JP3241265U - PC type toy - Google Patents

Abstract

To provide a PC-type toy capable of processing moving images and enabling easy-to-understand learning about distribution and viewing of moving images. A main body 10 having an appearance imitating a PC, a headset 20 wirelessly or wiredly connected to the main body and including a microphone and a speaker, and a camera 5, the camera being provided on the main body. The main body has a storage device, a monitor 3, and a control device for displaying an image acquired from the camera on the monitor. [Selection drawing] Fig. 1

Description

The present invention relates to a PC-type toy capable of processing moving images.

In recent years, due to the advancement of computer performance and the development of high-speed communication infrastructure such as 4G and 5G, it has become possible for non-experts to easily perform tasks such as video editing and distribution. Learning from the beginning is very meaningful. From this point of view, a PC-type toy capable of processing moving images is known (see, for example, Patent Document 1).

The PC-type toy disclosed in the above document allows a player such as a child to enjoy learning how to create moving images.

However, in recent years, various systems have become known and widely used in the world, such as a computer that automatically edits moving images in real time for web conferencing and live distribution. According to such trends in the world, it is often more meaningful to learn how to distribute and watch videos than to learn how to edit videos.

Japanese Patent No. 69666616

SUMMARY OF THE INVENTION An object of the present invention is to provide a PC-type toy capable of processing moving images and enabling a user to easily learn about distribution and viewing of moving images.

In order to solve the above problems, the present invention provides a PC-type toy capable of processing moving images, comprising a main body having an appearance imitating a PC, a microphone and a speaker connected to the main body wirelessly or by wire. and a camera, wherein the main body includes a storage device, a monitor, and a control device for displaying an image acquired from the camera on the monitor.

The camera may be provided on the main body.

The headset includes a band portion that is bent to fit the player's head, and a band portion that is disposed on at least one end side of the band portion and that is worn by the player on the head. the ear pad part that contacts the ear of the player in a state, the speaker that is arranged on the side of the ear pad part and that outputs sound to the ear side, and the band part in the state that the band part is worn by the player. It may have the microphone into which the player's voice is input, and a pair of protrusions that protrude upward from the band and are shaped to resemble the ears of the character.

The headset has a protrusion that protrudes from the ear pad toward the player's mouth when the band is worn by the player. The microphone may be arranged on a certain tip side.

A decorative portion may be formed on the microphone side of the projecting portion.

A mouse is formed separately from the main body, and the main body includes two housings and has an appearance that resembles a foldable notebook PC that can be folded into two. A housing in which the monitor is installed. , one or more recesses are formed on the side opposite to the monitor, and at least a part of the mouse is accommodated in the recesses in a fitted state, and is detachably attached to the main body. good too.

The mouse has a mouse body and a cover detachably attached to the mouse body, two or more recesses are provided in the housing, one recess accommodates the mouse in position, and the other A cover body which is of a different type from the cover body attached to the mouse body of the mouse and which can be detachably attached to the mouse body is detachably attached to one concave portion. It may be

The mouse has a detection unit that detects the type of cover attached to the mouse body, and the control device changes the content of the event to be generated according to the type of cover detected by the detection unit. It may be configured to be capable of executing event change processing that causes

A terminal that can be wirelessly or wiredly connected to the main body is provided, and the control device displays a real-time image of the player obtained from the camera on the monitor and transmits the voice of the player obtained from the microphone to the headset. Alternatively, the terminal is configured to be capable of executing a live reproduction process, which is a process of outputting information in real time from a speaker provided in the main body, and the terminal is configured to be capable of executing a transmission process of transmitting the information of the character to the main body, The control device is configured to be capable of executing a relay effect process for effecting an effect as if the player is interacting with the character when receiving character information from the terminal and executing the live reproduction process. may be

According to the present invention, it is possible to learn about delivery and viewing of moving images in an easy-to-understand manner by using a headset and a camera.

