WO2021071293A1

WO2021071293A1 - Amusement game using hologram

Info

Publication number: WO2021071293A1
Application number: PCT/KR2020/013750
Authority: WO
Inventors: 손근호
Original assignee: 손근호
Priority date: 2019-10-10
Filing date: 2020-10-08
Publication date: 2021-04-15

Abstract

An amusement game using a 3D hologram is not dangerous and gives a feeling of actually playing a game or a musical instrument, so that the player can have fun and exercise effects.

Description

Entertainment with holograms

The present invention is a new concept of entertainment in which a 3D hologram made with 3D holography and various devices can be used to have fun and play realistic games.

It is not a simple virtual game or entertainment, but a 3D holographic entertainment that you can feel.

Amusement using 3D holograms is not dangerous, but it feels like you are playing or playing in real life, so you can feel both fun and exercise effects.

Entertainment using 3D holograms is equipped with sensors, vibrators and speakers so that you can feel the actual shock and sound.

By combining various devices such as 3D holograms and sensors, you can feel the sight, touch, and sound at once, so it feels like you are actually doing exercise or entertainment.

Figure 1 is a 3D holographic martial arts drawing to which the technology of the present invention is applied

Figure 2 is a fighting diagram for pricing a 3D hologram to which the technology of the present invention is applied

Figure 3 is a fighting diagram priced by the 3D hologram to which the technology of the present invention is applied.

Figure 4 is a diagram of a drum hitting a 3D holographic drum to which the technology of the present invention is applied

Figure 5 is a diagram of a 3D hologram symbol and stick to which the technology of the present invention is applied.

Figure 6 is a 3D holographic drum and kick diagram to which the technology of the present invention is applied.

Figure 7 is a 3D hologram symbol and stick diagram to which the technology of the present invention is applied.

Figure 8 is a 3D holographic sword fight diagram to which the technology of the present invention is applied.

9 is a view using a 3D hologram and a knife device to which the technology of the present invention is applied.

10 is a view using a 3D holographic knife and knife device to which the technology of the present invention is applied.

Figure 11 is a diagram of a 3D holographic sword and helmet and suit device to which the technology of the present invention is applied.

Figure 12 is a diagram of a 3D hologram and a hologram knife to which the technology of the present invention is applied.

Figure 13 is a diagram using a 3D hologram and gun device to which the technology of the present invention is applied.

Figure 14 is a 3D hologram, helmet and suit device diagram to which the technology of the present invention is applied.

Figure 15 is a diagram using a 3D hologram and gun device to which the technology of the present invention is applied.

Figure 16 is a 3D holographic tennis diagram to which the technology of the present invention is applied

Figure 17 is a diagram of a 3D holographic tennis court to which the technology of the present invention is applied

Fig. 18 is an exemplary diagram where a holographic ball fits into a 3D holographic tennis stick to which the technology of the present invention is applied

Figure 19 is a 3D holographic football diagram to which the technology of the present invention is applied.

Figure 20 is a view of kicking a 3D holographic soccer ball to which the technology of the present invention is applied.

Figure 21 is a 3D holographic basketball diagram to which the technology of the present invention is applied.

Figure 22 is a view dealing with a 3D holographic basketball ball to which the technology of the present invention is applied

Figure 23 is a 3D holographic dart diagram to which the technology of the present invention is applied.

Figure 24 is a diagram of throwing a 3D holographic dart to which the technology of the present invention is applied.

25 is a view of a baseball entertainment using a 3D holographic pitcher, a 3D holographic baseball, a baseball glove device, and a baseball bat device to which the technology of the present invention is applied.

Fig. 26 is an exemplary diagram for measuring accuracy according to the position of a 3D holographic baseball ball and a sensor to which the technology of the present invention is applied.

Figure 27 is a 3D holographic pitcher, 3D holographic baseball and baseball entertainment equipped with various equipment to which the technology of the present invention is applied.

Figure 28 is a view of a baseball glove device to which the technology of the present invention is applied.

Figure 29 is a view of a person to which the technology of the present invention is applied throws a 3D holographic baseball using a pitcher's glove device.

Figure 30 is a view of the pitcher glove device to which the technology of the present invention is applied.

Figure 31 is a golf entertainment diagram using a 3D holographic golf ball and a golf club that can feel the impact and sound to which the technology of the present invention is applied.

Figure 32 is an exemplary view for measuring the accuracy according to the position of the 3D holographic golf ball and sensor to which the technology of the present invention is applied.

Figure 33 is a diagram of a 3D holographic table tennis play to which the technology of the present invention is applied.

Fig. 34 is a diagram of a table tennis device to which the technology of the present invention is applied.

FIG. 35 is an exemplary diagram for measuring accuracy according to the position of a 3D holographic table tennis ball and a sensor to which the technology of the present invention is applied.

Figure 36 is a 3D holographic bow entertainment diagram to which the technology of the present invention is applied.

Figure 37 is a diagram of a 3D hologram bow device to which the technology of the present invention is applied.

Figure 38 is a diagram of a 3D hologram bow device and a bow armor device to which the technology of the present invention is applied.

39 is a view of a bow armor device to which the technology of the present invention is applied.

