KR20200139506A - Dust collector management and optimization system using dust collector operation and its operation method - Google Patents

Abstract

The present invention provides a dust collecting device management and optimization system using a dust collecting device operation and an operation method thereof, which analyze sensor data installed for production, safety, and maintenance of different industrial dust collectors produced by different manufacturers, and provide real-time guidance on production, safety measures, and maintenance status to a manager′s PC or smartphone to allow real-time management, and make analyzed data into a database (big data) and process the analyzed data to improve the performance of existing dust collectors or to allow associated manufacturers use the analyzed data in production of new dust collectors, and provide data necessary for the development of dust collectors to new dust collector companies, thereby improving safety management of the overall dust collector industry, and generating revenue by providing data.

Description

Dust collector management and optimization system using dust collector operation and its operation method}

The present invention relates to management and development according to the operation of dust collection devices, and more particularly, production and safety measures by analyzing sensor data installed for production, safety, and maintenance of different industrial dust collection devices produced by different manufacturers. Real-time management of the safety field is possible by providing real-time guidance on the maintenance and maintenance status to the manager PC or smartphone, and the analyzed data is converted into a database (big data) and processed to improve the performance of the existing dust collector or unite in the production of a new dust collector. A dust collector using dust collector operation that can be used jointly by one manufacturer and provided data necessary for the development of dust collector to new dust collector companies to improve the safety management of the overall dust collector industry, and generate profits by providing data. It relates to a management and optimization system and its operation method.

A dust collector or dust collector is a device that removes solid or liquid particles suspended in contaminated gas, and includes cyclones, multi-cyclones, gravity-type dust collection facilities, filter dust collection facilities (bag filters), and electric dust collection devices.

Dust collection devices have been used to remove soot or dust from exhaust gases such as boilers, roasters, heating furnaces, and waste incinerators for pollution measures. Chemical powder manufacturing, iron making, wood, cement manufacturing, and other work places where large amounts of fine dust are generated. In addition, in the manufacturing industry, it is installed and used to improve product quality by purifying air in the IC process and pharmaceutical process.

Therefore, it is necessary to establish a system that can always monitor the operation state of the dust collector and can immediately solve the problem even at a remote location when a problem occurs in the dust collector.

Recently, problems such as fines as well as business suspension have been gradually strengthened when air pollutants exceeding the range prescribed by the law are released due to the reinforcement of laws to reduce fine dust.

This is a problem that it is difficult for small and medium-sized manufacturers to have a separate manager to manage the dust collection device, rather than for large companies, so when the sensor data reaches a certain range, it is necessary to use a small and medium-sized manufacturer's manager PC or smartphone. It is also provided to facilitate maintenance management.

However, various problems may occur during use of the dust collector.

For example, a problem occurs when the load current applied to the dust collector exceeds a preset load current, a problem occurs when the temperature of the dust collector becomes higher than a preset temperature, or a fire occurs in the dust collector. It can happen anytime, anywhere.

For such a problem, the manufacturer establishes countermeasures for it later, but this is a kind of post drug visit, and even if the same problem occurs from different manufacturers, there is a problem that each manufacturer has to solve the problem.

Patent Document 1: Korean Patent Laid-Open No. 10-2016-0051011 (published on May 11, 2016)-Dust collector control system Patent Document 2: Korean Patent Registration No. 10-1533084 (published on July 02, 2015)-Analyzer device and monitoring system of exhaust gas treatment device

Therefore, the present invention is to solve all the disadvantages and problems of the prior art as described above, and produced by analyzing sensor data installed for production, safety, and maintenance of different industrial dust collectors produced by different manufacturers, Real-time management of safety fields is possible by providing real-time guidance on safety measures and maintenance status to the manager PC or smartphone, and the analyzed data is converted into a database (big data) and processed to improve the performance of existing dust collection devices or produce new dust collection devices. By providing data necessary for the development of dust collection devices to new dust collection device companies, and to improve safety management of the overall dust collection device industry, and to generate profits by providing data, the operation of dust collection devices is used. Its purpose is to provide a dust collector management and optimization system and a method of operating the same.