1 is a perspective view of a PC-type toy to which the present invention is applied; FIG. FIG. 2 is a rear view of the housing on the monitor side of the PC-type toy of FIG. 1; FIG. 4 is an explanatory diagram for explaining the transition of screens displayed on the monitor of the main body; FIG. 4 is an explanatory diagram for explaining the structure of a viewing screen; FIG. 4 is an explanatory diagram illustrating the configuration of a first live video screen; FIG. 11 is an explanatory diagram for explaining the configuration of a second live video screen; FIG. 4 is an explanatory diagram for explaining the configuration of a relay screen; 4 is a block diagram showing the configuration of the main body; FIG. 3 is a block diagram showing the configuration of a terminal; FIG.

FIG. 1 is a perspective view of a PC-type toy to which the present invention is applied, and FIG. 2 is a rear view of the housing on the monitor side of the PC-type toy of FIG. The illustrated PC-type toy specializes in the processing of moving images, in particular, the processing that allows the player to simulate the distribution and viewing of live moving images, and allows the player to learn the operations related to these in a fun way.

This PC-type toy includes a main body 10 having an appearance imitating a PC, a headset 20 formed separately from the main body 10 and connected to the main body 10 by wire or wirelessly (wired connection in the illustrated example), and a main body 10. and a terminal 30 which is formed separately from and connected to the main body 10 by wire or wirelessly.

The main body 10 imitates a foldable notebook PC among PCs, and has a pair of housings 1 and 2 .

One of the pair of housings 1 and 2 is a first housing 1 formed in a rectangular thick plate shape and containing a main board on which a CPU, RAM and SSD (storage device) are mounted, and the other is a first housing. A second housing 2 formed in the shape of a rectangular thick plate having the same shape as that of the housing 1 or a thickness different from that of the first housing 1 only.

When the main body 10 is used, the first housing 1 is placed on a horizontal surface with the thickness direction facing the vertical direction, and the second housing 2 is erected from the first housing 1. Then, the second housing 2 is turned away from the first housing 1 . On the other hand, when the main body 10 is not in use, the second housing 2 is rotated toward the first housing 1 so that the second housing 2 is overlapped with the first housing 1 and folded.

A liquid crystal monitor (monitor) 3 for displaying various information is installed on the surface (front) side of the second housing 2 that overlaps the first housing 1, and is adjacent to the liquid crystal monitor 3 on the front side on the left and right. A speaker 4 for outputting sound is provided at a position where the camera 5 is located, and a camera 5 is arranged above the liquid crystal monitor 3 on the front side. A keyboard 6 and a touch pad 7 serving as an input interface are installed on the side of the first housing 1 that overlaps with the second housing 2 . A plurality of concave portions 2a are formed on the side (back side) of the second housing 2 opposite to the side on which the liquid crystal monitor 3 is installed.

A portion of the mouse 8, which is an input interface, is accommodated in the concave portion 2a in a fitted state, so that the mouse 8 is detachably attached to the main body 10 when not in use. The touchpad 7 is an input interface having the same functions as the mouse 8 . The player can use these two input interfaces 7 and 8 to move the point displayed on the liquid crystal monitor 3 and click to execute various actions according to the position of the pointer displayed on the liquid crystal monitor 3. Perform an operation or double-click operation.

The mouse 8 has a mouse body (not shown) and a cover body 8a detachably attached to the mouse body so as to cover the outside thereof. A plurality of types of the cover body 8a are prepared in imitation of the character. In other words, a cover body 8a is provided for each of a plurality of types of characters. The type of cover body 8a that is not attached to the mouse main body is detachably attached to the recessed portion 2a so as to close the recessed portion 2a other than the recessed portion 2a where the mouse 8 is attached.

In this way, by changing the cover body 8a attached to the mouse main body, it is possible to use the mouse 8 with various appearances, which is highly entertaining.

