KR20020087581A - Method and System for Providing of Hypnosis-Material based on network - Google Patents

Abstract

PURPOSE: A method and a system for providing the hypnosis data based on a network are provided to offer the hypnosis data and voice simultaneously through the network and to offer the proper hypnosis data to a user after checking a user's state through a pretest for the hypnosis. CONSTITUTION: The system includes a member's terminal(300) such as a computer, a PDA(Personal Digital Assistant), a cellular phone and an IMT(International Mobile Telecommunication)-2000, a hypnosis server(310) and a database(320). The hypnosis server receives a choice for a hypnosis data list from a member and sends the hypnosis data to the member by extracting the hypnosis data corresponding to the hypnosis data list from the database. If the server receives a reservation requesting the transmission of the hypnosis data from the member, the server sends the chosen hypnosis data to the member at a reserved day. The database includes a member information database(334) storing the personal information of the member and a hypnosis data database(338) storing the hypnosis moving images and voices.

Description

Method and system for providing network-based hypnotic data {Method and System for Providing of Hypnosis-Material based on network}

The present invention relates to a network-based hypnotic data providing method and system, and to a network-based hypnotic data transmission method and system capable of bringing the user into a hypnotic state at a desired time and place.

Hypnosis is a special state of the human organism that is intentionally and artificially caused in a certain way and a series of psychological and physiological phenomena caused by it. During hypnosis, the idea of kinetic movements, such as the body falling back, the rising of the arms, or the eyelids being closed, is observed by the suggestion of 'becoming', 'because-' occurs.

Hypnosis can clearly show the subtle movements in the mind in a relatively pure form. For this reason, the field of experimental investigation of various functions of the mind and body by using hypnosis in the psychology and physiology has been especially developed recently.

In the related art, a method of bringing a user into a hypnotic state will be described with reference to FIGS. 1A to 1C.

Conventionally, a user has been able to put himself into a hypnotic state by using a book hypnotic picture. In addition, the user was able to put himself into a hypnotic state by using hypnotic voices flowing through a wired communication terminal such as a computer or an audio or a mobile communication terminal such as a mobile phone. In addition, the user was able to put himself into a hypnotic state by using hypnosis of a hypnotic expert.

Conventionally, when a user wants to fall into a hypnotic state by using a computer, a mobile phone, a PDA, etc., only the hypnotic voice is used, thereby reducing the concentration of the user on hypnosis.

In addition, the user simply enters into a hypnotic state by using a hypnotic picture of a still image provided in a hypnotic book, and thus there is a problem that the efficiency of hypnosis is inferior.

Accordingly, an object of the present invention is to provide a method and system for providing hypnotic data through a network capable of simultaneously providing hypnotic data and hypnotic voice through a network.

Another object of the present invention is to provide a method and system for providing hypnotic data through a network capable of providing hypnotic data suitable for the user's state after determining the user's state through a user's prior hypnosis check.

Another object of the present invention is to provide a method and system for providing hypnotic data that can provide hypnotic data at a desired time by a user.

1A-1C show a prior art.

Figure 2 is a schematic illustration of a network-based hypnotic data providing method according to an embodiment of the present invention.

3 is a diagram illustrating a schematic configuration of a network-based hypnotic data providing system according to an exemplary embodiment of the present invention.

Figure 4 is a flow chart illustrating a network-based hypnotic data providing method for performing a pre-hypnosis test according to an embodiment of the present invention.

5 is a flowchart illustrating a method for providing hypnotic data based on a network by directly selecting hypnotic data according to an exemplary embodiment of the present invention.

6 is a flow chart schematically showing a method for providing hypnotic data by reservation according to an exemplary embodiment of the present invention.

7 is a view showing a schematic configuration of a system for providing hypnotic data through a network according to another exemplary embodiment of the present invention.

8 is a flow chart showing a hypnotic data providing method according to another preferred embodiment of the present invention.

9 is a flow chart showing a hypnotic data providing method according to another preferred embodiment of the present invention.

10 is a diagram illustrating a main screen of providing network-based hypnotic material according to an exemplary embodiment of the present invention.

11 illustrates a pre-hypnosis check command selection screen according to an exemplary embodiment of the present invention.

12 is a diagram showing the structure of a network-based hypnotic data providing database by prior hypnosis check according to an embodiment of the present invention.

13A illustrates the structure of a hypnotic sensitivity test table according to an exemplary embodiment of the present invention.

13B illustrates a mental state examination table in accordance with one preferred embodiment of the present invention.

13C illustrates a diagnostic table in accordance with one preferred embodiment of the present invention.

14A is a diagram illustrating a test result upper classification table according to an exemplary embodiment of the present invention.

14B is a diagram illustrating a test result subclassification table according to an exemplary embodiment of the present invention.

15 is a diagram illustrating a screen of a pre-hypnotic test result according to an exemplary embodiment of the present invention.

16 is an exemplary diagram of data stored in a member information table according to another preferred embodiment of the present invention.

Figure 17 illustrates an example of data stored in a pre-hypnotic check table in one preferred embodiment of the present invention.

18 is an exemplary diagram of data stored in a member status table according to a preferred embodiment of the present invention.

Figure 19 illustrates an example of data stored in a hypnotic data table according to one preferred embodiment of the present invention.

20 is a diagram illustrating a hypnotic treatment list selection screen for providing network-based hypnotic data according to an exemplary embodiment of the present invention.

FIG. 21 is a diagram illustrating a screen when a hypnotic treatment list menu is selected according to an exemplary embodiment of the present invention. FIG.

Fig. 22A is a diagram illustrating a screen for hypnotic data transmission reservation by a mobile communication terminal according to an embodiment of the present invention.

Fig. 22B is a diagram illustrating a screen for hypnotic data transmission reservation by a wired communication terminal according to another preferred embodiment of the present invention.

23 is a diagram showing the structure of a hypnotic data transfer reservation database according to an embodiment of the present invention.

FIG. 24 illustrates an example of data stored in a hypnotic data transmission reservation table according to an exemplary embodiment of the present invention. FIG.

25 illustrates an example of data stored in a caller information table according to an exemplary embodiment of the present invention.

FIG. 26 illustrates an example of data stored in a receiver information table according to an exemplary embodiment of the present invention. FIG.

FIG. 27 illustrates an example of data stored in a hypnotic treatment table in accordance with one preferred embodiment of the present invention. FIG.