In order to achieve the above object, the present invention provides a plurality of dust collectors for removing solid or liquid particles suspended in contaminated gas; Servers of a plurality of manufacturers that have manufactured the plurality of dust collection devices, and information on the specifications of the dust collection devices for each manufacturer, information on the dust collection method of the dust collection devices, maintenance standard information, sensor information for each dust collection device, emergency stop method information, and siren , A warning light, a plurality of dust collector manufacturer servers for managing power-off method information; A plurality of dust collecting device management terminals comprising a PC or a smart phone of an administrator managing the plurality of dust collecting devices; Collecting dust collection device operation information from each of the plurality of dust collection devices, and through the establishment of a preset interlock system with the plurality of dust collection devices, measures for emergency stop, siren, warning lights, and power off for the dust collection device in which an abnormality occurred among the dust collection devices Selectively, the manager of each dust collecting device notifies the relevant information when abnormal information occurs to a smartphone or PC, and the installer with the plurality of dust collecting devices installed and the manufacturer of the plurality of dust collecting devices as members are used as members. Integrated management and database of devices, through which optimized operation data, equipment data, accessory data, and sensor data are processed for each dust collection device to share management data, optimization data, and corresponding data for the dust collection device among member companies. , A dust collecting device operating server sold to other dust collecting device manufacturers or institutions; And a financial company server that performs a fair financial transaction when the dust collector operation server manages the plurality of dust collectors while optimizing the dust collector and selling the processed data. It provides a dust collector management and optimization system using the dust collector operation.

In addition, in order to achieve the above object, the present invention includes the steps of recruiting a dust collector member company, collecting, classifying and storing dust collector standard information and manager information for each recruited member company; Collecting and analyzing operation information of the dust collecting device; Collecting abnormality information in the analyzed dust collecting device operation information, performing remote control when there is abnormality information, and notifying the administrator's PC or smartphone; The step of notifying, by the dust collecting device operation server, the information on the operation of the dust collecting device to a member company (a dust collecting device operating company (factory), a dust collecting device manufacturer server) along with identification information of the corresponding dust collecting device; When the dust collecting device operation server receives the optimized dust collecting device information through the identification number information notified of the operation information from a member company PC or server that has received the dust collecting device operation information, converting it into an optimization database; The dust collection device operation server charges a dust collection device management amount according to a preset period and regulations, and bills the dust collection device installation company (factory) through a financial institution server; And the step of calculating the sales amount at the time of sales of the dust collecting device optimization data converted into an optimized database, and calculating the sales amount at a predetermined ratio to the member company, wherein the dust collecting device management server comprises: a dust collecting device management using a dust collecting device operation, comprising: And optimization system operation method.

According to the present invention, there are the following effects.

First, the collected dust collector and sensor data can be processed and provided as data necessary for manufacturing a new dust collector, making it easy to develop a dust collector with secured safety.

Second, with the stable management of the dust collection system, the status of the dust collection system is provided by the company manager PC or smartphone, especially in small business sites, so in case of an emergency, it is possible to quickly respond without a separate person to manage only the dust collection system, and It can be provided to the manager PC and smartphone periodically to do a dot or after-sales service at an appropriate time.

Third, by integrating and collecting data from dust collector manufacturers, each dust collector manufacturer or dust collector installer collects, analyzes, processes and provides integrated data in a corresponding manner, and provides a database (big data). When the performance of the existing dust collector is improved or the new dust collector is produced, it can be used jointly by allied manufacturers, minimizing unnecessary development cost consumption.

Fourth, in the case of providing database data to manufacturers who want to participate in the new dust collector market, new dust collector companies can produce highly reliable dust collectors while minimizing unnecessary trial and error processes, and companies providing data are You can generate income through the cost.