The headset 20 includes a band portion 21 that is bent to fit the player's head, and at least both or one end (one end in the example shown) of the band portion 21, and is arranged on the band portion. 21 is attached to the player's head and is in contact with the ears of the player, and the band portion is attached to the player and extends from the side of the earpiece 22 to the mouth of the player. A projecting portion 23 projecting toward the side, a pair of left and right projecting portions 24, 24 projecting upward from the band portion 21 and shaped to imitate the ears of a character such as an animal or a person, and the ear pads. A small speaker 20a (see FIG. 8) arranged on the part 22 side (specifically, inside the earpiece part 22) and outputting sound to the ear side, and It is integrally provided with the microphone 20b (see FIG. 8) that is arranged and receives voice from the player.

Also, a decorative portion 23a is formed on the microphone side of the protruding portion 23 to enhance the design. Specifically, the decorative portion 23a is shaped like a star.

The terminal 30 is a tablet-type mobile terminal having a touch panel type liquid crystal monitor 33, and executes various processes described later. The touch panel type liquid crystal monitor 33 functions as a monitor and also as an input interface for the player to perform various operations.

FIG. 3 is an explanatory diagram for explaining the transition of screens displayed on the liquid crystal monitor of the main body. The liquid crystal monitor 3 displays a menu screen 101 in which a plurality of options corresponding to moving image processing to be performed are represented by icons or the like. On the menu screen 101, the player mainly sees a viewing screen 102, which is a screen for the player to view moving images assumed to be live-delivered from a character (hereinafter referred to as "internal character"); The user selects which of the live image screens 103 and 105, which are screens for reproducing the assumed moving image that the player is live-distributing, to be displayed on the liquid crystal monitor 3. FIG.

The live video screens 103 and 105 are connected to the second live video screen 105, which is capable of exchanging characters with settings different from those of the internal characters (hereinafter referred to as "external characters"). There are two types: the first live video screen 103 without the .

The external character that interacts with the player on the second live image screen 105 is determined by character information transmitted from the terminal. Therefore, the communication screen 104 is displayed on the liquid crystal monitor 3 before moving from the menu screen 101 to the second live video screen 105 .

The player performs operations for exchanging information with the terminal 30 on the communication screen 104 using an input interface such as the keyboard 6, the touch pad 7, or the mouse 8 or the like. Hereinafter, it is assumed that the player's operations on various screens displayed on the liquid crystal monitor are performed by the input interface, and the description thereof will be omitted.

Therefore, the player selects one of the viewing screen 102, the first live video screen 103, and the communication screen 104 on the menu screen 101 to be displayed on the liquid crystal monitor 3 next. Incidentally, it is possible to switch the display contents of the liquid crystal monitor 3 from one of the viewing screen 102 and the first live video screen 103 to the other and from the other to the other. In addition, it is possible to move the display contents of the liquid crystal monitor 3 from the second live video screen 105 to the viewing screen 102 , and it is also possible to switch from the viewing screen 102 to the communication screen 104 .

FIG. 4 is an explanatory diagram for explaining the configuration of the viewing screen. In this example, a plurality of types of internal characters to be displayed on the viewing screen 102 are prepared. A character such as "Lizard" is prepared, and at the stage of shifting from the menu screen to the viewing screen, the moving image of which internal character is to be reproduced is selected in advance.

Since it is assumed that the internal character displayed on the viewing screen 102 has been live-delivered, the content of reproduction is changed according to the interaction with the player.

For example, exchanges of giving hearts or presents, exchanges of answering quizzes set by internal characters, exchanges of serving food to internal characters, and exchanges of giving food to internal characters occur. An image corresponding to the exchange is displayed on the liquid crystal monitor 3. - 特許庁Also, on the viewing screen 102, an image of the inside character living (for example, an image of sleeping) may be reproduced. Also, these playback contents may be set for each type of internal character.

Incidentally, when the viewing screen 102 is displayed on the liquid crystal monitor 3, the voice of the internal character, the sound effect, the BGM, etc. corresponding to it are appropriately output from the speakers 4 and 20a. The same applies to screens to be described later that are displayed on the liquid crystal monitor 3. For example, when the first live image screens 103 and 105 containing real-time images of the player being photographed by the camera 5 are displayed on the liquid crystal monitor 3, Sound effects, BGM, and the player's real-time voice are appropriately output from the speakers 4 and 20a.

