WO2017124788A1 - System and method for monitoring diverse engineering apparatuses - Google Patents

System and method for monitoring diverse engineering apparatuses Download PDF

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Publication number
WO2017124788A1
WO2017124788A1 PCT/CN2016/102643 CN2016102643W WO2017124788A1 WO 2017124788 A1 WO2017124788 A1 WO 2017124788A1 CN 2016102643 W CN2016102643 W CN 2016102643W WO 2017124788 A1 WO2017124788 A1 WO 2017124788A1
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Prior art keywords
monitoring
company
data
identification
lease
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PCT/CN2016/102643
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French (fr)
Chinese (zh)
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张海滨
孙杰
宋海锋
王鹏天
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江苏中海昇物联科技有限公司
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Publication of WO2017124788A1 publication Critical patent/WO2017124788A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
    • G06F21/45—Structures or tools for the administration of authentication
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F2221/00—Indexing scheme relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F2221/21—Indexing scheme relating to G06F21/00 and subgroups addressing additional information or applications relating to security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
    • G06F2221/2145—Inheriting rights or properties, e.g., propagation of permissions or restrictions within a hierarchy

Definitions

  • the invention relates to the technical field of engineering equipment monitoring, in particular to a diversified engineering equipment monitoring system and a monitoring method.
  • Engineering equipment is the main production data of engineering construction enterprises, and the cost management of equipment operation directly affects the economic benefits of enterprises.
  • the engineering company has many types of equipment, many tasks, and complicated construction techniques, involving excavators, trailers, cranes and slotting machines.
  • the lack of unified monitoring and deployment of engineering equipment for on-site operations in the infrastructure industry has led to a lack of links between them and engineering companies.
  • Enterprises cannot obtain specific details of engineering equipment during transportation or during operation. Therefore, the engineering equipment monitoring system came into being.
  • the existing monitoring system has a simplistic structure, and does not take into account the situation that the engineering equipment is under lease conditions.
  • the data sharing security is low, which brings great trouble to enterprises and individuals.
  • the present invention provides a diversified engineering equipment monitoring system and a monitoring method, which can effectively monitor the operation of engineering equipment in real time, strengthen the management of engineering equipment by engineering enterprises, and When the equipment is in a leased state, the sharing and isolation of monitoring data is realized to improve the security of the system.
  • a diversified engineering equipment monitoring system includes:
  • the identification device is fixedly disposed on the corresponding engineering device, each identity recognition device is in one-to-one correspondence with each engineering device, and each identity recognition device is provided with a unique identification code;
  • the monitoring device is detachably connected with the identification device for real-time monitoring of the engineering equipment
  • the background processor is provided with a lease maintenance table for judging whether the engineering equipment is a rental equipment, and the lease maintenance table includes the following data information: a rental identification code of the identification device, a rental company, and a rental time range;
  • the monitoring device is connected to the background processor
  • the monitoring device reads the identification code of the identification device, binds the identification code and the collected data collected by the monitoring device to form monitoring data, and the monitoring device sends the monitoring data to the background processor, and the background processor according to the lease
  • the maintenance table judges the ownership of the monitoring data, and the company having the ownership of the monitoring data can manage the monitoring data.
  • the diversified engineering equipment monitoring system of the invention uses the identification device and the monitoring device to monitor the operation condition of the engineering equipment in real time, and the monitoring device and the identification device adopt a detachable snap structure, and the structure of the card can be monitored.
  • the unit is well maintained and its service life is extended.
  • each engineering equipment is fixedly installed with an identification device, and the identification device corresponds to the engineering equipment one by one, and the monitoring device can be smaller than the number of engineering equipment, and the monitoring device has the same number of engineering equipments that need to be operated at the same time, which is greatly Reduce the monitoring cost of enterprises and make them more human.
  • the identification code in the identification device labels the corresponding engineering device, and the lease maintenance table in the background processor determines the ownership of the monitoring data, and the company having the ownership of the monitoring data can manage the monitoring data. To ensure the security of monitoring data.
  • the identification device includes a base and an IC card mounted in the base, each IC card carrying a unique IC card number.
  • the non-contact type IC card is used to realize the identity of the engineering equipment, and the cost is low.
  • the background processor includes an identification device data table
  • the identification device data table includes the following data information: an identification code of the identification device, a company belonging to the engineering device, and a use company of the engineering device.
  • the above preferred solution is adopted to facilitate the lease of the engineering equipment in the later stage. Make a query.
  • the background processor includes a monitoring device data table, and the monitoring device data table includes the following data information: a serial number of the monitoring device and a company to which the monitoring device belongs.
  • the above preferred solution is adopted to facilitate the inquiry of whether the engineering equipment is in a leased state later.
  • the monitoring data further includes the following data information: the serial number of the monitoring device.
  • the above preferred solution is adopted to facilitate the inquiry of whether the engineering equipment is in a leased state later.
  • a user management module is provided in the background processor, and the user management module is used to determine the type of the logged-in user. Different types of logged-in users have different management rights for the monitoring data.
  • the above preferred scheme is adopted to ensure the security of monitoring data, and data sharing and isolation are more secure.
  • a diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
  • the monitoring device reads the identification code of the identification device
  • the monitoring device performs real-time monitoring on the engineering equipment to form acquisition data
  • the user enters the company of the engineering equipment and the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company of the engineering equipment, and the use of the engineering equipment the company;
  • the user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance form, and the lease maintenance form includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
  • the monitoring device binds the identification code and the collected data to form monitoring data. And sending the monitoring data to the background processor;
  • the background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is in the lease company Determining whether the current time is within the lease time range: if both are satisfied, the ownership of the monitoring data is awarded to the use company of the identification device; if any one of the items is not satisfied, the ownership of the monitored data is determined To the company to which the identity device belongs.
  • the diversified engineering monitoring system of the present invention uses the identification device data table and the rental maintenance table to determine the ownership of the monitoring data, and the background processor determines, according to the rental maintenance table, whether the identification code of the identification device is in the rental identification code. If it is determined whether the company of the identity recognition device is in the company to which the identity recognition device belongs, whether the company to which the identity recognition device belongs is eligible for rent; whether the current time is within the lease time range makes the determination of the monitoring data ownership more accurate.
  • a diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
  • the background processing end allocates a serial number to the monitoring device
  • the monitoring device reads the identification code of the identification device
  • the monitoring device performs real-time monitoring on the engineering equipment to form acquisition data
  • the user inputs the company of the monitoring device into the monitoring device data table, and the monitoring device data table includes the following data information: the serial number of the monitoring device and the company to which the monitoring device belongs;
  • the user enters the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company to which the engineering equipment belongs, and the use company of the engineering equipment;
  • the user will lease the rental identification code of the engineering equipment, the company to which the lease belongs, and
  • the lease time range is entered into the lease maintenance form, which includes: the rental identification number of the identification device, the company to which the lease belongs, and the lease time range;
  • the monitoring device binds the identification code, the serial number and the collected data to form monitoring data, and sends the monitoring data to the background processor;
  • the background processor determines whether the company of the monitoring device indicated by the serial number in the received monitoring data is consistent with the company of the engineering device indicated by the identification code: if they are consistent, the ownership of the monitoring data is awarded to the monitoring device If the company is inconsistent, the background processor judges the ownership of the monitoring data according to the lease maintenance table, determines whether the identification code of the identity recognition device is within the lease identity code, and determines the company to which the identity recognition device belongs. Whether it is within the lease company, whether the current time is within the lease time range, and if it is satisfied, the ownership of the monitoring data is awarded to the use company of the identification device, and if any one of them is not satisfied, then The ownership of the monitoring data is awarded to the company to which the identity recognition device belongs.
