KR100645922B1 - Reaction type plaything and method for controlling a reaction process of the same - Google Patents

Abstract

The present invention relates to a responsive toy and a method for controlling the reaction procedure thereof, while the present invention communicates with a plurality of short range communication tags separately attached to each user's belongings (or body parts) to an internal computer unit belonging to a product. After analyzing each tag data output from these short-range communication tags, and in accordance with the analysis result, the computerized modules that can induce the output of different actions (movement or voice) in a variety of systems and coordinated arrangement, through this The accessories (e.g., speaker, lamp, neck, leg, tail, etc.) of the toy are located within the context of the short range communication tags carried by the user, e.g. which short range communication tag is within the effective communication range (communication distance), Which short-range communication tag in the effective communication range is out of the valid communication range, the short-range communication located in the effective communication range By guiding the user to automatically display various reactions corresponding to his or her history, the user who possesses the short-range communication tag can naturally induce optimal satisfaction in using the toy. have.

Description

Reaction type plaything and method for controlling a reaction process of the same}

1 is an exemplary view conceptually showing a responsive toy according to the present invention.

2, 9, and 11 are exemplary diagrams conceptually showing a record of tag data according to each embodiment of the present invention.

3 is an exemplary view conceptually showing the storage history of the response action setting storage unit according to the present invention.

Figure 4 is an exemplary diagram conceptually showing the storage details of the action content storage unit according to the present invention.

5 is a diagram conceptually showing a storage history of an action request message storage unit according to the present invention;

6 and 13 are exemplary diagrams conceptually showing the storage history of the response action output storage unit according to the present invention.

7 is a flow chart sequentially showing a reaction procedure control method of toys according to the present invention.

8 and 10 are conceptual views illustrating a communication process between the toy response control module and the short range communication tags according to the present invention.

12 is an exemplary diagram conceptually illustrating a user classification process of the toy response control unit according to the present invention.

The present invention relates to a toy, and more particularly, to the internal computer unit belonging to the product, while communicating with a plurality of short range communication tags individually attached to each user's belongings (or body parts), After analyzing each tag data to be output, according to the result of the analysis, the computerized modules that can induce a variety of outputs of different actions (movement or voice) are systematically coordinated, through which, through the accessories of the toy (e.g. , Speakers, lamps, neck, legs, tails, etc.) are in the context of the near field communication tags possessed by the user, such as which short range communication tags are located within the effective communication range (communicable distance) Is the communication tag out of the effective communication range, and what is the record of the near field communication tag located within the effective communication range? Accordingly, the present invention relates to a responsive toy that can induce a user with a short-range communication tag to naturally have an optimal satisfaction level by guiding the user to automatically display various corresponding responses. . The present invention also relates to a method for controlling the reaction procedure of such a reactive toy.

Recently, as the living conditions have sharply improved, the demand for various toys has also increased rapidly.

Typically, under such a conventional system, a toy may, for example, be configured to repeatedly move its accessory (neck, leg, tail, etc.) according to a predetermined pattern when the user turns on a driving switch related to movement. When the driving switch related to the sound (voice) is turned on, the user may be interested (by causing a curiosity) by repeatedly outputting a certain sound (animal crying, singing, musical instrument sound, etc.) according to a predetermined pattern. It is common to induce.

In recent years, as the dissemination of such toys has reached a level of saturation, the user's desire for improving the function of the toys has also gradually increased.

However, despite this situation, under the conventional system, the toy monotonously repeats the same action (same movement or the same sound) according to a predetermined pattern, regardless of the situation of the user using the toy. Because of their reckless adherence, under the conventional technical framework, users are always forced to have a lot of complaints about the use of toys unless special measures are taken.