Then, when the above-described event of the internal character reaches a predetermined number of times or a predetermined frequency, the liquid crystal monitor 3 is switched from the viewing screen 102 to the viewing end screen 106, and then returns to the menu screen 101 (the menu screen 101 is displayed on the liquid crystal monitor 3). appears again).

Incidentally, an icon (switching icon) 102a is displayed on the viewing screen 102. By clicking or double-clicking this icon 102a, the screen displayed on the liquid crystal monitor 3 can be changed from the viewing screen 102 to the first live video screen. 103 or the communication screen 104 selectively. By the way, the operation of the displayed icon is the same as below, and further explanation is omitted.

FIG. 5 is an explanatory diagram for explaining the configuration of the first live video screen. On the entire first live image screen 103, the image of the player photographed by the camera 5 provided on the main body 10 is displayed in real time. For the player's background 103a, the image captured by the camera 5 may be used as it is, or one or more materials (background materials) arbitrarily set by the player may be displayed.

In this case, a player image 103b, which is an image of the player clipped along the outline from the image taken by the camera 5, is displayed in a state superimposed on the background 103a. In addition, materials related to the frame structure of the screen (frame materials) and materials related to effect effects (effect materials) may also exist. These materials can be obtained through various events.

Information about these materials (material information) is sorted by type (three types of background material, frame material and effect material in the above example) and included in information about the player (player information). Player information is stored in the above-described storage device 12 and updated as needed. In addition, the player information includes information on items owned by the player (item information), and information on the player's level as a distributor on this PC-type toy, which is an internal parameter of the player ( level information).

Items can be used by characters such as internal characters and external characters while they are being displayed on the liquid crystal monitor 3, thereby making it possible to generate various events such as making the characters happy. A player's level is represented by the types of badges that player wins. Therefore, the badge information is also included in the player information.

In addition, the first live video screen 103 includes a viewing status display section 103c that displays a virtual viewing status obtained from the number of viewers, etc., using a gauge graph or the like, a message display section 103d that displays various messages, A plurality of setting icons 103e, 103f, 103g, 103h, etc. for performing various settings, and a switching icon 103i for switching the screen displayed on the liquid crystal monitor 3 from the first live video screen 103 to the viewing screen 102 are displayed from above the background 103a. displayed in an overlapping state.

The switching icon 103i is displayed in the upper left corner of the monitor 3, and the viewing status display section 103c is displayed below it. The message display portion 103d is displayed on the entire lower portion of the monitor 3. FIG. The setting icons 103e, 103f, 103g, and 103h are displayed on the upper portion of the monitor 3 near the center in the left-right direction while being arranged horizontally.

Various messages are displayed in the message display section 103d. For example, assuming that a viewer watching a live video of a player makes a request to the player (distributor), a message regarding the request to the player may be displayed.

One icon 103e is a background setting icon for setting the background 103a, another icon 103f is a frame setting icon for setting the frame structure of the screen, and another icon 103g is an effect setting icon for setting the effect. icon, and the remaining one icon 103h is a BGM setting icon for setting BGM to be output from the speakers 4 and 20a.

Incidentally, in the processing (request processing) related to an event (request event) for making a predetermined request to the player, the start and end of the event, the request to the player for the content of the request, and a message display section for messages related to them 103d is executed.

For each request event, a process (determination process) for determining whether or not the player responds to the request by the request process and the content of the response is executed, and the result of the determination is also displayed on the message display section 103d.

For example, the player is requested to sing in the request process, and the player's singing voice is acquired through the microphone 20b. is used as material for

If the result of the judgment is favorable, as a reward, a process of increasing the number of views (specifically, a process of changing the display content of the viewing status display section 103c to a favorable one) or a predetermined item to the player. You may perform the process to provide collectively.

Through such events, it is possible to produce a situation in which players who are live-streamed and viewers who are watching them are interacting with each other, giving them an experience that is close to reality. Therefore, not only is the entertainment quality improved, but also rewards corresponding to the entertainment are given, so that the player can enjoy the game even more.

