KR101679301B1 - Assets management system using the unique pattern - Google Patents

Assets management system using the unique pattern Download PDF

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KR101679301B1
KR101679301B1 KR1020150066318A KR20150066318A KR101679301B1 KR 101679301 B1 KR101679301 B1 KR 101679301B1 KR 1020150066318 A KR1020150066318 A KR 1020150066318A KR 20150066318 A KR20150066318 A KR 20150066318A KR 101679301 B1 KR101679301 B1 KR 101679301B1
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pattern
moving object
unit
data
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이정훈
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(주)씨앤테크
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    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q40/00—Finance; Insurance; Tax strategies; Processing of corporate or income taxes
    • G06Q40/02—Banking, e.g. interest calculation or account maintenance

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Abstract

The present invention relates to a personal property management system.
In the moving image management system (1) utilizing the inherent pattern of the moving object of the present invention,
A moving image management terminal 100 that attaches to a moving object and compares / analyzes the inherent pattern of the moving object to determine whether the moving object is in operation and stores the data as data, and the data transmitted from the moving image management terminal 100 through the communication network 200 (100) comprises a sensor unit (110) for sensing a unique pattern and operation information of a moving object caused by the vibration sensor, and a sensor unit A pattern processing unit 120 for recording and comparing unique patterns of moving objects, an event generating and storing unit 130 for storing non-analytical vibrations or event information set by an administrator in the pattern processing unit 120, A communication unit 150 for transmitting the data stored in the event generation storage unit 130 and the log data storage unit 140 to the central server 300; And a control unit 160 for controlling and collecting functions of the respective departments. The pattern processing unit 120 includes a pattern storage unit 121 for storing existing inherent patterns and new intrinsic patterns of the moving object, A pattern analyzer 123 for analyzing a characteristic pattern of the pattern input unit 122 and a pattern analyzer 123 for analyzing a characteristic pattern of the pattern of the pattern analyzer 123, A pattern comparator 125 for comparing a pattern detected during actual operation of the native pattern stored in the pattern storage 121 with a pattern obtained by the pattern obtaining unit 124 to obtain a repetition period; And a pattern determiner 126 for determining a pattern inherent to the pattern comparator 125.
The central server 300 includes a data storage unit 310 for storing and managing data transmitted from the communication unit 150 of the moving image management terminal 100, And an event processor (330) for transmitting event information of the event server (130) to the administrator terminal (320) through the communication network (200). According to the present invention, the moving object to which the mobile management terminal 100 is attached has an advantage that the moving object can be systematically managed based on the data, and safe and transparent transactions can be performed in a loan or sale using the moving object.

Description

{ASSETS MANAGEMENT SYSTEM USING THE UNIQUE PATTERN}

The present invention relates to a moving image management system using a unique pattern of a moving object, and more particularly, to a moving image management system using a unique pattern of a moving object detected by a sensor unit configured in a moving image management terminal attached to a moving object, The present invention relates to a moving object management system that efficiently manages moving objects using a notification service that transmits an unexplainable vibration other than a unique pattern of stored moving objects and data stored as data or an abnormal state of a moving object to an administrator terminal when an event set by the manager is generated.

Changes in the current account under the Civil Act require the disclosure of external disclosure methods for the safety of transactions. In the case of real estate and special movable property (automobile, medium term, ship), it is required to register the property through registration or registration in order to change the property right. In case of movable property, the object should be delivered to the creditor to set the pledge.

However, since the business required for the production activity of the enterprise must be occupied and used by the enterprise, it is not possible to establish a pledge requiring the delivery of the object of the security. In addition, It is impossible to set up the collateral collectively by setting or adding the list by the factory mortgage method. In the case of the above transfer case, the case is regarded as "transfer of ownership of the trust." However, under the current system where there is no proper disclosure method for the movable property, most SMEs have difficulty in providing the collateral, There is a problem that credit can not be used, such as an institutional loan.

As a prior art to solve such a problem, Korean Patent Registration No. 10-1022762 discloses a technology, but this technology is not limited to the information for specifying a moving object, the location information of the moving object, the identification information of the owner of the movable property, Information about the debtor and the lien of the creditor, information on the amount of the security lien and the maximum amount of the lien on the lien, the registration reason when registering the lien, the registration date, There is a problem in confirming the state of the movable property used in the actual field and reviewing the operation history of the movable property since the property is collected in the peripheral information about the movable property including the movable property security information including the information on the period and the registration number.