Accordingly, an object of the present invention is to communicate each tag data output from these near field communication tags, while communicating with a plurality of near field communication tags separately attached to each user's belongings (or body parts) to an internal computer unit belonging to the toy. After analyzing the system, according to the analysis results, systematically arrange the computing modules that can induce the output of different actions (movement or voice), thereby, through the toy accessories (eg, speakers, lamps) , Neck, leg, tail, etc.) is the situation of the local communication tags possessed by the user, such as which local communication tag is located within the effective communication range (communicable distance), and which local communication tag in the effective communication range is applicable. Corresponding to the deviation of the effective communication range, what is the record of the near field communication tag located within the effective communication range, and the like. By guiding the various reactions to be shown automatically, a user with a short-range communication tag is used to induce the user to have an optimal satisfaction in using the toy.

Other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

In the present invention to achieve the object as described above and the body provided with accessories; Accessory drive modules which are computerized within the body and selectively drive the accessories; A toy control module which collectively controls the accessory driving modules; In communication with the toy control module, the communication unit communicates with external local area network tags, receives and analyzes respective tag data output from the local area communication tags, and the appendages include the respective tag data. And a toy reaction control module for selectively outputting different reaction actions corresponding to the toy reaction control module, wherein the toy reaction control module analyzes the tag data and analyzes tag data to check the record of the tag data. Wealth; An action content storage unit for storing and managing action content corresponding to the reaction action; An action request message storage unit for storing and managing an action request message corresponding to the reaction action; A response action setting history storage unit configured to store and manage setting details regarding an output type and output order for each short range communication tag of the reaction action; While controlling the tag data analysis unit, the action content storage unit, the action request message storage unit and the response action setting history storage unit, under the control of the toy control module, and requests the transmission of tag data to the near field communication tags, Receiving and analyzing the tag data through a tag data analysis unit to confirm whether or not to include the effective communication range of the short-range communication tags and the record, and according to the record of the short-range communication tags included in the effective communication range, the reaction action After checking the setting details of the output type and output order for each short-range communication tag of the, and according to the result, the action content or action request message corresponding to the response action is transmitted to the toy control module side, the accessories are the effective Depending on the record of the near field communication tags included in the communication range, Disclosed are a reaction toy comprising a combination of a toy reaction control unit for selectively outputting a reaction action.

In another aspect of the present invention, a method for controlling a reaction procedure of a toy that selectively reacts according to the situation of short-range communication tags with attachments and a toy control module, wherein the tag data is provided to the short-range communication tags. Requesting the transmission of; Checking whether the short range communication tags are included in a valid communication range and determining the short range communication tags included in the valid range as specific short range communication tags to output a response action; According to the tag data record of the short range communication tags included in the effective communication range, the setting details regarding the output type and output order for each short range communication tag of the response action are checked, and according to the result, the response action is met. Delivering the action content or action request message to the toy control module to induce the attachments to selectively take different reaction actions according to the tag data records of the short range communication tags included in the effective communication range. Disclosed is a method for controlling a reaction procedure of a toy comprising a combination.

Hereinafter, with reference to the accompanying drawings, the reaction toy according to the invention and the reaction procedure control method thereof in more detail as follows.

As shown in Fig. 1, the toy 1 according to the present invention comprises various accessories 5, for example, a speaker 5a, a lamp 5b, a neck 5c, a leg 5d, a tail 5e. Body (1a) having a back (of course, the kind of these accessories can make a variety of variations depending on the situation), a toy control module (2) computerized within the body (1a), and the toy control module ( The accessory driving modules 3, the toy reaction control module 10, and the like, which are computer controlled by 2), take a close combination.

In this case, the memory 4, the power controller 6, and the like, which form a series of signal connection relationships with the toy control module 2, systematically perform a series of data (program) storage roles, a power supply status control role, and the like. By doing so, the control procedure of the accessory driving module 3, the toy reaction control module 10, etc. by the toy control module 2 assists to be made smoothly without any problems.

At this time, each of the accessory drive module (3) is a toy control module (2) due to, for example, the supply status of the power supply (7), the on / off status of the drive switch 8, the performance status of the toy reaction control module 10, etc. In accordance with the control of the control panel), the output situation of the above-mentioned various accessories 5, for example, the audio output state of the speaker 5a, the lighting state of the lamp 5b, the neck / leg / tail 5c, 5d, 5e, etc. It performs a function to systematically control the movement situation and the like.