As detailed in the entertainment using the 3D hologram of the present invention,

1. Martial arts entertainment using 3D holograms

In

drawings

1 and 2 and 3 3D holography 142 makes a 3D holographic person 60. The 3D holographic person 60 has a 3D holographic fist 61 and a 3D holographic foot 62. The person 63 is composed of a helmet device 64, a suit device 65, a glove device 66, an elbow device 67, a knee device 68, and a shoe device 69.

Hologram Makes the color of a person's body, face, and gloves slightly different.

The glove device 66 includes a hole 70, a sensor (light and color detection sensor) 71, a light emitting device 73, a control device 75, a wireless transmitting and receiving device 76, a vibrator (shocking device) 72, and It consists of an accelerometer 77, a battery 78, a speaker 74, a video camera 130, and a motion analyzer 131.

The elbow device 67 includes a hole 79, a sensor (light and color detection sensor) 80, a light emitting device 82, a control device 84, a wireless transmitting and receiving device 85, a vibrator (shocking device) 81, and It consists of an accelerometer 86, a battery 87, a speaker 83, a video camera 132, and a motion analyzer 133.

The knee device 68 includes a hole 88, a sensor (light and color detection sensor) 89, a light-emitting device 90, a control device 93, a wireless transmitter/receiver device 94, a vibrator (impacter) 92, and It consists of an accelerometer 95, a battery 96, a speaker 91, a video camera 134, and a motion analyzer 135.

The shoe device 69 includes a hole 97, a sensor (light and color detection sensor) 98, a light emitting device 99, a control device 102, a wireless transmitting and receiving device 103, a vibrator (impacter) 100, and It consists of an accelerometer 104, a battery 105, a speaker 101, a video camera 136, and a motion analyzer 137.

The helmet device 64 includes a hole 107, a sensor (light and color detection sensor) 108, a light-emitting device 109, a control device 110, a wireless transmitting and receiving device 111, a vibrator (impacter) 106, and It consists of an accelerometer 112, a battery 114, a speaker 113, a video camera 138, and a motion analyzer 139.

In the chute device 65, a hole 115, a sensor (light and color detection sensor) 118, a light emitting device 116, a control device 119, a wireless transmitting and receiving device 120, a vibrator (impacter) 117, and It consists of an accelerometer 121, a battery 123, a speaker 122, a video camera 140, and a motion analyzer 141.

3D hologram In order to fight the person 60 and the person 63, the helmet device 64, the suit device 65, the glove device 66, the elbow device 67, the knee device 68, and the shoe device 69 ), you can feel the feeling of actually fighting.

Additional external devices include a video camera 144, a motion analyzer 145, a control device 146, a wireless transmission/reception device 147, a speaker 143, and a scoreboard 148.

The hole is used to receive or emit light, the sensor detects light or color, the light emitting device is a device that emits light, the speaker is a device that emits sound, the battery supplies power, and the accelerometer detects speed. The vibrator (impacter) is a device that displays vibration or shock, the control device controls all devices, and the wireless transmitter/receiver transmits and receives control signals. And, 3D holography creates 3D holograms.

The moving picture camera and motion analyzer are devices necessary for the control device to control the intensity of sound, vibration, and light by grasping the movement and speed of the glove device, helmet device, and suit device.

In addition, the 3D hologram of the human face, body, gloves and feet are slightly different, so that when the sensor detects different light or color, it can produce different vibrations or different sounds, so that you can feel and hear various vibrations and various sounds. do.

Since the 3D hologram person 60 is made of light, when hitting the 3D hologram person 60 with the glove device 66 to hit the 3D hologram person 60 with the glove device 66, the sensor 71 in the hole 70 of the glove device 66 ) Senses light or color, the vibrator (shocker) 72 generates vibration and transmits the vibration by hand as if hitting a real person, and the speaker 74 makes a sound when hitting a real person. The light emitting device 73 produces a more dramatic effect by radiating light out through the hole 70. The accelerometer 77 senses the speed so as to emit louder sound, vibration, and light emission when the speed is high, and the control device 75 analyzes and controls all devices. The wireless transmitting/receiving device 76 serves to exchange various types of information.

Since the 3D hologram person 60 is made of light, hitting the elbow device 67 with the elbow device 67 to strike the 3D hologram person 60 with the elbow device 67, the sensor in the hole 79 of the elbow device 67 ( 80) senses light or color, and the vibrator (shocker) 81 generates vibration and transmits the vibration by hand as if hitting a real person, and the speaker 83 makes a sound when hitting a real person. The light emitting device 82 produces a more dramatic effect by radiating light out through the hole 79. The accelerometer 86 senses the speed so as to emit louder sound, vibration, and light when the speed is high, and the control device 84 analyzes and controls all devices. The wireless transmission/reception device 85 serves to exchange various information.

Since the 3D holographic person 60 is made of light, when hitting the knee device 68 with the knee device 68 to hit the 3D holographic person 60 with the knee device 68, the sensor 89 in the hole 88 of the knee device 68 ) Senses light or color, the vibrator (shocker) 92 generates vibration and transmits the vibration by hand as if hitting a real person, and the speaker 91 makes a sound when hitting a real person. The light emitting device 90 produces a more dramatic effect by radiating light out through the hole 88. The accelerometer 95 senses the speed to emit louder sound, vibration, and light when the speed is high, and the control device 93 analyzes and controls all devices. The wireless transmission/reception device 94 serves to send and receive various types of information.