1 is a block diagram illustrating a system for managing and optimizing a dust collecting device using operation of a dust collecting device according to the present invention.
2 and 3 are views for explaining an embodiment of a dust collecting device management and optimization system using the operation of the dust collecting device shown in FIG. 1.
4 to 7 are views for explaining various dust collecting devices and a sensor attachment position of each dust collecting device.
FIG. 8 is a block diagram illustrating an embodiment of a dust collector operation server of a dust collector management and optimization system using dust collector operation according to the present invention.
9 is a flowchart illustrating a method of managing a dust collecting device and operating an optimization system using the operation of the dust collecting device according to the present invention.

The preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In addition, the terms used in the present invention have selected general terms that are currently widely used as far as possible, but in certain cases, there are terms arbitrarily selected by the applicant, and in this case, the meaning of the terms has been described in detail in the description of the corresponding invention. It should be noted that the present invention should be understood as the meaning of the term, not the name of. In addition, in describing the embodiments, descriptions of technical contents that are well known in the technical field to which the present invention pertains and are not directly related to the present invention will be omitted. This is to more clearly convey the gist of the present invention by omitting unnecessary description.

1 is a block diagram illustrating a dust collection device management and optimization system using the operation of a dust collection device according to the present invention, and FIGS. 2 and 3 are implementations of a dust collection device management and optimization system using the operation of the dust collection device shown in FIG. It is a figure for explaining an example.

As shown in FIG. 1, the dust collecting device management and optimization system using the operation of the dust collecting device according to the present invention includes a plurality of dust collection devices 100, a plurality of dust collection device manufacturers servers 200, and a plurality of dust collection device management terminals 300. ), a dust collector operation server 400, a financial company server 500, and a wired/wireless communication network 600.

Here, the plurality of dust collecting devices 100 are a plurality of devices that remove solid or liquid particulates suspended in contaminated gas, cyclones, multi-cyclones, gravity-type dust collection facilities, filter dust collection facilities (bag filters), and electric dust collection devices. , Centrifugal force dust collector, washing dust collector, etc.

The plurality of dust collectors 100 are various types of dust collectors installed in industrial machines in each region of the country. It is preferable that the plurality of dust collecting devices 100 have an interlock system for taking measures such as emergency stop, siren, warning lights, and power off when an abnormal situation occurs.

The plurality of dust collection device manufacturers server 200 is a server of a manufacturer that manufactures the plurality of dust collection devices 100, and includes standard information of dust collection devices for each manufacturer, dust collection method information, maintenance standard information, and dust collection devices. Star sensor information, emergency stop method information, siren, warning light, power off method information, etc. are managed. In addition, information on the dust collecting device sold and installed in the manufacturer's server 200 is also managed.

The plurality of dust collection device management terminals 300 are a PC or smartphone of an administrator who manages the plurality of dust collection devices 100.

The dust collecting device operation server 400 collects dust collecting device operation information from each of the plurality of dust collecting devices 100. Here, the dust collecting device operation information means that a sensor that can produce, safety, and maintenance is installed in a dust collecting device mounted on an industrial machine, and data is collected from the installed sensor. And it analyzes the collected sensor data with artificial intelligence, and guides the production status, safety measures, maintenance, etc. through the user's smartphone or PC. At this time, the safety-related information collected from the sensor enables measures such as emergency stop, siren, warning light, and power off through the construction of an interlock system. In addition, the dust collecting device operation server 400 notifies the relevant information when abnormal information occurs so that the manager of each dust collecting device can check important information anytime, anywhere, through a smartphone or a PC, etc. As a result, it is possible to immediately respond to urgent situations such as information on safety fields, and the sensor monitors production, safety, and maintenance in real time, thereby reducing the number of managers. This is especially useful for workplaces and companies with small workplaces. Can be used. Meanwhile, the collected data can be sold as data to industrial machine manufacturers and related organizations. To this end, the dust collection device operation server 400 includes a dust collector 100 installer for continuously acquiring stable information from the plurality of dust collector 100 and the dust collector manufacturer server 200, and the dust collector manufacturer as a member company, respectively. It is possible to integrate management and database of dust collecting devices of the dust collector, and through this, it is possible to process optimized operation data, equipment data, accessory data, and sensor data for each dust collecting device so that it can be used for management and optimization of dust collecting devices and sales of the data. .