<Description of the symbols for the main parts of the drawings>

300, 700, 730: member terminals

310, 710: hypnotic server

320, 720: Database

In order to achieve the above objects, according to the present invention, in the method and system for providing hypnotic data through the network, the member receives a hypnotic treatment list selection desired by the member through the network, and selects the hypnotic material according to the hypnotic treatment list selection. After displaying to the member a hypnotic material screen including a hypnotic material selection command capable of playing the selected hypnotic material and a player operation menu, and receiving a command of playing the hypnotic material from the member, the hypnotic material received from the member is displayed. The hypnotic material may be transmitted to the network, and a network-based hypnotic data providing method and system may be provided in which the hypnotic data screen may be reproduced in correspondence to the operation using the player operation menu of the member.

The hypnotic material may be at least one of a hypnotic image and a hypnotic voice, and the hypnotic image may be at least one of a video, a still image, and a 3D character. The hypnotic material selection command may include a hypnotic material area, and the player operation menu may include at least one of a play command, a stop command, a pause command, a rewind command, and a fast forward command.

According to another preferred embodiment of the present invention, in the method and system for providing hypnotic data through a network, receiving a pre-hypnosis test request from a member, and at least one pre-hypnosis check list corresponding to the pre-hypnosis test request, the member And providing an answer to a pre-hypnosis test content corresponding to at least one pre-hypnosis test list from the member, analyzing the answer to the pre-hypnosis test content, extracting a test result, and then extracting the test result. A network-based hypnotic data providing method and system capable of extracting hypnotic data corresponding to and transmitting the extracted hypnotic data to a member may be provided.

The prior hypnotic survey information may be at least one of a hypnotic sensitivity test, a mental state test, and a diagnostic test.

According to still another preferred embodiment of the present invention, there is provided a method and system for providing hypnotic data through a network, wherein a hypnotic treatment list selection is received from a member through a network, a hypnotic data transmission reservation request is received from the member, and the hypnosis is performed. Providing to the member a request content of a hypnotic data transfer reservation corresponding to a data transfer reservation request, receiving a response to the request content of the hypnotic data transfer reservation from the member, and responding to a request content of the hypnotic data transfer reservation Correspondingly, a network-based hypnotic data providing method and system for transmitting hypnotic data to a corresponding member may be provided.

The hypnotic data transmission reservation information may include at least one of caller information, receiver information, and reservation information. The caller information may be at least one of a name, an address, a phone number, and an e-mail address, and the receiver information may be at least one of a name, an address, a phone number, and an e-mail address.

The reservation information may be at least one of a stage of hypnotic data and a reservation date.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 is a schematic diagram illustrating a method of providing hypnotic data through a network according to an exemplary embodiment of the present invention.

Referring to FIG. 2, a hypnotic image providing area 200 and a player operation menu 210 may be displayed on a member's screen. The member may hypnotize the hypnotic image and the hypnotic voice displayed on the hypnotic image providing area 200 using the player operation menu 210. That is, when the member selects a play command from the player operation menu 210, the hypnotic image may be transmitted to the member along with the hypnotic voice. The hypnotic image may include a video, a still image, and the like.

3 is a diagram illustrating a schematic configuration of a system for providing hypnotic data through a network according to an exemplary embodiment of the present invention.

Referring to FIG. 3, a system for providing hypnotic data through a network may include a member terminal 300, a hypnotic server 310, and a database 320.

The member terminal 300 may be a computer, a PDA, a cellular phone, an IMT-2000, or the like.

The hypnotic server 310 may receive at least one hypnotic material list selection from the member. Then, the hypnotic server 310 may extract the hypnotic material corresponding to the received hypnotic material list from the database 320 and transmit the hypnotic material to the member. The hypnotic material may include a hypnotic image, a hypnotic voice, and the like. When the hypnotic data transmission reservation request is received from the member, the hypnotic server 310 may transmit the hypnotic data selected by the member on the hypnotic data transmission reservation date selected by the member.

The database 320 may include a member information database 324 and a hypnotic data database 328. The member information database 324 may store the member's name, ID, social security number, address, telephone number, mail address, and the like.

The hypnotic database 328 may store a hypnotic image, a hypnotic voice, and the like. The hypnotic image may include a video, a still image, and the like.

4 is a flowchart illustrating a network-based hypnotic data providing method of performing a pre-hypnosis test according to another exemplary embodiment of the present invention.

Referring to FIG. 4, when a user accesses a hypnotic server through a wired or wireless network, the hypnotic server may recognize the user's network connection in step 400.

In step 402, if the user is a member, in step 406 the hypnosis server may determine whether a pre-hypnosis test request, including a hypnotic susceptibility test, a mental state test, etc. has been received from the member.

If, in step 402, the user is not a member, in step 404, the user may register a member by entering a name, social security number, ID, password, address, telephone number and the like.

In step 406, if the pre-hypnosis check request is received from the member, in step 408, the hypnosis server may provide the member with a pre-hypnosis checklist. The pre-hypnosis check list may include a hypnosis sensitivity test, a mental state test, a diagnosis, and the like.

The hypnotic susceptibility test is a test that can determine whether the member may be hypnotized. The mental state test indicates whether the member can use the hypnotic program, and is a test to determine whether the state of the member is covered by the hypnotic program. The diagnosis is a test for recognizing which of the hypnotic programs the status of the member corresponds to.

In step 410, the hypnotic server may receive at least one pre-hypnotic checklist selection from the member.

In operation 412, the hypnotic server may transmit a pre-hypnotic test content corresponding to the received pre-hypnotic checklist to the member. The pre-hypnotic test content may be provided to the member in a text, voice, or the like format, such as multiple choice, short answer, or OX.

In operation 414, the hypnotic server may receive an answer to the hypnotic test contents from the member.

In operation 416, the hypnotic server may extract a test result by analyzing an answer to the hypnotic test content.

For example, when an answer for the OX-type dictionary hypnosis check is received from the member, the hypnosis server may first extract an answer to the dictionary hypnosis check. Then, the hypnotic server can analyze the ratio of O and X to the answer. The proportions of O and X can be analyzed for less than 5 of O, less than 5-10 of 0, more than 10 of 15 of 0, less than 15 of O, etc. for 20 pre-hypnotic test contents. The hypnotic server may extract the test result of the member as the analyzed ratio.

