KR102466738B1 - Construction method for a database system - Google Patents

Abstract

The present invention relates to a method for constructing a personal information database system using a communication network. The method comprises the steps of: receiving data used for constructing a database from a user; calculating a time contribution by inputting time-series information about the order in which the data is received from the user into a function having a higher contribution as the order of the received time-series information is earlier; and calculating a data contribution based on qualitative or quantitative information included in the data. The database system includes a database constructing device. The database constructing device maps the calculated construction contribution to user identification information and manages it through a storage device or server. A separate unit is provided at the location where the server is provided to perform access management to the place where the server is located and monitor management of handling for expansion, maintenance, and repair of the server.

Description

Personal information database system construction method using communication network {Construction method for a database system}

The present invention relates to a method for constructing a personal information database system using a communication network, and more particularly, effectively constructs a database system, but is accompanied by a monitor for safety management and state management of essential elements necessary for constructing such a database. It relates to a personal information database system construction method using a communication network that objectively measures the contribution of participating users, allocates shares of the database to users accordingly, and reasonably returns generated profits to individuals who participated in database construction.

Due to the development of the Internet platform industry, many people upload data containing personal information to the Internet while using platforms such as Amazon, Facebook, YouTube, and Twitter, or store data such as search history or purchase history as a log of search history. will be left

These data are generally stored in the database of the platform service provider, and the platform service provider manages the information.

Revenue is generated when platform service providers utilize data containing such individual information to create other services or sell it to a third party that needs it, but revenue using individual data used to build a database like this The problem is raised that it is unreasonable because it is returned only to the subject of this platform service.

In addition, above all, there is a problem in the absence of damage suppression measures through security and safety management in the construction and operation of these systems.

An object to be solved by the present invention is to provide a technique for objectively measuring the contribution of users participating in database construction and allocating shares of the database to users accordingly.

In addition, it is to provide a technology that reasonably returns profits generated by utilizing a database built by collecting individual information to individuals who participated in database construction.

In addition, by inducing users to voluntarily participate in the construction of a database, it is to provide a technique for quickly creating a database consisting of qualitatively and quantitatively good quality data.

In addition, the process of providing the system is given reliability and verifiable to enable quality control.

In addition, management means for system preparation, installation and operation are provided to enable real-time monitoring and response for stable handling of the system.

In addition, through these management means, it is possible to manage and control not only the system, but also the personnel related to the surrounding sites and unauthorized personnel in the system, so that various situations affecting the system quality can be managed in a complex way.

In addition, such a management means is provided to a minimum so that a plurality of objects can be effectively and efficiently monitored and managed.

In addition, it is to suppress the load and delay that may occur according to the operation change of these management means and to optimize the installation operation state through active response to the external environment.

The tasks of the present invention are not limited to the tasks mentioned above, and other tasks not mentioned will be clearly understood by those skilled in the art from the following description.

The present invention is a personal information database system construction method using a communication network, comprising the steps of receiving data used for database construction from a user; calculating a time contribution by inputting time-series information about the order in which the data is received from the user into a function having a higher contribution as the order of the received time-series information is earlier; And calculating a data contribution based on qualitative or quantitative information included in the data, wherein the database system includes a database construction device, wherein the database construction device converts the calculated contribution to user identification information It is mapped to and managed through a storage device or server, and a separate unit is provided at the location where the server is located to monitor access management to the place where the server is located and handling for expansion, maintenance, and repair of the server Provides a method of constructing a personal information database system using a communication network, which performs management.

According to the present invention as described above, there is one or more of the following effects.

According to the present invention, it is possible to provide a technique for objectively measuring the contribution of users participating in database construction and allocating shares of the database to users accordingly.

In addition, it is possible to provide a technology that reasonably returns profits generated by utilizing a database built by gathering information of individuals to individuals who participated in the construction of the database.

In addition, by inducing users to voluntarily participate in the construction of the database, it is possible to provide a technique for rapidly generating a database consisting of qualitatively and quantitatively good quality data.

In addition, reliability can be given to the system provision process and quality control can be made possible by making it possible to verify.

In addition, management means for system preparation, installation and operation, etc. can be provided to enable real-time monitoring and response for stable handling of the system.

In addition, through these management means, it is possible to manage and control not only the system but also the personnel related to the surrounding sites and unauthorized personnel in the system, so that various situations affecting the system quality can be managed in a complex manner.

In addition, such a management means is provided to a minimum, so that a plurality of objects can be effectively and efficiently monitored and managed.

In addition, it is possible to suppress the load and delay that may occur according to the operation change of the management means, and to optimize the installation operation state through active response to the external environment.

