CN113657796A - Management system of capital construction equipment - Google Patents

Management system of capital construction equipment Download PDF

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CN113657796A
CN113657796A CN202110977357.5A CN202110977357A CN113657796A CN 113657796 A CN113657796 A CN 113657796A CN 202110977357 A CN202110977357 A CN 202110977357A CN 113657796 A CN113657796 A CN 113657796A
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information
management unit
management
infrastructure
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张森
黄学涛
李小雨
刘书培
蔡贵军
唐平
叶龙剑
李承益
何晓梅
潘隆丰
张琴
巩建
徐川
南康康
任世祥
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Jianjian Tong Sanya International Technology Co ltd
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Abstract

The invention discloses a management system of capital construction equipment, which comprehensively manages and controls equipment from three aspects of equipment source, operation and later-stage management, and can realize the tracking management of the whole life cycle of the equipment; the comprehensiveness, the rationality and the efficiency of control are improved; the analysis of the capital construction equipment can be realized by means of the control data of the full life cycle, so that the management personnel can know the project condition, guide the management personnel to purchase the optimal equipment and maintain the equipment in time, and the aim of reducing the cost by utilizing the operation data of the equipment is fulfilled.

Description

Management system of capital construction equipment
Technical Field
The invention belongs to the technical field of management of infrastructure equipment, and particularly relates to a management system of infrastructure equipment.
Background
The equipment generally refers to machinery and devices commonly used in production or production, is a main component of fixed assets, and is a general term of material data which can be used for a long time in industrial enterprises and basically keeps the original physical form in use; in mechanical systems, equipment is generally referred to as both mechanical and power production facilities.
In various types of infrastructure construction, the used mechanical equipment is various in types and large in quantity, all aspects of the infrastructure and the whole construction life cycle are involved, if the equipment is not uniformly managed, the equipment is used if the equipment is small, and project construction is blocked if the equipment is large, so that the management coordination of the equipment is very important, and whether the management is reasonable or not directly influences the production and the income of enterprises; at present, most of equipment is managed manually, so that the management is not comprehensive, the efficiency is low, and time and labor are wasted; therefore, how to realize efficient management of the equipment in the infrastructure project becomes a problem to be solved urgently.
Disclosure of Invention
The invention aims to provide a management system of infrastructure equipment, which aims to solve the problems of incomplete management, low efficiency, time and labor waste and the like existing in the conventional manual management equipment.
In order to achieve the purpose, the invention adopts the following technical scheme:
the invention provides a management system of infrastructure equipment, which comprises: the system comprises an information standby management module, an equipment operation management module and an equipment later-period management module;
the equipment information management module is used for inputting equipment information of capital equipment, wherein the capital equipment comprises purchase equipment, lease equipment and self-control equipment, and the equipment information comprises purchase information, lease information and self-control equipment manufacturing information;
the equipment operation management module is used for acquiring work information of the infrastructure equipment on a project construction site so as to monitor the infrastructure equipment in real time according to the work information, wherein the work information comprises equipment entrance information, equipment site operation information and equipment maintenance information;
the equipment post-management module is used for acquiring the state information of the infrastructure equipment, classifying the state of the infrastructure equipment according to the state information, and performing idling, allocation, field withdrawal or scrapping treatment on the infrastructure equipment according to the state type corresponding to the infrastructure equipment, wherein the state type comprises idling, allocation, scrapping and field withdrawal.
Based on the above disclosure, the invention can realize the input of the equipment information (namely the input of the equipment information of the purchased equipment, the leased equipment and the self-made equipment) through the equipment information management module, thereby achieving the purpose of managing the equipment information of all the capital construction equipment in the enterprise; meanwhile, the equipment operation management module can acquire the work information of the infrastructure equipment entering the construction site in real time (namely the operation information from the approach data of the equipment to the work and the later maintenance data can be acquired), so that the real-time monitoring of the infrastructure equipment in the construction site can be realized; finally, the invention is also provided with an equipment post-management module which can realize the classification treatment of the capital construction equipment, namely, the capital construction equipment is divided into idle, allocation, scrapping and exit states, thereby correspondingly treating the capital construction equipment with different states and categories; therefore, the method can realize the control of the whole life cycle of the capital construction equipment, the data acquisition is real-time and automatic, no manual work is needed, the efficiency is high, and compared with manual management, the method is more comprehensive and reasonable in management.
