JP2015039622A - Huggable pillow for emitting voice in response to pressure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a huggable pillow for emitting voice in response to the contact of a human body by providing compact computers, pressure sensors, and speakers.SOLUTION: A huggable pillow 0 includes a compact computer 1, a pressure sensor 2, a speaker 3, an ON/OFF switch 4; vibration equipment 5, and a compact microphone 6. The huggable pillow includes as internal mechanisms: a compact computer 7, a pressure sensor 8, a speaker 9, an ON/OFF switch 10, vibration equipment 11, an AD converter 12, a DA converter 13, a radio dongle 14, and a compact microphone 15. A compact computer 16 has a voice emission function 18, a vibration function 19, a conversation function 20 by artificial intelligence, and a conversation function 21 with a remote location. An electronic apparatus 17 for operating a game includes: a data origination function 22 to the compact computer 16; and a data reception function 23 from the compact computer 16.

Description

Detailed Description of the Invention

Industrial application fields

The present invention relates to a dakimakura that includes a small computer, a pressure sensor, and a speaker, and emits sound in response to contact with a human body.

JP 2006-330442 A JP2013-22195A

There is Patent Document 1 as a similar invention, which is characterized in that a character doll performs voice guidance and the like, and the present invention is a pillow that emits various voices according to applied pressure. The difference is great.

Although there is Patent Document 2 as a similar invention, this is a stuffed toy that detects energization between built-in current-carrying parts and emits sound, but the present invention changes the sound according to the pressure value to the pressure sensor. Because it is a body pillow characterized by making it, the purpose is different.

Problems to be solved by the invention

An object of the present invention is to provide an amusement element to a body pillow that is merely a bedclothing by providing the body pillow with a voice function, a vibration function, a conversation function, or a game linkage function according to pressure.

Means for solving the problem

According to the present invention, a small computer having a CPU, a memory, an I / O, a storage, and a network function, a pressure sensor connected to the small computer, and a speaker are provided, and sound emitted from the speaker according to the pressure value acquired by the pressure sensor. A dakimakura characterized by changing is provided.

The pressure value acquired by the pressure sensor is sent to a small computer with a built-in CPU or the like, and in accordance with the pressure value, audio data stored in a storage built in the small computer is reproduced and sent from a speaker.

For example, if the voice data is 0 to 1 kg / cm 2, the first voice data is played, and if it is 1 to 5 kg / cm 2, the second voice data is sent. Each audio data is selected randomly or sequentially from a plurality of audio data, and various audio flows.

The body pillow can also have a vibration function. A small vibration device connected to a small computer vibrates in stages according to the total pressure value. For example, when the total exceeds 50 kg / cm 2, it vibrates at 0.5 m / s, and when it exceeds 100 kg / cm 2, it vibrates at 1 m / s.

The body pillow can also have a wireless communication function. The small computer has a wireless function such as WiFi, and audio data in a storage included in the small computer can be added, deleted, or changed.

The body pillow can also have a function of having artificial intelligence and talking with a human. The small computer is provided with a small microphone and an artificial intelligence program, and returns a response in accordance with human voice.

The pillow can also be linked with a game that runs on a PC or the like. Depending on the intimacy with the characters in the game, the voice emitted by the body pillow changes. On the other hand, the intimacy with the character in the game can be changed according to the pressure value to the body pillow and the frequency of applying pressure.

The body pillow can also have a conversation function with a remote place. When voice is blown into the microphone built in the body pillow, the voice data is sent to an electronic device such as a PC by the wireless communication function, and is transmitted from the electronic device to the remote electronic device via the network. Dakimakura also has a mechanism for receiving the voice data via radio and flowing voice from the speaker.

Embodiments according to the present invention will be described below with reference to the drawings. In addition, the Example shown here is only an example and does not deny a different implementation method.

FIG. 2 is a schematic configuration diagram of a voice pillow according to one embodiment of the present invention. The body pillow includes a small computer 7, a pressure sensor 8, a speaker 9, an ON / OFF switch 10, a vibration device 11, an AD converter 12, a DA converter 13, a wireless dongle 14, and a small microphone 15.

The small computer 7 uses Raspberry PI type B, the pressure sensor 8 is FSR406, the speaker 9 is AT-SPG51, the ON / OFF switch 10 is SS12D01G4, the AD converter 12 is MP3002, and the DA converter 13 is REV. C will be used. In addition, a general pillow of 50 cm × 160 cm is used.

