the feedback communication unit 230, and the identity information of the worker is also entered when the authority information is entered, so that the information of the worker can be used to obtain the work age, and the fact that the work age is large means that the work time is long and the work experience is large, so that when the task has a certain risk, the task allocation can ensure the task completion quality.
In addition, the tag identification unit 210 adopts a similarity matching algorithm, and the algorithm formula is as follows:
in the formula (I), the compound is shown in the specification,
the repetition rate of the personnel tag authority and the label identification unit 210 authority;
the number of elements common to the personnel tag authority and the tag identification unit 210 authority;
the number of elements that the personnel tag authority and the tag identification unit 210 authority have separately; when in use
When the number of the elements individually owned by the tag authority of the representative person and the tag identification unit 210 is 0, it means that
Indicating that the personnel tag authority is the same as and matches the authority of the tag identification unit 210.
Further, in order to optimize attendance management of a worker, the worker management module 100 further includes an attendance recording unit 130, the attendance recording unit 130 records attendance of the worker when the tag identification unit 210 identifies the tag of the worker, the attendance recording unit 130 transmits attendance information to the construction equipment corresponding to the worker through the feedback communication unit 230, considering that some attendance equipment is installed in the construction equipment, and when the worker does not inadvertently get into other construction equipment, attendance checking and card punching cannot be performed, but the worker actually arrives at the construction site, for this reason, when the worker inadvertently gets into other construction equipment, the tag identification unit 210 identifies the tag of the worker, and although the authority of the worker cannot start the vehicle, the tag identification unit 210 still records the identification information, and the record is sent to the attendance recording unit 130 in the construction equipment corresponding to the worker through the feedback communication unit 230, so that the function of punching the card is realized.
Further, a plurality of devices are usually present in the construction site, and when a number of devices executing a task are not yet available, if a device enters later, the movement of the device executing the task is affected, so that the efficiency of completing the task is reduced.
Further, in order to enable the control of the alien person, an alien person handling module 500 is further included, the alien person handling module 500 including an image collecting unit 510, a file collecting unit 520, a data recognizing unit 530, and an equipment issuing unit 540, wherein:
the document collection unit 520 scans paper documents provided by foreign persons to obtain scanning results;
the data recognition unit 530 determines the working range of the external personnel for the keywords in the scanning result, and marks the corresponding equipment through the label input unit 120 according to the working range;
the equipment issuing unit 540 issues the marked equipment to the external personnel, and considering that the external personnel is required to operate under some conditions, if the equipment needs to be maintained, when the external personnel enters a construction site, the maintenance certification needs to be provided, the maintenance certification is put into the file acquisition unit 520, then scanning and analyzing are carried out, keywords in the file, such as 'maintenance', are obtained, the equipment issuing unit 540 issues the maintenance tool to the external personnel, meanwhile, the authority of the maintenance tool is marked, the authority is consistent with that of the construction equipment, when the label identification unit 210 identifies the authority, the maintenance protection is also contacted, namely, before maintenance, the authority of the label identification unit 210 is modified into the maintenance authority, at the moment, the personnel except the maintenance personnel cannot control the equipment, and the equipment is prevented from being damaged excessively.
The invention also aims to provide a device for controlling any one of the above intelligent management and control systems of the active engineering construction equipment, which comprises an operation table 600, wherein a display screen 610 is arranged on the side wall of the operation table 600, an image acquisition unit 510 is positioned above the display screen 610 and fixedly arranged on the side wall of the operation table 600, a file acquisition cavity 620 is arranged below the display screen 610 on the side wall of the operation table 600, the file acquisition unit 520 is arranged on the inner wall of the top of the file acquisition cavity 620, a plurality of equipment storage cabinets 630 are arranged below the side wall of the operation table 600, a cabinet door 640 is hinged at the opening of each equipment storage cabinet 630, when a task is reached, a worker interacts with the management and control system through the display screen 610 and issues a task to the task processing module 300, the image acquisition unit 510 detects a person, when the entry of an external person is detected, the external person puts a paper file into the file acquisition cavity 620, the paper document is scanned by the document collection unit 520, and then the corresponding cabinet door 640 is opened by the equipment dispensing unit 540, so that the corresponding equipment can be taken by the external person.
Claims (10)
1. The utility model provides an active engineering construction equipment intelligence management and control system which characterized in that: the system comprises a personnel management module (100), an equipment control module (200), a task processing module (300) and a risk assessment module (400), wherein:
the personnel management module (100) manages the authority of the staff according to the work content and marks the staff;
the equipment control module (200) identifies the authority of the marked personnel, starts the equipment when the authority of the working personnel is consistent with the authority in the equipment control module (200), and feeds back the state information of the equipment after starting;
the task processing module (300) pre-allocates the issued tasks according to the number of the fed back devices;
the risk evaluation module (400) analyzes and evaluates the risk of the task, and then finally allocates the staff in the pre-allocation by using the authority information of the staff.