Through the design, the device is comprehensively managed and controlled from the sources (namely purchasing, leasing and self-making), operation and later-period management of the device, and the tracking management of the whole life cycle of the device can be realized; the comprehensiveness, the rationality and the efficiency of control are improved; the analysis of the capital construction equipment can be realized by means of the control data of the whole life cycle, and the purpose of reducing the cost by utilizing the operation data of the equipment is achieved.
In one possible design, the device information management module includes: the system comprises a purchase management unit, a lease management unit and a self-control equipment management unit;
the purchase management unit is in communication connection with the purchase contract management unit and is used for acquiring a purchase order and a purchase contract so as to obtain the purchase equipment and the purchase information according to the purchase order and the purchase contract;
the lease management unit is in communication connection with the lease contract management unit and is used for acquiring a lease contract so as to obtain the lease equipment and the lease information according to the lease contract;
the home-made equipment management unit is used for acquiring warehouse-out materials and processing information so as to obtain the home-made equipment and the manufacturing information of the home-made equipment according to the warehouse-out materials and the processing information, wherein the processing information comprises material cost and labor cost.
In one possible design, the device information management module further includes: and the early warning prompting unit is in communication connection with the purchase management unit and the lease management unit and is used for generating an early warning prompt of equipment lease per-term payment and an early warning prompt of equipment purchase per-term payment according to the purchase contract and the lease contract.
Based on the above disclosure, through the purchase contract and the lease contract, the payment early warning prompt of each term can be realized when the equipment is purchased or leased, so that the manager is prompted to pay in time, and overdue is prevented; through the design, the use convenience and the practicability are improved.
In one possible design, the device information management module further includes: and the equipment use management unit is used for acquiring the use unit information of the infrastructure equipment.
Based on the above disclosure, by acquiring the information of the using units of the equipment, the place where the infrastructure equipment is located can be known, thereby facilitating the management and control of the infrastructure equipment.
In one possible design, the device operation management module includes: the system comprises an equipment approach statistical unit, an equipment operation management unit and an equipment maintenance management unit;
the device approach statistical unit is used for acquiring an approach examination and approval sheet so as to obtain the device approach information according to the approach examination and approval sheet;
the equipment operation management unit is in communication connection with the infrastructure equipment and is used for acquiring an equipment log of the infrastructure equipment, wherein the equipment log comprises an operation place, operation time, oil consumption and/or an early warning prompt;
the equipment operation management unit is also in communication connection with a user terminal and is used for receiving an equipment work account uploaded by the user terminal so as to obtain the on-site operation information of the equipment according to the equipment log and/or the equipment work account;
the equipment maintenance management unit is in communication connection with the infrastructure equipment and is used for acquiring maintenance and service data of the infrastructure equipment so as to obtain the equipment maintenance information according to the maintenance and service data.
Based on the above disclosure, by acquiring the approach information of the infrastructure equipment, managers can conveniently know the project condition through the approach information; the field operation information of the equipment can represent the equipment state of the capital construction equipment so as to know the operation condition of the project in real time according to the equipment state; meanwhile, the field operation information of the equipment comprises operation duration, so that maintenance and early warning of the infrastructure equipment can be realized, and a large amount of maintenance cost caused by equipment damage is avoided; in addition, through the maintenance and maintenance data of capital construction equipment, also can realize the real-time management and control of equipment state, discover equipment problem and maintenance condition in time, prevent equipment damage, further avoid a large amount of maintenance cost.
In one possible design, the equipment maintenance management unit is further configured to obtain equipment certification data and equipment loss data.
In one possible design, the device operation management module further includes: and the report generation unit is in communication connection with the equipment approach statistics unit and the equipment operation management unit and is used for generating a working report of the equipment according to the equipment approach information and the equipment field operation information.
Based on the above disclosure, the export of the device data can be realized, and the data archiving is facilitated.
In one possible design, the device operation management module further includes: and the equipment work analysis unit is in communication connection with the equipment operation management unit and is used for obtaining work output data of the capital equipment according to the equipment field operation information, and the work output data comprises the consumption and/or the work efficiency of equipment output.