1 is a diagram showing a system for implementing a database construction method according to an embodiment of the present invention.
2 is a flow chart illustrating a comprehensive process of a database construction method according to an embodiment of the present invention.
3 is a flowchart illustrating a process of calculating contribution in a database construction method according to an embodiment of the present invention.
4 is an exemplary diagram of a function for calculating a time contribution according to an embodiment of the present invention.
5A is an exemplary diagram for explaining a method of calculating a data contribution according to an embodiment of the present invention.
5B is an exemplary diagram for explaining a method of assigning weights according to rarity of data contents according to an embodiment of the present invention.
6A is an exemplary diagram for explaining a user's contribution to construction according to data upload order according to an embodiment of the present invention.
6B is an exemplary diagram for explaining distribution of users with respect to construction contribution according to an embodiment of the present invention.
7 is a block diagram of a database construction apparatus according to an embodiment of the present invention.
8 to 13 are diagrams showing the main configuration according to the present invention.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 is a diagram showing a system 1 implementing a database construction method according to an embodiment of the present invention.

Referring to FIG. 1, a system 1 for implementing a database construction method according to an embodiment of the present invention includes user terminals 10a, 10b, and 10c, a database construction apparatus 100, and a database using apparatus 200a, 200b, 200c) may be included. The user terminal 10 transmits data including user information to the database construction apparatus 100 . At this time, the data may include information corresponding to the purpose of the database 101 .

For example, if the database 101 is to be built based on biometric information, it may include user disease information, tissue image information, clinical trial information, gene information, pathology information, and the like. In addition, if the database 101 is to be built based on financial information, it may include user asset information, credit rating information, annual salary information, and the like.

In addition, if the database 101 is to be built based on the purchase history, it may include the user's age information, residence area information, access time information, payment amount information, and the like. As such, data that can be used according to an embodiment of the present invention may include various information to suit the purpose of the database 101, and the type of data used is not limited to the above-described example.

However, in the description of this specification, for convenience of understanding, building the database 101 based on biometric information is taken as an example, and hereinafter, data transmitted by the user terminal 10 is assumed to be biometric data. The database construction apparatus 100 receives biometric data from the user terminal 10 . Accordingly, the database construction apparatus 100 calculates the user's contribution to the construction of the database 101 according to time-series information, quantitative information, or qualitative information included in the received biometric data, and based on this contribution, A stake in the value of the database 101 may be given to the user. Thereafter, when the database 101 is utilized and revenue is generated, the database construction apparatus 100 may distribute the generated revenue to users based on shares.

The database using device 200 may use the database 101 created by the database building device 100 . At this time, as described above, if the generated database 101 is the database 101 built based on the user's biometric information, the database using device 200 utilizes the database 101 to determine the possibility of developing disease according to the genes of people. It can be used to predict disease.

In addition, if the generated database 101 is the database 101 built based on the user's financial information, the database using device 200 is used to build a process for predicting an appropriate financial product according to the user's asset level. (101) can be used.

In addition, if the database 101 is built based on the user's purchase history, the database 101 can be used to build a process that automatically recommends suitable products according to the user's purchase history. To this end, the database using device 200 may pay an appropriate price for the utilization or purchase of the database 101 to the database building device 100 . Regarding such revenue, the database construction apparatus 100 may distribute the generated revenue to users based on shares when the database 101 is utilized and revenue is generated. At this time, the user terminal 10, the database building device 100, and the database using device 200 may transmit and receive information through a wired or wireless network.

In order to explain in more detail the database construction method for realizing the system 1 implementing the database construction method according to an embodiment of the present invention, the implementation steps of the database construction method are comprehensively described through FIG. , Each step will be described in detail with FIGS. 3 to 6.

2 is a flow chart illustrating a comprehensive process of a database construction method according to an embodiment of the present invention. Each step of the database construction method according to FIG. 2 may be performed by the database construction apparatus 100, and each step performed by the database construction apparatus 100 is described as follows.

First, the database construction apparatus 100 may receive biometric data from a user and calculate the contribution of the user participating in the database 101 construction (S100). Thereafter, the database construction apparatus 100 may calculate the user's share of the value of the database 101 based on the calculated contribution (S200). Accordingly, when revenue is generated by the database 101, the database construction apparatus 100 may distribute the generated revenue to the user based on the calculated share (S300).

3 is a flowchart illustrating a process of calculating contribution in a database construction method according to an embodiment of the present invention. Hereinafter, for convenience of understanding, construction of the database 101 based on biometric information will be described as an example. Each step of the database construction method according to FIG. 3 may be performed by the database construction apparatus 100 . Here, the order of each step does not limit the chronological order of the method, and the order of each step may be changed according to the selection of a person skilled in the art. Accordingly, each step is described as follows.