  • step S7 the company using the engineering equipment is the same as the company to which the monitoring device belongs.
  • the diversified engineering monitoring system of the present invention uses the monitoring device data table, the identification device data table and the rental maintenance table to judge the ownership of the monitoring data, and the operating company of the engineering equipment is the same as the company to which the monitoring device belongs.
  • the monitoring device is removed from the identification device of one engineering device and is connected to the identification device installed on another engineering device, the engineering equipment referred to by the latter identification device is not required to perform the engineering.
  • the equipment is used by the company, and the company that uses the engineering equipment is directly the company of the monitoring device.
  • the affiliate company of the monitoring device has a record in the background processor, and does not need to be re-entered, which greatly reduces the user's operation complexity, the monitoring data is not lost, and the security is high.
  • FIG. 1 is a schematic structural diagram of a diversified engineering equipment monitoring system according to an embodiment of the present invention.
  • FIG. 2 is a structure of a diversified engineering equipment monitoring system according to an embodiment of the present invention The second part of the diagram.
  • 1 identification device 1 identification device
  • 2 monitoring device 3 background processing terminal.
  • a diversified engineering equipment monitoring system includes: an identification device 1, a monitoring device 2, and a background processor 3.
  • the identification device 1 includes a base and an IC card installed in the base. Each IC card carries a unique IC card number, that is, each identification device is provided with a unique identification code, and the base is fixedly disposed on the corresponding engineering device.
  • the monitoring device 2 is detachably snap-fitted with the identification device 1 for real-time monitoring of the engineering equipment.
  • the monitoring device 2 is connected to the background processor 3, and the background processor 3 is provided with a rental maintenance table for determining whether the engineering equipment is a rental device.
  • the rental maintenance table includes the following data information: the rental identification code of the identification device 1 and the lease Company and rental time range.
  • the background processor 3 includes an identification device data table including the following data information: an identification code of the identification device, a company to which the engineering device belongs, and a company using the engineering equipment.
  • the monitoring device 2 reads the identification code of the identification device 1 and binds the identification code and the collected data collected by the monitoring device 2 to form monitoring data.
  • the monitoring device 2 sends the monitoring data to the background processor, and the background.
  • the processor 3 determines the ownership of the monitoring data based on the identification device data table and the rental maintenance table, and the company having the monitoring data ownership can manage the monitoring data.
  • a diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
  • the identification device 1 is fixedly mounted on the engineering equipment;
  • the monitoring device 2 is connected to the identification device
  • the monitoring device 2 reads the identification code of the identification device
  • the monitoring device 2 performs real-time monitoring on the engineering equipment to form acquisition data
  • the user enters the company of the engineering equipment and the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company of the engineering equipment, and the use of the engineering equipment the company;
  • the user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance form, and the lease maintenance form includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
  • the monitoring device 2 binds the identification code and the collected data to form monitoring data, and sends the monitoring data to the background processor;
  • the background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device 1 is within the lease identity code, and determines whether the company to which the identity recognition device belongs is in the lease company. If it is determined whether the current time is within the lease time range, if the time is satisfied, the ownership of the monitoring data is awarded to the user of the identity identification device; if any one of the items is not satisfied, the ownership of the monitoring data is The company to which the identity device is assigned.
  • the base is fixedly connected to the engineering equipment.
  • the base 11 is provided with an IC card, and each IC card carries a unique IC card number, so the IC card has one-to-one correspondence with the engineering equipment, and the IC card number is the only one of the engineering equipment.
  • the identification facilitates uniform maintenance of different engineering equipments at a later stage, and has low cost and does not affect the appearance and use of engineering equipment.
  • the monitoring device 2 is combined with the IC card, and the monitoring device 2 and the base adopt a detachable snap-fit structure, which form an integral data collection source, that is, independent and combined.
  • the snap-fit structure can perform good maintenance on the monitoring device 2 and prolong its service life.
  • the base 1 is fixedly mounted on each engineering equipment, and the base 1 is in one-to-one correspondence with the engineering equipment, and the monitoring device 2 can be smaller than the number of engineering equipment, and the monitoring device 2 needs to run simultaneously.
  • the number of engineering equipments can be the same, which greatly reduces the monitoring cost of the enterprise, and can form a more humanized, more convenient and more flexible monitoring system.
  • Company A has 100 engineering equipments, all of which need to be controlled, but at the same time only 60 engineering equipments are used. Then Company A only needs to have 100 bases 11 with IC card 12 and 60 monitoring devices 2, which greatly saves economic costs and does not affect the monitoring effect.
  • the corresponding engineering device is labeled by using the identification code in the identification device, and the background processor determines the ownership of the monitoring data according to the identification device data table and the rental maintenance table, and determines the identity of the identification device 1 Whether the identification code is within the rental identification code; determining whether the company of the identity recognition device 1 is within the lease company, whether the company of the identity recognition device 1 has the rent qualification; determining whether the current time is within the lease time range, The determination of monitoring the ownership of data is more accurate, and the company with the ownership of the monitoring data can manage the monitoring data, and the security performance of the monitoring data is higher.
  • the background processor 3 includes a monitoring device data table including the following data information: the serial number of the monitoring device and the company to which the monitoring device belongs.
  • the monitoring data also includes the following data information: the serial number of the monitoring device 2.
  • a diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
  • the identification device 1 is fixedly mounted on the engineering equipment;
  • the monitoring device 2 is connected to the identification device
  • the background processing terminal 3 assigns a serial number to the monitoring device
  • the monitoring device 2 reads the identification code of the identity recognition device 1;
  • the monitoring device 2 performs real-time monitoring on the engineering equipment to form acquisition data
  • the user inputs the company of the monitoring device 2 into the monitoring device data table, and monitors
  • the device data table includes the following data information: the serial number of the monitoring device 2 and the company to which the monitoring device 2 belongs;
  • the identification device data table includes the following data information: the identification code of the identification device 1, the company to which the engineering equipment belongs, the use company of the engineering equipment, and the use of the engineering equipment
  • the company is the same as the company to which the monitoring device 2 belongs;
  • the user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance table, which includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
  • the monitoring device binds the identification code, the serial number and the collected data to form monitoring data, and sends the monitoring data to the background processor;
  • the background processor 3 determines whether the company of the monitoring device indicated by the serial number in the received monitoring data is consistent with the company of the engineering device indicated by the identification code.