In one possible design, the post-equipment management module includes: the system comprises an idle management unit, a transfer management unit, a field returning management unit and a scrap management unit;
the idle management unit is used for performing depreciation calculation on the infrastructure equipment in an idle state;
the allocation management unit is used for acquiring the running track, the working data and the depreciation data of the infrastructure equipment in the allocation state in real time so as to realize real-time monitoring on the infrastructure equipment in the allocation state;
the field-returning management unit is in communication connection with the equipment information management module and is used for carrying out field-returning settlement payment operation so as to carry out field-returning settlement processing on the capital construction equipment in a field-returning state;
and the scrapping management unit is used for replacing or auctioning the infrastructure equipment in a scrapped state.
In one possible design, the management system further includes: and the equipment data analysis module is in communication connection with the equipment information management module, the equipment operation management module and the equipment later-period management module, and is used for generating equipment life cycle analysis graphic data according to the equipment information, the working information and all data in the equipment later-period management module.
Based on the above disclosure, through the control data of the full life cycle data of the infrastructure equipment, the life cycle analysis graphic data of the equipment can be obtained, so that the image data can be used for analyzing the advantages and disadvantages of each equipment, managers can be guided to purchase the optimal equipment, and the construction of infrastructure projects and the construction cost can be reduced.
Drawings
Fig. 1 is an architecture diagram of a management system of infrastructure equipment provided by the present invention;
fig. 2 is a schematic structural diagram of a management system of infrastructure equipment provided by the present invention.
Detailed Description
The invention is further described with reference to the following figures and specific embodiments. It should be noted that the description of the embodiments is provided to help understanding of the present invention, but the present invention is not limited thereto. Specific structural and functional details disclosed herein are merely illustrative of example embodiments of the invention. This invention may, however, be embodied in many alternate forms and should not be construed as limited to the embodiments set forth herein.
It will be understood that, although the terms first, second, etc. may be used herein to describe various elements, these elements should not be limited by these terms. These terms are only used to distinguish one element from another. For example, a first element could be termed a second element, and, similarly, a second element could be termed a first element, without departing from the scope of example embodiments of the present invention.
It should be understood that, for the term "and/or" as may appear herein, it is merely an associative relationship that describes an associated object, meaning that three relationships may exist, e.g., a and/or B may mean: a exists alone, B exists alone, and A and B exist at the same time; for the term "/and" as may appear herein, which describes another associative object relationship, it means that two relationships may exist, e.g., a/and B, may mean: a exists independently, and A and B exist independently; in addition, for the character "/" that may appear herein, it generally means that the former and latter associated objects are in an "or" relationship.
Examples
In the management system of the infrastructure equipment provided by the first aspect of the embodiment, the equipment is comprehensively managed and controlled from the sources (namely purchasing, leasing and self-making), operation and later-stage management of the equipment, so that the tracking management of the whole life cycle of the equipment can be realized; the comprehensiveness, the rationality and the efficiency of control are improved; the analysis of the capital construction equipment can be realized by means of the control data of the whole life cycle, and the purpose of reducing the cost by utilizing the operation data of the equipment is achieved.
As shown in fig. 1 to 2, the management system of infrastructure equipment provided in the first aspect of this embodiment may include, but is not limited to: the device comprises a device information management module, a device operation management module and a device later-period management module.
In this embodiment, the device information management module is configured to enter device information of a infrastructure device, where the infrastructure device includes a purchase device, a lease device, and a self-control device, and the device information includes purchase information, lease information, and self-control device manufacturing information.
That is, in this embodiment, the device information of the infrastructure device is entered from the source of the infrastructure device, so as to manage the infrastructure device from the source, that is, referring to fig. 1 and fig. 2, the device information management module may include, but is not limited to: the system comprises a purchase management unit, a lease management unit and a self-control equipment management unit.
That is, in this embodiment, the sources of the devices are divided into three categories, which are: purchased equipment (i.e., purchased equipment), rental equipment, and homemade equipment; accordingly, the following illustrates how the aforementioned three management units enable the entry of device information:
in this embodiment, the purchase management unit is communicatively connected to a purchase contract management unit, and is configured to acquire a purchase order and a purchase contract, so as to obtain the purchase equipment and the purchase information according to the purchase order and the purchase contract.
For example, the purchase order may include, but is not limited to: the name, type, quantity and/or brand of the purchased equipment; and the purchase contract may be, but is not limited to, the following notes: the name, the type, the quantity, the unit price, the total purchase amount, the purchase time, the purchase payment method, the purchaser and/or the seller and the like of the purchase equipment; therefore, the equipment purchased by the enterprise and the corresponding equipment information can be obtained according to the purchase order and the purchase contract.
