KR101781548B1

KR101781548B1 - mound Administration system for Industrial Classifieds utilization analysis

Info

Publication number: KR101781548B1
Application number: KR1020150178255A
Authority: KR
Inventors: 이정훈
Original assignee: (주)씨앤테크
Priority date: 2015-12-14
Filing date: 2015-12-14
Publication date: 2017-09-27
Also published as: KR20170070572A

Abstract

More particularly, the present invention relates to a moving-object management system for an industrial classification, and more particularly, to a moving-object management system for an industrial classification by analyzing data of a plurality of sensors and a plurality of sensors installed in a moving object, The present invention relates to a moving-object management system for analyzing utilization rates of industrial classes in order to utilize information and / or moving-use rate information to determine utilization rates of industrial classes and to utilize them as financial data when investing in a specific sector.

Description

{Mound Administration system for Industrial Classifieds utilization analysis for utilization rate analysis by industry classification}

Patent Document 1 is related to a booth type security disclosure system of a movable property using RFID technology, and it is an RFID tag attached to a moving object such as a mechanical device and inventory assets, which are objects of collateral, and a specific information area , The information on the registration date and registration number, information on the debtor (owner) in the movable property, information on the mortgagor in the movable property, information on the purpose of the mortgage registration in the movable property, information on the security area in the movable property, A storage unit for storing non-point type collateral information including the non-point type collateral information; And an RF transmitting / receiving unit for fetching information recorded in a storage unit according to a predetermined RF signal received from the outside and transmitting the information to the outside, and a non-point type collateral information disclosure system using the RFID tag and the RFID reader / .

That is, according to Patent Document 1, when the security is set in the movable property, a system for disclosing the contents of the security using the RFID technology is provided, which is advantageous in that the security system of the movable property can be efficiently managed.

However, the Patent Document 1 has the following problems.

First, there is no ability to systematically manage DBs for personal property.

Second, there is no function to compare the data stored in the DB with the data stored in the personal electronic registration server, and thus to search for duplicate registration.

Third, there is no function of regularly comparing and analyzing the present state of the movable property and the past history, warning of the leakage of the movable property to the outside.

Fourth, there is no function to classify the management status of the movable property after regularly comparing and analyzing the current status and past history of the movable property, and to use it for the property evaluation based on this.

Fifth, there is no function in presenting information necessary for transaction in the disposition of movable property or activating movable market such as shopping for buyer.

On the other hand, the national R & D project or technology-secured loan requires a great deal of resources such as manpower, budget, and time. Therefore, high reliability is required in selecting priorities. However, It is not enough to build.

At this time, although the Delphi method was mainly used in determining the priorities of the conventional national R & D tasks, the Delphi technique has a great influence on determining priorities of subjectively and biased opinions of experts, There was a limit to the degree.

Therefore, the present invention has been proposed to provide objective data that can be utilized in the national R & D project or in the determination of technology guarantee based on objective data on the current operation state of each industry sector based on the objective utilization rate of the movable assets.

Korea Patent Registration No. 10-0620399 (2006.09.06)

SUMMARY OF THE INVENTION The present invention has been proposed in order to solve the above-mentioned problems, and it is an object of the present invention to provide a portable terminal that includes a portable terminal including a plurality of sensors in a moving object, The data is transmitted to the management server, converted into a database, managed efficiently, and the movable asset utilization rate information is analyzed to determine the utilization rate of each industry category so that the financial sector can utilize the data as a basis for investment in a specific sector.

Another object of the present invention is to provide a new type of mobile terminal event information in the form of a database and to continuously manage the new type mobile terminal terminal event information and to provide the new event information to all mobile terminals connected to the network and store the new event information, And to enhance the intelligence of the mobile terminal through the cyclic repetitive update that enables the quick processing by generating the event signal therefrom.

The features of the present invention for achieving the objects of the present invention as described above and performing the characteristic functions of the present invention described below are as follows.