First, Fedora Linux is installed as an OS in Raspberry PI, and at the same time, node. js is installed. Confirm normal operation, and make network settings and Japanese settings.

Next, the pressure sensor FSR406 is connected to Raspberry PI via the AD converter P3002. When the load is zero, the resistance value is 1 MΩ and the voltage is 5 V, and when the load is maximum, the resistance value is about 2 kΩ and the voltage is 0.8 V. Based on this, a program is created with javascript, the case of voltage 3-4V is case1, the case of voltage 2-3V is case2, the case of voltage 0.8-2V is case3, and the reference destination of the audio file is respectively assign.

The voice file is, for example, a voice in which case 1 is “winning”, case 2 is “feeling good”, and case 3 is “painful”. Several hundreds of audio files are recorded in the storage, and are classified into cases 1 to 3, and are randomly or sequentially flowed.

Next, a sound file stored in the SD card is played and a mechanism for playing from the speaker is constructed. A speaker is connected from the Raspberry PI via a DA converter, and it is confirmed that the corresponding sound flows according to the pressure value.

Finally, the ON / OFF switch is connected to the Raspberry PI to enable the ON / OFF operation, and the respective devices are installed on the body pillow. A speaker is disposed near the head, Raspberry PI is disposed near the abdomen, and a pressure sensor is disposed near the crotch.

As a result of the test, it was confirmed that the body pillow that sends sound according to the pressure value of the pressure sensor operates normally.

Future issues include the implementation of vibration functions, the implementation of light emitting functions, the implementation of artificial intelligence, the implementation of conversation functions with remote locations, and the implementation of cooperation with games.

Effect of the invention

ADVANTAGE OF THE INVENTION According to this invention, it is possible to provide entertainment property to the body pillow which has been a mere bedclothing by the body pillow that emits sound according to pressure, and can provide a completely new entertainment.

It is the schematic of the body pillow which utters an audio | voice according to the pressure which concerns on this invention. It is the schematic regarding the internal mechanism of the body pillow which concerns on this invention. It is function explanatory drawing of the body pillow and electronic device which concern on this invention.

0 ... Dakimakura 1 ... small computer 2 ... pressure sensor 3 ... speaker 4 ... ON / OFF switch 5 ... vibration device 6 ... small microphone 7 ... small computer 8 ... pressure sensor 9 ... speaker 10 ... ON / OFF switch 11 ... vibration device DESCRIPTION OF SYMBOLS 12 ... AD converter 13 ... DA converter 14 ... Wireless dongle 15 ... Small microphone 16 ... Small computer 17 ... Electronic device 18 ... Speech function 19 ... Vibration function 20 ... Conversation function 21 by artificial intelligence 22 ... Conversation function 22 with a remote place ... Data transmission function 23 to small computer 16 ... Data reception function from small computer 16

Claims (7)

  A small computer having a CPU, a memory, an I / O, a storage, and a network function, and a pressure sensor and a speaker connected to the small computer, and a sound emitted from the speaker according to a pressure value acquired by the pressure sensor. Dakimakura characterized by changing.   The dakimakura according to claim 1, wherein a small vibration device is connected to the small computer according to claim 1, and when the total value of the pressure values acquired by the pressure sensor according to claim 1 exceeds a certain value, stepwise A dakimakura characterized in that the vibration device vibrates.   3. The dakimakura according to claim 1, wherein the small computer according to claim 1 has a wireless communication function, and the audio data recorded in the storage of the small computer can be updated via wireless. Dakimakura characterized by.   The body pillow according to any one of claims 1 to 3, wherein the small computer according to any one of claims 1 to 3 includes a small microphone and an artificial intelligence program, and is capable of talking with a human being.   5. The dakimakura according to claim 1, wherein a sound emitted from the speaker according to claim 1 changes according to a parameter in a game operating on an electronic device connected by the wireless communication function according to claim 3. Dakimakura characterized by doing.   6. The body pillow and game system according to claim 5, wherein the game parameters according to claim 5 change according to a pressure value acquired by a pressure sensor built in the body pillow. 5. The pillow according to claim 1, wherein a conversation can be made by transmitting voice inputted from a small microphone to a remote pillow by a wireless communication function of a small computer in both the remote pillow and the remote pillow. Dakimakura characterized by doing.

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