The control device analyzes information such as sensors, accelerometers, video cameras, motion analyzers, etc., and controls the vibration level of the vibrator (impacter), the loudness of the speaker, and the light intensity of the light emitting device, and at the same time, information through the wireless transmission and reception device. It functions to send and receive.

When the 3D hologram person 60 hits the person 63 using the hologram fist 61, the hologram fist 61 is made of light. When hit, the sensor 108 in the hole 107 of the helmet device 64 senses light or color, and the vibrator (shocker) 106 vibrates, and the head feels vibration as if it was hit by a real glove and is shocked. The speaker 113 emits a sound when a real person is hit. The light emitting device 109 emits light outward through the hole 107 to create a more dramatic effect. The accelerometer 112 senses the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 110 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 111 serves to exchange various information.

When the 3D hologram person 60 uses the hologram foot 62 to wear the suit device 65 that the person 63 is wearing, the hologram foot 62 is made of light, so the person 63 with the hologram foot 62 When the chute device 65 is filled, the sensor 118 in the hole 115 of the chute device 65 senses light or color, and the vibrator (shocker) 117 vibrates and fits the body as if it was fit with a real glove. Vibration is felt and shocked. The speaker 122 emits a sound when a real person is hit. The light emitting device 116 emits light out through the hole 115 to create a more dramatic effect. The accelerometer 121 senses the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 119 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 120 serves to exchange various information.

The moving

picture cameras

130, 132, 134, 136, 138, 140 and

motion analyzers

131, 133, 135, 137, 139, and 141 are the helmet device 64, the suit device 65, the glove device 66, the elbow device 67, the knee device 68, and the movement to the shoe device 69. It is a device necessary for the control device to control the intensity of sound, vibration, and light by grasping the speed.

The control device 146 of the external device analyzes the information of the video camera 144 and the motion analyzer 145 and the information received by the wireless transmission/reception device 147, adjusts the sound from the speaker 143, sends the information, and sends 3D holography. It controls various machines such as (142).

2. Drum entertainment using 3D hologram

In Figs. 4 and 5 and 6 and 7, 3D holography 13 makes a 3D holographic drum set 1. 3D hologram drum set (1) is composed of

cymbals

1,2,3 (5,6,7), drums 1,2,3,4 (8,9,10,11) and bass drum (12), As an external device, it is composed of a stick device 2 or a 3D hologram stick 39 and a pedal 28. Make the cymbals, drums and bass drums slightly different colors, and the cymbals and drums color slightly differently.

The stick device (2) includes a hole (19), a hole (19-1), a sensor (light and color detection sensor) (20), a light-emitting device (21), a control device (22), a wireless transmitting and receiving device (23), and a vibrator. It consists of a (shocker) 24, an accelerometer 25, a battery 26, a speaker 27, a video camera 53, and a motion analyzer 54.

The 3D hologram stick (39) is composed of a 3D hologram stick handle (3) and a 3D hologram stick light (4), and the 3D hologram stick handle (3) has holes (40) and holes (40-1) and 3D holography ( 41), a sensor (light and color detection sensor) 42, a light-emitting device 43, a control device 44, a vibrator (shocker) 45, a wireless transmitting and receiving device 46, an accelerometer 47, and a battery 48. ), a speaker 49, a video camera 57, and a motion analyzer 58.

The pedal 28 includes a hole 29, a hole 29-1, a sensor (light and color detection sensor) 30, a light emitting device 31, a speaker 32, a battery 33, an accelerometer 34, and It consists of a wireless transmission/reception device 35, a control device 36, a vibrator (shock device) 37, a video camera 55, and a motion analyzer 56.

Additional external devices include a video camera 14, a motion analyzer 15, a control device 16, a wireless transmission/reception device 17, a speaker 18, and a scoreboard 52.

The hole is used to receive or emit light, the sensor detects light or color, the light emitting device is a device that emits light, the speaker is a device that emits sound, the battery supplies power, and the accelerometer detects speed. The vibrator (impacter) is a device that displays vibration or shock, the control device controls all devices, and the wireless transmitter/receiver transmits and receives control signals. And 3D holography creates 3D holograms.

Video cameras and motion analyzers are devices necessary for the control device to control the intensity of sound, vibration, and light by grasping the movement and speed of a stick or pedal. The score plate 52 indicates various states such as the speed of the stick, the loudness and the rhythm of the sound, and may also indicate a score.

In addition, by slightly different colors of the cymbal, drum, and bass drum, when the sensor detects different lights or colors, different vibrations or different sounds are produced so that various vibrations and various sounds can be felt and heard.

Since the 3D hologram drum set (1) is made of light, when the stick (2) hits the symbol 3 (7) to hit the drum, the sensor (20) in the hole (19) of the stick (2) is light or colored. Upon sensing, the vibrator (shocker) 24 vibrates and transmits the vibration by hand as if hitting a real symbol, and the speaker 27 makes a sound when the actual symbol is hit. The light emitting device 21 produces a more dramatic effect by radiating light out through the hole 19-1. The accelerometer 25 senses the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 22 analyzes and controls all devices. The wireless transmission/reception device 23 serves to send and receive various types of information.