The financial institution's server 500 allows a fair transaction to be made when the dust collector operation server 400 manages the plurality of dust collectors 100 and manages the cost, optimizes the dust collector, and sells processed data. In partnership with a bank or credit card company, financial transactions are performed through the server of the bank or credit card company.

The wired/wireless communication network 600 does not need to be particularly limited as long as wired/wireless Internet communication, data communication, and mobile communication are possible.

The dust collector management and optimization system using such dust collector operation can be configured as shown in FIGS. 2 and 3, wherein the web server corresponds to the dust collector operation server 400, and the dust collector operation server 400 is a search engine, Includes Basket / Billing System, Payment AP (Application Interface), Application (middleware), Front-end Main Application, Artificial Intelligence, Analysis Rule Filter, Service Main DB, Indexing Data, Rule DB, and sensor for production, for safety It collects data from sensors and maintenance sensors, performs necessary processing on the collected data by managers or operators, transmits data, and receives control data.

4 to 7 are views for explaining various dust collecting devices and a sensor attachment position of each dust collecting device.

The various dust collecting devices and the sensor attachment positions of each dust collecting device are as shown in FIGS. 4 to 7. The dust collecting device of FIG. 4 is a centrifugal dust collecting device, which separates and collects by centrifugal force and inertial force. This centrifugal dust collector should periodically clean the areas where dust and mist are likely to accumulate, and check the amount of gas, temperature, and inlet/outlet speed. In this centrifugal dust collector, a gas sensor and a temperature sensor are installed, and the red part is the installation location of the gas sensor and the temperature sensor.

The dust collecting device of FIG. 5 is a cleaning dust collecting device, which collects by spraying a cleaning liquid. This cleaning and dust collecting device checks the clogging of the spray nozzle that sprays the cleaning liquid, and checks the proper pH value. To this end, the cleaning and dust collecting device is equipped with a pH sensor and a water pressure sensor, and the red part is the installation location of the pH sensor and water pressure sensor.

The dust collecting device shown in FIG. 6 is for explaining the filter dust collecting device, and the dust is separated and collected by passing through a bag. Such a filter dust collector should check whether the filter is damaged, the pressure loss, and the replacement cycle of the filter. For this purpose, the filter dust collector is equipped with a pressure sensor and a dust sensor in the light silver part.

Fig. 7 shows a dust collecting device by adsorption, and purifies harmful gases by passing activated carbon. These adsorption dust collectors have to regularly check the adsorption layer, check the pressure loss at the inlet and outlet of the adsorption bed, and remove the fire factor.There is a problem of collection and inflow and explosion of the inlet duct of the adsorption tower. Install on the red part.

FIG. 8 is a block diagram illustrating an embodiment of a dust collection apparatus operation server of a dust collection apparatus management and optimization system using dust collection apparatus operation according to the present invention shown in FIG. 1.