  • the ownership of the monitoring data is awarded to the company to which the monitoring device belongs;
  • the background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is leased. Within the company, determine whether the current time is within the lease time range,
  • the ownership of the monitoring data is awarded to the company to which the identification device belongs.
  • a diversified engineering monitoring system and a monitoring method of the present invention have the following beneficial effects:
  • each monitoring device 2 has its own unique serial number, which facilitates the company's life cycle management of the monitoring device 2.
  • the monitoring data includes the identification code of the identification device 1 and the monitoring device 2 Serial number and acquisition data.
  • the serial number is used as the identification of the monitoring device 2
  • the identification code is used as the identification of the engineering device
  • the serial number is associated with the company to which the monitoring device belongs
  • the serial number is associated with the identification device
  • the identification device is associated with the engineering device. Therefore, according to the monitoring data, the strong connection loose coupling of the serial number, the company to which the monitoring device belongs, the identification device, and the engineering equipment can be realized.
  • the ownership of the monitoring data is determined based on the monitoring device data table, the identification device data table, and the rental maintenance table, and the company using the engineering equipment is the same as the company to which the monitoring device 2 belongs.
  • the monitoring device 2 is removed from the identification device of one engineering device and is engaged with the identification device installed on another engineering device, it is not necessary to perform the engineering equipment referred to by the latter identification device 1.
  • the engineering equipment uses the company's entry, and the use company of the engineering equipment is directly the company of the monitoring device 2.
  • the affiliated company of the monitoring device 2 directly records in the background processor 3, and does not need to re-enter, which greatly reduces the user's operation complexity, the monitoring data is not lost, and the security is high.
  • a user management module is provided in the background processor 3, and the user management module is used to determine the type of the logged-in user. Different types of logged-in users have different management rights for the monitoring data.
  • the management authority allocation is performed on the employees of the company having the monitoring data ownership right, and different employee management rights are different, which can ensure the security of the monitoring data, and the data sharing and isolation are more secure.

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Abstract

Disclosed are a system and method for monitoring diverse engineering apparatuses. The system comprises: an identity identification device (1), a monitoring device (2) and a back-end processor (3); the back-end processor (3) includes a rental maintenance table for determining whether an engineering apparatus is a rental apparatus or not, the monitoring device (2) reads an identity identification code of the identity identification device (1), and binds the identity identification code with data acquired by the monitoring device (2) to form monitoring data, then sends the same to the back-end processor (3); the back-end processor (3) determines, according to the rental maintenance table, a right of ownership of the monitoring data, such that a company having the right of ownership of the monitoring data can manage the monitoring data. The monitoring system can effectively perform real-time monitoring of the operation state of an engineering apparatus, enhance the management of the engineering apparatus by an engineering enterprise, and take into consideration the rental state of the engineering apparatus so as to realize the sharing and isolation of monitoring data, thus improving system security.

Description

一种多元化工程设备监测系统及监测方法Diversified engineering equipment monitoring system and monitoring method 技术领域Technical field
本发明涉及工程设备监测技术领域，具体涉及一种多元化工程设备监测系统及监测方法。The invention relates to the technical field of engineering equipment monitoring, in particular to a diversified engineering equipment monitoring system and a monitoring method.
背景技术Background technique
工程设备是工程施工企业的主要生产资料，设备运营的成本管理，直接影响着企业的经济效益。工程企业的设备种类多、作业任务多、施工工艺杂，涉及挖掘机、拖车、吊车和成槽机等等。基建行业现场作业的工程设备缺乏统一的监控和调配，导致其与工程企业之间存在缺乏联系，企业无法获取工程设备在运输过程中或作业过程中的一些具体情况。故工程设备监测系统应运而生，然而，现有的监测系统结构单一化，没有考虑到工程设备处于租赁状况下的情形，数据分享安全性低，给企业和个人带来极大的困扰。Engineering equipment is the main production data of engineering construction enterprises, and the cost management of equipment operation directly affects the economic benefits of enterprises. The engineering company has many types of equipment, many tasks, and complicated construction techniques, involving excavators, trailers, cranes and slotting machines. The lack of unified monitoring and deployment of engineering equipment for on-site operations in the infrastructure industry has led to a lack of links between them and engineering companies. Enterprises cannot obtain specific details of engineering equipment during transportation or during operation. Therefore, the engineering equipment monitoring system came into being. However, the existing monitoring system has a simplistic structure, and does not take into account the situation that the engineering equipment is under lease conditions. The data sharing security is low, which brings great trouble to enterprises and individuals.
故：一种安全、并能有效实现数据分享与隔离的多元化工程监测系统及监测方法亟待提出。Therefore, a diversified engineering monitoring system and monitoring method that is safe and can effectively realize data sharing and isolation needs to be proposed.
发明内容Summary of the invention
为了解决上述技术问题，本发明提出了一种多元化工程设备监测系统及监测方法，该系统及方法可以有效对工程设备的运行情况进行实时监控，加强工程企业对工程设备的管理，且将工程设备处于租赁状态的情形考虑在内，实现对监测数据的分享与隔离，提高系统的安全性。In order to solve the above technical problems, the present invention provides a diversified engineering equipment monitoring system and a monitoring method, which can effectively monitor the operation of engineering equipment in real time, strengthen the management of engineering equipment by engineering enterprises, and When the equipment is in a leased state, the sharing and isolation of monitoring data is realized to improve the security of the system.
为了达到上述目的，本发明的技术方案如下：In order to achieve the above object, the technical solution of the present invention is as follows:
一种多元化工程设备监测系统包括：A diversified engineering equipment monitoring system includes:
身份识别装置，固定设置于相应的工程设备上，每个身份识别装置与每个工程设备一一对应，且每个身份识别装置设有唯一的身份识别码；The identification device is fixedly disposed on the corresponding engineering device, each identity recognition device is in one-to-one correspondence with each engineering device, and each identity recognition device is provided with a unique identification code;
监测装置，与身份识别装置可拆卸式接，用于对工程设备进行实时监测； The monitoring device is detachably connected with the identification device for real-time monitoring of the engineering equipment;
后台处理器，后台处理器内设有用于判断工程设备是否为租赁设备的租赁维护表，租赁维护表内包括以下数据信息：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；The background processor, the background processor is provided with a lease maintenance table for judging whether the engineering equipment is a rental equipment, and the lease maintenance table includes the following data information: a rental identification code of the identification device, a rental company, and a rental time range;
监测装置与后台处理器连接；The monitoring device is connected to the background processor;
监测装置读取身份识别装置的身份识别码，并将该身份识别码以及监测装置所采集到的采集数据绑定，形成监测数据，监测装置将监测数据发送给后台处理器，后台处理器根据租赁维护表对监测数据的归属权进行判断，具有该监测数据归属权的公司能对该监测数据进行管理。The monitoring device reads the identification code of the identification device, binds the identification code and the collected data collected by the monitoring device to form monitoring data, and the monitoring device sends the monitoring data to the background processor, and the background processor according to the lease The maintenance table judges the ownership of the monitoring data, and the company having the ownership of the monitoring data can manage the monitoring data.