The control device 22 analyzes the information of the sensor 20 and the accelerometer 25, and the vibration level of the vibrator (impacter) 24, the loudness of the speaker 27, the light intensity of the light emitting device 21, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 23.

In addition, the pedal 28 includes a hole 29, a hole 29-1, a sensor (light and color detection sensor) 30, a light emitting device 31, a speaker 32, a battery 33, and an accelerometer 34. ), a wireless transmission/reception device 35, a control device 36, and a vibrator (shock machine) 37.

When the pedal 28 is pressed to hit the bass drum 12, the sensor 30 in the hole 29 of the pedal 28 senses light or color, and the vibrator (shocker) 37 vibrates, causing the real bass The vibration is transmitted to the feet 38 as if hitting a drum, and the speaker 32 produces a sound when the actual bass drum is hit. The light emitting device 31 produces a more dramatic effect by radiating light out through the hole 29-1. The accelerometer 34 senses the speed so as to emit louder sound, vibration, and light emission when the speed is high, and the control device 36 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 35 serves to exchange various information.

In addition, since the 3D hologram drum set (1) is made of light, when the 3D hologram stick (39) hits the symbol 1 (5) to hit the drum, the sensor in the hole (40) of the 3D hologram stick handle (3) As 42 senses light or color, the vibrator (shocker) 45 vibrates and transmits the vibration by hand as if hitting a real symbol, and the speaker 49 makes a sound when the actual symbol is hit. The light emitting device 43 produces a more dramatic effect by radiating light out through the hole 40-1. The accelerometer 47 senses the speed so as to emit louder sound, vibration, and light when the speed is high, and the control device 44 analyzes and controls all devices. The wireless transmission/reception device 46 serves to exchange various information.

The control device 44 analyzes the information of the sensor 42 and the accelerometer 47, and the vibration level of the vibrator (impacter) 45, the loudness of the speaker 49, the light intensity of the light emitting device 43, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 46.

Video cameras (14, 53, 55, 57) and motion analyzers (15, 54, 56, 58) grasp the movement and speed of the stick (2) or pedal (28), so that the control device can detect sound, vibration, and light. It is a necessary device to control the intensity.

The control device 16 analyzes the information of the video camera 14 and the motion analyzer 15 and the information received by the wireless transmission/reception device 17, adjusts the sound from the speaker 18, sends the information, and sends the 3D holography (13). It plays a role of controlling various machines, such as.

3. Sword fighting entertainment using 3D hologram

In Figures 8, 9, 10, 11, and 12, 3D holography 159 creates a 3D hologram person 150. The 3D hologram person 150 is composed of a 3D hologram knife 152, and the apparatus used by the person 151 is a knife device 153 or a 3D hologram ray knife device 156, a suit device 157, and a helmet device. It consists of 158. The 3D hologram ray knife device 156 is composed of a 3D hologram ray knife 154 and a 3D hologram knife handle 155. Hologram Makes the color of a person's body, face, and sword slightly different.

The knife device 153 includes a hole 168, a hole 204, a sensor (light and color detection sensor) 166, a light-emitting device 170, a control device 171, a wireless transmission/reception device 173, and a vibrator (shock machine). ) 169, accelerometer 172, battery 174, speaker 167, video camera 360, and motion analyzer 361.

The 3D hologram ray knife device 156 is made of a 3D hologram ray knife 154 and a 3D hologram ray knife handle 155, and the 3D hologram ray knife handle 155 includes 3D holography 193 and holes 195 and holes. 196, a sensor (light and color detection sensor) 194, a light-emitting device 197, a control device 198, a wireless transmission/reception device 201, a vibrator (shock device) 203, an accelerometer 199, and a battery ( It consists of 202, a speaker 200, a video camera 362, and a motion analyzer 363. The 3D holographic ray knife 154 is made by 3D holography 193.

The helmet device 158 includes a hole 175, a hole 205, a sensor (light and color detection sensor) 176, a light emitting device 177, a control device 179, a wireless transmitting and receiving device 182, and a vibrator (shock machine). ) 178, an accelerometer 181, a battery 183, a speaker 180, a video camera 366, and a motion analyzer 367.

The chute device 157 includes a hole 184, a hole 206, a sensor (light and color detection sensor) 185, a light-emitting device 187, a control device 189, a wireless transmission/reception device 192, and a vibrator (shock machine). ) 186, accelerometer 191, battery 190, speaker 188, video camera 368, and motion analyzer 369.

In order for the 3D hologram person 150 and the person 151 to fight a sword, if they hold a sword device 153 or a 3D hologram ray sword device 156, wear a helmet device 158, and wear a suit device 157, they actually fight. You can feel the feeling of having a sword fight.

Additional external devices include a video camera 163, a motion analyzer 164, a control device 165, a wireless transmission/reception device 160, a speaker 161, and a scoreboard 209.