As shown in FIG. 8, the dust collector operation server 400 of the dust collector management and optimization system using the dust collector operation according to the invention includes a communication unit 401, a dust collector member information storage unit 402, and a dust collector standard for each manufacturer. Information collecting unit 403, dust collecting device standard information classification unit 404, dust collecting device manager data storage unit 405, dust collecting device operation information collecting unit 406, dust collecting device operation information analyzing unit 407, dust collecting device operation Abnormality detection unit 408, dust collecting device abnormal information collecting unit 409, dust collecting device remote control unit 410, dust collecting device abnormal information manager notification unit 411, dust collecting device operation information member company transmission unit 412, dust collecting device by standard Operational information analysis unit 413, operation information for each standard member company transmission unit 414, optimization information collection unit for each dust collection device 415, optimization database for each dust collection unit 416, member company dust collection unit management amount billing unit 417, It is composed of an optimum data sales unit 418 for each dust collector, a sales amount member company calculation unit 419 and a control unit 420.

Here, the communication unit 401 operates a plurality of dust collectors 100, a plurality of dust collection apparatus manufacturers servers 200, a plurality of dust collection apparatus management terminals 300, a financial company server 500 and a dust collection apparatus through a wired/wireless communication network 600. To communicate between the servers 400.

The dust collecting device member company information storage unit 402 stores information of a member who is a member of an installer such as a factory in which a plurality of dust collecting devices 100 are installed and a manufacturer of a dust collecting device. Such member company information may be a member company name, a member company contact number, a person in charge contact number, a business location, a dust collecting device installation address, and the like.

The dust collection device standard information collection unit 403 by manufacturer includes information on the dust collection device standard (spec) of the manufacturer that produces the dust collection device (dust collection method, size of the dust collection device, dust collection performance of the dust collection device, performance sensor type, sensor location, dust collection device price). Information, price of accessories and sensors), information on a unique identification number that can identify the dust collection device, installation location, installation company name (factory name), installation date, inspection date, replacement date information, etc. May be included.

The dust collecting device standard information classification unit 404 classifies the standard information of the dust collecting device collected by manufacturers. This classification is basically classified based on the dust collection method and size of the dust collector among the standard information of the dust collector, and is classified into dust collection performance, sensor type, price, and price information of accessories and sensors. According to this classification, information on dust collection performance and price according to the dust collection method of dust collection devices produced by each manufacturer can be collected, and cost performance information can be obtained later.

The dust collecting device manager data storage unit 405 includes the name, phone number, PC identification information, smartphone information, etc. of each manager (person in charge) managing the plurality of dust collecting devices 100. Of course, if the company is the same company or if dust collectors are gathered, one person can manage multiple units.

The dust collecting device operation information collecting unit 406 collects operation information collected through sensors for the plurality of dust collecting devices 100.

The dust collecting device operation information analysis unit 407 analyzes the operation information of the plurality of dust collecting devices 100 collected by the dust collecting device operation information collecting unit 406.

The dust collecting device operation abnormality detecting unit 408 detects abnormal situations in the plurality of dust collecting devices 100 analyzed by the dust collecting device operation information analyzing unit 407. Of course, such an abnormal situation is not only when the gas sensor, the temperature sensor, the pH value, the water pressure sensor, the pressure sensor, the dust sensor, etc., from the collected operation information approaches or exceeds the preset threshold, as well as the operation data at a preset cycle. (Gas volume, temperature, inlet/outlet speed, injection nozzle clogging, pH value, bag damage, pressure, replacement cycle, pressure of the activated carbon adsorption layer, etc.) are included.

The dust collecting device abnormality information collection unit 409 collects abnormal situations in the plurality of dust collecting devices 100 detected by the dust collecting device operation abnormality detection unit 408.

The remote control unit 410 of the dust collecting device takes measures such as emergency stop, siren, warning light, and power off through an interlock system built for the abnormal situation when possible for the abnormal situation collected by the dust collection device abnormal information collection unit 409. Perform.

The dust collecting device abnormal information manager notification unit 411 notifies the abnormal situation collected by the dust collecting device abnormal information collecting unit 409 to a PC or smartphone of the administrator (operator).