The movable property management system,

Which is the subject of management and which is a machine, apparatus, inventory,

(100) which is attached to the moving object and has a plurality of sensors, detects event of change of the moving object to generate event information, and transmits event information to the moving management server through a wired / wireless communication unit,

The location information of the movable property, the history information of the movable property, the information of the industrial classification table of the owner of the movable property, the size and the number of persons of the movable property owner, the sales information, the personality information of the owner of the movable property, And a moving image management server (200) for storing at least one of information on the establishment of the business of the owner, dividing the information, continuously storing the event information transmitted from the moving terminal, and managing the stored data do.

The moving object management system for analyzing the utilization rate of each industrial classification according to the present invention having the above-

By continuously monitoring the status of the property, we can observe the signs of property change over a long period of time and collect data for a long period of time to provide the effect of managing property history.

In addition, by analyzing the movable asset utilization rate information, it is possible to utilize it as a basis for investment in a specific sector in the financial sector by judging the utilization rate by industry classification.

In addition, a new type of mobile terminal event information is stored in a database and continuously managed. The new event information is provided to all mobile terminals connected to the network and stored, and when the corresponding new event information is generated, And provides the effect of enhancing the intelligence of the mobile terminal through the cyclic repetitive update that enables rapid processing.

FIG. 1 is an overall configuration diagram of a moving object management system for analyzing availability ratios by industry classification according to an embodiment of the present invention.
FIG. 2 is a block diagram of a moving terminal of the moving object management system for the utilization ratio analysis according to an embodiment of the present invention.
3 is a block diagram of a moving object management server of the moving object management system for the analysis of the availability ratio according to an embodiment of the present invention.
FIG. 4 is a diagram illustrating a data field of a dynamic information database of a dynamic management system for an industry classification according to an exemplary embodiment of the present invention, and FIG. 5 is a diagram illustrating log data.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

In the drawings, like reference numerals refer to the same or similar functions throughout the several views.

FIG. 1 is an overall configuration diagram of a moving object management system for analyzing availability ratios by industry classification according to an embodiment of the present invention.

FIG. 2 is a block diagram of a moving terminal of the moving object management system for the utilization ratio analysis according to an embodiment of the present invention.

As shown in FIG. 1, the moving image management system for the analysis of the utilization rate according to an embodiment of the present invention includes a large number of dynamic mobile terminals 100, a moving image management server 200, and a network .

First, the moving object is the object of management of the moving object management system according to the present invention, and means a machine, a mechanism, and an inventory asset.

At this time, the mobile terminal 100 is attached to the moving object.

In particular, a plurality of sensors are provided, and event information is generated by detecting a change in the moving object, and the event information is transmitted to the mobile management server through the wired / wireless communication unit.

In addition, the mobile terminal is installed in a moving object and serves to detect signs of change in the moving object.

Here, the fluctuation symptom refers to at least one of motion, vibration, position, power use and heat of a moving object.

2, the moving terminal is provided with a desorption sensor 110, an acceleration sensor 120, a geomagnetic sensor 130, an atmospheric pressure sensor 140, and a tilt sensor 150, as shown in Fig. 2 .

The desorption sensor senses the desorption, the acceleration sensor senses an acceleration, the geomagnetic sensor senses a magnetic field, the atmospheric pressure sensor senses an atmospheric pressure, and the inclination sensor senses a motion.

Accordingly, when the mobile terminal senses a fluctuation symptom, it stores and manages the log data as shown in FIG.

The log data is stored for a certain period of time and then transmitted to the management server 200 at the time of event information generation or periodic response.

For example, when a motion of a moving object is generated, the moving object terminal senses it as a fluctuation symptom and simultaneously performs position tracking of the moving object.

Further, when a vibration of the moving object is generated, the moving object terminal senses it as a fluctuation symptom and simultaneously performs the position tracking of the moving object.

Also, if there is no use of electric power by confirming whether or not electric power is used, the portable terminal senses it as a fluctuation symptom and simultaneously performs the position tracking of the moving object.