In this situation, the toy response control module 10 of the present invention is carried by, for example, a plurality of users U1, U2, U3 ... UN, under the control of the previous toy control module 2. In communication with one external short range communication tag 20, each tag data outputted from the short range communication tags 20 is received and analyzed, and the preceding accessories (speaker, lamp, neck, leg, tail, and tail) are analyzed. Etc.) to selectively output the different reaction actions (movement, point light, voice, etc.) corresponding to each tag data.

In this case, the short-range communication tags 20 carried in the form of being attached to the article or body of each user (U1, U2, U3 ..., UN) are, for example, Radio Frequency Identification (RFID), Blue-tooth, NFC (Near) Manufactured based on a series of wireless short-range communication technologies such as field communication and Wi-Fi, products freely equipped with components such as the communication unit 23, the controller 22, and the information storage unit 21 are freely available. (Of course, depending on the situation, the shape, components, etc. of the near field communication tags 20 may make various modifications).

At this time, as shown in the figure, the toy reaction control module 10 of the present invention by the toy reaction control unit 11 and the toy reaction control unit 11 that is computerized control by the toy control module (2) Computer controlled tag communication unit 12, tag data analysis unit 13, reaction action setting history storage unit 16, action content storage unit 15, action request message storage unit 14, reaction action output history The storage unit 17 or the like has a combined configuration.

In this case, the tag communication unit 12 wirelessly transmits an electromagnetic signal (data) on the side of the toy response control module 10 to the short range communication tags 20 within an effective frequency (effective communication range), or the short range communication tag 20. Performs a series of wireless modem functions for wirelessly receiving electromagnetic signals (data) within an effective frequency (effective communication range) output from the devices.

At this time, the toy response control unit 11, under the control of the toy control module 2, requests the transmission of the tag data to the near field communication tag 20 side, in response to the request, each of the near field communication tags 20 When the tag data is transmitted from the side, it is received and analyzed to confirm whether or not the effective communication range (that is, the range in which communication with the tag communication unit) of each short range communication tag 20 is included / detached and the record history, According to the result of the check, in communication with the toy control module 2, it performs a function of selectively controlling different outputs of the reaction action on the side of the accessory (5).

In this situation, the tag data analysis unit 13, which is computationally controlled by the toy response control unit 11, performs tag data (side) communication data of each short range communication tag 20 by performing the function of the tag communication unit 12 mentioned above. D) is transmitted as shown in FIG. 2, and when the transmitted tag data D is transmitted by the toy response control unit 11, a series of analysis routines are started to be recorded in the corresponding tag data D. By performing the function of checking and analyzing the details and reporting the analysis result to the toy reaction control unit 11 side, the toy reaction control unit 11, for example, a short range communication tag 20 (user) is effective communication range ( That is, what local area communication tag (user: 20) is located within the communication range of the tag communication unit, or which local area communication tag (user: 20) stays within the effective communication range, and which local area communication tag (user: 20) Valid bridge Been newly included in the range, it becomes secondary to the recording history of short-range communication tag 20 is located within the effective communication range can easily grasp the main information, such as what (first user / second user / third user and so on).

In addition, the reaction action setting history storage unit 16 that is computerized by the toy reaction control unit 11, as shown in Figure 3, by the near field communication tag (20: user) of the reaction action by the accessory (5) By storing and managing the setting details of the output type and output sequence, and if necessary, extract and transfer them to the toy reaction control unit 11 side, the toy reaction control unit 11 and the toy control module 2: Whether or not the attachments 5 operating under the linkage of the attachments drive module are in the short range communication tag 20 possessed by each user (U1, U2, U3, ..., UN). , To assist in taking various individual reaction actions (movement, voice, lighting, etc.) that best match the history, etc., without any problems.