2. The active engineering construction equipment intelligent management and control system of claim 1, wherein: the people management module (100) comprises a rights management unit (110) and a label entry unit (120),
the authority management unit (110) performs authority setting according to the type of construction equipment;
the label input unit (120) marks the staff to obtain staff labels, and inputs corresponding authorities into the staff labels according to the work content of the staff.
3. The active engineering construction equipment intelligent management and control system of claim 2, wherein: the device control module (200) comprises a tag identification unit (210), a controller unit (220) and a feedback communication unit (230), wherein:
the tag identification unit (210) identifies a personnel tag of a worker operating the equipment, and the controller unit (220) is started after the identification authority is matched, otherwise, the controller unit is not started;
the controller unit (220) controls the operation of the construction equipment after being started;
the feedback communication unit (230) feeds back the operation state to the task processing module (300) after the construction equipment is operated.
4. The active engineering construction equipment intelligent management and control system of claim 3, wherein: the task processing module (300) comprises a task analysis unit (310), a device state acquisition unit (320) and a pre-allocation unit (330), wherein:
the task analysis unit (310) analyzes the issued task to obtain an analysis result so as to determine the construction equipment required by the task;
the equipment state acquisition unit (320) counts the online quantity of the construction equipment according to the feedback running state;
the pre-allocation unit (330) pre-allocates tasks according to the analysis result and the online quantity of the construction equipment.
5. The active engineering construction equipment intelligent management and control system of claim 4, wherein: the risk assessment module (400) comprises a tag information identification unit (410), an operation proficiency analysis unit (420), and a task allocation unit (430), wherein:
the label information identification unit (410) analyzes the personnel label information of the working personnel in the pre-distribution to obtain the working age information;
the operation proficiency analyzing unit (420) evaluates the risk of the task and selects corresponding working age information to obtain suitable personnel;
the task distribution unit (430) distributes the tasks to the corresponding appropriate personnel through the feedback communication unit (230).
6. The active engineering construction equipment intelligent management and control system of claim 3, wherein: the tag identification unit (210) adopts a similarity matching algorithm, and the algorithm formula is as follows:
in the formula (I), the compound is shown in the specification,
the repetition rate of the personnel label authority and the authority of the label identification unit (210);
the number of elements shared by the personnel tag authority and the authority of the tag identification unit (210);
the number of elements that the personnel tag authority and the tag identification unit (210) authority have separately.
7. The active engineering construction equipment intelligent management and control system of claim 2, characterized in that: the personnel management module (100) further comprises an attendance recording unit (130), the attendance recording unit (130) records the attendance of the worker when the tag identification unit (210) identifies the tag of the worker, and the attendance recording unit (130) sends the attendance information to the construction equipment corresponding to the worker through the feedback communication unit (230).
8. The active engineering construction equipment intelligent management and control system of claim 1, characterized in that: the task processing module (300) further comprises an equipment density acquisition unit (340), wherein the equipment density acquisition unit (340) is used for positioning the position of the label identification unit (210) and analyzing the entrance time of equipment for executing the task according to the quantity of construction equipment at the construction site.
9. The active engineering construction equipment intelligent management and control system of claim 2, characterized in that: further comprising a foreign person handling module (500), the foreign person handling module (500) comprising an image acquisition unit (510), a file acquisition unit (520), a data recognition unit (530) and an equipment dispensing unit (540), wherein:
the image acquisition unit (510) is used for capturing information of staff at the entrance of the construction site to obtain foreign staff;
the file acquisition unit (520) scans paper files provided by external personnel to obtain a scanning result;
the data identification unit (530) determines the working range of the foreign person for the key words in the scanning result, and marks corresponding equipment through the label input unit (120) according to the working range;
the equipment dispensing unit (540) dispenses the marked equipment to the alien person.
10. An apparatus for controlling the intelligent management and control system of active engineering construction equipment according to any one of claims 1 to 9, wherein: including operation panel (600), the lateral wall of operation panel (600) is provided with display screen (610), image acquisition unit (510) are located the top of display screen (610), the fixed lateral wall that sets up at operation panel (600) of image acquisition unit (510), file collection chamber (620) have been seted up to the below that operation panel (600) lateral wall is located display screen (610), file acquisition unit (520) set up the top inner wall in file collection chamber (620), the lateral wall below of operation panel (600) is provided with a plurality of storage cabinets of equipping (630), the opening part of equipping storage cabinets (630) articulates there is cabinet door (640).
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| CN115796560A (en) * | 2023-02-06 | 2023-03-14 | 一智科技有限公司 | Authority management method and system for constructors |
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