Consider a case where the hypnotic server receives an answer for a hypnotic sensitivity test from the member. The hypnotic server may analyze the answer to the hypnotic sensitivity test. In response to the 20 Hypnosis Susceptibility Tests, less than five O's are less likely to be hypnotized, more than five to fifteen less than one can be hypnotized, and more than fifteen zeros are hypnotic. The hypnotic susceptibility test results of the member can be extracted.

In addition, when the hypnotic server receives an answer to the mental state test from the member, the hypnotic server may analyze the answer to the mental state test. Then, the hypnotic server may extract the mental state test result of the member such as 'availability of the program' and 'need to consult with a specialist'.

In addition, when the hypnotic server receives an answer for a diagnostic test from the member, the hypnotic server may analyze the answer for the diagnostic test. The hypnotic server may then extract a diagnostic test result of the member, such as 'insomnia' or 'phobia'.

In operation 418, the hypnotic server may extract hypnotic data corresponding to the extracted test result. The hypnotic data is provided for each of the upper hypnotic treatment list and the lower hypnotic treatment list. The hypnotic data for the lower treatment list may be configured in steps 1, 2, ... N.

For example, if the member's prior hypnosis test result is determined to be interpersonal phobia, the hypnosis server may extract one or more hypnotic data for interpersonal phobia. That is, if the status of the member is three stages of interpersonal phobia among the phobias, the hypnotic server may extract hypnotic data corresponding to the three stages of interpersonal phobia. Here, the phobia may correspond to the upper hypnotic treatment list, and the interpersonal phobia may correspond to the lower hypnosis treatment list.

In operation 420, the hypnotic server may transmit the extracted hypnotic data to the member.

In step 422, the hypnotic server may determine whether another pre-hypnotic check request has been received from the member.

In step 406, if a pre-hypnosis test request is not received from the member, in step 424, the hypnosis server may provide a hypnotic treatment list.

In step 426, the hypnotic server may receive a hypnotic treatment list selection from the member.

In step 428, the hypnotic server may provide a hypnotic data list corresponding to the received hypnotic treatment list.

In operation 430, the hypnotic server may receive at least one hypnotic data list selection from the member.

In operation 432, the hypnotic server may transmit hypnotic material corresponding to the selected hypnotic material list to the member.

For example, when the member selects the hypnotic data command for the test well, the hypnotic server may extract the hypnotic data for the test well and transmit it to the member.

5 is a flowchart illustrating a method for providing network-based hypnotic data by directly selecting hypnotic data according to an exemplary embodiment of the present invention.

Referring to FIG. 5, when a member accesses a hypnotic server through a wired or wireless network, in step 500, the hypnotic server may recognize the member's network connection.

In step 502, the hypnotic server may provide the member with a hypnotic treatment list. The hypnotic treatment list may include an upper hypnotic treatment list and a lower hypnotic treatment list. The upper list of treatments may refer to hypnotic data that is well tested, hypnotic data for enhancing concentration, hypnotic data for quitting smoking, hypnotic data for losing weight, and the like.

The lower hypnotic treatment list is a list that may be provided when the member selects at least one of the upper hypnotic treatment lists. For example, if the member selects a test hypnotic material command, the hypnosis server may provide the user with sub-classes such as language test, hypnotic material, hydraulic field test, hypnotic material, foreign language test, and hypnotic material. Hypnosis treatment list can be provided.

In step 504, the hypnotic server may receive a hypnotic treatment list selection from the member.

In operation 506, the hypnotic server may extract and provide a hypnotic material list corresponding to the selected hypnotic treatment list to the member.

The member may select at least one from the provided list of hypnotic materials.

In step 508, the hypnotic server may receive a hypnotic material list selection from the member.

In operation 510, the hypnotic server may extract hypnotic data corresponding to the selected hypnotic material list and transmit the hypnotic data to the member.

6 is a flowchart schematically illustrating a hypnotic data transmission process by reservation according to another embodiment of the present invention.

Referring to FIG. 6, when a user accesses a hypnotic server through a wired or wireless network, the hypnotic server may recognize the user's network connection in step 600.

In step 602, if the user is a member, the hypnotic server may provide the member with a hypnotic treatment list.

Since the hypnotic treatment list is as described above, a description thereof will be omitted.

If, in step 602, the user is not a member, in step 604, the user may register by registering member registration information such as ID, password, name, social security number, address, and telephone number.

The member may select at least one hypnotic treatment list from the provided hypnotic treatment list.

Since step 608 to step 614 are the same as step 504 to step 510 of FIG. 5, a description thereof will be omitted.

In step 616, the hypnotic server may determine whether or not a reservation request for hypnotic data transmission is received from the member.

In step 616, when a hypnotic data transmission reservation request is received from the member, in step 618, the hypnotic server may transmit a request content of a hypnotic data transmission reservation to the member.

The request content of the hypnotic data transmission reservation may include a transmission reservation date of hypnotic data and steps of hypnotic data. The hypnotic data may be expressed in one, two, and three steps. For example, when the member selects the hypnotic material that is well-tested in the language domain, the hypnotic server may gradually provide the test-hypnotic hypnotic material to the member. The member may select one or a plurality of steps from the provided steps of the hypnotic material to schedule the transmission of the hypnotic material.

The member may create a request content of the hypnotic data transmission reservation including a reservation date of the transmitted hypnotic material, a step of the hypnotic data, and transmit the same to the hypnotic server. For example, if the member selects the hypnotic material that is well-tested in the language area, the member inputs 3 stages on the reservation date April 25, 4 stages on the reservation date April 30, etc. To the hypnotic server.

In operation 620, the hypnotic server may receive and store an answer to a request for hypnotic data transmission reservation from the member.

In step 622, the hypnotic server may transmit the hypnotic material to the member corresponding to the response to the request content of the hypnotic data transmission reservation.

For example, if the member schedules the transmission of the 3rd stage of the hypnotic material for the test on April 25, April 1, the hypnotic server sends the 3rd stage of the hypnotic material for the test on April 25 to the member. Can be transmitted.

If, in step 616, the hypnotic data transmission reservation request is not received from the member, the member may receive the hypnotic material transmitted from the hypnotic server.

7 is a diagram illustrating a schematic configuration of a system for providing hypnotic data through a network according to another exemplary embodiment of the present invention.

Referring to FIG. 7, a system for transmitting hypnotic data through a network may include a sender terminal 700, a hypnotic server 710, a database 720, and a receiver terminal 730.

The sender terminal 700 or the receiver terminal 730 may include a computer, a cellular phone, a PDA, IMT-2000, and the like.