In addition, the action content storage unit 15 that is computerized by the toy reaction control unit 11, as shown in Figure 4, the action content required for the accessory 5 to take a series of reaction actions, for example, various voices By storing and managing the files (M), if necessary, extracts them, and delivers them to the toy reaction control unit 11 side, the toy reaction control unit 11 and the toy control module (2: accessory drive module) of the The status of the near field communication tag 20 carried by the user (U1, U2, U3 ..., UN) for each of the accessories 5, for example, the speaker 5a, operating under the linkage (includes an effective communication range and effective communication). Out of range, history, etc.), for example, "Welcome !! Nice to meet you !!", "My name is a dog! What's your name ??", "Dad !! Take a walk !! "," Good night! See you later! "," Mom !! Give me some rice !! " Etc., to assist in outputting colorfully without any problem.

In addition, the action request message storage unit 14, which is computerized by the toy reaction control unit 11, as shown in FIG. 5, may induce the accessory 5 to take a series of reaction actions. Save and manage the action request message (A), for example, <message to light the lamp>, <message to shake the neck>, <message to shake the tail>, and extract it if necessary. By performing the function of transmitting to the toy reaction control unit 11 side, if the toy reaction control unit 11 proceeds to the procedure for transmitting the corresponding message to the toy control module (2: accessory drive module) side, 5) For example, the situation of the near field communication tag 20 possessed by each user U1, U2, U3 ..., UN, including the lamp 5b, the neck 5c, the tail 5e, and the like (including an effective communication range). Status, valid communication range deviation, record history, etc.) Options such as lighting actions, shaking actions, and the like can be assisted to take colorfully without any problems.

In addition, the reaction action output history storage unit 17, which is computerized by the toy reaction control unit 11, sequentially accumulates < previous reaction action output details > of the appendages 5, as shown in FIG. If necessary, by performing the function of delivering this to the toy reaction control unit 11 side, the toy reaction control unit 11 << procedure of comparing the previous reaction action output status of the accessories (5) and the currently identified tag data By using, the short-range communication tag 20 that deviated from the effective communication range, the short-range communication tag 20 newly included in the effective communication range, and the short-range communication tag 20 continuously staying in the effective communication range are easily classified. It will help you decide.

Hereinafter, a detailed reaction procedure control method of the toy 1 according to the present invention having the above-described configuration will be described in detail.

First, users (U1, U2, U3, ..., UN) who want to use the toy (1) having the toy response control module 10 is installed in the short-range communication in which a predetermined tag data is recorded on a part of their belongings or a part of the body. The tags 20 are individually attached in advance to provide a base environment in which the present invention can be carried out.

In this situation, as illustrated in FIG. 7, the toy reaction control unit 11 of the toy reaction control module 10 installed in the toy 1 continuously checks the toy control module 2 to start a series of operations. It is determined whether or not the command is output (step S1).

At this time, for example, when the power source 7 is turned on or the drive switch 8 is turned on, and it is determined that a series of operation start commands are output from the toy control module 2 side, as shown in FIG. The reaction control unit 11 performs a process of communicating with the short range communication tags 20 carried by the users U1, U2, S3 ... UN.

Within this process, the toy response control unit 11 requests the transmission of tag data to the near field communication tags 20 via the tag communication unit 12 (step S2), and correspondingly, near field The controller 22 belonging to the communication tags 20 extracts its own tag data stored in the information storage unit 21, and then controls the toy response through the extracted tag data via the communication unit 23. The transmission to the unit 11 is performed.

In this situation, the toy response control unit 11 checks the tag communication unit 12, receives tag data output from the short range communication tags 20, and then receives the received tag data from the tag data analysis unit ( 13), as soon as the transfer process is completed, the tag data analysis unit 13 starts a series of analysis routines to check and analyze the record of the tag data D1 as shown in FIG. And, the process of reporting the analysis result to the toy reaction control unit 11 is to proceed (step S3).

When such a reporting process is completed, the toy response control unit 11 immediately reads the analysis contents of the tag data analysis unit 13, for example, <first to third short range communication tags 20a, 20b, and 20c. Is located within the effective communication range (Y)>, and according to the result of the confirmation, the <first to third short distance communication tags (20a, 20b, 20c) to a specific tag to output a response action> The determination is made (step S4).