In this embodiment, the purchase order and the purchase contract may be uploaded to the purchase contract management unit through the user terminal, but not limited thereto.
Similarly, the lease management unit is in communication connection with the lease contract management unit and is used for acquiring a lease contract so as to obtain the lease equipment and the lease information according to the lease contract.
For example, the exemplary rental contracts can be described, but not limited to: the method comprises the following steps of (1) obtaining the name of the rental equipment, equipment information (type, variety, manufacturer, warranty period, maintenance times, fault reason and the like) of the rental equipment, the rental price, the rental payment mode, the rental time, the rental party and the rental party; therefore, the equipment leased by the enterprise and the corresponding equipment information can be obtained according to the lease contract.
In this embodiment, the homemade device management unit is used for acquiring warehouse-out materials and processing information, so as to obtain the homemade devices and the homemade device manufacturing information according to the warehouse-out materials and the processing information.
In this embodiment, the homemade equipment refers to equipment that is processed by workers; therefore, the names, types and quantity of equipment self-made by enterprise workers can be obtained only by managing the ex-warehouse materials and the processing information; in the present embodiment, the example processing information may include, but is not limited to, material cost, labor cost, and name of the device to be processed; therefore, the homemade equipment of the enterprise and the corresponding homemade equipment manufacturing information can be obtained.
In this embodiment, the self-control device management unit may further obtain the self-control devices of the enterprise and corresponding device information by obtaining the self-control device ledger; the homemade equipment account can be uploaded to the homemade equipment management unit by the user through the user terminal, but not limited to.
Therefore, the purchasing management unit, the leasing management unit and the self-control equipment management unit can classify the infrastructure equipment from the equipment source, so that the equipment information of the infrastructure equipment is classified and input.
In addition, in this embodiment, the exemplary device information management module further includes: the system comprises an equipment use management unit and an early warning prompting unit, wherein the equipment use management unit is used for acquiring use unit information of the infrastructure equipment; and the early warning prompting unit is in communication connection with the purchase management unit and the lease management unit and is used for generating an early warning prompt of equipment lease per-term payment and an early warning prompt of equipment purchase per-term payment according to the purchase contract and the lease contract.
The working principle of the device usage management unit and the early warning prompting unit is described as an example as follows:
for example, when the capital equipment is allocated to different construction units for use, an equipment use protocol is signed, and information such as user information (such as XX construction company, XX construction 3 bureau, etc.), used equipment names (XX brand excavator, XX brand bulldozer, XX brand blender, etc.), the number of capital equipment (XX brand excavator 10, XX brand bulldozer 5, XX brand blender 30), and use time of the capital equipment is marked on the protocol; therefore, the manager can obtain the user information of each infrastructure equipment by only using the user terminal to upload the use protocol to the equipment use management unit, so that the infrastructure equipment can be comprehensively controlled.
Similarly, since the purchase payment method is described in the purchase contract already described above, and the rental payment method is described in the rental contract; therefore, if the payment mode adopts the installment payment, the lease contract and the purchase contract will necessarily indicate the installment number, the amount to be paid back and the payment date; therefore, the early warning prompting unit reads the information from the lease contract and the purchase contract, and generates an early warning prompt of payment for each term of equipment lease and an early warning prompt of payment for each term of equipment purchase.
For example, when an XX-brand excavator is rented, a payment method of installments is adopted, the installments of installments are 36 installments (one month is one installments), the repayment date is 25 days per month, and the repayment amount is 400 yuan; therefore, the warning prompt unit generates the following prompt information: XX corporation, 400 Yuan before 25 XX month in 2021.
Of course, in this embodiment, the generation principle of the payment early warning prompt for each time of device purchase is consistent with the foregoing, and details are not repeated herein.
Therefore, through the detailed explanation of the equipment information management module, the information input of the equipment according to the source, the management and control of equipment use units, the equipment purchase and the prompt of lease repayment can be realized.
Referring to fig. 1 and fig. 2, in this embodiment, the management system is further provided with an equipment operation management module, configured to acquire work information of the infrastructure equipment on a project construction site, so as to perform real-time monitoring on the infrastructure equipment according to the work information, where the work information includes equipment approach information, equipment site operation information, and equipment maintenance information.
Therefore, the working information of the infrastructure equipment on the construction site can be obtained through implementation, and the real-time monitoring of the infrastructure equipment on the construction site is achieved.