First, the database construction apparatus 100 may receive biometric data to be used for constructing the database 101 from the user (S110). The database construction apparatus 100 may directly receive biometric data based on transmission from the user terminal 10 through a communication network, or collect and receive log records left by the user terminal 10 on the Internet.

In this case, the biometric data may include information on a plurality of items. For example, biometric data may include genome information, tissue image information, clinical information, or pathology information, but is not limited to these examples.

Next, the database construction apparatus 100 may calculate a time contribution having a higher contribution as the chronological order received from the user is earlier based on the chronological information included in the biometric data (S120). That is, the higher the contribution to the establishment of the database 101, the earlier the user uploads the biometric data compared to other users.

In this case, the time-sequential information may be determined based on the order or time in which the user uploads the biometric data or the order or time when the user leaves the biometric data in an Internet log, but is not limited to these examples. More specifically, the database building apparatus 100 may use the means of FIG. 4 .

4 is an exemplary diagram of a function for calculating a time contribution according to an embodiment of the present invention. Referring to FIG. 4, the database construction apparatus 100 is an n-order (n is a natural number greater than or equal to 1) function (FIG. 4(a)), a step function (FIG. 4(b)), and a logarithmic function that decreases over time. The time contribution can be calculated by inputting time-series information of the received biometric data to either a function (FIG. 4(c)) or an exponential function (FIG. 4(d)).

For example, assuming that users upload the same data at different times, the user's time contribution can be calculated by designing a function so that the contribution between the first uploader and the 100,000th uploader differs by about 10 times.

Accordingly, the faster the time or order of uploading the biometric data to the database building device 100, the higher the time contribution, so that the database 101 can be built quickly by inducing users to upload their data. let it be In addition, the database construction apparatus 100 may calculate a data contribution based on qualitative information or quantitative information of information included in biometric data (S130).

5A is an exemplary diagram for explaining a method of calculating a data contribution according to an embodiment of the present invention. Referring to FIG. 5A , the database construction apparatus 100 may calculate data contribution by summing preset contribution scores for each type of information included in biometric data.

For example, as shown in FIG. 5A , if user 2's biometric data includes information corresponding to D1 and D3, preset contribution scores are added to D1 and D3 to obtain 30 + 0 + 20 + 0 = 50 The data contribution of can be calculated.

At this time, if a plurality of pieces of information previously designated as providing added value in data analysis are included among the types of information included in the data, the data contribution may be calculated by adding a preset weight to the plurality of pieces of information. ] For example, it is assumed that clinical information and pathology information are set as information that adds value to each other, and when these information are included together, a 10% weight is added to the biometric data to calculate the data contribution. Then, as shown in FIG. 5A, since the biometric data of user 1 includes information corresponding to D1 to D4, the preset contribution scores are added to D1 to D4, but the sum of the scores corresponding to D3 and D4 is 25. By adding a weight of 10%, we can calculate the data contribution of 30 + 10 + (20 + 5) * 1.1 = 67.5.

In addition, the data contribution may be calculated by adding a weight to the summed value according to the number of types of information included in the data. For example, it is assumed that a weight of 3.8% is set to be added when four or more kinds of information are included among biometric data. Then, since the biometric data of user 1 shown in FIG. 5A includes four types of information corresponding to D1 to D4, the preset values are added to D1 to D4, and a weight of 3.8% is added to (30 + 10 + 20 + 5) * 1.038 = 67.5 data contribution can be calculated.

In addition, if the information of the information included in the biometric data includes the information of the predetermined content, based on the number of users who have the information of the predetermined content for all users who participated in the construction of the database 101, the information of the predetermined content Data contribution can be calculated by adding a weight that is inversely proportional to the number of users who have the information of . More specifically, this embodiment will be described together with FIG. 5B.

5B is an exemplary diagram for explaining a method of assigning weights according to rarity of data contents according to an embodiment of the present invention. ] Referring to FIG. 5B, when the information included in the biometric data is rare information that is rare for other users, 'disease' It is assumed that the content of the information included in the item 'information' is previously specified to add a higher weight when 'stomach cancer' or 'pancreatic cancer'.

In this case, the added weight can be designed so that the rarer the information, the higher weight can be assigned using the calculation method of . At this time, the information on the incidence rate may be calculated by using certified disease probability statistical data or by aggregating statistics of information stored in the database 101 that is actually being built, but is not limited to these examples.

Accordingly, as shown in FIG. 5B, in the case of user 1, 'stomach cancer' information is included in the disease information, so the rarity weight corresponding to is calculated, and in the case of user 2, 'pancreatic cancer' information is included in the disease information. Therefore, the rarity weight corresponding to can be calculated. The calculated rarity weight may be separately added to the data contribution and reflected or multiplied, or the rarity weight may be used in the step of calculating the construction contribution, which will be described later. However, it is not limited to this example, and the rarity weight may be reflected in the user's contribution in various ways.