本发明一种多元化工程设备监测系统采用身份识别装置和监测装置对工程设备的运行情况进行实时的监测，监测装置与身份识别装置采用可拆卸式的卡接结构，卡接的结构可以对监测装置进行良好的维护，延长其使用寿命。同时，每台工程设备上固定安装身份识别装置，身份识别装置与工程设备一一对应，而监测装置可以小于工程设备的数量，监测装置与需要同时运行的工程设备的数量相同即可，其大大降低了企业的监测成本，更人性化。The diversified engineering equipment monitoring system of the invention uses the identification device and the monitoring device to monitor the operation condition of the engineering equipment in real time, and the monitoring device and the identification device adopt a detachable snap structure, and the structure of the card can be monitored. The unit is well maintained and its service life is extended. At the same time, each engineering equipment is fixedly installed with an identification device, and the identification device corresponds to the engineering equipment one by one, and the monitoring device can be smaller than the number of engineering equipment, and the monitoring device has the same number of engineering equipments that need to be operated at the same time, which is greatly Reduce the monitoring cost of enterprises and make them more human.
而身份识别装置内的身份识别码对对应的工程设备进行标号，后台处理器内的租赁维护表对监测数据的归属权进行判断，则具有该监测数据归属权的公司能对该监测数据进行管理，保证监测数据的安全性。The identification code in the identification device labels the corresponding engineering device, and the lease maintenance table in the background processor determines the ownership of the monitoring data, and the company having the ownership of the monitoring data can manage the monitoring data. To ensure the security of monitoring data.
在上述技术方案的基础上，还可做如下改进：On the basis of the above technical solutions, the following improvements can also be made:
作为优选的方案，身份识别装置包括底座以及安装于底座内的IC卡，每个IC卡携带有唯一的IC卡号。As a preferred solution, the identification device includes a base and an IC card mounted in the base, each IC card carrying a unique IC card number.
采用上述优选的方案，利用非接触式IC卡来实现对工程设备的身份赋予，成本低。With the above preferred solution, the non-contact type IC card is used to realize the identity of the engineering equipment, and the cost is low.
作为优选的方案，后台处理器内包括识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司以及工程设备的使用公司。Preferably, the background processor includes an identification device data table, and the identification device data table includes the following data information: an identification code of the identification device, a company belonging to the engineering device, and a use company of the engineering device.
采用上述优选的方案，便于后期对该工程设备是否处于租赁状态 进行查询。The above preferred solution is adopted to facilitate the lease of the engineering equipment in the later stage. Make a query.
作为优选的方案，后台处理器内包括监测装置数据表，监测装置数据表包括以下数据信息：监测装置的序列号以及监测装置的所属公司。As a preferred solution, the background processor includes a monitoring device data table, and the monitoring device data table includes the following data information: a serial number of the monitoring device and a company to which the monitoring device belongs.
采用上述优选的方案，便于后期对该工程设备是否处于租赁状态进行查询。The above preferred solution is adopted to facilitate the inquiry of whether the engineering equipment is in a leased state later.
作为优选的方案，监测数据还包括以下数据信息：监测装置的序列号。As a preferred solution, the monitoring data further includes the following data information: the serial number of the monitoring device.
采用上述优选的方案，便于后期对该工程设备是否处于租赁状态进行查询。The above preferred solution is adopted to facilitate the inquiry of whether the engineering equipment is in a leased state later.
作为优选的方案，后台处理器内设有用户管理模块，用户管理模块用于判断登录用户的类型，不同类型的登录用户对监测数据具有不同的管理权限。As a preferred solution, a user management module is provided in the background processor, and the user management module is used to determine the type of the logged-in user. Different types of logged-in users have different management rights for the monitoring data.
采用上述优选的方案，保证监测数据的安全性，数据的分享与隔离更安全。The above preferred scheme is adopted to ensure the security of monitoring data, and data sharing and isolation are more secure.
一种多元化工程监测方法，利用多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
s1.将身份识别装置固定安装于工程设备上；S1. Fixing the identification device on the engineering equipment;
s2.将监测装置与身份识别装置卡接；S2. Snap the monitoring device to the identification device;
s3.监测装置读取身份识别装置的身份识别码；S3. The monitoring device reads the identification code of the identification device;
s4.监测装置对工程设备进行实时监控，形成采集数据；S4. The monitoring device performs real-time monitoring on the engineering equipment to form acquisition data;
s5.用户将该工程设备的所属公司以及该工程设备的使用公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司、工程设备的使用公司；S5. The user enters the company of the engineering equipment and the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company of the engineering equipment, and the use of the engineering equipment the company;
s6.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S6. The user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance form, and the lease maintenance form includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
s7.监测装置将身份识别码以及采集数据绑定，形成监测数据， 并将该监测数据发送给后台处理器；S7. The monitoring device binds the identification code and the collected data to form monitoring data. And sending the monitoring data to the background processor;
s8.后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内：若均满足，则将该监测数据的归属权判给身份识别装置的使用公司；若其中有任意一项不满足，则将该监测数据的归属权判给身份识别装置的所属公司。S8. The background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is in the lease company Determining whether the current time is within the lease time range: if both are satisfied, the ownership of the monitoring data is awarded to the use company of the identification device; if any one of the items is not satisfied, the ownership of the monitored data is determined To the company to which the identity device belongs.
本发明一种多元化工程监测系统采用识别装置数据表与租赁维护表来对监测数据的归属权进行判断，后台处理器根据租赁维护表判断该身份识别装置的身份识别码是否在租赁身份识别码内；判断该身份识别装置的所属公司是否在租赁所属公司内，该身份识别装置的所属公司是否有承租资格；判断当前时间是否在租赁时间范围内，使得监测数据归属权的判定更准确。The diversified engineering monitoring system of the present invention uses the identification device data table and the rental maintenance table to determine the ownership of the monitoring data, and the background processor determines, according to the rental maintenance table, whether the identification code of the identification device is in the rental identification code. If it is determined whether the company of the identity recognition device is in the company to which the identity recognition device belongs, whether the company to which the identity recognition device belongs is eligible for rent; whether the current time is within the lease time range makes the determination of the monitoring data ownership more accurate.