The display of the first live image screen 103 on the liquid crystal monitor 3 and related events as described above are terminated under the condition of a predetermined operation by the player or the result of a predetermined predetermined time (for example, 5 minutes). In this case, the display on the liquid crystal monitor 3 is switched from the first live video screen 103 to the live end screen 107 .

On the live end screen 107, evaluation processing (evaluation processing) is performed on the player's response content on the live video screens 103 and 105, and the result is displayed. Specifically, it evaluates the number of live performances that the player has performed so far, the content of the response during the live performance, and the like. If the evaluation is favorable, it is possible to raise the player's level, provide the player with a corresponding badge, and provide the player with new materials.

FIG. 6 is an explanatory diagram for explaining the configuration of the second live video screen, and FIG. 7 is an explanatory diagram for explaining the configuration of the relay screen. The second live video screen 105 has most of the same content as the first live video image 103. Correspondingly, the second live video screen 105 includes a player image 105b and a viewing status display section 105c. , a message display portion 105d, a plurality of setting icons 105e, 103f, 103g, and 103h, and a switching icon 105i are displayed in a state of being superimposed on the background 105a.

Incidentally, the process of switching from the second live video screen 105 to the live end screen 107, the conditions therefor, and the evaluation by the word evaluation process are the same as in the case of the first live video screen 103. FIG.

In the following, the differences between the second live video image 105 and the first live video image 103 will be described.

The display on the liquid crystal monitor 3 can be switched from the second live image screen 105 to the viewing screen 102 by clicking the switch icon 105i.

In addition, it is assumed that the live reproduction (live distribution) by the second live image screen 105 can be relayed with an external character, and the message display section 105d displays to that effect, and the display of the liquid crystal monitor 3 is changed to the relevant character. A relay icon 105j for switching to the relay screen 108, which is a screen displaying an effect as if relaying between the external character and the player, is displayed on the right side of the message display portion 105d.

When this relay icon 05j is clicked, the display on the liquid crystal monitor 3 can be switched from the second live image screen 105 to the relay screen 108. FIG. When the effect of the relay with the external character is finished, the player selects whether to relay with another external character or return to the second live image screen 105 as it is.

If the former is selected, the display on the liquid crystal monitor 3 is switched from the second live image screen 105 to the communication screen 104, and depending on the operation of the terminal 30, a relay with a new external character becomes possible. On the other hand, if the latter is selected, the display on the liquid crystal monitor 3 is switched from the relay screen 108 to the second live image screen 105 while relaying with the same external character is possible.

Next, the configurations of the main body and the terminal will be described in detail with reference to FIGS. 3 to 9. FIG.

FIG. 8 is a block diagram showing the configuration of the main body. The main body 10 comprises a control device 11 composed of a CPU, RAM, etc., capable of executing various processes, and a RAM, SSD, HDD, etc., and stores various information such as player information in a readable and writable manner. storage device 12, input interfaces such as the above-mentioned liquid crystal monitor 3, camera 5, speaker 4, keyboard 6 and touch pad 7, wired connection interface 13 for wired connection with mouse 8 and headset 20, terminal 30 and a wireless connection interface 14 for wireless connection.

The wireless connection interface 14 may be of a highly versatile standard that enables mutual communication with a global communication network such as the Internet, or may be of a dedicated standard that is specialized for mutual communication with the terminal 30 .

The mouse 8 is provided with a detection section 8b such as a sensor for detecting the type of the cover body 8a. Event change processing is performed to change the contents of various events executed by the control device 11 .

In the storage device 12, a player information storage section 12a for storing the above-described player information is secured as a storage area. Incidentally, player information may be prepared for each of a plurality of players, or a player may be defined for each PC-type toy. In the former case, it becomes more necessary to include the player's identification information and authentication information in the player information. Also, the player information is appropriately updated to the latest information when the above-described various events related to the information occur.