The dust collecting device operation information member company transmission unit 412 includes the operation information analyzed by the dust collecting device operation information analysis unit 407 for the plurality of dust collecting devices 100 and the abnormal situation collected by the dust collecting device abnormal information collecting unit 409. The analysis information of is transmitted to the manager PC and the manufacturer server of each dust collecting device through the communication unit 401. According to this operation information, companies (factory) and manufacturers that have installed the dust collection device can use the information as necessary data to improve problems of the dust collection device.

The operation information analysis unit 413 according to the dust collection device standard operates the plurality of dust collection devices 100 and the operation information analyzed by the dust collection device operation information analysis unit 407, and the operation information collected by the dust collection device abnormal information collection unit 409. Analyze the analysis information of abnormal situations by standard. This is analyzed separately from member companies, and depending on the member companies, it may be difficult to analyze the information (small scale, business closure, lack of analysis managers, etc.), but it is also a dimension of sharing information between member companies. Regarding the method, size, and performance information, it can be used to improve the performance of the company's own dust collector based on the performance information of the dust collector of the same dust collection method of another company.

Operational information for each standard The member company transmission unit 414 transmits the information analyzed by the operation information analysis unit 413 for each standard of the dust collector to a member company (especially a manufacturer).

The optimization information collection unit 415 for each dust collection device collects optimization information of a newly updated dust collection device from a manufacturer that has received the analyzed information. At this time, the manufacturer's standard information about the dust collection device that provides optimal performance for the type, size, and price of the dust collection device, the operating information of the company (factory) that installed the dust collection device (regular inspection frequency, inspection method, etc.), and the sensor Information about the type and sensor manufacturer are also collected.

The optimization database 416 for each dust collector converts the optimization information collected by the optimization information collection unit 415 for each dust collector into a database. According to this database, latecomers or existing member manufacturers can be used to develop more improved dust collection devices through information on dust collection devices of other companies.

The member company's dust collecting device management fee billing unit 417 performs billing for the plurality of dust collecting devices 100 and the plurality of manufacturers at a preset period or at a predetermined amount for actions when an abnormal situation occurs. Such billing is transmitted to the financial institution server 500 through the communication unit 401, and transmitted from the financial institution server 500 to each member company.

The optimum data sales unit 418 for each dust collection device sells the optimization data of the dust collection device that is databased in the optimization database 416 for each dust collection device, and this sale is for the fairness of sales of dust collection devices of various types, sizes, and prices. The sales information is left in the optimal data sales unit 418 for each dust collector.

The sales amount member company calculation unit 419 allows the dust collection device sold by the optimum data sales unit 418 for each dust collection device to be settled at a preset ratio between member companies. Such a preset ratio does not need to be particularly limited, and may be differentiated according to a 1/N method or manufacturer contribution.

The control unit 420 includes a communication unit 401, a dust collecting device member company information storage unit 402, a dust collecting device standard information collection unit 403 for each manufacturer, a dust collecting device standard information classification unit 404, and a dust collecting device manager data storage unit 405. ), dust collector operation information collection unit 406, dust collector operation information analysis unit 407, dust collector operation abnormality detection unit 408, dust collector abnormality information collection unit 409, dust collector remote control unit 410, dust collection Device abnormality information manager notification unit 411, dust collector operation information member company transmission unit 412, dust collection device standard operation information analysis unit 413, standard operation information member company transmission unit 414, dust collection unit optimization information collection Controls the unit 415, an optimization database for each dust collector 416, a member company dust collector management amount billing unit 417, an optimum data sales unit 418 for each dust collection device, and a member company settlement unit 419 for sales amount.

Meanwhile, the dust collector operation server 400 is configured to allow a separate manager to be connected through a keyboard, mouse, speaker, printer, etc. through an external connection interface.

9 is a flowchart illustrating a method of managing a dust collecting device and operating an optimization system using the operation of the dust collecting device according to the present invention.

As shown in FIG. 9, the method of operating a dust collecting device management and optimization system using the operation of a dust collecting device according to the present invention recruits and joins the dust collecting device member companies (S100).