When the hypnotic data transmission reservation request is received from the sender, the hypnotic server 710 may transmit the hypnotic data selected by the sender to the receiver on a reservation date corresponding to the hypnotic data transmission reservation.

The database 720 may include a member information database 722, a hypnotic data transmission reservation database 724, and a hypnotic data database 726.

See FIG. 3 for a detailed description of the member information database 722 and the hypnotic data database 726.

The hypnotic data transmission reservation database 724 may include caller information, receiver information, hypnosis treatment, reservation acceptance date, reservation date, and reception completion. The caller information may include a caller's name, telephone number, address, mail address, and the like. The recipient information may include the name, telephone number, address, mail address, and the like of the recipient. The hypnosis treatment may include a list of hypnotic data, steps, and hypnotic data.

8 is a flowchart illustrating a hypnotic data providing method according to another exemplary embodiment of the present invention.

Referring to FIG. 8, in step 800 the sender may select a hypnotic treatment list. The hypnotic treatment list may include hypnotic data that is well tested, hypnotic data for enhancing concentration, hypnotic data for quitting smoking, hypnotic data for losing weight, and the like. The sender may select, for example, a hypnotic material for the test well from the hypnotic treatment list.

In step 802, the caller may send the hypnotic treatment list selection to a hypnotic server.

In operation 804, the hypnotic server may extract a hypnotic data list corresponding to the transmitted hypnotic treatment list. For example, when the member selects the hypnotic treatment material that satisfies the language domain test from the hypnotic treatment list, the hypnotic server may extract a hypnotic material list corresponding to the selected hypnotic treatment list. The extracted hypnotic material list may be a file name of a hypnotic image.

In step 806, the hypnotic server may transmit the extracted hypnotic material list to the caller.

In step 808, the sender may select at least one hypnotic material list from the transmitted hypnotic material list.

In step 810, the caller may send a hypnotic material list selection to the hypnotic server.

In operation 812, the hypnotic server may extract hypnotic data corresponding to the hypnotic data list.

In operation 814, the hypnotic server may transmit the extracted hypnotic data to the sender.

In step 816, the sender may request the recipient's selection transmission of the hypnotic material to the hypnotic server. The recipient selection transmission may be to send the hypnotic material by the sender designates a recipient.

In step 818, the hypnotic server may request the receiver information from the caller.

In step 820, the caller may input the receiver information to receive the hypnotic material. The recipient information may include a recipient name, a telephone number or an e-mail address, an address, and the like.

In step 822, the sender may send the input recipient information to the hypnotic server.

In operation 824, the hypnotic server may extract a receiver corresponding to the input receiver information. The hypnotic server may extract a telephone number, a mail address, and the like from the recipient information.

In step 826, the hypnotic server may send hypnotic material to the recipient. The hypnotic server may transmit the hypnotic data using at least one of the extracted telephone number and mail address.

9 is a flowchart illustrating a hypnotic data providing method according to another exemplary embodiment of the present invention.

Referring to FIG. 9, step 900 in step 900 refers to step 814 in step 800 of FIG. 8.

In step 916, the caller may select a hypnotic data transfer reservation.

In step 918, the sender may send the hypnotic data transmission reservation selection to the hypnotic server.

In operation 920, the hypnotic server may transmit a request content of a hypnotic data transmission reservation to the caller. The request content of the hypnotic data transmission reservation may include caller information, recipient information, hypnosis treatment, transmission reservation reception date, and reservation date. For details of the request contents of the hypnotic data transmission reservation, refer to FIGS. 22A to 22B.

In step 922, the caller may prepare an answer to the request content of the hypnotic data transmission reservation.

In step 924, the sender may transmit an answer to the request content of the hypnotic data transmission reservation to the hypnotic server.

In step 926, the hypnotic server may extract recipient information corresponding to the response to the request content of the hypnotic data transmission reservation. The recipient information may include a name, a telephone number or an e-mail address of the recipient.

In operation 928, the hypnotic server may transmit the hypnotic data to the receiver corresponding to the extracted receiver information on the reservation date. For example, if the caller scheduled transmission of hypnotic material on April 30, the hypnotic server may send the hypnotic data to the recipient on April 30.

In operation 930, the hypnotic server may transmit a hypnotic data transmission completion message to the caller. The hypnotic data transmission completion message may be in the form of transmission of hypnotic data completed.

10 is a diagram illustrating a main screen of providing network-based hypnotic data according to an exemplary embodiment of the present invention.

Referring to FIG. 10, the main screen of the network-based hypnotic data providing may include a pre-hypnosis test command 1000 and a hypnosis treatment command 1010.

When the member selects the pre-hypnosis check command 1000, a screen as shown in FIG. 11 may be displayed.

When the member selects the hypnotic treatment command 1010, a screen as shown in FIG. 20 may be displayed.

11 is a diagram illustrating a pre-hypnosis check command selection screen according to an exemplary embodiment of the present invention.

Referring to FIG. 11, the hypnotic sensitivity test command selection screen may include a hypnotic sensitivity test command 1102, a mental state test command 1104, and a diagnosis command 1106.

The hypnotic susceptibility test command 1102 is a command to know whether the member may be hypnotized. When the member selects the hypnotic susceptibility test command 1102, the member may be provided with hypnotic susceptibility test information that may be expressed in multiple choice, subjective, OX, voice, and the like. The member may input an answer to the hypnotic sensitivity test content and transmit the answer to the hypnotic server.

The mental state test instruction 1104 indicates whether or not the member's hypnosis program is available, and whether or not the status of the member is handled in the hypnotic program. When the member selects the mental state test instruction 1104, the member may be provided with a mental state test content that may be expressed in multiple choice, subjective, OX, voice, and the like. The member may input an answer to the mental state test content and transmit it to the hypnotic server.

The diagnostic command 1106 is a command for knowing where the status of the member corresponds to the hypnotic program. When the member selects the diagnosis command 1106, the member may be provided with a diagnostic test content that may be expressed in multiple choice, subjective, OX, voice, and the like.

12 is a diagram showing the structure of a network-based hypnotic data providing database by prior hypnosis check according to an embodiment of the present invention.

Referring to FIG. 12, a network-based hypnotic data providing database based on a pre-hypnotic check may include a member information table 1200, a pre-hypnotic check table 1210, a member state table 1220, and a hypnotic data table 1230. have.

The member information table 1200 may include columns such as a member code, ID, name, password, social security number, address, telephone number, and mail address.