The control device 11 executes processing (menu screen processing) including various processing contents when the menu screen 101 is displayed on the liquid crystal monitor 3 and processing contents for switching the liquid crystal monitor 3 from this screen to another screen. processing (viewing processing) including the menu screen processing unit 11a that displays the viewing screen 102, various processing contents when the viewing screen 102 is displayed on the liquid crystal monitor 3, and processing contents for switching the liquid crystal monitor 3 from this screen to another screen (viewing processing) , various processing contents when the viewing end screen 106 is displayed on the liquid crystal monitor 3, and processing contents for switching the liquid crystal monitor 3 from this screen to the menu screen 101 (viewing and a viewing end processing unit 11c that executes viewing end processing). Incidentally, the contents of these processes are as described above.

In addition, the control device 11 performs processing including various processing contents when the first live video screen 103 is displayed on the liquid crystal monitor 3 and processing contents for switching the liquid crystal monitor 3 from this screen to another screen (second 1 live playback processing), various processing contents when the communication screen 104 is displayed on the liquid crystal monitor 3, and the liquid crystal monitor 3 from this screen to the second live playback screen 105. communication processing 11e for executing processing (communication processing) including switching processing content; A second live reproduction process 11f for executing a process (second live reproduction process) including a process of switching the monitor 3; and a relay effect processing unit 11g that executes processing (relay effect processing) including processing contents of switching the liquid crystal monitor 3 from one screen to another screen. Incidentally, the contents of these processes are as described above.

Further, the control device 11 includes a request processing unit 11h that executes the request processing, a determination processing unit 11i that executes the determination processing, and various processing contents when the live end screen 107 is displayed on the liquid crystal monitor 3. and a processing content of switching the liquid crystal monitor 3 from this screen to the menu screen 101 (live end processing); an evaluation processing unit 11k for executing the evaluation processing; and an event change processing unit 11l for executing processing. Incidentally, the contents of these processes are as described above.

FIG. 9 is a block diagram showing the configuration of a terminal. The terminal 30 is composed of a control device 31 composed of a CPU, RAM, etc., capable of executing various kinds of processing, and a RAM, SSD, HDD, etc., and stores various information such as player information in a readable and writable manner. , the above-described touch panel type liquid crystal monitor 33 which also functions as an input interface, and the wireless connection interface 34 corresponding to the above-described wireless connection interface 14 of the main body 10 .

The control device 31 instructs the operator of the terminal 30 (specifically, the player or a cooperator of the player) to select an external character to be transmitted to the main body 10 from a plurality of candidates and other selections from the touch panel type liquid crystal monitor. A selection processing unit 31a that executes a selection processing unit, which is processing performed on the main unit 33; A character transmission processing unit (transmission processing unit) 31b that executes processing (transmission processing), and a comment that is processing for transmitting a comment obtained by a procedure described later to the main body 10 during execution of the second real reproduction processing of the main body 10. A comment transmission processing unit (transmission processing unit) 31d for executing transmission processing (transmission processing), and processing for transmitting heart information obtained by a procedure described later to the main unit 10 during execution of the second real reproduction processing of the main unit 10. and a heart transmission processing unit (transmission processing unit) 31e that executes the heart transmission processing (transmission processing) of the main body 10, and the item information obtained by the procedure described later during the execution of the second real reproduction processing of the main body 10 to the main body 10. and a present processing unit (transmission processing unit) 31f that executes present processing (transmission processing), which is processing for transmission.

Information transmitted by the character transmission process is received by the communication process executed by the main body 10 .

Also, when the main body 10 receives item, heart, and comment information through the second real reproduction process, it generates an event corresponding thereto, and the player's concession is appropriately updated in correspondence with the acquisition of the item. Hearts and items can be rare items that can only be obtained in this event.

Comments, hearts, and items to be transmitted from the terminal 30 to the main body 10 can be acquired by the operator playing the game selected from the plurality of types of games by the above-described selection process on the terminal 30. Incidentally, game environment provision processing, which is processing for providing the operator who operates the terminal 30 with an environment for playing these games, is executed by the game environment provision processing unit 31 c mounted in the control device 31 .