Also, if there is a heat generation in the moving object, the moving object terminal senses it as a fluctuation symptom and simultaneously performs the position tracking of the moving object.

In the case of detecting heat, it shall be limited to cases where the movable property is a mechanical facility.

In this manner, a plurality of jobs can detect a fluctuation symptom simultaneously or individually.

Accordingly, if the change is detected as a symptom of the change, the mobile terminal according to the present invention generates different event information according to the change symptom.

At this time, the event information includes the occurrence value of the fluctuation symptom and the occurrence occurrence value of the occurrence value over time after the generation.

For example, a first occurrence value in which a motion is generated in response to a motion variation indication is generated, and event information is generated by periodically or real-time checking a motion variation occurrence value over time after the occurrence value is generated .

In addition, the first occurrence value in which the position movement is generated in the indication of the position movement change is generated, and the position movement change occurrence value according to the passage of time is checked periodically or in real time after the occurrence value is generated to generate the event information .

Other elements generate the first occurrence value and the corresponding occurrence value as in the above example.

Next, the GPS module 160 according to the present invention confirms the position and movement of the moving object during the above-described variation indications and provides the moving object terminal with the position information of the moving object.

Of course, the location information of the moving object is provided at the request of the moving terminal.

In addition, the geospatial module may provide location information to the moving terminal, and may provide the location information according to a request from the moving property management server 200, which will be described later.

As described above, the GPS module according to the present invention can be usefully used for detecting a fluctuation symptom according to location information of a moving object.

3 is a block diagram of a moving object management server of the moving object management system for the analysis of the availability ratio according to an embodiment of the present invention.

The above-described management server plays a role of receiving and managing event information generated in a mobile terminal through a network.

Further, the magnitude of the fluctuation symptom variation amount is determined according to the event information, and the fluctuation degree is given.

For example, when an event occurs continuously according to the elapse of time after occurrence of an event in accordance with a fluctuation symptom, there is a possibility that a fluctuation such as a very fluctuation, a slight fluctuation, a normal fluctuation, a weak fluctuation, And the like.

In order to provide the event information and / or the degree of danger generated in each of the dynamic portable terminals to each monitor terminal (not shown) when the dynamic management server 200 includes a plurality of dynamic and / or mobile terminals to be managed, And manages the moving terminal through each identification information, so that the corresponding data can be transmitted.

Since the utilization of such identification information is generally known, a more detailed description will be omitted.

In this way, if the event information and the degree of fluctuation are checked immediately without checking the fluctuation situation of the moving object directly on the spot, the history of the fluctuation or movement of the moving object can be directly managed, and the operation state of the moving object can be grasped and the value thereof can be evaluated .

The network according to the present invention is a network to which wireless technology is applied so that wireless data can be smoothly exchanged between a moving terminal and a moving image management server.

It is preferable that such a network is a mobile communication network of wibro, 2G, and 3G.

Accordingly, the mobile terminal connected through the mobile management server may be provided with a wireless communication interface module capable of mobile communication.

It may also be a wired communication network rather than a wireless communication network. Meanwhile, the monitor terminal may be a PC, a mobile terminal, or a mobile phone.

Meanwhile, in order to achieve another object of the present invention, the moving image management server (200)

In order to calculate the utilization rate, an industry type is set for one industry classification, and the utilization rate of the corresponding business type is calculated to analyze whether the utilization rate has increased or decreased from the previous day or the previous month or the previous year, And provides the investment availability information that can be obtained.

The above industrial classification is industrial classification information classified by a public institution according to an industry, for example, information classified into an industry category such as an electronic component manufacturing industry.

In the case of the utilization rate, it is an indicator of the degree to which the production facility is used. It is the ratio of actual production to the maximum production that can be produced when the company operates normally under given conditions (facility, labor, production efficiency, etc.) But it usually means normal operation if the operation rate is 80% or more.

Therefore, if the utilization rate of the present specific field is calculated as described above, the growth rate of the corresponding industry field will be predicted.