一种多元化工程监测方法，利用多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
s1.将身份识别装置固定安装于工程设备上；S1. Fixing the identification device on the engineering equipment;
s2.将监测装置与身份识别装置卡接；S2. Snap the monitoring device to the identification device;
s3.后台处理端分配序列号给该监测装置；S3. The background processing end allocates a serial number to the monitoring device;
s4.监测装置读取身份识别装置的身份识别码；S4. The monitoring device reads the identification code of the identification device;
s5.监测装置对工程设备进行实时监控，形成采集数据；S5. The monitoring device performs real-time monitoring on the engineering equipment to form acquisition data;
s6.用户将该监测装置的所属公司录入监测装置数据表，监测装置数据表包括以下数据信息：监测装置的序列号以及监测装置的所属公司；S6. The user inputs the company of the monitoring device into the monitoring device data table, and the monitoring device data table includes the following data information: the serial number of the monitoring device and the company to which the monitoring device belongs;
s7.用户将该工程设备的所属公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司、工程设备的使用公司；S7. The user enters the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company to which the engineering equipment belongs, and the use company of the engineering equipment;
s8.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及 租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S8. The user will lease the rental identification code of the engineering equipment, the company to which the lease belongs, and The lease time range is entered into the lease maintenance form, which includes: the rental identification number of the identification device, the company to which the lease belongs, and the lease time range;
s9.监测装置将身份识别码、序列号以及采集数据绑定，形成监测数据，并将该监测数据发送给后台处理器；S9. The monitoring device binds the identification code, the serial number and the collected data to form monitoring data, and sends the monitoring data to the background processor;
s10.后台处理器判断接收到的监测数据中序列号所指监测装置的所属公司与身份识别码所指工程设备的所属公司是否一致：若一致，则将该监测数据的归属权判给监测装置的所属公司；若不一致，则后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内，若均满足，则将该监测数据的归属权判给身份识别装置的使用公司，若其中有任意一项不满足，则将该监测数据的归属权判给身份识别装置的所属公司。S10. The background processor determines whether the company of the monitoring device indicated by the serial number in the received monitoring data is consistent with the company of the engineering device indicated by the identification code: if they are consistent, the ownership of the monitoring data is awarded to the monitoring device If the company is inconsistent, the background processor judges the ownership of the monitoring data according to the lease maintenance table, determines whether the identification code of the identity recognition device is within the lease identity code, and determines the company to which the identity recognition device belongs. Whether it is within the lease company, whether the current time is within the lease time range, and if it is satisfied, the ownership of the monitoring data is awarded to the use company of the identification device, and if any one of them is not satisfied, then The ownership of the monitoring data is awarded to the company to which the identity recognition device belongs.
进一步，在步骤S7中，工程设备的使用公司与监测装置的所属公司相同。Further, in step S7, the company using the engineering equipment is the same as the company to which the monitoring device belongs.
本发明一种多元化工程监测系统采用监测装置数据表、识别装置数据表与租赁维护表来对监测数据的归属权进行判断，工程设备的使用公司与监测装置的所属公司相同。当将监测装置从一台工程设备的身份识别装置下取下，与安装于另一台工程设备上的身份识别装置卡接时，无需对后一台身份识别装置所指的工程设备进行该工程设备使用公司的录入，该工程设备的使用公司直接为监测装置的所属公司。而监测装置的所属公司在后台处理器中有备案，无需重新录入，其大大降低了用户的操作复杂度，监测数据不会丢失，安全性高。The diversified engineering monitoring system of the present invention uses the monitoring device data table, the identification device data table and the rental maintenance table to judge the ownership of the monitoring data, and the operating company of the engineering equipment is the same as the company to which the monitoring device belongs. When the monitoring device is removed from the identification device of one engineering device and is connected to the identification device installed on another engineering device, the engineering equipment referred to by the latter identification device is not required to perform the engineering. The equipment is used by the company, and the company that uses the engineering equipment is directly the company of the monitoring device. The affiliate company of the monitoring device has a record in the background processor, and does not need to be re-entered, which greatly reduces the user's operation complexity, the monitoring data is not lost, and the security is high.
附图说明DRAWINGS
图1为本发明实施例提供的一种多元化工程设备监测系统的结构示意图之一。FIG. 1 is a schematic structural diagram of a diversified engineering equipment monitoring system according to an embodiment of the present invention.
图2为本发明实施例提供的一种多元化工程设备监测系统的结构 示意图之二。2 is a structure of a diversified engineering equipment monitoring system according to an embodiment of the present invention The second part of the diagram.
其中：1身份识别装置、2监测装置、3后台处理端。Among them: 1 identification device, 2 monitoring device, 3 background processing terminal.
具体实施方式detailed description
下面结合附图详细说明本发明的优选实施方式。Preferred embodiments of the present invention will be described in detail below with reference to the accompanying drawings.
为了达到本发明的目的，一种多元化工程设备监测系统及监测方法的其中一些实施例中：In order to achieve the objectives of the present invention, in some embodiments of a diversified engineering equipment monitoring system and monitoring method:
如图1所示，一种多元化工程设备监测系统包括：身份识别装置1、监测装置2以及后台处理器3。As shown in FIG. 1, a diversified engineering equipment monitoring system includes: an identification device 1, a monitoring device 2, and a background processor 3.
身份识别装置1包括底座以及安装于底座内的IC卡，每个IC卡携带有唯一的IC卡号，即每个身份识别装置设有唯一的身份识别码，底座固定设置于相应的工程设备上。监测装置2与身份识别装置1可拆卸式卡接，用于对工程设备进行实时监测。The identification device 1 includes a base and an IC card installed in the base. Each IC card carries a unique IC card number, that is, each identification device is provided with a unique identification code, and the base is fixedly disposed on the corresponding engineering device. The monitoring device 2 is detachably snap-fitted with the identification device 1 for real-time monitoring of the engineering equipment.
监测装置2与后台处理器3连接，后台处理器3内设有用于判断工程设备是否为租赁设备的租赁维护表，租赁维护表内包括以下数据信息：身份识别装置1的租赁身份识别码、租赁所属公司以及租赁时间范围。The monitoring device 2 is connected to the background processor 3, and the background processor 3 is provided with a rental maintenance table for determining whether the engineering equipment is a rental device. The rental maintenance table includes the following data information: the rental identification code of the identification device 1 and the lease Company and rental time range.
后台处理器3内包括识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司以及工程设备的使用公司。The background processor 3 includes an identification device data table including the following data information: an identification code of the identification device, a company to which the engineering device belongs, and a company using the engineering equipment.
监测装置2读取身份识别装置1的身份识别码，并将该身份识别码以及监测装置2所采集到的采集数据绑定，形成监测数据，监测装置2将监测数据发送给后台处理器，后台处理器3根据识别装置数据表以及租赁维护表对监测数据的归属权进行判断，具有该监测数据归属权的公司能对该监测数据进行管理。The monitoring device 2 reads the identification code of the identification device 1 and binds the identification code and the collected data collected by the monitoring device 2 to form monitoring data. The monitoring device 2 sends the monitoring data to the background processor, and the background. The processor 3 determines the ownership of the monitoring data based on the identification device data table and the rental maintenance table, and the company having the monitoring data ownership can manage the monitoring data.