Subsequently, the toy reaction control unit 11 checks the reaction action setting history storage unit 16 and sets the setting details regarding the output type and output order for each short-range communication tag 20 of the reaction action by the appendage 5. And, through this, for example, the <action tags should be output in the order of the first tag-second tag. &Gt; &gt;, &lt; the first voice file and the first action request in order to respond to the first tag 20a. Message must be delivered to the toy control module 2>, &lt; the fourth voice file and the fourth action request message must be delivered to the toy control module 2 &gt; in order to respond according to the second tag 20b. Know the facts.

Upon completion of this identification process, the toy response control unit 11 immediately utilizes the action content storage unit 15, the action request message storage unit 14, and the like, and the first voice file (for example, hello !! A file containing the voice of `` Welcome !! '', a first action request message (for example, a message containing a request for shaking the tail), and a fourth voice file (for example, mommy !! ), A fourth action request message (for example, a message containing a request for bowing a head), and the like, and then the secured data is transmitted to the toy control module 2.

As soon as this transfer process is completed, the toy control module 2 selects and controls the accessory driving module 3 according to the request of the toy reaction control unit 11 to drive the respective accessories 5, thereby, The situation of the respective short-range communication tags 20a, 20b, and 20c possessed by the respective users U1, U2, and U3 by the appendages 5, for example, the speaker 5a, the neck 5c, the tail 5e, and the like. Different reaction actions (e.g., sound output action, shaking action, etc.) corresponding to (including effective communication range, recording history, etc.) are induced to be colorfully taken without any problem (step S5).

As a result, under the system of the present invention, for example, the first user U1 carrying the first short range communication tag 20a located within the effective communication range Y may have the toy 1 < Nice to meet you! It is possible to confirm that the reaction of shaking the tail>, and the second user U2 carrying the second short-range communication tag 20b located within the effective communication range Y are determined by the toy 1 being used. <Mom !! Have fun with me today !! You can see that the head responds to nods.

Of course, in this way, under the situation where the toy 1 automatically shows various reactions corresponding to each other, the first to third users U1, U2, and U3 are different from the conventional one with respect to the use of the toy 1. You will naturally enjoy optimal satisfaction.

Thereafter, the toy reaction control unit 11 transfers the <previous reaction action output history> of the appendage 5 to the reaction action output history storage unit 17, and accumulates them sequentially, as shown in FIG. Store and manage (step S6).

On the other hand, in this situation, the toy reaction control unit 11 continuously checks the toy control module to determine whether a series of subsequent reaction time points has arrived (step S7).

At this time, for example, when a predetermined time has elapsed or when a user has a drive switch operation, and it is determined that a series of subsequent reaction time points has arrived, as shown in FIG. Subsequent communication is performed with the near field communication tags 20 carried by (U1, U2, U3 ..., UN).

Even within this process, the toy response control unit 11 requests transmission of tag data to the near field communication tags 20 via the tag communication unit 12 (step S8), and correspondingly, near field communication The controller 22 belonging to the tags 20 extracts its own tag data stored in the information storage unit 21, and then, through the communication unit 23, the extracted tag data through the toy response control unit. (11) proceeds to the transmission to the side.

In this situation, the toy response control unit 11 checks the tag communication unit 12, receives new tag data output from each of the near field communication tags 20, and then receives the received new tag data in the tag data. As soon as this transfer process is completed, the tag data analysis unit 13 starts a series of analysis routines to record the new tag data D2 as shown in FIG. 11. Check and analyze, and proceeds to report the analysis results to the toy reaction control unit 11 side (step S9).

When the reporting process is completed, the toy reaction control unit 11 immediately reads the analysis contents of the tag data analysis unit 13 and stores the read contents in the reaction action output history storage unit 17. Check and compare with the < previous reaction action output situation of the accessories > (shown in FIG. 6 above) (step S10), for example, the <first short range communication tag 20a and the third short range communication tag 20c are valid. Stays within the communication range (Y)>, <the second short-range communication tag (20b) has deviated from the effective communication range (Y)>, <the fourth short-range communication tag (20d) is the effective communication range (Y) Is newly included in the &quot;, and as shown in FIG. 12, according to the result of the confirmation, the <first and third short-range communication tags 20a and 20c can output a specific short-range to output the reaction action for staying. As a communication tag, it is specified that the response action for exiting the <second short range communication tag 20b is outputted. As the short range communication tag>, it is further determined to classify the <4th short range communication tag 20d into a specific short range communication tag to output a new inclusion reaction action> (step S11).