The video camera and motion analyzer are devices necessary for the control device to control the intensity of sound, vibration and light by grasping the movement and speed of the sword device or 3D hologram ray sword device, the helmet device, and the suit device.

The scoreboard allows you to feel more thrilling by showing your score while fighting a sword.

And by slightly different colors of the 3D hologram person's face, body, and sword, when the sensor detects different lights or colors, it makes different vibrations or different sounds so that you can feel and hear various vibrations and various sounds. .

Since the 3D hologram person 150 is made of light, when the 3D hologram person 150 is cut to cut the 3D hologram person 150 with the knife device 153, the sensor in the hole 168 of the knife device 153 ( 166) senses light or color, and the vibrator (shocker) 169 vibrates and transmits the vibration by hand as if cutting a real person, and the speaker 167 makes a sound when a real person is cut. The light-emitting device 170 emits light out through the hole 204 to create a more dramatic effect. The accelerometer 172 senses the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 171 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 173 serves to exchange various information.

The control device 171 analyzes the information of the sensor 166 and the accelerometer 172, and the vibration level of the vibrator (impacter) 169, the loudness of the speaker 167, the light intensity of the light emitting device 170, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 173.

Since the 3D hologram person 150 is made of light, the 3D hologram ray knife device 156 cuts with the 3D hologram ray knife device 156 to cut the 3D hologram person 1150. The sensor 194 in the hole 195 detects light or color, and the vibrator (shocker) 203 generates vibration and transmits the vibration by hand as if cutting a real person, and the speaker 200 cuts a real person. Makes the sound of The light emitting device 197 emits light outward through the hole 196 to produce a more dramatic effect. The accelerometer 199 senses the speed so as to emit louder sound, vibration, and light emission when the speed is high, and the control device 198 serves to analyze and control all devices. The wireless transmission/reception device 201 serves to send and receive various types of information.

The control device 198 analyzes the information of the sensor 194 and the accelerometer 199, and the vibration level of the vibrator (shock device) 203, the loudness of the speaker 200, the light intensity of the light emitting device 197, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 201.

If you fight with the 3D hologram knife 152 and the knife device 153, the 3D hologram knife 152 is made of light, so when it collides with the knife device 153, the inside of the hole 123 of the helmet device 104 The sensor 124 senses light or color, and the vibrator (shocker) 125 vibrates, and the head feels vibrating and receives a shock as if it was hit with a real glove. The speaker 130 emits a sound when a real person is hit. The light emitting device 126 emits light outward through the hole 143 to create a more dramatic effect. The accelerometer 127 detects the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 129 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 128 serves to exchange various information.

The control device 129 analyzes the information of the sensor 124 and the accelerometer 127, and the vibration level of the vibrator (shock machine) 125, the loudness of the speaker 130, the light intensity of the light emitting device 126, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 128.

3D hologram sword 152 and sword device 153 to fight the fight because the 3D hologram sword 152 is made of light, so when it collides with the sword device 153, the inside of the hole 168 of the sword device 153 The sensor 166 senses light or color, and the vibrator (shocker) 169 vibrates, and the knife device 153 feels a vibration and is shocked as if a real knife strikes. The speaker 167 makes the sound of an actual knife hitting. The light-emitting device 170 emits light out through the hole 204 to create a more dramatic effect. The accelerometer 172 senses the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 171 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 173 serves to exchange various information.

When the 3D hologram person 150 uses the 3D hologram knife 152 to cut the person 151, the 3D hologram knife 152 is made of light, so the 3D hologram knife 152 is used as the helmet device 158 of the person 151. ), the sensor 176 in the hole 175 of the helmet device 158 detects light or color, and the vibrator (shocker) 178 vibrates and feels the vibration on the head as if it was cut by a real knife. Receive. The speaker 180 emits a sound when a real person is cut. The light emitting device 177 emits light out through the hole 205 to create a more dramatic effect. The accelerometer 181 detects the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 179 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 182 serves to exchange various information.

The control device 179 analyzes the information of the sensor 176 and the accelerometer 181, and the vibration level of the vibrator (shocker) 178, the loudness of the speaker 180, the light intensity of the light emitting device 177, etc. At the same time, it functions to transmit and receive information through the wireless transmission/reception device 182.

When the 3D hologram person 150 cuts the person 151 using the 3D hologram knife 152, the 3D hologram knife 152 is made of light, so the 3D hologram knife 152 is used to the suit device 157 of the person 151. ), the sensor 185 in the hole 184 of the suit device 157 detects light or color, and the vibrator (shocker) 186 generates vibration, and the body feels vibration as if it was fit with a real glove. Receive. The speaker 188 emits a sound when a real person is hit. The light emitting device 187 emits light outward through the hole 206 to create a more dramatic effect. The accelerometer 191 detects the speed so as to emit louder sound, vibration and light when the speed is high, and the control device 189 serves to analyze and control all devices. The wireless transmission/reception device 192 serves to exchange various information.

The control device 189 analyzes the information of the sensor 185 and the accelerometer 191, and the vibration level of the vibrator (shocker) 186, the loudness of the speaker 188, the light intensity of the light emitting device 187, etc. At the same time, it functions to send and receive information through the wireless transmission/reception device 192.