一种多元化工程监测方法，利用多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
s1.将身份识别装置1固定安装于工程设备上； S1. The identification device 1 is fixedly mounted on the engineering equipment;
s2.将监测装置2与身份识别装置卡接；S2. The monitoring device 2 is connected to the identification device;
s3.监测装置2读取身份识别装置的身份识别码；S3. The monitoring device 2 reads the identification code of the identification device;
s4.监测装置2对工程设备进行实时监控，形成采集数据；S4. The monitoring device 2 performs real-time monitoring on the engineering equipment to form acquisition data;
s5.用户将该工程设备的所属公司以及该工程设备的使用公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司、工程设备的使用公司；S5. The user enters the company of the engineering equipment and the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company of the engineering equipment, and the use of the engineering equipment the company;
s6.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S6. The user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance form, and the lease maintenance form includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
s7.监测装置2将身份识别码以及采集数据绑定，形成监测数据，并将该监测数据发送给后台处理器；S7. The monitoring device 2 binds the identification code and the collected data to form monitoring data, and sends the monitoring data to the background processor;
s8.后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置1的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内，若均满足，则将该监测数据的归属权判给身份识别装置的使用公司；若其中有任意一项不满足，则将该监测数据的归属权判给身份识别装置的所属公司。S8. The background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device 1 is within the lease identity code, and determines whether the company to which the identity recognition device belongs is in the lease company. If it is determined whether the current time is within the lease time range, if the time is satisfied, the ownership of the monitoring data is awarded to the user of the identity identification device; if any one of the items is not satisfied, the ownership of the monitoring data is The company to which the identity device is assigned.
本发明一种多元化工程监测系统及监测方法具有以下有益效果：The diversified engineering monitoring system and the monitoring method of the invention have the following beneficial effects:
第一，在工程设备上安装与其固定连接的底座，底座11内设有IC卡，每个IC卡携带有唯一的IC卡号，故IC卡与工程设备一一对应，IC卡号是工程设备的唯一标识，便于后期对不同的工程设备进行统一的维护，成本低，且不影响工程设备的外观和使用。First, the base is fixedly connected to the engineering equipment. The base 11 is provided with an IC card, and each IC card carries a unique IC card number, so the IC card has one-to-one correspondence with the engineering equipment, and the IC card number is the only one of the engineering equipment. The identification facilitates uniform maintenance of different engineering equipments at a later stage, and has low cost and does not affect the appearance and use of engineering equipment.
第二，将监测装置2与IC卡相结合，监测装置2与底座采用可拆卸式的卡接结构，二者形成一个整体的数据采集源，即独立又联合。卡接的结构可以对监测装置2进行良好的维护，延长其使用寿命。同时，每台工程设备上固定安装底座1，底座1与工程设备一一对应，而监测装置2可以小于工程设备的数量，监测装置2与需要同时运行 的工程设备的数量相同即可，其大大降低了企业的监测成本，可以形成更人性化、更便捷、更灵活的监控系统。如：A公司有100台工程设备，均需要进行管控，但同时使用的工程设备最多只有60台。则A公司只需要配备100个带有IC卡12的底座11和60个监测装置2，大大节省了经济成本，同时不影响监测效果。Secondly, the monitoring device 2 is combined with the IC card, and the monitoring device 2 and the base adopt a detachable snap-fit structure, which form an integral data collection source, that is, independent and combined. The snap-fit structure can perform good maintenance on the monitoring device 2 and prolong its service life. At the same time, the base 1 is fixedly mounted on each engineering equipment, and the base 1 is in one-to-one correspondence with the engineering equipment, and the monitoring device 2 can be smaller than the number of engineering equipment, and the monitoring device 2 needs to run simultaneously. The number of engineering equipments can be the same, which greatly reduces the monitoring cost of the enterprise, and can form a more humanized, more convenient and more flexible monitoring system. For example, Company A has 100 engineering equipments, all of which need to be controlled, but at the same time only 60 engineering equipments are used. Then Company A only needs to have 100 bases 11 with IC card 12 and 60 monitoring devices 2, which greatly saves economic costs and does not affect the monitoring effect.
第三，采用身份识别装置内的身份识别码对对应的工程设备进行标号，后台处理器根据识别装置数据表与租赁维护表来对监测数据的归属权进行判断，判断该身份识别装置1的身份识别码是否在租赁身份识别码内；判断该身份识别装置1的所属公司是否在租赁所属公司内，该身份识别装置1的所属公司是否有承租资格；判断当前时间是否在租赁时间范围内，使得监测数据归属权的判定更准确，具有该监测数据归属权的公司能对该监测数据进行管理，监测数据的安全性能更高。Third, the corresponding engineering device is labeled by using the identification code in the identification device, and the background processor determines the ownership of the monitoring data according to the identification device data table and the rental maintenance table, and determines the identity of the identification device 1 Whether the identification code is within the rental identification code; determining whether the company of the identity recognition device 1 is within the lease company, whether the company of the identity recognition device 1 has the rent qualification; determining whether the current time is within the lease time range, The determination of monitoring the ownership of data is more accurate, and the company with the ownership of the monitoring data can manage the monitoring data, and the security performance of the monitoring data is higher.
如图2所示，为了进一步地优化本发明的实施效果，在本发明多元化工程设备监测系统及监测方法的另一些实施方式中，在上述内容的基础上，As shown in FIG. 2, in order to further optimize the implementation effect of the present invention, in other embodiments of the diversified engineering equipment monitoring system and the monitoring method of the present invention, based on the above content,
后台处理器3包括监测装置数据表，监测装置数据表包括以下数据信息：监测装置的序列号以及监测装置的所属公司。The background processor 3 includes a monitoring device data table including the following data information: the serial number of the monitoring device and the company to which the monitoring device belongs.
监测数据还包括以下数据信息：监测装置2的序列号。The monitoring data also includes the following data information: the serial number of the monitoring device 2.
一种多元化工程监测方法，利用多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method that utilizes a diversified engineering monitoring system for monitoring, including the following steps:
s1.将身份识别装置1固定安装于工程设备上；S1. The identification device 1 is fixedly mounted on the engineering equipment;
s2.将监测装置2与身份识别装置卡接；S2. The monitoring device 2 is connected to the identification device;
s3.后台处理端3分配序列号给该监测装置；S3. The background processing terminal 3 assigns a serial number to the monitoring device;
s4.监测装置2读取身份识别装置1的身份识别码；S4. The monitoring device 2 reads the identification code of the identity recognition device 1;
s5.监测装置2对工程设备进行实时监控，形成采集数据；S5. The monitoring device 2 performs real-time monitoring on the engineering equipment to form acquisition data;
s6.用户将该监测装置2的所属公司录入监测装置数据表，监测 装置数据表包括以下数据信息：监测装置2的序列号以及监测装置2的所属公司；S6. The user inputs the company of the monitoring device 2 into the monitoring device data table, and monitors The device data table includes the following data information: the serial number of the monitoring device 2 and the company to which the monitoring device 2 belongs;
s7.用户将该工程设备的所属公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置1的身份识别码、工程设备的所属公司、工程设备的使用公司，工程设备的使用公司与监测装置2的所属公司相同；S7. The user enters the company belonging to the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device 1, the company to which the engineering equipment belongs, the use company of the engineering equipment, and the use of the engineering equipment The company is the same as the company to which the monitoring device 2 belongs;
s8.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S8. The user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance table, which includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
s9.监测装置将身份识别码、序列号以及采集数据绑定，形成监测数据，并将该监测数据发送给后台处理器；S9. The monitoring device binds the identification code, the serial number and the collected data to form monitoring data, and sends the monitoring data to the background processor;
s10.后台处理器3判断接收到的监测数据中序列号所指监测装置的所属公司与身份识别码所指工程设备的所属公司是否一致，S10. The background processor 3 determines whether the company of the monitoring device indicated by the serial number in the received monitoring data is consistent with the company of the engineering device indicated by the identification code.