Then, the dust collector standard information and manager information for each member company are collected, classified, and stored (S110).

Then, the operation information of the dust collector is collected and analyzed (S120).

Then, abnormal information is collected in the analyzed dust collector operation information, and if there is abnormal information, remote control is performed and notified to the administrator's PC or smartphone (S130).

Meanwhile, the dust collecting device operation server 400 notifies the dust collecting device operation information to the member companies (dust collecting device operating company (factory), the dust collecting device manufacturer server) along with the identification information of the corresponding dust collecting device (S140). At this time, notification identification number information is generated and transmitted.

In addition, the dust collecting device operation server 400 converts and stores the optimized database information when the updated dust collecting device information is received through the identification number information notified of the operation information from the member company that has received the dust collecting device operation information (S150). .

In addition, the dust collector operation server 400 charges the dust collector management amount according to a preset period and regulations, and charges the dust collector installation company (factory) through the financial institution server (S160).

On the other hand, when the dust collector optimization data stored in the database is sold, the sales amount is settled, and this is settled at a preset rate to the member company (S170).

Although the present invention has been described with the above examples, the present invention is not necessarily limited to these examples, and various modifications may be made without departing from the spirit of the present invention. Accordingly, the examples disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these examples. The scope of protection of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: dust collector 200: dust collector manufacturer server
300: dust collection device management terminal 400: dust collection device operation server
401: communication unit 402: dust collecting device member company information storage unit
403: Dust collection device standard information collection unit for each manufacturer
404: dust collecting device standard information classification unit 405: dust collecting device manager data storage unit
406: dust collector operation information collection unit 407: dust collector operation information analysis unit
408: dust collecting device operation abnormality detecting unit 409: dust collecting device abnormal information collecting unit
410: dust collector remote control unit
411: Dust collector abnormal information manager notification unit
412: Dust collecting device operation information member company transmission unit
413: Operation information analysis unit for each standard of dust collector
414: Operational information by standard member company transmission unit
415: Optimization information collection unit for each dust collector
416: Optimization database for each dust collector
417: Member company dust collector management amount billing department
418: Optimal data sales department for each dust collector
419: Sales amount member company settlement unit 420: Control unit
500: financial company server

Claims (3)