As a result, the information on the real estate is not sure about the loan or the sale of the movable property using the movable property, and therefore, it is accompanied with the difficulty in the production activity of the enterprise after all. Therefore, an appropriate system should be established to identify and present information on such real property.

Korea Patent Registration No. 10-1022762 (Mar. 3, 2011)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a method and apparatus for analyzing a moving pattern of a moving object, The purpose of this system is to provide a systematic mobile management service that manages the movable property so that it can predict the utilization of the movable property, the life cycle of the movable property, and further the life of the movable property, have.

In order to accomplish the above object, the present invention has been made to solve the above problems,

In a moving management system using a unique pattern of a moving object,

And a central server for storing and processing data transmitted from the personal care management terminal through a communication network, wherein the central management server comprises:

The mobile management terminal,

A sensor unit for sensing a specific pattern and operation information of the moving object caused by the vibration sensor;

A pattern processing unit for recording and comparing the inherent pattern of the moving object by the sensor unit;

An event generation storage unit for storing vibration that can not be analyzed by the pattern processing unit or event information set by an administrator;

A log data storage unit for storing normal operation data of the moving object;

A communication unit for transmitting data stored in the event generation storage unit and the log data storage unit to the central server; And

And a control unit for controlling and collectively controlling the functions of the respective departments,

Wherein the pattern processing unit comprises:

A pattern storage unit for storing existing inherent patterns and new inherent patterns of the moving object;

A pattern input unit for sensing a unique pattern detected by the sensor unit;

A pattern analyzing unit for analyzing a unique pattern of the pattern input unit;

A pattern obtaining unit for obtaining a repetition period of a unique pattern of the pattern analyzing unit;

A pattern comparing unit for comparing a pattern stored in the pattern storage unit with a pattern detected during actual operation of the moving object; And

And a pattern determination unit for determining a unique pattern of the pattern comparison unit,

The central server may further include:

A data storage unit for storing and managing data transmitted from a communication unit of the moving management terminal;

And an event processing unit for transmitting event information of the event generation storage unit received from the communication unit to the administrator terminal through the communication network.

It should be understood, however, that the terminology used herein is for the purpose of describing the present invention in its broadest possible terms, It should be construed as meaning and concept consistent with the technical idea of the present invention. Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and are not intended to represent all of the technical ideas of the present invention, so that various equivalents It should be understood that water and variations may be present.

As described above, the use of the moving-object management system utilizing the inherent pattern of the moving object according to the present invention as described above can not only provide an effective movable property collateral system but also provide a manager of the employees of the creditor financial institution or the collateral management agency It is possible to manage collateral for movable property which is a collateral object only by circulating the factory / warehouse of each collateral provider based on the information provided when a trouble occurs through the terminal.

In addition, SMEs that lack real estate collateral will also be able to receive more loans from financial institutions by utilizing the collateral value of their holdings, and will be able to facilitate transactions of used machinery and equipment as systemic collateral management becomes feasible.

Further, the present invention can exhibit the maximum efficiency in the security management of the movable property which is considered to be almost impossible in terms of time and cost in the conventional method, and when the present invention is implemented, The practice of financial institutions will gradually change.

In addition, by analyzing the various unique patterns generated by the moving object, the actual value corresponding to the various unique patterns can be input / converted and the value generated by the corresponding moving object can be known through the data. As a result, more realistic and objective collateral value can be formed, which can facilitate transactions with financial institutions based on trust in personal property.

In addition, when the service according to the present invention is implemented by a professional expense service company, financial institutions use the professional service of the present invention at a low cost to actively acquire collateral for the expensive movable property possessed by the SME, SMEs may also be able to provide their assets as collateral and receive bank loans on better terms.

And disclosure systems that can disclose the state of movable assets such as machinery, equipment, and inventories, and can be the basis of a mortgage system that utilizes them.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a moving image management system utilizing a unique pattern of a moving object of the present invention. FIG.
2 is a block diagram of a moving image management system that utilizes a unique pattern of a moving object of the present invention.
FIG. 3 is a flow chart of a pattern processing unit of a dynamic management terminal among constituent elements of a moving image management system using a unique pattern of a moving object according to the present invention.
4 is a schematic flowchart of a moving image management system utilizing a unique pattern of a moving object of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the structure and operation of a moving object management system using a unique pattern of a moving object according to the present invention will be described in detail with reference to the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a moving image management system utilizing a unique pattern of a moving object of the present invention. FIG. As shown in the figure, the moving management terminal 100 having the existing inherent pattern for the moving object is attached to the moving object and compared with the actual unique pattern detected during the moving operation, and the normal operation data is stored, Stores the set event information in the central server 300 via the communication network 200, and transmits event information to the administrator terminal through the communication network 200 separately. 2 is a block diagram of a moving image management system that utilizes a unique pattern of a moving object of the present invention.