The video camera (163,360,362,366,368) and motion analyzer (164,361,363,367,369) grasp the movement and speed of the sword device 153, 3D hologram ray sword device 156, helmet device 158, and suit device 157, and the control device sounds It is a device necessary to control the intensity of vibration and light.

The control device 165 analyzes the information of the video camera 163 and the motion analyzer 164 and the information received by the wireless transmission/reception device 160 to control the sound from the speaker 161 and send the information to the 3D holography (159). It plays a role of controlling various machines, such as.

4. Total fight entertainment using 3D hologram

In Figs. 13, 14, and 15, 3D holography 219 makes 3D holographic people 210 and 212 and 3D holographic beast 214. The 3D hologram person 210 has a 3D hologram gun 211, and the 3D hologram person 212 has a window. The apparatus used by the person 215 is composed of a pistol device 216, a helmet device 217, and a suit device 218.

The hologram makes the color of the human gun, spear and beast slightly different.

The pistol device 216 includes 3D holography 240, a hole 251, a hole 249, a light emitting device 250, a control device 243, a wireless transmission and reception device 246, a vibrator (shock machine) 244, and an accelerometer. It consists of 245, a battery 248, a speaker 247, a video camera 390, and a motion analyzer 391. The 3D holographic bullet 241 is made by 3D holography 240 or by 3D holography 219.

The helmet device 217 includes a hole 220, a hole 221, a sensor (light and color detection sensor) 222, a light emitting device 224, a control device 226, a wireless transmitting and receiving device 228, and a vibrator (shock machine). ) 223, accelerometer 227, battery 229, speaker 225, video camera 380, and motion analyzer 381.

The chute device 218 includes a hole 230, a hole 231, a sensor (light and color detection sensor) 232, a light emitting device 235, a control device 236, a wireless transmitting and receiving device 238, and a vibrator (shock machine). ) 233, an accelerometer 237, a battery 239, a speaker 234, a video camera 382, and a motion analyzer 383.

In order to have a gun fight with the 3D holographic people 210 and 212 and the 3D holographic beast 214, the person 215 has a pistol device 216, a helmet device 216, and a suit device 218. You can actually feel like you're in a gun fight.

Additional external devices include a video camera 262, a motion analyzer 263, a control device 261, a wireless transmission/reception device 260, a speaker 264, and a scoreboard 270.

Video cameras and motion analyzers are devices necessary for the control device to control the intensity of sound, vibration, and light by grasping the movement and speed of the pistol device, helmet device, and suit device.

And by slightly different colors of the 3D hologram human's gun, spear, and beast, when the sensor detects different lights or colors, it makes different vibrations or different sounds so that you can feel and hear various vibrations and various sounds.

3D hologram The 3D hologram gun 211 of the person (210, 212), the 3D hologram window 213 and the 3D hologram beast (214) are made of light, so the 3D hologram gun, spear, and beast (211,213,214) are the helmets of the person (215). When attacking the device 217, the sensor 222 in the hole 220 of the helmet device 217 detects light or color, and the vibrator (shocker) 223 vibrates, causing the head to appear as if it fits a real gun or window. Vibration is felt and shocked. The speaker 225 emits a sound when a real person is hit. The light emitting device 224 emits light out through the hole 221 to produce a more dramatic effect. The accelerometer 227 senses the speed so as to emit louder sound, vibration, and light when the speed is high, and the control device 226 analyzes and controls all devices. The wireless transmission/reception device 228 serves to exchange various information.

The control device 226 analyzes the information of the sensor 222 and the accelerometer 227, and the vibration level of the vibrator (shock machine) 223, the loudness of the speaker 225, the light intensity of the light emitting device 224, etc. At the same time, it functions to transmit and receive information through the wireless transmission/reception device 228.

3D hologram The 3D hologram gun 211 of the person (210,212), the 3D hologram window 213, and the 3D hologram beast (214) are made of light, so the 3D hologram gun, window, and beast (211,213,214) are the suit of the person (215). When attacking the device 218, the sensor 232 in the hole 230 of the suit device 218 senses light or color, and the vibrator (shocker) 233 vibrates, causing the body to appear as if it fits a real gun or window. Vibration is felt and shocked. The speaker 234 emits a sound when a real person is hit. The light emitting device 235 emits light out through the hole 231 to produce a more dramatic effect. The accelerometer 237 senses the speed so as to emit louder sound, vibration, and light when the speed is high, and the control device 236 plays a role of analyzing and controlling all devices. The wireless transmitting/receiving device 238 serves to exchange various types of information.

The control device 236 analyzes the information of the sensor 232 and the accelerometer 237, and the vibration level of the vibrator (impacter) 233, the loudness of the speaker 234, the light intensity of the light emitting device 235, etc. At the same time, it functions to transmit and receive information through the wireless transmission/reception device 238.

The 3D holography 240 or the 3D holography 219 of the pistol device 216 creates a 3D holographic bullet 241 through the hole (251) and fires at the 3D hologram person (210, 212) and the 3D holographic beast 214, and hits At the same time, the bullet marks 242 are generated, and at the same time, the vibrator (shocker) 244 vibrates, and the body feels vibration as if shooting a real gun and receives a shock. The speaker 247 emits a sound when a real person hits it. The light emitting device 250 emits light out through the hole 249 to produce a more dramatic effect. The accelerometer 245 senses the speed so as to emit louder sound, vibration and light emission when the speed is high, and the control device 243 plays a role of analyzing and controlling all devices. The wireless transmitting/receiving device 246 serves to exchange various types of information.