Meanwhile, each of the embodiments that can be applied to calculate the data contribution can be combined according to the manager using the database building apparatus 100 to calculate the data contribution. Thereafter, the database construction apparatus 100 may calculate a construction contribution, which means the degree of the user's final contribution to the construction of the database 101, by reflecting the calculated time contribution to the calculated data contribution (S140).

For example, the database construction apparatus 100 calculates the construction contribution by inputting the data contribution to a function designed to calculate the time contribution having a higher contribution as the time-series information is earlier, or by multiplying the pre-calculated data contribution and the time contribution Construction contribution can be calculated. However, the method of calculating the construction contribution is not limited to these examples.

On the other hand, when the user divides and uploads the biometric data multiple times, the database construction apparatus 100 may separately calculate and sum the construction contributions of each biometric data according to time-sequential information included in each biometric data.

For example, when the same user uploads a plurality of biometric data at different times, the biometric data received at time t1 is referred to as first data, and the biometric data received at time t2 is referred to as second data. In this case, the database construction apparatus 100 may calculate a first time contribution and a second time contribution calculated based on time-series information t1 and t2 of the first data and the second data, respectively. In addition, the database building apparatus 100 may separately calculate the data contribution from each of the first data and the second data to calculate the first data contribution and the second data contribution.

Accordingly, the database construction apparatus 100 calculates a first construction contribution based on the first time contribution and the first data contribution, and calculates a second construction contribution based on the second time contribution and the second data contribution, By summing the first construction contribution and the second construction contribution, even when the user divides and uploads the biometric data multiple times, the final contribution reflecting each upload time or order can be calculated.

In addition, the database construction apparatus 100 may assign the calculated contribution to the user's identification information (S150). For example, the database building device 100 maps the calculated construction contribution to the user's identification information and manages it through a storage device or server, or records it on a blockchain to give the user's identification information a construction contribution to transparently can manage

For example, the database building device 100 may generate a block including information obtained based on the user's biometric data, connect it to blocks of other users who participated in building the database 101, and store it on a blockchain.

For example, when the database construction apparatus 100 receives biometric data from a new user, the user's public key corresponding to identification information (or address), information included in the biometric data (time-sequential information, A block containing qualitative information or quantitative information), time contribution, data contribution, construction contribution, or stake can be created and linked to a block containing previous user information.

Meanwhile, the information to be recorded in the block may be information including the user's identification information and biometric data, but the information to be recorded on the blockchain and the information to be stored in the server may be separately designed according to the administrator's choice.

6 is a result of simulation by applying an embodiment of the present invention to cancer incidence probability statistics according to “main statistics of cancer incidence” of a public data portal. In this case, FIG. 6A is a simulation result according to an embodiment of the present invention and is an exemplary diagram for explaining the user's contribution to construction according to the data upload order, and FIG. 6B is a simulation result according to an embodiment of the present invention for construction contribution. It is an exemplary diagram for explaining the distribution of users.

In this simulation, the types of information that biometric data has are: D1-disease type information (contents: information about cancer according to "key statistics of cancer incidence"), D2-pathology information (contents: yes/no), and D3-clinical Biometric data to be used as a sample was created to include any one or more of information (content: present/absent).

At this time, if 100,000 users upload biometric data, all disease information (D1) is uploaded, but pathological information (D2) and clinical information (D3) are uploaded only by some users. The probability of including information (D1) was set to 100%, the probability to include D2 to 30%, and the probability to include D3 to 10%.

On the other hand, the relative contribution score of D1:D2:D3 is set to 5:45:5. At this time, if D1, D2, and D3 are all included, the contribution score is set to '100' by weighting. Therefore, the data contribution calculated according to the type or number of information included in the biometric data is as follows.

- With D1: 5

- Including D1, D2: 50

- Including D1, D3: 10

- Including D1, D2, D3: 100

Thereafter, the time contribution calculation method is set so that the contributions of the 1st uploader and the 100,000th uploader are approximately 10 times as the contribution decreases in the form of an exponential function according to the order of uploading the biometric data.

In addition, since the actual probability of developing pancreatic cancer is about 10/100,000 when referring to "main statistics of cancer incidence," sample biometric data was created so that 10 out of 100,000 people to be stored in the database 101 had "pancreatic cancer" in the simulation. .

Accordingly, the final construction contribution was calculated by multiplying the pre-calculated construction contribution through the time contribution and the data contribution by the rarity weight corresponding to the case where the content of the disease information among the biometric data had "pancreatic cancer".