Subsequently, the toy reaction control unit 11 checks the reaction action setting history storage unit 16 and checks the setting details regarding the output type and output order for each short-range communication tag 20 of the reaction action by the accessory 5. In this way, for example, the response actions must be output in the order of <first short range communication tag-second short range communication tag ..................> and <second response to respond to staying of first short range communication tag 20a. The voice file and the second action request message should be delivered to the toy control module 2>, and the <6th voice file and the sixth action request message are toyed to respond to the departure of the second short range communication tag 20b. To respond to the new inclusion of the fourth near field communication tag 20d, the nth voice file and the nth action request message must be delivered to the toy control module 2 side. > Grasp the facts such as The.

Upon completion of this grasping process, the toy response control unit 11 immediately utilizes the action content storage unit 15, the action request message storage unit 14, and the like. The second voice request message (e.g. message containing the request to turn on the lamp), the sixth voice file (e.g. mom !! Goodbye !!), The sixth action request message (e.g., a message containing a request for shaking the tail), the nth voice file (e.g., a file containing the voice of the good friend !!), the nth action request message (e.g. After securing a message containing the request details), and proceeds to the process of delivering the secured data to the toy control module (2).

As soon as this transfer process is completed, the toy control module 2 selects and controls the accessory driving module 3 according to the request of the toy reaction control unit 11 to drive the respective accessories 5, thereby, The attachments 5, for example, the speaker 5, the lamp 5b, the neck 5c, the tail 5e, and the like, are located in the short range communication tag 20a, which is carried by each user U1, U2, U3, U4. 20b, 20c, 20d) different reaction actions (e.g. sound output action, lighting action, The action of shaking, etc.) is induced to be taken colorfully without any problem (step S12).

As a result, under the system of the present invention, for example, the first user (U1: third user) possessing the first short-range communication tag 20a staying in the effective communication range (Y), the toy 1 What shall we play from now on? It is possible to confirm that the reaction of turning on the lamp 5b provided in the eye> is made, and the second short-range communication tag 20b which has moved out of the effective communication range Y can be confirmed. 2 user (U2) is a toy (1) <Mom !! Goodbye!! It is possible to confirm that the reaction of shaking the tail 5d while making a sound &quot;, and the fourth user U4 possessing the fourth short range communication tag 20d newly included in the effective communication range (Y). Toys (1) is <older sister !! Nice to meet you!! You can see that the head nodding reaction>.

Of course, under such a situation that the toy 1 automatically shows various reactions corresponding to the respective ones, the first to fourth users U1, U2, U3, and U4 are conventionally used for the use of the toy 1. And other optimal satisfaction will naturally be enjoyed.

Thereafter, the toy reaction control unit 11 transmits the <following reaction action output history> of the appendage 5 to the reaction action output history storage unit 17, and sequentially accumulates and stores them as shown in FIG. After the management, for example, the present invention is finished stably according to whether or not the stop command on the toy control module 2 side is transmitted (step S13).

This invention can be variously modified depending on the situation.

For example, the present invention can flexibly take action to induce one user to collectively carry multiple short range communication tags.

As another example, in the present invention, the above-described toy response control module 10 may be flexibly taken to distribute or integrate the above-described toy response control module 10 into a memory 4 (or a corresponding computer module).

As another example, the present invention replaces the previous voice file (M) with educational content (for example, English education, Korean language education, mathematics education, music education, etc.) rather than the daily conversation content, the toy (1) You can also flexibly take action as an educational institution.