Referring to fig. 1 and 2, one specific structure of the device operation management module is provided as follows:
in this embodiment, the example device operation management module may include, but is not limited to: the system comprises an equipment approach statistical unit, an equipment operation management unit and an equipment maintenance management unit; that is, in this embodiment, the working information of the device on the construction site is obtained from three aspects of approach, work and maintenance of the infrastructure equipment, so that the infrastructure equipment can be monitored on the construction site in all aspects.
That is, in this embodiment, the apparatus approach statistics unit is configured to obtain an approach examination and approval sheet, so as to obtain the apparatus approach information according to the approach examination and approval sheet.
In this embodiment, the entrance examination and approval sheet may include, but is not limited to: the information of the names, the number, the approach time, the units of the approach equipment, the approach examination and approval responsible persons and the like; therefore, the equipment approach statistical unit can obtain the equipment approach information of the capital equipment through the approach examination and approval sheet.
In this embodiment, the entrance examination and approval sheet may be, but is not limited to be, uploaded to the device entrance statistical unit by a manager through the user terminal.
The equipment operation management unit is in communication connection with the infrastructure equipment and is used for acquiring an equipment log of the infrastructure equipment, wherein the equipment log comprises an operation place, operation time, oil consumption and/or an early warning prompt; that is, in this embodiment, the device operation management unit may directly establish a vehicle computer communication connection of the device (for example, a vehicle computer connection of an excavator, a bulldozer, and other devices), so as to read a device log in the vehicle computer, thereby obtaining information such as an operation location, an operation duration, an oil consumption, and/or an early warning prompt of the device.
Therefore, the field operation information of the equipment of the infrastructure equipment can be obtained through the equipment log of the infrastructure equipment.
In addition, due to the existence of capital construction equipment which is not provided with a traveling crane computer; therefore, the present embodiment further sets that the device operation management unit is communicatively connected with a user terminal, and is configured to receive the device work ledger uploaded by the user terminal; thereby obtaining the equipment field operation information of the capital construction equipment without the traveling computer according to the equipment work ledger; that is, the present embodiment may obtain the field operation information of the device according to the device log and/or the device work ledger.
Finally, the present embodiment further sets up the equipment maintenance management unit in communication connection with the infrastructure equipment, and is configured to obtain maintenance and service data of the infrastructure equipment, so as to obtain the equipment maintenance information according to the maintenance and service data.
In the embodiment, because the acquired field operation information of the equipment comprises the man-hour data and the maintenance data, the intelligent prompt of maintenance can be realized; for example, the equipment has been operated 500 days before last maintenance, and the interval time of maintenance is 600 days, so the maintenance prompt information can be generated at the time of 600 days, so as to avoid the damage of the equipment due to untimely maintenance, thereby causing a large amount of maintenance cost.
In this embodiment, for example, the equipment maintenance management unit is further configured to obtain equipment verification data and equipment loss data; therefore, the state of the equipment can be obtained by combining with the maintenance information, so that the equipment is maintained, maintained and repaired in time, the equipment is prevented from being damaged, and the maintenance cost of the equipment is reduced.
In addition, in this embodiment, the device operation management module further includes: the system comprises a report generation unit and an equipment work analysis unit, wherein the report generation unit is in communication connection with the equipment approach statistical unit and the equipment operation management unit.
Referring to fig. 1 and fig. 2, the report generating unit is communicatively connected to the device approach statistics unit and the device operation management unit, and is configured to generate a working report of a device according to the device approach information and the device field operation information; therefore, according to the working content reports such as daily reports, weekly reports and/or monthly reports of the information output equipment, data can be conveniently and directly exported to be filed, and the use convenience is improved.
Similarly, referring to fig. 1 and fig. 2, the device operation analysis unit is communicatively connected to the device operation management unit, and is configured to obtain operation output data of the infrastructure device according to the device field operation information, where the operation output data includes consumption of device output and/or work efficiency; through the design, the analysis of the productivity of the equipment can be realized according to the working output data of the equipment, so that the quantity and the type of the capital construction equipment in the construction project can be adjusted according to the analysis result, the maximum productivity is achieved, and the construction efficiency is improved.
In this embodiment, the consumption of the equipment output may be, but is not limited to, equal to fuel consumption + labor cost.