Through this, the average of the finally calculated construction contributions was adjusted to be '1', and the construction contributions posted in FIGS. 6A and 6B were expressed by expanding the final contribution adjusted so that the average was 1 to the range of 1 to 70. did

Accordingly, referring to FIG. 6A , it can be confirmed that the construction contribution shows a decreasing trend according to the data upload order as a whole, and the construction contribution shows a difference even within a similar order according to the data contribution. In addition, referring to FIG. 6B , it can be seen that in most cases, the contribution is between 0 and 1, and the number of users having a high contribution decreases in the form of a negative exponential function.

That is, through FIGS. 6A and 6B, while giving a high construction contribution to a user who uploads first and a user who uploads quality data, the present invention to allow many people to participate by preventing any one user from having the contribution. It can be confirmed that it can be implemented to realize the purpose of

Thereafter, the database construction apparatus 100 calculates the user's share of the value of the database 101 based on the calculated contribution (S200), other participating in the construction of the database 101 Each user's share may be calculated based on the user's contribution to the construction of the sum of the contributions to the construction given to the users.

For example, if the total number of users is n and the contribution of user x is Cx, it can be defined as Here, a is the ratio of all users' shares to the total shares of the database 101, and if the user's ownership share of the entire database 101 is set to 50%, a may be 0.5. Therefore, a can have a value between 0 and 1.

Accordingly, when a = 1, if user 1's contribution is 30, user 1's first share is , and if a new user 2's contribution is 20, user 1's share is It can be. Then, as a new user participates in constructing the database 101, the ratio of users may be newly updated according to the above process.

In addition, when revenue is generated by the database 101, the database construction apparatus 100 divides the revenue generated by the user based on the calculated share (S300), the revenue generated by the built database 101 ' It can be distributed to users in proportion to the 'share'.

In addition, if revenue is generated due to the biometric data of some users in the built database 101, a predetermined percentage of the generated revenue is further distributed to some users according to the share of some users, so that the users due to the generation of revenue Profits can be distributed in larger proportions.

For example, if a data purchasing institution purchases 1000 data of 100,000 people included in the database 101 built, 40% of the total revenue is distributed according to the stake of 100,000 people, and 60% of the total revenue is It can be distributed to 1000 people, each owner of biometric data, according to the relative share ratio within 1000 people.

7 is a configuration diagram of a database construction apparatus 100 according to an embodiment of the present invention. 7 is a database construction apparatus 100 according to an embodiment of the present invention includes a receiving unit 110, a contribution calculation unit 120, a contribution granting unit 130, a share calculation unit 140, and a profit distribution unit 150 can include

The receiving unit 110 may receive biometric data used to build the database 101 from the user. The contribution calculation unit 120 may calculate the data contribution based on the time contribution having a higher contribution as the time-series information is earlier based on the time-series information included in the biometric data and the qualitative or quantitative information included in the biometric data. . Accordingly, the contribution calculation unit 120 may calculate the construction contribution that the user contributed to the construction of the database 101 by reflecting the calculated time contribution to the calculated data contribution.

The contribution granting unit 130 may assign a construction contribution to user identification information. The share calculation unit 140 may calculate the user's share of the value of the database 101 based on the calculated construction contribution.

The revenue distribution unit 150 may distribute revenue generated from the database 101 to users based on the calculated share. On the other hand, since the process for the components included in the database building apparatus 100 according to the above-described embodiment to perform the corresponding operation has been described together with FIGS. 2 to 6, redundant description will be omitted.

Meanwhile, the receiving unit 110, the contribution calculating unit 120, the contribution giving unit 130, the share calculating unit 140, and the profit distribution unit 150 included in the above-described embodiment use commands programmed to perform their functions. It may be implemented by a computing device including a memory including a memory, and a microprocessor that executes these instructions.

According to the above-described embodiment, as the degree of contribution to the construction of the user's database 101 is calculated based on the time-series information that the user uploaded his or her data to the server, the quantitative information of the data, and the qualitative information of the data, It is possible to objectively calculate each user's contribution to the establishment of the database 101, and by inducing data upload at an early stage, it is possible to construct the database 101 consisting of qualitatively and quantitatively good quality data quickly and qualitatively.

Through this, by distributing the shares of the database 101 according to the user's contribution, the users can reasonably return the profits generated from the utilization of the database 101 built by gathering their information.

The above-described embodiments of the present invention may be implemented through various means. For example, embodiments of the present invention may be implemented by hardware, firmware, software, or a combination thereof.

In the case of hardware implementation, the method according to the embodiments of the present invention includes one or more ASICs (Application Specific Integrated Circuits), DSPs (Digital Signal Processors), DSPDs (Digital Signal Processing Devices), PLDs (Programmable Logic Devices) , Field Programmable Gate Arrays (FPGAs), processors, controllers, microcontrollers, microprocessors, etc.