The member code may be an identifier in which each data stored in the member information table 1200 may be distinguished from other data. The member code, ID, name, and password may be mandatory items in the member information table 1200. Can be.

The member information table 1200 may be connected to the dictionary hypnosis check table 1210 by the member code. When the user performs member registration, the member registration information may be stored in the member information table.

If the member who has logged in wants to perform the pre-hypnosis check, the hypnosis server may provide the pre-hypnosis check to the member. When the member performs the pre-hypnosis test, an answer to the pre-hypnosis test content may be stored in the pre-hypnosis test table 1210.

The pre-hypnosis test table 1210 may include columns such as a pre-hypnosis test code, a member code, a test date, a hypnosis sensitivity test code, a mental state test code, and a diagnostic code.

The pre-hypnosis check code may be an identifier that allows each data stored in the pre-hypnosis check table 1210 to be distinguished from other data.

The pre-hypnosis check code may be a required entry item in the pre-hypnosis check table 1210.

The test date may be expressed as a date when the member performs the pre-hypnosis test.

The hypnotic susceptibility test code, the mental state test code, and the diagnostic code may include content for the member to perform a pre-hypnosis test.

The dictionary hypnosis check table 1210 may be connected to the member status table 1220 by the member code. When the member performs the pre-hypnosis test, the result of the pre-hypnosis test may be stored in the member status table 1220.

The member status table 1220 may include columns such as a member status code, a member code, a test result upper classification code, and a test result lower classification code.

The member status code may be an identifier in which each data stored in the member status table 1220 may be distinguished from other data.

The member status code may be a required input item in the member status table 1210.

The test result upper classification code and the test result lower classification code are codes assigned to the hypnotic treatment list, and a code corresponding to the pre-hypnosis test may be given when the member performs the pre-hypnosis test.

The member state table 1220 may be connected to the hypnotic data table 1230 by a test result upper classification code and a test result lower classification code. Hypnotic data corresponding to the test result upper classification code and the test result lower classification code may be stored in the hypnotic data table 1230.

The hypnotic data table 1230 may include columns such as a test result upper classification code, a test result sub classification code, a hypnotic data level, a stage hypnotic data number, a hypnotic data file name, and a hypnotic data description.

The test result upper classification code, test result lower classification code, hypnotic data level, and step-by-step hypnotic data number may be identifiers for each data stored in the hypnotic data table 1230 to be distinguished from other data.

The test result upper classification code, test result lower classification code, hypnotic data level, and step-by-step hypnotic data number may be mandatory items in the hypnotic data table 1230.

The hypnotic data stage may be information on a stage in which a member status belongs as a result of the pre-hypnosis test.

For example, insomnia may be expressed as a first step, a second step, or the like.

The phase-specific hypnotic data number may be the number of hypnotic data that may be provided according to the hypnotic data level. For example, the hypnotic data number for each stage may be expressed as first hypnotic data, second hypnotic data, and the like, which are the first stages for insomnia.

The hypnotic data file name may be expressed and stored as wave hypnotic data, shell hypnotic data, and the like.

The hypnotic data description may include effects on the hypnotic material, instructions for use, and the like.

13A is a diagram illustrating the structure of a hypnotic sensitivity test table according to an exemplary embodiment of the present invention.

Referring to FIG. 13A, the network-based hypnotic data providing database may further include a hypnotic sensitivity test table.

The hypnotic susceptibility test table may include a column such as a hypnotic susceptibility test code, hypnotic susceptibility test contents, and the total number of items.

The hypnotic susceptibility check code may be an identifier that allows each data stored in the hypnotic susceptibility check table to be distinguished from other data.

The hypnotic susceptibility test contents may be provided to the member in the form of a text, voice, etc. in a multiple choice, OX, or the like.

The total number of items may refer to the number of items of the hypnotic sensitivity test content.

The hypnotic susceptibility check table may be connected to the pre-hypnotic check table 1210 by a hypnotic susceptibility check code. When the member displays an answer to the hypnotic sensitivity test content, the answer may be stored in the hypnotic sensitivity test table.

13B illustrates a mental state examination table in accordance with one preferred embodiment of the present invention.

Referring to FIG. 13B, the network-based hypnotic data providing database may further include a mental state test table.

The mental state test table may include columns such as mental state test codes, mental state test contents, and the total number of items.

The mental state test code may be an identifier in which each data stored in the mental state test table can be distinguished from other data.

The mental state test content may be provided to the member in the form of text, voice, etc. in a multiple choice, OX, or the like.

The total number of items may refer to the number of items of the mental state test contents.

The mental state test table may be connected to the dictionary hypnosis test table 1210 by the mental state test code. When the member expresses an answer to the mental state test content, the answer may be stored in the mental state test table.

13C is a diagram illustrating a diagnostic table according to an exemplary embodiment of the present invention.

The network-based hypnotic data providing database may further include a diagnostic table.

Referring to FIG. 13C, the diagnosis table may include a diagnosis code, diagnosis contents, and the total number of items.

The diagnostic code may be an identifier in which each data stored in the diagnostic table can be distinguished from other data.

The diagnosis content may be provided to the member in the form of a text, voice, etc. in a multiple choice, OX, or the like.

The total number of items may refer to the number of items of the diagnosis contents.

The diagnostic table may be connected to the pre-hypnotic examination table 1210 by the diagnostic code. When the member answers the diagnosis, the answer may be stored in the diagnosis table.

14A is a diagram illustrating a test result upper classification table according to an exemplary embodiment of the present invention.

The network-based hypnotic data providing database may further include a test result upper classification table.

Referring to FIG. 14A, a test result higher classification table may include columns such as a test result higher classification code and a test result classification name.

The test result higher classification code may be an identifier that allows each data stored in the test result higher classification table to be distinguished from other data.

The upper classification name of the test result may be a name assigned to the upper classification code of the test result.

For example, the phobia may be assigned to the test result upper classification code 01, so that the phobia may be the upper classification name of the test result corresponding to 01.

The test result higher classification table may be connected to the member status table 1220 by a test result higher classification code.

14B is a diagram illustrating a test result subclassification table according to an exemplary embodiment of the present invention.

The network-based hypnotic data providing database may further include a test result subclassification table.

Referring to FIG. 14B, the test result sub classification table may include columns such as a test result sub classification code and a test result sub classification name.

The test result subclassification code may be an identifier that allows each data stored in the test result subclassification table to be distinguished from other data.

The test result subclassification name may be a name assigned to the test result subclassification code.