The control device 243 analyzes the information of the accelerometer 245 to control the vibration level of the vibrator (impacter) 244 and the loudness of the speaker 247 and the light intensity of the light emitting device 250. It functions to send and receive information through the wireless transmission/reception device 246.

Video cameras (262,380,382,390) and motion analyzers (263,381,383,391) grasp the movement and speed of the pistol device 216, helmet device 217, and chute device 218, and the control device adjusts the intensity of sound, vibration, and light. It is a necessary device.

The control device 261 analyzes the information of the video camera 262 and the motion analyzer 263 and the information received by the wireless transmission/reception device 260 to adjust the sound from the speaker 264 and send the information to the 3D holography 219 It plays a role of controlling various machines, such as.

5. Tennis entertainment using 3D hologram

In Figures 16, 17, and 18, 3D holography (307) is a 3D hologram person (300), a 3D holographic tennis stick (301), a 3D holographic tennis ball (304), a 3D holographic tennis net (305) and a 3D holographic tennis court. Make (306). Person 302 has a tennis stick device 303.

The tennis stick device 303 includes a hole 314, a sensor (light and color detection sensor) 315, a light emitting device 325, a control device 316, a wireless transmitting and receiving device 318, and a vibrator (shock machine) 320. And an accelerometer 317, a battery 321, a speaker 319, a video camera 323, and a motion analyzer 324.

Additional external devices include a video camera 310, a motion analyzer 311, a control device 312, a wireless transmission/reception device 308, a speaker 309, and a scoreboard 313.

The video camera and motion analyzer are necessary devices for controlling the intensity of sound, vibration, and light by grasping the motion and speed of a tennis stick. The score plate 313 represents a score or the like.

Since the 3D holographic tennis ball 304 is made of light by the 3D holography 307, it is an object that emits light, so if you swing the tennis stick device 303 to hit the flying 3D holographic tennis ball 304, the tennis stick device When the sensor 315 for detecting the light in the 303 detects the light, the vibrator 320 is vibrated by the control device 316 to make the vibrator 320 feel the impact and make a sound from the speaker 319 so that the actual Control so that the sound of hitting the ball can be produced.

The accelerometer 317 may measure the speed of the tennis club device 303 to calculate the force of hitting, and the light emitting device 676 emits light when hitting the ball to make it feel more vibrant. The video camera 323 and the motion analyzer 324 analyze the motion and angle of the tennis stick device 303.

When swinging the tennis stick device 303, if the tennis stick device 303 accurately strikes the 3D holographic tennis ball 304, that is, if a hit is made near the center of the sensor 315, the vibrator 320 vibrates greatly and strikes. It makes you feel a great impact, and makes the speaker 319 also make a pleasant sound. The vibrator 320 and the impact are different from each other according to the direction and accuracy in which the tennis stick device 303 strikes the 3D holographic tennis ball 304, and the speaker 319 sounds different, so that the tennis stick device ( It is possible to determine whether 303) hit the 3D holographic tennis ball 304 well or not. So whenever you hit a tennis ball, you can fix your posture, double the fun, and have a lot of exercise.

Since a hole 314 is drilled in front of the sensor 315 for detecting light in the tennis stick device 303, the sensor 315 can detect light entering through the hole 314, so the tennis stick device 303 Swing the device 303 with the tennis stick to hit the 3D holographic tennis ball 304,

1. When a 3D hologram tennis ball 304 is placed in front of the sensor (304-20,21,26,27,28,34,35) that detects light accurately located in the center, that is, a pleasant sound when it is a tennis ball that fits correctly. Wow, it makes a big impact,

2. If the 3D hologram tennis ball 304 is placed in front of the light-sensing sensor (304-3,4,8,9,10,15) located in the upper part of the center, that is, it is less when it is a tennis ball that misses upward. Make a light sound and a little shock,

3. If the 3D hologram tennis ball 304 is placed in front of the sensor (304-40,45,46,47,51) that detects the light located in the lower part of the center, that is, a dull sound and a dull sound when the tennis ball is missed downwards. You can build the system in a way that makes it less impactful.

It is a virtual tennis ball by combining a 3D holographic tennis ball 304, a tennis stick device 303, a sensor 315 for detecting light, a vibrator 320, a speaker 319, and a control device 316, but it is actually a tennis ball. You can safely enjoy tennis indoors by creating the impact, the look, the feeling and the sound of hitting the ball. In addition, the 3D holographic person 300 and the person 302 can actually rally the 3D holographic tennis ball, and the game can be masked by placing the score 313 on the scoreboard.

The control device 316 analyzes the information of the sensor 315 and the accelerometer 317, and the vibration level of the vibrator (impacter) 320, the loudness of the speaker 319, the light intensity of the light emitting device 325, etc. At the same time, it functions to exchange information through the wireless transmission/reception device 318.