And, if the utilization rate is increased from the previous day, the previous month, or the previous year, it can be seen that the sector is growing, and if it is decreased, it will be stagnant or declining.

In this way, financial institutions will be able to use the actual data to determine the adequacy of investment in the field.

In order to provide the above objects and effects, the moving image management server 200 of the present invention includes a moving image information database 210; An event information acquiring unit 220; A moving object event information database 230; A contract construction unit 240; Setting business event information extracting unit 250; An availability ratio calculating unit 260; An availability information database 270; A utilization ratio change analysis unit 280; And an investment eligibility condition determination unit 290. FIG.

The personal information database 210 includes information such as location and identification information of moving objects, history information of personal property, industrial classification table information of owner of the personal property, information on the size and number of persons of the owner of the movable property, sales information, personality information of the owner of the movable property, The authentication information of the owner, and the company establishment information of the owner of the personal property.

For example, the location of the Dongsan area is 123 Dusean-dong, Seo-gu, Daejeon, the identification information is # 12345, the history information of the movable warehouse is purchased on February 10, 2013, Day, an operation rate of -80%, and a failure rate of -0.1 times / month.

In addition, the information on the industrial classification table refers to the manufacture of electronic parts of the good industrial classification table - C, the name of Daejeon Electronics, the size of small enterprises, the number of employees (number of employees) 10, the sales information of last year 2 billion, Hong Gil-dong's personality information is active, financial statement information is 500 million profit, certification information includes venture certification, INNOVIS certification, performance certification, and company establishment information, such as January 1, 2012, .

In the case of FIG. 4, a data field of a dynamic information database is shown, and fields such as a table ID, a table name, an index ID, and an index capacity are formed.

The event information acquisition unit 220 acquires event information transmitted from a mobile terminal and stores the event information in a per-user event information database.

The event information includes vibration actual log data at the time of vibration occurrence.

At this time, the event information database 230 for each moving object stores event information for each moving object.

In addition, the crude construction unit 240 performs a function for setting an industry or an area in an industrial classification to calculate the utilization rate.

That is, when the administrator selects the electronic parts field to calculate the utilization rate and selects the area as the Daejeon metropolitan city, it is possible to extract the business information corresponding to the electronic parts field, So that it can be extracted.

The set business event information extracting unit 250 extracts event information of the business types corresponding to the set industry or area from the event information database for each business type.

For example, after extracting company information of the electronic parts field of Daejon material, it extracts the stored event information by providing it from the mobile terminal owned by the company.

The utilization rate calculator 260 calculates the utilization rate for each business type or region by referring to the event information of the extracted personalities.

For example, from 5:45 PM on the conveyor belt of FIG. 5, the log data is continuously acquired, and the time until the conveyor belt is stopped is calculated. When the operation time is 10 hours in 12 hours, the operation rate is 83 %.

It is possible to calculate the utilization rate of each company corresponding to the above-mentioned electronic component field.

At this time, the operation rate information database 270 stores the calculated operation rate information.

On the other hand, the utilization rate analyzing unit 280 analyzes whether the utilization rate has increased or decreased from the previous day, the previous month, or the previous year by referring to the utilization rate information database. For example, If the utilization rate on December 2 is 81%, it is analyzed that 1% utilization rate has increased.

At this time, the investment qualification condition determiner 290 refers to the utilization rate trend analysis information analyzed through the utilization rate trend analyzer to determine whether it meets the investment eligibility condition set in the financial sector.

For example, if the operating rate of company A is 80% per month, and the investment qualification set in the financial sector is 78% or more, it can become an investment-qualified company.

The investment qualification conditions of the financial sector may be stored in the utilization rate information database or may be stored in a separate database.

In addition, it is reasonable to set the conditions for investment by industry, company, sales, and region.

For example, it may be possible to assign rating levels such as "AA", "B-", and "BBB" for investment qualification,

Meanwhile, the system of the present invention manages a new type of mobile terminal event information in a database and continuously manages the new mobile terminal event information, provides the new event information to all mobile terminals connected to the network, stores the new event information, It is possible to provide an effect of enhancing the intelligence of the mobile terminal through the cyclic repetitive updating that enables the quick processing by generating the event signal therefrom.