For example, a test result subclassification name may be determined in the test result subclassification code '001' such as 'personal phobia'.

The test result subclassification table may be connected to the member status table 1220 by a test result subclassification code.

15 is a diagram illustrating a pre-hypnotic test result screen according to an exemplary embodiment of the present invention.

Referring to FIG. 15, the pre-hypnosis test result screen may include the member state providing area 1500, the hypnotic data area 1510, and the step selection area 1520.

The member state providing area 1500 may provide an upper classification name, a test result lower classification name, and the like, to the member.

For example, Hong Gil-dong's status may be provided in the member status providing area 1500 that the message 'You can use the program' from the phobia to the interpersonal phobia. Here, 'phobia' may be an upper classification name of the test result, and 'personal phobia' may be a lower classification name of the test result.

The hypnotic data area 1510 is an area capable of providing hypnotic data extracted according to the status of the member as a result of the pre-hypnosis test.

The step selection area 1520 is an area for providing the member with the step of extracting the result of the pre-hypnosis test. In addition, the step selection area 1520 is an area in which the member may arbitrarily select a desired step.

16 is an exemplary diagram of data stored in a member information table according to another exemplary embodiment of the present invention.

Referring to FIG. 16, the member information table 1200 includes a member code '402', ID 'naby', name 'Lee Young Ae', resident registration number '770920-2636123', address 'Yangsam-dong, Gangnam-gu', telephone number '222-444', Data can be stored in the form of the mail address 'naby@hanmail.net'.

17 is an exemplary diagram of data stored in a pre-hypnotic check table in one preferred embodiment of the present invention.

Referring to FIG. 17, the pre-hypnosis test table 1210 includes a pre-hypnosis test code 'A', a member code '402', a test date '2001/4/18', a hypnosis susceptibility test 'hypnosis', and a mental state test' Data may be stored in the form of a hypnotic program available ', a diagnostic' phobia '.

18 is an exemplary diagram of data stored in a member status table according to an exemplary embodiment of the present invention.

Referring to FIG. 18, the member status table 1220 includes data in the form of member status code '01 -001 ', member code' 402 ', test result upper classification code' 01 ', and test result lower classification code' 001 '. Can be stored.

19 is an exemplary diagram of data stored in a hypnotic data table according to an exemplary embodiment of the present invention.

Referring to FIG. 19, the hypnotic data table 1230 includes a test result upper classification code '01', a test result lower classification code 'F001', a hypnotic data step code 'F001-05', a step-by-step hypnotic data number '5', and hypnosis. Data may be stored in the form of a data file name 'wave', hypnotic data description, or 'comfort relief of interpersonal fears'.

The test result upper classification code '01' may refer to 'phobia', and the test result lower classification code 'F001' may refer to 'personal phobia'. The hypnotic data step code 'F001-05' may be referred to as the fifth step of 'personal phobia'. The hypnotic data number '5' of the step may be referred to as the fifth hypnotic data among the provided hypnotic data.

20 is a diagram illustrating a hypnotic treatment list selection screen for providing network-based hypnotic data according to an exemplary embodiment of the present invention.

Referring to FIG. 20, the hypnotic treatment list selection screen may include a hypnotic treatment list menu 2000, a confirmation command 2030, and a cancel command 2040.

The hypnotic treatment list menu (2000) includes a hypnotic command (2002), a hypnotic command (2004), a hypnosis command (2006), a hypnotic command to stop smoking (2006), a weight loss hypnosis command (2008), and a fear test. Commands such as a hypnotic data command 2010 to reduce. The member may select at least one of the hypnotic treatment list menu 2000. When the member selects at least one from the hypnotic treatment list menu 2000, a screen as shown in FIG. 21 may be displayed.

The confirmation command 2030 is a command that is selected after selecting at least one of the hypnotic treatment list menu 2000 displayed by the member.

21 is a diagram illustrating a screen when a hypnotic treatment list menu is selected according to an exemplary embodiment of the present invention.

Referring to FIG. 21, a screen when a hypnotic treatment list menu is selected includes a hypnotic data area 2100, a hypnotic data effect providing menu 2110, a reservation command 2120, a confirmation command 2130, and a cancel command 2140. May contain

The hypnotic data area 2100 may include a hypnotic material providing area 2102, a hypnotic material selection command 2104, and a player operation menu 2106.

The hypnotic material providing area 2102 is an area where the hypnotic material selected by the member using the hypnotic material selection command 1204 can be displayed.

The player operation menu 2106 may include at least one of a play command, a stop command, a pause command, a rewind command, a fast forward command, and a volume control command. The member may play the selected hypnotic material using the player operation menu 2106.

The hypnotic material effect providing menu 2110 includes a hypnotic material effect command 2112 for a test, a hypnotic material effect command 2114 for enhancing concentration, a hypnotic material effect command for quitting smoking 2116, a hypnotic material effect command for losing weight ( 2118).

If the member selects the hypnotic hypnotic material effect command 2112 for the test well, the member terminal may display the hypnotic hypnotic material effect for the test in the form of text or the like and may be transmitted to the member in the form of voice or the like. .

The reservation command 2120 is a command that allows the member to arbitrarily set a desired date for receiving hypnotic material. When the member selects the reservation command 2120, FIGS. 22A to 22B may be displayed.

22A is a diagram illustrating a screen for hypnotic data transmission reservation by a mobile communication terminal according to an exemplary embodiment of the present invention.

Referring to FIG. 22A, a hypnotic data transmission reservation screen may include a caller information input area 2200, a receiver information input area 2220, and a reservation information input area 2230.

The caller information input area 2200 may include a name input area 2202, a phone number input area 2204, and an address input area 2206.

The member may input the caller's name in the name input area 2202 and the caller's phone number in the phone number input area 2204. The member may input the member's address in the address input area 2206. Caller information of the caller information input area 2200 may be automatically provided when the caller and the member match.

The recipient information input area 2210 may include a name input area 2212, a phone number input area 2214, and an address input area 2216 of the recipient.

The member may input a name of a recipient who wants to transmit the hypnotic material in the name input area 2212. The member may input the mobile communication terminal number of the receiver in the telephone number input area 2214. The member may input the address of the recipient in the address input area 2216. The recipient may be a member or the same as the sender.

The reservation date input area 2230 may include a step selection area 2232 of hypnotic material and a reservation date selection area 2234.

The member may select a step of hypnotic material to be received in the step selection area 2232 of the hypnotic material. The stage of hypnotic material the member may select may be one or more.