若一致，则将该监测数据的归属权判给监测装置的所属公司；If they are consistent, the ownership of the monitoring data is awarded to the company to which the monitoring device belongs;
若不一致，则后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内，If not, the background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is leased. Within the company, determine whether the current time is within the lease time range,
若均满足，则将该监测数据的归属权判给身份识别装置的使用公司；If both are satisfied, the ownership of the monitoring data is awarded to the use company of the identity recognition device;
若其中有任意一项不满足，则将该监测数据的归属权判给身份识别装置的所属公司。If any of the items is not satisfied, the ownership of the monitoring data is awarded to the company to which the identification device belongs.
在本实施例中，本发明一种多元化工程监测系统及监测方法具有以下有益效果：In this embodiment, a diversified engineering monitoring system and a monitoring method of the present invention have the following beneficial effects:
第一，每个监测装置2都有其唯一的序列号，便于公司对监测装置2进行生命周期的管理。First, each monitoring device 2 has its own unique serial number, which facilitates the company's life cycle management of the monitoring device 2.
第二，监测数据包含身份识别装置1的身份识别码、监测装置2 的序列号以及采集数据。序列号作为监测装置2的标识，身份识别码作为工程设备的标识，序列号与监测装置的所属公司关联，序列号与身份识别装置关联，身份识别装置与工程设备关联。从而根据监测数据可以实现序列号、监测装置的所属公司、身份识别装置以及工程设备的强关联松耦合。Second, the monitoring data includes the identification code of the identification device 1 and the monitoring device 2 Serial number and acquisition data. The serial number is used as the identification of the monitoring device 2, the identification code is used as the identification of the engineering device, the serial number is associated with the company to which the monitoring device belongs, the serial number is associated with the identification device, and the identification device is associated with the engineering device. Therefore, according to the monitoring data, the strong connection loose coupling of the serial number, the company to which the monitoring device belongs, the identification device, and the engineering equipment can be realized.
第三，根据监测装置数据表、识别装置数据表与租赁维护表来对监测数据的归属权进行判断，工程设备的使用公司与监测装置2的所属公司相同。当将监测装置2从一台工程设备的身份识别装置下取下，与安装于另一台工程设备上的身份识别装置卡接时，无需对后一台身份识别装置1所指的工程设备进行该工程设备使用公司的录入，该工程设备的使用公司直接为监测装置2的所属公司。而监测装置2的所属公司在后台处理器3中直接有备案，无需重新录入，其大大降低了用户的操作复杂度，监测数据不会丢失，安全性高。Third, the ownership of the monitoring data is determined based on the monitoring device data table, the identification device data table, and the rental maintenance table, and the company using the engineering equipment is the same as the company to which the monitoring device 2 belongs. When the monitoring device 2 is removed from the identification device of one engineering device and is engaged with the identification device installed on another engineering device, it is not necessary to perform the engineering equipment referred to by the latter identification device 1. The engineering equipment uses the company's entry, and the use company of the engineering equipment is directly the company of the monitoring device 2. The affiliated company of the monitoring device 2 directly records in the background processor 3, and does not need to re-enter, which greatly reduces the user's operation complexity, the monitoring data is not lost, and the security is high.
为了进一步地优化本发明的实施效果，在本发明多元化工程设备监测系统及监测方法的另一些实施方式中，在上述内容的基础上，In order to further optimize the implementation effect of the present invention, in other embodiments of the diversified engineering equipment monitoring system and the monitoring method of the present invention, based on the above content,
后台处理器3内设有用户管理模块，用户管理模块用于判断登录用户的类型，不同类型的登录用户对监测数据具有不同的管理权限。A user management module is provided in the background processor 3, and the user management module is used to determine the type of the logged-in user. Different types of logged-in users have different management rights for the monitoring data.
采用上述实施方案，对具有监测数据归属权的公司的员工进行管理权限分配，不同的员工管理权限不同，可以保证监测数据的安全性，数据的分享与隔离更安全。With the above implementation scheme, the management authority allocation is performed on the employees of the company having the monitoring data ownership right, and different employee management rights are different, which can ensure the security of the monitoring data, and the data sharing and isolation are more secure.
以上对本发明技术方案进行了详细说明，应当指出，新型的优选实施方式，对于本领域的普通技术人员来说，在不脱离本发明创造构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。 The above description of the technical solutions of the present invention has been described in detail. It should be noted that those skilled in the art can make various modifications and improvements without departing from the inventive concept. All fall within the scope of protection of the present invention.

Claims (9)

  1. 一种多元化工程设备监测系统，其特征在于，包括：A diversified engineering equipment monitoring system, comprising:
    身份识别装置，固定设置于相应的工程设备上，每个所述身份识别装置与每个所述工程设备一一对应，且每个所述身份识别装置设有唯一的身份识别码；The identification device is fixedly disposed on the corresponding engineering device, each of the identification devices is in one-to-one correspondence with each of the engineering devices, and each of the identification devices is provided with a unique identification code;
    监测装置，与所述身份识别装置可拆卸式接，用于对工程设备进行实时监测；a monitoring device detachably connected to the identification device for real-time monitoring of engineering equipment;
    后台处理器，所述后台处理器内设有用于判断所述工程设备是否为租赁设备的租赁维护表，所述租赁维护表内包括以下数据信息：所述身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；a background processor, wherein the background processor is provided with a lease maintenance table for determining whether the engineering device is a rental device, and the lease maintenance table includes the following data information: a rental identification code of the identity recognition device, and a lease Company and rental time range;
    所述监测装置与所述后台处理器连接；The monitoring device is connected to the background processor;
    所述监测装置读取所述身份识别装置的身份识别码，并将该身份识别码以及所述监测装置所采集到的采集数据绑定，形成监测数据，所述监测装置将所述监测数据发送给所述后台处理器，所述后台处理器根据所述租赁维护表对所述监测数据的归属权进行判断，具有该监测数据归属权的公司能对该监测数据进行管理。The monitoring device reads the identification code of the identification device, and binds the identification code and the collected data collected by the monitoring device to form monitoring data, and the monitoring device sends the monitoring data And the background processor determines, according to the lease maintenance table, the ownership of the monitoring data, and the company having the monitoring data ownership can manage the monitoring data.
  2. 根据权利要求1所述的多元化工程设备监测系统，其特征在于：所述身份识别装置包括底座以及安装于所述底座内的IC卡，每个所述IC卡携带有唯一的IC卡号。The diversified engineering equipment monitoring system according to claim 1, wherein said identity recognition device comprises a base and an IC card mounted in said base, each of said IC cards carrying a unique IC card number.