To this end, the moving image management server 200 includes a new event registration unit 295; And a cyclic repetition update processing unit 296. [

That is, the new event registering unit 295 compares the event information provided from the mobile terminal with the event information stored in the event information database according to the dynamic property, and if it does not match, the new event registering unit 295 determines the newly generated failure type as the failure type, And stores the new event information in the event information database according to the property information, including the identification information and the occurrence date and time information.

For example, if the newly generated fault type is a vibration pattern due to wear of the rotary shaft of the motor, and the vibration pattern information on the vibration pattern information does not match the previously stored vibration pattern information, Identification information is added to the generation date and time and vibration pattern information to generate new event information.

At this time, the new event information is stored in the event information database according to the behavior.

Then, the cyclic repetition update processing unit 296 extracts new event information from the event information database according to the moving object, and provides the corresponding new event information to all the mobile terminals connected to the network to perform the update.

Through the above-described structure and operation, it is possible to monitor the state of the moving object continuously, observe the moving signs of the moving object for a long time, collect data for a long period of time, and manage the history of the moving object.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. It will be understood by those skilled in the art that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. It is to be understood, therefore, that the embodiments described above are to be considered in all respects as illustrative and not restrictive.

The scope of the present invention is defined by the appended claims rather than the detailed description and all changes or modifications derived from the meaning and scope of the claims and their equivalents are to be construed as being included within the scope of the present invention do.

100: Mobile terminal
200: Managed management server

Claims

delete

In a moving management system,
Which is the subject of management and which is a machine, apparatus, inventory,
A desorption sensor (110) for detecting desorption;
An acceleration sensor (120) for sensing an acceleration;
A geomagnetic sensor 130 for sensing a magnetic field;
An atmospheric pressure sensor 140 for sensing the atmospheric pressure;
A tilt sensor 150 for sensing movement;
A GPS module 160 is attached to the moving object,
Vibration, position, power usage and heat of a moving object, which is a symptom of a change in the moving object, and stores the log data as log data, wherein the occurrence value of the fluctuation symptom and the variation occurrence value with time elapse after the generation of the occurrence value are included (100) for transmitting to the mobile management server (200) at the time of generating event information or periodic response,
The information on the location and identification of the movable property, information on the movable property, information on the industrial classification table of the movable property owner, information on the size and number of the owner of the movable property owner, sales information, personality information on the owner of the movable property, financial statement information, A business information database 210 storing business establishment information of the business entity;
An event information acquiring unit 220 for acquiring event information transmitted from the dynamic terminal and storing the acquired event information in a dynamic event information database;
An event information database 230 for each piece of personal property which stores event information for each piece of personal property;
A contract construction unit 240 for setting an industry or an area on an industrial classification to calculate the utilization rate;
A setting business event information extracting unit 250 for extracting event information of the corresponding business type or area from the event information database by the business type;
An availability factor calculating unit 260 for calculating an availability factor for each business type or region by referring to the event information of the extracted personalities;
An operating rate information database 270 storing the calculated operating rate information;
A utilization rate transition analyzing unit 280 for analyzing whether the utilization rate of the previous day, the previous month, or the previous year is increased or decreased by referring to the utilization rate information database;
An investment qualification condition determiner 290 for judging whether the investment qualification condition of each business type, company, sales, and region is determined by referring to the utilization rate trend analysis information analyzed by the utilization rate trend analyzer;
The event information provided by the moving object terminal is compared with the event information stored in the event information database per the operation, and when it does not match, it is determined as a newly generated failure type, and a new event including the identification information of the moving object A new event registration unit 295 for storing the event information in the event information database by information;
And a cyclic repetition update processing unit (296) for extracting the new event information from the event information database for each property and providing the corresponding new event information to all the dynamic terminal connected to the network to perform cyclic repetitive updating, And a management server (200).