The reservation date selection area 2234 is an area for selecting or inputting a day for which hypnotic material corresponding to the hypnotic material step is to be transmitted.

22B is an exemplary view illustrating a screen for reservation of hypnotic data transmission by a wired communication terminal according to another exemplary embodiment of the present invention.

Referring to FIG. 22B, the hypnotic data reservation screen may include a caller information input area 2240, a receiver information input area 2250, and a reservation information input area 2260.

The sender information input area 2240 may include a sender's name input area 2242, a mail address input area 2244, and an address input area 2246.

The recipient information input area 2250 may include a name input area 2252, a mail address input area 2254, and an address input area 2256 of the recipient.

For a detailed description of the reservation information input area 2260, see the reservation information input area 2234 of FIG. 22A.

23 is a diagram showing the structure of a hypnotic data transmission reservation database according to an embodiment of the present invention.

Referring to FIG. 23, the hypnotic data transmission scheduling database includes a hypnotic data transmission scheduling table 2300, a caller information table 2310, a receiver information table 2320, a hypnotic treatment table 2330, and a hypnotic treatment upper list table 2340. Hypnotic treatment sub-list 2350.

The hypnotic data transmission reservation table 2300 may include columns such as a hypnotic data transmission reservation code, a sender code, a receiver code, a hypnosis treatment code, a reservation reception date, a reservation date, and reception completion.

The hypnotic data transmission reservation code may be an identifier that allows each data stored in the hypnotic data transmission reservation table 2300 to be distinguished from other data. The hypnotic data transmission reservation code, the sender code, the receiver code, and the hypnosis treatment The code and the reservation date may be mandatory items in the hypnotic data transmission reservation table 2300.

The reservation acceptance date may refer to a date when the caller receives a reservation for transmission of the hypnotic material. The reservation date may refer to the day that the hypnotic material selected by the sender wants to be transmitted to the recipient. The reception completion status indicates that the reserved hypnotic data has been transmitted to the receiver, and may be expressed as O if received by the receiver, X if not received, or the like.

The hypnotic data transmission reservation table 2300 may be connected to the caller information table 2310 by a caller code. When the caller inputs caller information to reserve hypnotic data transmission, the input caller information may be stored in the caller information table 2310.

The sender information table 2310 may include columns such as a caller code, a name, a phone number, a mail address, and an address.

The caller code may be an identifier that allows each data stored in the caller information table 2310 to be distinguished from other data.

The caller code, the telephone number or the mail address may be a required entry item in the caller information table 2310.

The hypnotic data transmission reservation table 2300 may be connected to the receiver information table 2320 by a receiver code. When the receiver inputs receiver information to reserve hypnotic data transmission, the input receiver information may be stored in the receiver information table 2320.

The recipient information table 2320 may include columns such as a recipient code, a name, a phone number, an e-mail address, an address, and the like.

The receiver code may be an identifier in which each data stored in the receiver information table 2320 may be distinguished from other data.

The receiver code, the telephone number, or the mail address may be a required input item of the receiver information table 2320.

The hypnotic data transmission reservation table 2300 may be connected to the hypnotic treatment table 2330 by a hypnotic treatment code. If the caller selects hypnotic treatment data to schedule hypnotic data transmission, the selected hypnotic treatment data may be stored in the hypnotic treatment table 2330.

The hypnotic treatment table 2330 may include a column such as a hypnotic treatment code, a hypnotic treatment upper list, a hypnotic treatment lower list, a hypnotic treatment step, and hypnotic data.

The hypnotic treatment code may be an identifier for each data stored in the hypnotic treatment table 2330 to be distinguished from other data.

The hypnotic treatment code, the hypnotic treatment upper list, the hypnotic treatment lower list, and hypnotic data may be essential input items of the hypnotic treatment table 2330.

The hypnotic treatment table 2330 may be connected to the hypnotic treatment upper list table 2340 by a hypnotic treatment upper list code.

The hypnotic treatment upper list table 2340 may include columns such as a hypnotic treatment upper classification code and a hypnotic treatment upper list name.

The hypnotic treatment upper classification code may be an identifier that allows each data stored in the hypnotic treatment upper list table 2340 to be distinguished from other data.

The data of the hypnotic treatment upper list table 2340 may store, for example, a hypnotic treatment upper list such as phobia in the hypnotic treatment upper classification code 01.

The hypnotic treatment table 2330 may be connected to the hypnotic treatment sublist table 2350 by a hypnotic treatment sublist code.

The hypnotic treatment sublist table 2350 may include columns such as a hypnotic treatment subclass code and a hypnotic treatment sublist.

The hypnotic treatment subclass code may be an identifier for each data stored in the hypnotic treatment sublist table 2350 to be distinguished from other data.

The data of the hypnotic treatment sub-list table 2350 may store, for example, a hypnotic treatment sub-list such as 'personal phobia' in the hypnotic treatment sub-category code '001'.

24 illustrates an example of data stored in a hypnotic data transmission reservation table according to an exemplary embodiment of the present invention.

Referring to FIG. 24, the hypnotic data transmission reservation table includes a hypnotic data transmission reservation code 'TR023', a caller code 'T212', a receiver code 'R032', a hypnosis treatment code '01 -001 ', a reservation reception date' 2001.2.1 ', Data may be stored in the form of a reservation date '2001.2.5', reception completion 'O'.

25 is a diagram illustrating an example of data stored in a caller information table according to an exemplary embodiment of the present invention.

Referring to FIG. 25, data may be stored in a caller information table in the form of a caller code 'T212', a name 'Lee Young Ae', a phone number '222-4444', and an email address 'NAVY@hanmail.net'.

FIG. 26 is a diagram illustrating an example of data stored in a receiver information table according to an exemplary embodiment of the present invention. FIG.

Referring to FIG. 26, data may be stored in a receiver information table in the form of a receiver code 'R032', a name 'Lee Byung Hun', a phone number '233-5678', and an email address 'qudgus@hanmail.net'.

27 illustrates an example of data stored in a hypnotic treatment table according to an exemplary embodiment of the present invention.

Referring to FIG. 27, a hypnotic treatment table includes a hypnotic treatment code 'CC502', a hypnotic treatment upper list '01', a hypnotic treatment lower list '001', a hypnotic treatment stage '2', and a hypnotic data file name 'wave'. Data can be stored.

Hypnosis treatment top list '01' can be seen through the hypnosis treatment top list table 'fear'.