In the case of implementation by firmware or software, the method according to the embodiments of the present invention may be implemented in the form of a module, procedure, or function that performs the functions or operations described above. A computer program in which software codes and the like are recorded may be stored in a computer readable recording medium or a memory unit and driven by a processor. The memory unit may be located inside or outside the processor and exchange data with the processor by various means known in the art.

In addition, combinations of each block of the block diagram and each step of the flowchart attached to the present invention may be performed by computer program instructions. Since these computer program instructions may be loaded into an encoding processor of a general-purpose computer, special-purpose computer, or other programmable data processing equipment, the instructions executed by the encoding processor of the computer or other programmable data processing equipment are each block or block diagram of the block diagram. Each step in the flow chart creates means for performing the functions described.

These computer program instructions may also be stored in a computer usable or computer readable memory that can be directed to a computer or other programmable data processing equipment to implement functionality in a particular way, such that the computer usable or computer readable memory It is also possible for the instructions stored in to produce an article of manufacture containing instruction means for performing the function described in each block of the block diagram or each step of the flow chart. The computer program instructions can also be loaded on a computer or other programmable data processing equipment, so that a series of operational steps are performed on the computer or other programmable data processing equipment to create a computer-executed process to generate computer or other programmable data processing equipment. It is also possible that the instructions performing the processing equipment provide steps for executing the functions described in each block of the block diagram and each step of the flowchart.

In addition, each block or each step may represent a module, segment or piece of code that contains one or more executable instructions for executing a specified logical function. It should also be noted that in some alternative embodiments it is possible for the functions recited in blocks or steps to occur out of order. For example, two blocks or steps shown in succession may in fact be performed substantially concurrently, or the blocks or steps may sometimes be performed in reverse order depending on their function.

8 to 13, a personal information database system construction method using a communication network, comprising: receiving data used for database construction from a user; calculating a time contribution by inputting time-series information about the order in which the data is received from the user into a function having a higher contribution as the order of the received time-series information is earlier; and calculating a data contribution based on qualitative or quantitative information included in the data.

In addition, the database system includes a database construction device, and the database construction device maps the calculated contribution to user identification and manages it through a storage device or server.

A separate monitoring facility is provided at the location where the server is located to manage access to and from the place where the server is located, and is placed around the server to monitor and manage handling for expansion, maintenance, and repair of the server. . Here, the server may be provided in a state in which the server rack is stored and provided in multiple numbers. Such a unit may be disposed in a location adjacent to the server, or may be installed in a gate part leading to the server.

The monitor facility includes a lower body unit (10') located on site; a central monitoring unit 20' provided at the upper center of the lower body unit 10' and photographing the surroundings in a rotational manner; a first side monitoring unit (30') that moves left and right in a sliding manner in the lower body unit (10') and is provided on one side of the central monitoring unit (20') to photograph the surroundings; and a second side monitoring unit 40' that moves left and right in a sliding manner in the lower body unit 10' and is provided on the other side of the central monitoring unit 20' to photograph the surroundings.

The central monitoring unit 20' includes a driving module 21' installed on the lower body unit 10', a connecting rod module 22' installed above the driving module 21', A plate panel module 23' provided above the connecting rod module 22', a plurality of photographing modules 24' installed spaced apart from each other along the circumference of the plate panel module 23', and the plate panel module (23') includes a lighting module 25' disposed between the photographing modules 24' along the circumference to provide illumination.

The photographing module 25' performs photographing in a state in which the plate panel module 23' is rotated by receiving the driving force provided by the driving module 21' through the connecting rod module 22'. .

The first side monitoring unit 30' interlocks with one side of the plate panel module 23' to fix the plate panel module 23' or monitors a state in which the plate panel module 23' is rotated. Stop.

Here, the second side monitoring unit 40' interlocks with the other side of the plate panel module 23' to fix the plate panel module 23' or monitors the state in which the plate panel module 23' is rotated. Stop.

The first side monitoring unit 30' includes a first side driving module 31' provided in the lower body unit 10' and a first side driving module 31' provided above the first side driving module 31'. A flange module 32', the first flange module 32', a second flange module 33' provided to face upward, the first flange module 32' and the second flange module (33') and a first side photographing module (34') provided between them.

In addition, the second side monitoring unit 40' includes the second side driving module 41' provided on the lower body unit 10' and the second side driving module 41' provided on the upper part. The third flange module 42', the second flange module 33', the fourth flange module 43' provided to face upward, the third flange module 42' and the fourth flange It includes a second side photographing module 44' provided between the modules 43'.