Therefore, through the detailed description of the equipment operation management unit, the method and the system can be convenient for managers to know the project condition through the entrance information by acquiring the entrance information of the capital construction equipment; the field operation information of the equipment can represent the equipment state of the infrastructure equipment, so that managers can know the operation condition of the project in real time according to the equipment state; meanwhile, the field operation information of the equipment comprises operation duration, so that maintenance and early warning of the infrastructure equipment can be realized, and a large amount of maintenance cost caused by equipment damage is avoided; in addition, through the maintenance and maintenance data of capital construction equipment, also can realize the real-time management and control of equipment state, discover equipment problem and maintenance condition in time, prevent equipment damage, further avoid a large amount of maintenance costs.
Referring to fig. 1 and fig. 2, the equipment post-management module is configured to obtain state information of the infrastructure equipment, classify the state of the infrastructure equipment according to the state information, and perform idle, allocation, retirement, or scrapping processing on the infrastructure equipment according to a state category corresponding to the infrastructure equipment, where the state category includes idle, allocation, scrapping, and retirement.
Therefore, the classification processing of the capital construction equipment can be realized through the equipment post-management module, namely, the capital construction equipment is divided into idle, allocation, scrapping and exit states, so that the capital construction equipment in different states and categories is correspondingly processed.
In this embodiment, the example device post-management module may include, but is not limited to: the system comprises an idle management unit, a call management unit, a field withdrawal management unit and a scrap management unit.
The system comprises an idle management unit, a data processing unit and a data processing unit, wherein the idle management unit is used for carrying out depreciation calculation on infrastructure equipment in an idle state; the allocation management unit is used for acquiring the running track, the working data and the depreciation data of the infrastructure equipment in the allocation state in real time so as to realize real-time monitoring on the infrastructure equipment in the allocation state; the field-returning management unit is in communication connection with the equipment information management module and is used for carrying out field-returning settlement payment operation so as to carry out field-returning settlement processing on the capital construction equipment in a field-returning state; and the scrapping management unit is used for replacing or auctioning the infrastructure equipment in a scrapped state.
In the present embodiment, the depreciation calculation may employ, but is not limited to, the following method:
the depreciation amount of the month is (original value purchase-original value purchase 0.05)/depreciation month;
accumulating depreciation amount as depreciated amount of the month;
the net value is the original value purchased-the cumulative depreciation amount.
Therefore, the method can classify the state of the infrastructure equipment through the equipment post-stage module, and accordingly, corresponding post-stage management measures are taken based on the affiliated state category of the infrastructure equipment, and therefore the maximum utilization of the infrastructure equipment is achieved.
In addition, in this embodiment, the management system further includes: the equipment data analysis module is in communication connection with the equipment information management module, the equipment operation management module and the equipment post-management module, and is used for generating equipment life cycle analysis graphic data according to the equipment information, the working information and all data in the equipment post-management module; through the design, the image data can be used for analyzing the advantages and disadvantages of each device, so that managers can be guided to purchase the optimal devices, construction of capital construction projects is utilized, and construction cost is reduced.
Therefore, through the detailed description of the management system of the capital construction equipment, the equipment is comprehensively managed and controlled from the source, the operation and the later management of the equipment, and the tracking management of the whole life cycle of the equipment can be realized; the comprehensiveness, the rationality and the efficiency of control are improved; the analysis of the capital construction equipment can be realized by means of the control data of the full life cycle, so that the management personnel can know the project condition, guide the management personnel to purchase the optimal equipment and maintain the equipment in time, and the aim of reducing the cost by utilizing the operation data of the equipment is fulfilled.
In addition, in this embodiment, the management system may further use the blockchain node as a server, so as to transmit various device information in the management system to the blockchain node, thereby ensuring information security of the entire system by using the characteristic that blockchain data is not reproducible and counterfeitable.
Finally, it should be noted that: the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (10)

1. A management system for infrastructure equipment, comprising: the device comprises a device information management module, a device operation management module and a device later-period management module;
the equipment information management module is used for inputting equipment information of capital equipment, wherein the capital equipment comprises purchase equipment, lease equipment and self-control equipment, and the equipment information comprises purchase information, lease information and self-control equipment manufacturing information;
the equipment operation management module is used for acquiring work information of the infrastructure equipment on a project construction site so as to monitor the infrastructure equipment in real time according to the work information, wherein the work information comprises equipment entrance information, equipment site operation information and equipment maintenance information;
the equipment post-management module is used for acquiring the state information of the infrastructure equipment, classifying the state of the infrastructure equipment according to the state information, and performing idling, allocation, field withdrawal or scrapping treatment on the infrastructure equipment according to the state type corresponding to the infrastructure equipment, wherein the state type comprises idling, allocation, scrapping and field withdrawal.