The hypnotic treatment sublist '001' may be known as 'personal phobia' through the hypnotic treatment sublist table.

As described above, the present invention can improve hypnosis efficiency by providing hypnotic data including hypnotic images and hypnotic voices to members using a method and system for providing hypnotic data through a network.

In addition, after determining the status of the member through a prior hypnosis check of the member, the hypnotic data suitable for the status of the member may be extracted and provided to the member.

Claims (18)

In the method of providing hypnotic data through the network, Receiving a hypnotic treatment list selection desired by the member through the network; Hypnotic material screen including a hypnotic material selection command to select the hypnotic material according to the hypnotic treatment list selection and a player operation menu to play the selected hypnotic material. Displaying to the; And When receiving a playback command of hypnotic material from the member, transmitting the hypnotic material received from the member to the member Including but not limited to: The hypnotic material is reproduced in the hypnotic material screen corresponding to the operation of the member using the player operation menu Network-based hypnotic data providing method comprising a. The method of claim 1, The hypnotic material is at least one of a hypnotic image and a hypnotic voice Network-based hypnotic data providing method characterized in that. The method according to claim 1 or 2, The hypnotic image is at least one of a video, a still image, a 3D character network-based hypnotic data providing method. The method of claim 1, The hypnotic data selection command includes a hypnotic data area. The method of claim 1, Wherein the player operation menu includes at least one of a play command, a stop command, a pause command, a rewind command, and a fast forward command. Network-based hypnotic data providing method comprising a. In the method of providing hypnotic data through the network, Receiving a prior hypnosis check request from a member; Providing the member with at least one pre-hypnosis checklist in response to the pre-hypnosis check request; Receiving an answer from the member to a pre-hypnosis check content corresponding to at least one pre-hypnosis checklist; Extracting a test result by analyzing an answer to the pre-hypnotic test content; Extracting hypnotic data corresponding to the extracted test result; And Transmitting the extracted hypnotic material to a member Network-based hypnotic data providing method comprising a. The method of claim 6, The prior hypnosis survey information is at least one of the hypnotic sensitivity test, mental state test, diagnostic test Network-based hypnotic data providing method comprising a. In the method of providing hypnotic data through the network, Receiving a hypnotic treatment list selection from a member via a network; Receiving a hypnotic data transfer reservation request from the member; Providing to the member a request content of a hypnotic data transmission reservation corresponding to the hypnotic data transmission reservation request; Receiving an answer from the member in response to a request for the hypnotic data transmission reservation; And Transmitting the hypnotic material to the corresponding member in response to the request for the hypnotic data transmission reservation; Network-based hypnotic data providing method comprising a. The method of claim 8, The hypnotic data transmission reservation information includes at least one of caller information, receiver information, and reservation information. The method of claim 9, And the caller information includes at least one of a name, an address, a phone number, and an e-mail address. The method of claim 9, And the recipient information includes at least one of a name, an address, a phone number, and an e-mail address. The method of claim 9, The reservation information is a network-based hypnotic material providing method comprising at least one of the step of the hypnotic material, the reservation date. In the hypnotic data providing apparatus over a network, Means for receiving a hypnotic treatment list selection desired by a member via a network; Means for displaying to the member a hypnotic material screen comprising a hypnotic material selection command for selecting hypnotic material according to the hypnotic treatment list selection and a player operation menu for reproducing the selected hypnotic material; And Means for transmitting the hypnotic material received from the member to the member when receiving a command for playing the hypnotic material from the member; Including, The hypnotic material is reproduced in the hypnotic material screen corresponding to the operation of the member using the player operation menu Network-based hypnotic data providing system comprising a. In the hypnotic data providing system through the network, Means for receiving a prior hypnosis check request from a member; Means for providing the member with at least one pre-hypnosis checklist in response to the pre-hypnosis check request; Means for receiving an answer from the member to pre-hypnosis check content corresponding to at least one pre-hypnosis checklist; Means for extracting a test result by analyzing an answer to the pre-hypnotic test content; Means for extracting hypnotic data corresponding to the extracted test result; And Means for transmitting the extracted hypnotic material to a member Network-based hypnotic data providing system comprising a. In the hypnotic data providing system through the network, Means for receiving a hypnotic treatment list selection from a member via a network; Means for receiving a hypnotic data transfer reservation request from the member; Means for providing the member with a request content of a hypnotic data transfer reservation corresponding to the hypnotic data transfer reservation request; Means for receiving an answer from the member in response to a request for the hypnotic data transmission reservation; And Means for transmitting hypnotic material to the member in response to a request for the hypnotic data transmission reservation; Network-based hypnotic data providing system comprising a. A memory in which a program is stored; A processor coupled to the memory to execute the program Including but not limited to: In the processor, the program, the method for providing hypnotic data over a network, Receiving a hypnotic treatment list selection desired by a member via a network; Displaying a hypnotic material screen including a hypnotic material selection command for selecting hypnotic material according to the hypnotic treatment list selection and a player operation menu for playing the selected hypnotic material; And When receiving a playback command of hypnotic material from the member, transmitting the hypnotic material received from the member to the member Including but not limited to: The hypnotic material is reproduced in the hypnotic material screen corresponding to the operation of the member using the player operation menu Network-based hypnotic data providing system, characterized in that for executing. A memory in which a program is stored; A processor coupled to the memory to execute the program Including but not limited to: The processor by the program, In the method of providing hypnotic data through the network, Receiving a prior hypnosis check request from a member; Providing the member with at least one pre-hypnosis checklist in response to the pre-hypnosis check request; Receiving an answer from the member to a pre-hypnosis check content corresponding to at least one pre-hypnosis checklist; Extracting a test result by analyzing an answer to the pre-hypnotic test content; Extracting hypnotic data corresponding to the extracted test result; And Transmitting the extracted hypnotic material to a member Network-based hypnotic data providing system, characterized in that for executing. A memory in which a program is stored; A processor coupled to the memory to execute the program Including but not limited to: The processor by the program, In the method of providing hypnotic data through the network, Receiving a hypnotic treatment list selection from a member via a network; Receiving a hypnotic data transfer reservation request from the member; Providing to the member a request content of a hypnotic data transmission reservation corresponding to the hypnotic data transmission reservation request; Receiving an answer from the member in response to a request for the hypnotic data transmission reservation; And Transmitting the hypnotic material to the corresponding member in response to the request for the hypnotic data transmission reservation; Network-based hypnotic data providing system, characterized in that for executing.