A moving image management system (1) using a unique pattern of a moving object,

A moving image management terminal 100 that attaches to a moving object and compares / analyzes the inherent pattern of the moving object to determine whether the moving object is in operation and stores the data as data, and the data transmitted from the moving image management terminal 100 through the communication network 200 (100) comprises a sensor unit (110) for sensing a unique pattern and operation information of a moving object caused by the vibration sensor, and a sensor unit A pattern processing unit 120 for recording and comparing unique patterns of moving objects, an event generating and storing unit 130 for storing non-analytical vibrations or event information set by an administrator in the pattern processing unit 120, A communication unit 150 for transmitting the data stored in the event generation storage unit 130 and the log data storage unit 140 to the central server 300; And a control unit 160 for controlling and collecting functions of the respective departments. The pattern processing unit 120 includes a pattern storage unit 121 for storing existing inherent patterns and new intrinsic patterns of the moving object, A pattern analyzer 123 for analyzing a characteristic pattern of the pattern input unit 122 and a pattern analyzer 123 for analyzing a characteristic pattern of the pattern of the pattern analyzer 123, A pattern comparator 125 for comparing a pattern detected during actual operation of the native pattern stored in the pattern storage 121 with a pattern obtained by the pattern obtaining unit 124 to obtain a repetition period; And a pattern determiner 126 for determining a pattern inherent to the pattern comparator 125.

The central server 300 includes a data storage unit 310 for storing and managing data transmitted from the communication unit 150 of the moving image management terminal 100, And an event processor (330) for transmitting event information of the event server (130) to the administrator terminal (320) through the communication network (200).

A detailed description of the pattern processing unit 120 will be described with reference to a flowchart of the pattern processing unit of FIG.

As shown in FIG. 3, when a test operation is performed by attaching the dynamic management terminal 100, in which the existing inherent pattern of the dynamic object is stored, to the pattern storage unit 121, the pattern input unit 122 of the dynamic management terminal 100 A pattern input step S10 for inputting a unique pattern of an actual moving object detected by the sensor unit 110 is performed.

The pattern analyzing unit 123 analyzes pattern inherent patterns inputted at the pattern input step S10 to analyze pattern repetition periods of the inherent patterns at step S20, (Step S30).

That is, by acquiring the inherent pattern of the actual moving object up to the step of acquiring the pattern (S30), it is ready to be compared with the existing inherent pattern stored in the pattern storage unit 121. [ Next, a pattern comparison step S40 is performed to determine whether the existing unique pattern already stored in the pattern storage unit 121 in the pattern comparison unit 125 matches the inherent pattern of the behavior acquired in the pattern acquisition step S30 The unique pattern of the moving object is finally stored and terminated in the pattern determination step S60 of confirming the pattern in the pattern determining unit 126. In other words, If the patterns do not coincide with each other, the flow proceeds to step S50 of storing the pattern, and stores the existing unique pattern stored in the pattern storage unit 121 and the new unique pattern detected in step S30, ), And then compare the pattern again. Therefore, by repeatedly performing each step as shown in the flowchart of FIG. 3, various unique patterns of the corresponding moving object can be obtained.

4 is a schematic flowchart of a moving image management system utilizing a unique pattern of a moving object of the present invention.

4 is a flowchart showing the actual operation in the field rather than a test operation for obtaining a unique pattern in a state in which a unique pattern of a moving object detected through the pattern processing unit 120 is already secured. Referring to FIG. 4,

First, when the moving object is actually operated in step S100, a step S200 of inputting a pattern in the pattern input unit 122 for comparison with the inherent pattern of the moving object already stored in step S3 is performed And is performed sequentially to the pattern analysis step (S300) and the pattern acquisition step (S400) in the same manner as in FIG. Then, in the pattern comparison step S500, the pattern is compared with the unique pattern already obtained during the test operation at the step S600, and information indicating that the corresponding moving object normally operates is stored in the log data storage unit 140 The log data is continuously stored until the operation of the moving object is stopped according to the determination of the operation interruption (S900) step of confirming whether the moving object is operated through the log data storing step (S800).