The first flange module 32' of the first side monitoring unit 30' includes a first connection module 71' contacting the bottom of the plate panel module 23' and the plate panel module 23 ') A second connection module contacting upward is provided, and the second flange module 33' of the second side monitoring unit 40' is a third connection contacting downward the plate panel module 23'. module and a fourth connection module contacting the top of the plate panel module 23'.

The first connection module 71' includes a first upper connecting rod and a first magnetic fixture provided above the first upper connecting rod, and the second connecting module includes a second lower connecting rod and the second connecting module 71'. A second magnetic fixture is provided below the lower connecting rod, and the third connection module includes a third upper connecting rod and a third magnetic fixing body provided on the top of the third upper connecting rod.

The fourth connection module is provided with a fourth lower connector and a fourth magnetic fixture provided below the fourth lower connector, and the first magnetic fixture to the fourth magnetic fixture are the plate panel module. The plate panel module 23' is primarily fixed in a rotating state or non-rotating state of (23') by a magnetic adsorption method.

The first magnetic fixing body has a first interlocking body protruding and retracting from the inside to the outside, the second magnetic fixing body has a second interlocking body protruding and dislocating from the inside to the outside, and the third magnetic fixing body has a third interlocking body from the inside to the outside. The body protrudes and protrudes, and the fourth magnetic force fixture protrudes and protrudes from the inside to the outside, and the first to fourth interlocking bodies are inserted into and mounted into the plate panel module 23', respectively, Secondarily fix the panel module (23').

Here, the lower body unit 10' is positioned between the first side driving module 31' and the driving module 21', and the first side driving module 31' and the driving module 21' ) and a first distance maintaining module that secures a gap between the lower body unit 10' and located between the second side driving module 41' and the driving module 21' to drive the second side A second distance maintaining module is provided to secure a distance between the module 41' and the driving module 21'.

The first distance maintaining module includes a first upper body 81' installed above the lower body unit 10' and a first upper driving body 82 installed above the first upper body 81'. '), the first contact body 83' protruding and protruding to one side of the first upper driving body 82' and contacting the first side driving module 31', and the first upper driving body 82' It includes a second contact body 84' that protrudes and retracts to the other side and contacts the driving module 21'.

The second distance maintaining module includes a second upper body 91' installed above the lower body unit 10' and a second upper drive 92' installed above the second upper body 91'. ) body, the third contact body 94' protruding and protruding to one side of the second upward driving body 92' and contacting the second side driving module 41', and the second upward driving body 92' and a fourth contact body 95' protruding to the other side and contacting the driving module 21'.

Meanwhile, when the first side driving module 31' is moved to the side of the driving module 21', the first contact body 83' to the second contact body 84' operate the first side driving module 31'. The module 31' is in contact with the driving module 21' to buffer the shock caused by the positional movement, and the first contact body 83' to the second contact body 84' are For buffering, the first side driving module 31' moves into the first upper driving body 82' within a certain range in response to an impact caused by the movement of the driving module 21' side.

Here, the third contact body 94' to the fourth contact body 95', when the second side driving module 41' is moved to the side of the driving module 21', the second side driving module The module 41' is in contact with the driving module 21' to buffer the shock caused by the positional movement, and the third contact body 94' to the fourth contact body 95' are For buffering, the second side driving module 41' is moved to the side of the driving module 21' and responds to the impact caused by the movement, and moves within a certain range into the second upper driving body 92'.

In addition, when the first side driving module 31' and the second side driving module 41' are moved to the outside from the driving module 21', the first upper driving body ( 82') and the rotation of the second upward driving body 92' assist in accelerating the positional movement for the outward separation.

The lower body unit 10' is a first handling unit for performing handling operations including fixing and temperature control of the first side monitoring unit 30' to the outside of the first side driving module 31'. 50', and a second handling unit 60' for performing a handling operation including fixing and temperature control of the second side monitoring unit 40' to the outside of the second side driving module 41' is provided

The first handling unit 50' is located inside the first panel part 51' installed upward on the lower body unit 10' and the first panel part 51' so as to move up and down. A first movable body 52' provided to be movable and having a first battery module 53' inside, and the first side shooting module 34 installed on the front side of the first movable body 52' ') and supplying power from the first battery module 53' to the first side shooting module 34' for emergency use, and a first upper connector 54', and the first movable body 52 ') is installed as the front part of the first side photographing module 34' and contacts the first side photographing module 34' and supplies power from the first battery module 53' to the first side photographing module 34' for emergency use. A connecting body 55' is provided.