  3. 根据权利要求2所述的多元化工程设备监测系统，其特征在于：所述后台处理器内包括识别装置数据表，所述识别装置数据表包括以下数据信息：所述身份识别装置的身份识别码、工程设备的所属公司以及所述工程设备的使用公司。The diversified engineering equipment monitoring system according to claim 2, wherein the background processor includes an identification device data table, and the identification device data table includes the following data information: an identification code of the identity recognition device The company to which the engineering equipment belongs and the company in which the engineering equipment is used.
  4. 根据权利要求3所述的多元化工程设备监测系统，其特征在于：所述后台处理器内包括监测装置数据表，所述监测装置数据表包括以下数据信息：所述监测装置的序列号以及所述监测装置的所属公司。 The diversified engineering equipment monitoring system according to claim 3, wherein the background processor includes a monitoring device data table, and the monitoring device data table includes the following data information: a serial number and a location of the monitoring device The company to which the monitoring device is located.
  5. 根据权利要求4所述的多元化工程设备监测系统，其特征在于：所述监测数据还包括以下数据信息：所述监测装置的序列号。The diversified engineering equipment monitoring system according to claim 4, wherein the monitoring data further comprises the following data information: a serial number of the monitoring device.
  6. 根据权利要求1-5任意一项所述的多元化工程设备监测系统，其特征在于：所述后台处理器内设有用户管理模块，所述用户管理模块用于判断登录用户的类型，不同类型的登录用户对所述监测数据具有不同的管理权限。The diversified engineering equipment monitoring system according to any one of claims 1-5, wherein the background processor is provided with a user management module, and the user management module is configured to determine the type of the login user, different types. The logged in user has different administrative rights to the monitoring data.
  7. 一种多元化工程监测方法，其特征在于：利用权利要求3所述的多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method, characterized in that: using the diversified engineering monitoring system of claim 3 for monitoring, specifically comprising the following steps:
    s1.将身份识别装置固定安装于工程设备上；S1. Fixing the identification device on the engineering equipment;
    s2.将监测装置与身份识别装置卡接；S2. Snap the monitoring device to the identification device;
    s3.监测装置读取身份识别装置的身份识别码；S3. The monitoring device reads the identification code of the identification device;
    s4.监测装置对工程设备进行实时监控，形成采集数据；S4. The monitoring device performs real-time monitoring on the engineering equipment to form acquisition data;
    s5.用户将该工程设备的所属公司以及该工程设备的使用公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司、工程设备的使用公司；S5. The user enters the company of the engineering equipment and the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company of the engineering equipment, and the use of the engineering equipment the company;
    s6.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S6. The user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance form, and the lease maintenance form includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
    s7.监测装置将身份识别码以及采集数据绑定，形成监测数据，并将该监测数据发送给后台处理器；S7. The monitoring device binds the identification code and the collected data to form monitoring data, and sends the monitoring data to the background processor;
    s8.后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内，S8. The background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is in the lease company , to determine whether the current time is within the lease time range,
    若均满足，则将该监测数据的归属权判给身份识别装置的使用公司；If both are satisfied, the ownership of the monitoring data is awarded to the use company of the identity recognition device;
    若其中有任意一项不满足，则将该监测数据的归属权判给身份识 别装置的所属公司。If any one of them is not satisfied, the ownership of the monitoring data is awarded to the identity The company of the device.
  8. 一种多元化工程监测方法，其特征在于：利用权利要求6所述的多元化工程监测系统进行监测，具体包括以下步骤：A diversified engineering monitoring method, characterized in that: the monitoring is performed by using the diversified engineering monitoring system of claim 6, specifically comprising the following steps:
    s1.将身份识别装置固定安装于工程设备上；S1. Fixing the identification device on the engineering equipment;
    s2.将监测装置与身份识别装置卡接；S2. Snap the monitoring device to the identification device;
    s3.后台处理端分配序列号给该监测装置；S3. The background processing end allocates a serial number to the monitoring device;
    s4.监测装置读取身份识别装置的身份识别码；S4. The monitoring device reads the identification code of the identification device;
    s5.监测装置对工程设备进行实时监控，形成采集数据；S5. The monitoring device performs real-time monitoring on the engineering equipment to form acquisition data;
    s6.用户将该监测装置的所属公司录入监测装置数据表，监测装置数据表包括以下数据信息：监测装置的序列号以及监测装置的所属公司；S6. The user inputs the company of the monitoring device into the monitoring device data table, and the monitoring device data table includes the following data information: the serial number of the monitoring device and the company to which the monitoring device belongs;
    s7.用户将该工程设备的所属公司录入识别装置数据表，识别装置数据表包括以下数据信息：身份识别装置的身份识别码、工程设备的所属公司、工程设备的使用公司；S7. The user enters the company of the engineering equipment into the identification device data table, and the identification device data table includes the following data information: the identification code of the identification device, the company to which the engineering equipment belongs, and the use company of the engineering equipment;
    s8.用户将租赁工程设备的租赁身份识别码、租赁所属公司以及租赁时间范围录入租赁维护表，租赁维护表包括：身份识别装置的租赁身份识别码、租赁所属公司以及租赁时间范围；S8. The user enters the rental identification code of the leased engineering equipment, the company to which the lease belongs, and the lease time range into the lease maintenance table, which includes: the rental identification code of the identification device, the company to which the lease belongs, and the lease time range;
    s9.监测装置将身份识别码、序列号以及采集数据绑定，形成监测数据，并将该监测数据发送给后台处理器；S9. The monitoring device binds the identification code, the serial number and the collected data to form monitoring data, and sends the monitoring data to the background processor;
    s10.后台处理器判断接收到的监测数据中序列号所指监测装置的所属公司与身份识别码所指工程设备的所属公司是否一致，S10. The background processor determines whether the company of the monitoring device indicated by the serial number in the received monitoring data is consistent with the company of the engineering device indicated by the identification code,
    若一致，则将该监测数据的归属权判给所述监测装置的所属公司；If they are consistent, the ownership of the monitoring data is awarded to the company to which the monitoring device belongs;
    若不一致，则后台处理器根据租赁维护表对该监测数据的归属权进行判断，判断该身份识别装置的身份识别码是否在租赁身份识别码内，判断该身份识别装置的所属公司是否在租赁所属公司内，判断当前时间是否在租赁时间范围内， If not, the background processor determines the ownership of the monitoring data according to the lease maintenance table, determines whether the identity identification code of the identity recognition device is within the lease identity code, and determines whether the company to which the identity recognition device belongs is leased. Within the company, determine whether the current time is within the lease time range,
    若均满足，则将该监测数据的归属权判给身份识别装置的使用公司；If both are satisfied, the ownership of the monitoring data is awarded to the use company of the identity recognition device;
    若其中有任意一项不满足，则将该监测数据的归属权判给身份识别装置的所属公司。If any of the items is not satisfied, the ownership of the monitoring data is awarded to the company to which the identification device belongs.
  9. 根据权利要求8所述的多元化工程设备监测方法，其特征在于，在所述步骤S7中，所述工程设备的使用公司与所述监测装置的所属公司相同。 The diversified engineering equipment monitoring method according to claim 8, wherein in the step S7, the use company of the engineering equipment is the same as the company to which the monitoring device belongs.
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