As described in detail above, in the present invention, the internal computer unit belonging to the toy is outputted from the short range communication tags while communicating with a plurality of short range communication tags individually attached to each user's belongings (or body parts). After analyzing each tag data, according to the result of the analysis, computer modules that can induce various outputs of different actions (movement or voice) are systematically interlocked, and thereby, toy accessories (eg, speakers) , Lamps, necks, legs, tails, etc.) are in the context of the near field communication tags possessed by the user, such as which short range communication tags are located within the effective communication range (communicable distance), Has moved out of the effective communication range, and what is the record of the near field communication tag located within the effective communication range? Depending on, in, by corresponding guides it can be seen to automatically a number of different reactions, are in possession of a short-range communication tag user utilizing a toy it may be induced to have a great experience naturally.

The present invention is not limited to toys for play only, and has a general useful effect in various kinds of similar devices.

And, in the foregoing, specific embodiments of the present invention have been described and illustrated, but it is obvious that the present invention may be variously modified and implemented by those skilled in the art.

Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

Claims (8)

delete A body having attachments; Accessory drive modules which are computerized within the body and selectively drive the accessories; A toy control module which collectively controls the accessory driving modules; In communication with the toy control module, the communication unit communicates with external local area network tags, receives and analyzes respective tag data output from the local area communication tags, and the appendages include the respective tag data. It includes a toy reaction control module for inducing a selective automatic output of different reaction actions corresponding to the, The toy response control module includes a tag data analysis unit for analyzing the tag data and checking a record of the tag data; An action content storage unit for storing and managing action content corresponding to the reaction action; An action request message storage unit for storing and managing an action request message corresponding to the reaction action; A response action setting history storage unit configured to store and manage setting details regarding an output type and output order for each short range communication tag of the reaction action; While controlling the tag data analysis unit, the action content storage unit, the action request message storage unit and the response action setting history storage unit, under the control of the toy control module, and requests the transmission of tag data to the near field communication tags, Receiving and analyzing the tag data through a tag data analysis unit to confirm whether or not to include the effective communication range of the short-range communication tags and the record, and according to the record of the short-range communication tags included in the effective communication range, the reaction action After checking the setting details of the output type and output order for each short-range communication tag of the, and according to the result, the action content or action request message corresponding to the response action is transmitted to the toy control module side, the accessories are the effective Depending on the record of the near field communication tags included in the communication range, Responsive toys comprising a toy response control unit for controlling the output of the response action selectively. delete delete The method of claim 2, wherein the toy reaction control module is computerized by the toy reaction control unit, the reaction type further comprises a reaction action history storage unit for accumulating and sequentially managing the output details of the reaction action toy. A method of controlling a reaction procedure of a toy that selectively reacts according to the situation of short-range communication tags with the accessories and the toy control module, Requesting transmission of tag data to the short range communication tags; Checking whether the short range communication tags are included in a valid communication range and determining the short range communication tags included in the valid range as specific short range communication tags to output a response action; According to the tag data record of the short range communication tags included in the effective communication range, the setting details regarding the output type and output order for each short range communication tag of the response action are checked, and according to the result, the response action is met. Delivering the action content or action request message to the toy control module to induce the attachments to selectively take different reaction actions according to the tag data records of the short range communication tags included in the effective communication range. Reaction procedure control method of the toy comprising a. 7. The method of claim 6, wherein the step of storing the reaction action output of the accessories further proceed. 7. The method of claim 6, further comprising: determining whether a subsequent output time point of the reaction action has arrived; When a subsequent output time of the response action arrives, after receiving tag data from the short range communication tags, the received tag data is compared with the previous reaction action output status of the appendages, thereby leaving the effective communication range. Classifying and determining a short range communication tag, a short range communication tag newly included in the valid communication range, and a short range communication tag continuously remaining in the valid communication range; After checking the setting details regarding the output type and output order for each short-range communication tag of the response action, according to the result, the action content or action request message corresponding to the response action is transmitted to the toy control module side, the accessory Selectively take different response actions corresponding to each of the short range communication tags that are out of the valid communication range, the short range communication tag newly included in the valid communication range, and the short range communication tag continuously staying in the valid communication range. Reducing the reaction procedure of the toy, characterized in that further steps to induce.

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