If the patterns do not coincide with each other, the process goes to pattern processing (S700) and automatically obtains a new pattern through a step performed by the pattern processing unit 120 of FIG. 3 and continuously stores log data for the new unique pattern stored .

For example, as shown in FIG. 3, when the movable management terminal 100 is attached to the initial milling machine and the test operation is performed, As shown in FIG. 4, when the actual milling machine is compared with the pattern detected at the time of machining the workpiece, if the patterns match, the working time of the milling machine can be known through the log data. However, since the milling machine is not limited to machining a workpiece having the same shape, it is inevitable that a new unique pattern will be detected differently from the original pattern already stored in machining the workpieces of different shapes. Accordingly, in step S700 of FIG. 4, the pattern processing unit 120 automatically generates a new unique pattern and stores the result of the operation in a new pattern in the log data. Of course, the log data can be expressed in a storage format which can know the number of times of pattern change and the pattern of the changed pattern, and the administrator can confirm the log data of the corresponding moving object through the data storage unit 310 of the central server 300 .

The pattern storage unit 121 may store various unique patterns in the data storage unit 310 of the central server 300. The pattern storage unit 121 may store various patterns unique to the pattern storage unit 121, So as to obtain objective data of the corresponding moving object by inputting / converting the actual value equal to the corresponding unique pattern.

For example, a device that is mainly responsible for products "A, B, C" produces three unique patterns, "A, B, C" respectively. At this time, the unit price of the product "A", the unit price of the product "B", and the unit price of the product "C" are inputted into the data storage unit 310 of the central server 300, You can also see the real value created by the hourly mortgage.

Therefore, in the case of pre-sale of automobiles, the value of the property can be assessed through the use of the property and the use period / actual value of the property, as well as the value of the car through the mileage and accident history.

In addition, the event storage generation unit 160 may store log data of an event set by the administrator through the event processing unit 320, for example, the personal data stored in the log data storage unit 140 of the personalization management terminal 100 as 24 The administrator terminal 330 may be configured to set an event to be stored in the data storage unit 310 of the central server 300 once per time or to exceed the vibration width due to the impact set by the administrator, The remaining amount of battery used in the mobile management terminal 100 is checked and the notification is sent to the administrator terminal 330 when the remaining amount is less than the set value, And transmits event information indicating that the position of the corresponding moving object is changed or the event information set by the manager and the like to the event occurrence storage unit 160 Air may also be checked whether also what type of event has occurred in the data storage unit 310 of the center server 300.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention as defined in the appended claims. Accordingly, the present invention may be embodied in many other forms without departing from the spirit or essential characteristics thereof, and therefore, the embodiments of the present invention are to be considered in all respects as illustrative and not in a limiting sense.

By analyzing the inherent pattern that occurs during the actual operation of the moving object through the moving management terminal attached to the moving object and storing it, judging the operation and value of the moving object, and visually confirming the actual value of the moving object through the data storing the moving object information , And can be applied to the development of mortgage lending and trading market industries using movable property that can securely and transparently trade based on objective data such as loans or sales based on movable property.

1: Moving management system using unique patterns of moving objects
S10, S200: pattern input step S20, S300: pattern analysis step
S30, S400: Pattern acquisition step S40, S500: Pattern comparison step
S50, S600: pattern storage step S60: pattern determination step
S100: Moving operation step S700: Pattern processing step
S800: Log data storage step S900: Operation stop step
100: Man-made management terminal 110:
120: pattern processing unit 121: pattern storage unit
122: pattern input unit 123: pattern analysis unit
124: pattern obtaining unit 125: pattern comparing unit
126: pattern determination unit 130: event occurrence storage unit
140: log data storage unit 150:
160: control unit 200:
300: central server 310: data storage unit
320: administrator terminal 330: event processor

Claims (2)