According to the PC-type toy configured as described above, it is possible to experience live distribution and live viewing of moving images in a simulated manner, which is highly entertaining. Furthermore, since there is no need to connect to the Internet, there is no inconvenience in terms of communication costs.

As shown by virtual lines in FIGS. 8 and 9, if a private network such as a wireless LAN is used, the main body 10 and the terminal can be connected to each other via wired or wireless communication interfaces 15 and 35 capable of mutual communication via the Internet. 30 may be exchanged.

Alternatively, the main body 10 and the terminal 30 may be connected by wire using the wire connection interfaces 13 and 36 dedicated to each other, thereby realizing mutual communication.

Also, the headset 20 and the mouse 8 may be wirelessly connected to the main body 10 via the wireless connection interface 14 .

By the way, although it is possible to provide the camera 5 in the headset 20, it is preferable to provide it on the main body 10 side, if possible, because the structure becomes complicated.

Furthermore, it is not essential to include the terminal 30 in the PC-type toy, and it is possible to omit it.

1 first casing (casing)
2 Second housing (housing)
2a concave portion 3 monitor 5 camera 8 mouse 8a cover body 8b detection portion 10 main body 11 control device 12 storage device 20 headset 20a speaker 20b microphone 21 band portion 22 ear pad portion 23 protrusion portion 23a decorative portion 24 protrusion portion

Claims (9)

A PC-type toy capable of processing moving images,
a main body having an appearance imitating a PC;
a headset wirelessly or wiredly connected to the main body and including a microphone and a speaker;
a camera;
A PC-type toy, wherein the main body has a storage device, a monitor, and a control device for displaying an image acquired from the camera on the monitor. The PC-type toy according to claim 1, wherein the camera is provided on the main body. The headset includes a band portion that is bent to fit the player's head, and a band portion that is disposed on at least one end side of the band portion and that is worn by the player on the head. the ear pad part that contacts the ear of the player in a state, the speaker that is arranged on the side of the ear pad part and that outputs sound to the ear side, and the band part in the state that the band part is worn by the player. 2. The PC-type toy according to claim 1, comprising said microphone for inputting a player's voice, and a pair of projections projecting upward from said band portion and molded in a shape imitating a character's ears. The headset has a projecting portion projecting from the earpiece portion toward the player's mouth when the band portion is worn by the player,
4. The PC-type toy according to claim 3, wherein the microphone is arranged on the tip end side, which is the protruding side of the protruding portion. 5. The PC-type toy according to claim 4, wherein a decorative portion is formed on the microphone side of the projecting portion. A mouse formed separately from the main body,
The main body includes two housings and has an appearance that imitates a foldable notebook PC that can be folded in two,
one or more recesses are formed on the side opposite to the monitor in the housing in which the monitor is installed,
2. The PC-type toy according to claim 1, wherein at least part of said mouse is accommodated in said recess in a fitted state, and is detachably attached to said main body. The mouse has a mouse body and a cover detachably attached to the mouse body,
Two or more recesses are provided in the housing,
The mouse is positioned and accommodated in one recess, and a cover body of a different type from the cover body attached to the mouse body of the mouse is attached to the mouse body in the other recess and is detachably attached to the mouse body. 7. The PC-type toy according to claim 6, wherein a cover body that can be used is detachably attached. The mouse has a detection unit for detecting the type of cover attached to the mouse body,
8. The PC-type toy according to claim 7, wherein the control device is configured to be capable of executing event change processing for changing the content of an event to be generated depending on the type of cover body detected by the detection section. Equipped with a terminal that can be wirelessly or wiredly connected to the main body,
The control device displays a real-time image of the player obtained from the camera on the monitor, and outputs the player's voice obtained from the microphone in real time from the headset or a speaker provided on the main body. configured to be able to execute live playback processing,
The terminal is configured to be capable of executing transmission processing for transmitting character information to the main body,
The control device is configured to be capable of executing a relay effect process for effecting an effect as if the character is interacting with the character when receiving the information of the character from the terminal and executing the live reproduction process. The PC-type toy according to claim 1.

Images