2. A management system for infrastructure equipment according to claim 1, wherein the equipment information management module comprises: the system comprises a purchase management unit, a lease management unit and a self-control equipment management unit;
the purchase management unit is in communication connection with the purchase contract management unit and is used for acquiring a purchase order and a purchase contract so as to obtain the purchase equipment and the purchase information according to the purchase order and the purchase contract;
the lease management unit is in communication connection with the lease contract management unit and is used for acquiring a lease contract so as to obtain the lease equipment and the lease information according to the lease contract;
the home-made equipment management unit is used for acquiring warehouse-out materials and processing information so as to obtain the home-made equipment and the manufacturing information of the home-made equipment according to the warehouse-out materials and the processing information, wherein the processing information comprises material cost and labor cost.
3. A management system for infrastructure equipment according to claim 2, wherein the equipment information management module further comprises: and the early warning prompting unit is in communication connection with the purchase management unit and the lease management unit and is used for generating an early warning prompt of equipment lease per-term payment and an early warning prompt of equipment purchase per-term payment according to the purchase contract and the lease contract.
4. The system for managing infrastructure equipment of claim 1, wherein the equipment information management module further comprises: and the equipment use management unit is used for acquiring the use unit information of the infrastructure equipment.
5. A management system for infrastructure equipment according to claim 1, wherein the equipment operation management module comprises: the system comprises an equipment approach statistical unit, an equipment operation management unit and an equipment maintenance management unit;
the device approach statistical unit is used for acquiring an approach examination and approval sheet so as to obtain the device approach information according to the approach examination and approval sheet;
the equipment operation management unit is in communication connection with the infrastructure equipment and is used for acquiring an equipment log of the infrastructure equipment, wherein the equipment log comprises an operation place, operation time, oil consumption and/or an early warning prompt;
the equipment operation management unit is also in communication connection with a user terminal and is used for receiving an equipment work account uploaded by the user terminal so as to obtain the on-site operation information of the equipment according to the equipment log and/or the equipment work account;
the equipment maintenance management unit is in communication connection with the infrastructure equipment and is used for acquiring maintenance and service data of the infrastructure equipment so as to obtain the equipment maintenance information according to the maintenance and service data.
6. A management system for capital equipment according to claim 5, wherein the equipment maintenance management unit is further configured to obtain equipment certification data and equipment loss data.
7. A management system for infrastructure equipment as claimed in claim 5, wherein the equipment operation management module further comprises: and the report generation unit is in communication connection with the equipment approach statistics unit and the equipment operation management unit and is used for generating a working report of the equipment according to the equipment approach information and the equipment field operation information.
8. The system for managing infrastructure equipment of claim 5, wherein the equipment operation management module further comprises: and the equipment work analysis unit is in communication connection with the equipment operation management unit and is used for obtaining work output data of the capital equipment according to the equipment field operation information, and the work output data comprises the consumption and/or the work efficiency of equipment output.
9. A management system for infrastructure equipment according to claim 1, wherein the equipment post-management module comprises: the system comprises an idle management unit, a transfer management unit, a field returning management unit and a scrap management unit;
the idle management unit is used for performing depreciation calculation on the infrastructure equipment in an idle state;
the allocation management unit is used for acquiring the running track, the working data and the depreciation data of the infrastructure equipment in the allocation state in real time so as to realize real-time monitoring on the infrastructure equipment in the allocation state;
the field-returning management unit is in communication connection with the equipment information management module and is used for carrying out field-returning settlement payment operation so as to carry out field-returning settlement processing on the capital construction equipment in a field-returning state;
and the scrapping management unit is used for replacing or auctioning the infrastructure equipment in a scrapped state.
10. A management system for infrastructure equipment as claimed in claim 1, wherein the management system further comprises: and the equipment data analysis module is in communication connection with the equipment information management module, the equipment operation management module and the equipment later-period management module, and is used for generating equipment life cycle analysis graphic data according to the equipment information, the working information and all data in the equipment later-period management module.
CN202110977357.5A 2021-08-24 2021-08-24 Management system of capital construction equipment Pending CN113657796A (en)

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