A moving image management system (1) using a unique pattern of a moving object,
(100) which is attached to a moving object and compares / analyzes the inherent pattern of the moving object generated during actual operation to determine whether the moving object is in operation and stores the data as data;
A data storage unit 310 for storing and managing data transmitted from the moving image management terminal 100 through the communication network 200 and event information of a moving object set by the administrator through the communication network 200, And an event processing unit 330 for transmitting the event information to the central server 300,
The mobile management terminal (100)
A sensor unit 110 for sensing a specific pattern and operation information of the moving object caused by the vibration sensor;
A pattern processing unit 120 for recording and comparing the inherent pattern of the moving object by the sensor unit 110;
An event generating and storing unit 130 for storing a vibration that can not be analyzed by the pattern processing unit 120 or event information set by an administrator;
A log data storage unit 140 for storing normal operation data of the moving object;
A communication unit 150 for transmitting the data stored in the event generation storage unit 130 and the log data storage unit 140 to the central server 300; And
And a control unit (160) for controlling and collecting functions of the respective departments,
The pattern processing unit 120,
A pattern storage unit 121 for storing an existing inherent pattern and a new inherent pattern of the moving object;
A pattern input unit 122 for sensing a unique pattern detected by the sensor unit 110;
A pattern analyzer 123 for analyzing a unique pattern of the pattern input unit 122;
A pattern obtaining unit (124) for obtaining a minimum unit of repetition period of a unique pattern of the pattern analyzing unit (123)
A pattern comparator 125 for comparing a pattern stored in the pattern storage unit 121 with a pattern detected during actual operation of the dynamic model; And
And a pattern determination unit (126) for determining a unique pattern of the pattern comparison unit (125)
In order to detect the unique pattern of the moving object by the pattern processing unit 120,
A pattern input step (S10, S200) for inputting a unique pattern of the moving object so as to obtain a unique pattern of the moving object;
A pattern analysis step (S20, S300) of analyzing a repetition period of the inherent pattern of the corresponding moving object inputted in the pattern input step (S10, S200);
A pattern obtaining step (S30, S400) of obtaining a minimum unit of a repetition period of a unique pattern of the moving object; acquiring a unique pattern generated at the time of trial operation and actual operation of the corresponding moving object;
A pattern comparing step (S40, S500) of determining a matching state of the existing inherent pattern already stored in the pattern storing unit 121 and the inherent pattern of the corresponding moving object obtained in the pattern obtaining step S30 and S400;
A pattern storing step (S50, S600) for storing a unique pattern of the corresponding moving object obtained in the pattern obtaining step (S30, S400) when the data of the pattern comparing step (S40, S500) do not match;
A pattern determination step (S60) of determining a pattern when data of the pattern comparison step (S40, S500) coincide; and
The inherent pattern generated in actual operation of the moving object is input to the pattern inputting step S10 and S200, the pattern analyzing step S20 and S300, the pattern obtaining step S30 and S400, the pattern comparing step S40 and S500, If the pattern is not identical to the unique pattern of the corresponding moving object detected through steps S50 and S600, the process proceeds to pattern processing step S700 to obtain a new pattern. If the same is the same, the information is normally handled as being operated, A log data storing step (S800) for storing log data in the data storage unit (140); And
And continuously storing the log data until the operation of the moving object is stopped according to the determination of the operation stop step (S900) through the operation stopping step (S900) for checking whether the moving object is in operation,
The operation management terminal 100 is attached to the moving object and compared with the actual unique pattern detected at the actual operation of the moving object to store the normal operation state data and at the same time the analysis impossible pattern and the event information set by the manager are transmitted to the communication network 200, And the event information is separately transmitted to the administrator terminal 320 by the event processing unit 330 through the communication network 200 to manage the moving object,
The unit price of the product corresponding to the unique pattern is input to the data storage unit 310 of the central server 300 based on the data of the unique pattern of the corresponding model to provide information on the profit generated by the model, A moving - object management system that uses a unique pattern of moving objects to evaluate value. delete
KR1020150066318A 2015-05-12 2015-05-12 Assets management system using the unique pattern KR101679301B1 (en)

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KR101855477B1 (en) 2017-01-20 2018-05-08 (주)씨앤테크 Mobile management system Capable of detecting motion of a moving object
KR20200083534A (en) * 2018-05-17 2020-07-08 알리바바 그룹 홀딩 리미티드 Blockchain-based resource valuation methods and devices

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Publication number Priority date Publication date Assignee Title
KR101855477B1 (en) 2017-01-20 2018-05-08 (주)씨앤테크 Mobile management system Capable of detecting motion of a moving object
KR20200083534A (en) * 2018-05-17 2020-07-08 알리바바 그룹 홀딩 리미티드 Blockchain-based resource valuation methods and devices
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