A plurality of dust collectors 100 for removing solid or liquid particulates floating in the contaminated gas;
Servers of a plurality of manufacturers that have manufactured the plurality of dust collection devices 100, standard information of each manufacturer, dust collection method information, maintenance standard information, sensor information for each dust collection device, and emergency stop method. Information, siren, a warning light, a plurality of dust collector manufacturer server 200 for managing power-off method information;
A plurality of dust collection device management terminals 300 comprising a PC or a smart phone of an administrator managing the plurality of dust collection devices 100;
By collecting dust collecting device operation information from each of the plurality of dust collecting devices 100 and establishing a preset interlock system with the plurality of dust collecting devices 100, an emergency stop, siren, for the dust collecting device in which an abnormality has occurred among the dust collecting devices, It selectively takes measures to turn off the warning light and power, and notifies the corresponding information when abnormal information occurs to the manager smartphone or PC for each dust collecting device, and the installer in which the plurality of dust collecting devices 100 are installed, and the plurality of dust collecting devices 100 ) With the manufacturer as a member company for integrated management and database of each dust collection device, and through this, optimized operation data, equipment data, accessory data, and sensor data for each dust collection device are processed to manage the dust collection device. A dust collector operation server 400 that shares data, optimization data and corresponding data between member companies and sells to other dust collector manufacturers or institutions; And
A financial company server 500 that performs a fair financial transaction when the dust collector operation server 400 manages the plurality of dust collectors 100, and optimizes the dust collector and sells processed data. ); Dust collection device management and optimization system using dust collection device operation, characterized in that it is configured including.
The method according to claim 1,
The dust collecting device operation server 400,
A dust collecting device member company information storage unit 402 for storing information of a member company registered as a member among an installer such as a factory in which the plurality of dust collecting devices 100 are installed and a manufacturer manufacturing the dust collecting device,
A dust collecting device standard information collecting unit 403 for collecting dust collecting device standard information for each manufacturer of a manufacturer that produces each of the plurality of dust collecting devices 100,
A dust collecting device standard information classification unit 404 for classifying the collected standard information of the collected dust collecting device by manufacturer,
A dust collecting device manager data storage unit 405 storing the name, phone number, PC identification information, and smartphone information of each manager (person in charge) managing the plurality of dust collecting devices 100,
A dust collecting device operation information collection unit 406 for collecting operation information collected through a sensor for the plurality of dust collecting devices 100,
A dust collecting device operation information analysis unit 407 that analyzes operation information on the plurality of dust collecting devices 100 collected by the dust collecting device operation information collecting unit 406,
A dust collecting device operation abnormality detection unit 408 for detecting abnormal conditions in the plurality of dust collecting devices 100 analyzed by the dust collecting device operation information analyzing unit 407,
A dust collecting device abnormal information collecting unit 409 for collecting abnormal conditions in the plurality of dust collecting devices 100 detected by the dust collecting device operation abnormality detecting unit 408,
A dust collector remote control unit 410 that performs emergency stop, siren, warning lights, and power off measures through an interlock system built for the abnormal situation when possible with respect to the abnormal situation collected by the dust collecting device abnormal information collection unit 409 Wow,
A dust collecting device abnormal information manager notification unit 411 for notifying an abnormal situation collected by the dust collecting device abnormal information collecting unit 409 to the administrator's PC or smartphone,
The operation information analyzed by the dust collecting device operation information analysis unit 407 for the plurality of dust collecting devices 100 and the analysis information of the abnormal situation collected by the dust collecting device abnormal information collecting unit 409 are transmitted to the communication unit 401. The dust collecting device operation information member company transmission unit 412 that is transmitted to the manager PC and the manufacturer server of each dust collecting device through,
Analyzing the operation information analyzed by the dust collecting device operation information analysis unit 407 while operating the plurality of dust collecting devices 100 and the analysis information of the abnormal situation collected by the dust collecting device abnormal information collecting unit 409 by standard An operation information analysis unit 413 for each standard of a dust collector,
The optimization information collection unit 415 for each dust collection device that collects optimization information of the newly updated dust collection device from the manufacturer's server, and
A dust collector management and optimization system using dust collector operation, comprising: an optimization database (416) for each dust collector that converts the optimization information into a database.
A method of operating a dust collecting device management and optimization system using the operation of the dust collecting device of claim 1 or 2,
The dust collector operation server 400 recruits dust collector member companies (S100), collects dust collector standard information and manager information for each recruited member company, classifies, and stores (S110);
Collecting and analyzing operation information of the dust collecting device (S120);
Collecting abnormality information in the analyzed dust collecting device operation information, performing remote control when there is abnormality information, and notifying the administrator's PC or smartphone (S130);
The dust collecting device operation server 400 notifies the dust collecting device operation information to a member company for each dust collecting device (a dust collecting device operating company (factory), a dust collecting device manufacturer server) along with identification information of the corresponding dust collecting device (S140);
The dust collecting device operation server 400, when the optimized dust collecting device information is received from a member company PC or server that has received the dust collecting device operation information through the identification number information notified of the operation information, converting it into an optimization database (S150);
The dust collector operation server 400 charges a dust collector management amount according to a preset period and a rule, and charges the dust collector installation company (factory) through a financial institution server (S160); And
The dust collector operation server 400 calculates a sales amount when selling dust collector optimization data converted into an optimized database, and calculates the sales amount at a predetermined rate to a member company (S170); and operation of a dust collector comprising: Dust collection device management and operation method of optimization system using

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