The second handling unit 60' moves up and down with the second panel part 61' installed upward on the lower body unit 10' and positioned inside the second panel part 61'. A second movable body 62 'which is provided and has a second battery module therein, and is installed on the front side of the second movable body 62' and contacts the second side shooting module 44', The second upper connector 64' for supplying power from the second battery module to the second side photographing module 44' for emergency use, and installed on the front part of the second movable body 62', A second lower connector 65' is provided that contacts the second side photographing module 44' and supplies power from the second battery module to the second side photographing module 44' for emergency use.

The first handling unit 50' is provided at the center of the first movable body 52' and supplies a fluid for heating or cooling toward the first side shooting module 34'. A part 56' is provided at the center of the second movable body 62' of the second handling unit 60' to heat or cool toward the second side shooting module 44'. It further includes a second fluid handling unit 66 'for injecting a fluid for.

The first fluid handling part 56' and the second fluid handling part 66' contact the side of the first side shooting module 34' and the second side shooting module 44', respectively, and operate in an intake mode. to fix the first side photographing module 34' and the second side photographing module 44', and the first upper connector 54' and the first lower connector 55' The first flange module 32' and the second flange module 33' are pressed and fixed through an operation of being spaced apart from each other.

The second upper connecting body 64' and the second lower connecting body 65' press and fix the third flange module 42' and the fourth flange module 43' through an operation of being spaced apart from each other. let it

The driving method of the physical components described above is forward-backward movement and rotational movement based on motors, actuators, etc., and the shape and size of each component can be selected and provided in various ways depending on the installation site and the materials to be implemented. . Although the present invention has been described with reference to the embodiments shown in the drawings, this is only exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical scope of protection of the present invention should be determined by the technical spirit of the appended claims.

10: user terminal 100: database building device
101: database 110: receiver

Claims (2)

As a method of constructing a personal information database system using a communication network,
Receiving data used for building a database from a user; calculating a time contribution by inputting time-series information about the order in which the data is received from the user into a function having a higher contribution as the order of the received time-series information is earlier; And calculating a data contribution based on qualitative or quantitative information included in the data,
The database system includes a database building device,
The database construction device maps the calculated contribution to the user's identification information and manages it through a storage device or server,
At the location where the server is provided, a separate monitoring facility is provided to manage access to the place where the server is located, and to monitor and manage handling for expansion, maintenance, and repair of the server by being placed around the server,
The monitoring facility,
A lower body unit (10') located on site; a central monitoring unit 20' provided at the upper center of the lower body unit 10' and photographing the surroundings in a rotational manner; a first side monitoring unit (30') that moves left and right in a sliding manner in the lower body unit (10') and is provided on one side of the central monitoring unit (20') to photograph the surroundings; and a second side monitoring unit (40') that moves left and right in a sliding manner in the lower body unit (10') and is provided on the other side of the central monitoring unit (20') to photograph the surroundings,
The central monitoring unit 20 ',
A driving module 21' installed on the lower body unit 10', a connecting rod module 22' installed above the driving module 21', and provided on the upper portion of the connecting rod module 22' a plate panel module 23', a plurality of photographing modules 24' spaced apart from each other along the circumference of the plate panel module 23', and the photographing modules along the circumference of the plate panel module 23' Including a lighting module 25 'that is disposed between (24') and provides lighting,
The photographing module 24' performs photographing in a state in which the plate panel module 23' is rotated by receiving the driving force provided by the driving module 21' through the connecting rod module 22',
The first side monitoring unit 30' interlocks with one side of the plate panel module 23' to fix the plate panel module 23' or to stop the rotation of the plate panel module 23'. make it,
The second side monitoring unit 40' interlocks with the other side of the plate panel module 23' to fix the plate panel module 23' or to stop the rotation of the plate panel module 23'. let it,
The first side monitoring unit 30 ',
The first side driving module 31' provided on the lower body unit 10', the first flange module 32' provided on the upper part of the first side driving module 31', and the first flange The module 32', the second flange module 33' provided to face upward, and the first side shot provided between the first flange module 32' and the second flange module 33' module 34';
The second side monitoring unit 40',
The second side driving module 41' provided on the lower body unit 10', the third flange module 42' provided on the upper part of the second side driving module 41', and the second flange The module 33', the fourth flange module 43' provided to face upward, and the second side shot provided between the third flange module 42' and the fourth flange module 43' module 44';
The first flange module 32' of the first side monitoring unit 30',
A first connection module 71' contacting the lower side of the plate panel module 23' and a second connection module contacting the upper side of the plate panel module 23' are provided, and the second side monitoring unit 40' is provided. The second flange module 33' of ) is provided with a third connection module contacting the lower part of the plate panel module 23' and a fourth connection module contacting the upper part of the plate panel module 23' ,
A method of constructing a personal information database system using a communication network.

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