The

video cameras

310 and 323 and

motion analyzers

311 and 324 detect the movement and speed of the 3D holographic tennis stick 301, the 3D holographic tennis ball 304, and the tennis stick device 303, so that the control device can detect sound or vibration. It is a device necessary to control the intensity of light and to grasp various information.

The control device 312, which is an external device, analyzes the information from the video camera 310 and the motion analyzer 311 and the information received by the wireless transmission/reception device 308, adjusts the sound from the speaker 309, sends the information, and sends 3D holography. It controls various machines such as (307).

6. Football entertainment using 3D holograms

In Figures 19 and 20, 3D holography 460 makes a 3D holographic person 400, a 3D holographic soccer ball 401, and a 3D holographic soccer goal post 406.

The person 402 is equipped with a helmet device 403, a soccer shoe device 404, and a thigh device 405.

The helmet device 403 includes a hole 428, a sensor (light and color detection sensor) 429, a light emitting device 437, a control device 430, a wireless transmitting and receiving device 434, a vibrator (shock device) 438, and It consists of an accelerometer 433, a battery 435, a speaker 431, a video camera 432, and a motion analyzer 434.

The soccer shoe 404 includes a hole 486, a sensor (light and color detection sensor) 407, a light emitting device 409, a control device 410, a wireless transmission/reception device 413, a vibrator (impacter) 408, and It consists of an accelerometer 412, a battery 414, a speaker 416, a video camera 423, and a motion analyzer 425.

The thigh device 403 includes a hole 417, a sensor (light and color detection sensor) 418, a light-emitting device 419, a control device 422, a wireless transmitting and receiving device 425, a vibrator (shock device) 421, and It consists of an accelerometer 424, a battery 426, a speaker 420, a video camera 423, and a motion analyzer 427.

Additional external devices include a video camera 463, a motion analyzer 464, a control device 465, a wireless transmission/reception device 461, a speaker 462, and a scoreboard 466.

The video camera and motion analyzer are devices necessary for the control device to control the intensity of sound, vibration, and light by grasping the motion and speed of the 3D holographic soccer ball 401. The score plate 466 represents a score or the like.

Since the 3D holographic soccer ball 401 is made of light by the 3D holography 460, it is an object that emits light. When the sensor 407 that detects the light in the 404 detects the light, the vibrator 408 is vibrated by the control device 410 to feel the impact of kicking the ball and make a sound from the speaker 416 so that the actual Control to make the sound of hitting the ball.

Since the 3D holographic soccer ball 401 is made of light by the 3D holography 460, it is an object that emits light, so if you hold the helmet device 403 to kick the flying 3D holographic soccer ball 304, the helmet device ( When the sensor 429 that detects the light in the 403 detects the light, the vibrator 438 is vibrated by the control device 430 to feel the impact of kicking the ball, and the speaker 431 makes a sound. Control to make the sound of hitting the ball.

The 3D holographic soccer ball 401 is an object that emits light because it is made of light by the 3D holography 460, so if you hold the thigh device 405 to kick the flying 3D holographic soccer ball 304, the thigh device ( When the sensor 418 for detecting the light in the 405 detects the light, the vibrator 421 is vibrated by the control device 422 to feel the impact of kicking the ball and make a sound from the speaker 420 so that the actual Control to make the sound of hitting the ball.

The accelerometer measures the speed of the 3D holographic soccer ball 401 to calculate the force of the hit, and the light emitting device emits light when the ball is kicked, making it more vibrant. The video camera and motion analyzer analyze the holographic soccer ball and the movement and angle of a person's body.

The control device analyzes the information of the sensor and the accelerometer and controls the vibration level of the vibrator (shocker), the loudness of the speaker, and the intensity of light of the light emitting device, and at the same time functions to send and receive information through the wireless transmission/reception device.

The motion and speed of the 3D hologram person 400, the 3D hologram soccer ball 401, the helmet device 403, the soccer shoe device 404, the thigh device 405, etc. It is a device necessary for the control device to control the intensity of sound, vibration, and light by grasping it and to grasp various information.

The control device 465, which is an external device, analyzes the information from the video camera 463 and the motion analyzer 464 and the information received by the wireless transmission/reception device 461, adjusts the sound from the speaker 462, sends the information, and sends 3D holography. It controls various machines such as (460).

7. Basketball entertainment using 3D holograms

In Figures 21 and 22, 3D holography 505 creates a 3D holographic person 500, a 3D holographic basketball 502, and a 3D holographic basketball hoop 504.

Person 402 is equipped with armor device 503.

The armor device 503 includes a hole 512, a sensor (light and color detection sensor) 513, a light-emitting device 515, a control device 518, a wireless transmission/reception device 520, a vibrator (impacter) 516, and It consists of an accelerometer 519, a battery 521, a speaker 517, a video camera 514, and a motion analyzer 522.

Additional external devices include a video camera 508, a motion analyzer 509, a control device 510, a wireless transmission/reception device 507, a speaker 506, and a scoreboard 511.

The video camera and motion analyzer are devices necessary for the control device to control the intensity of sound, vibration, and light by grasping the movement and speed of the 3D holographic basketball 502 and the glove device 504. The score plate 511 represents a score or the like.

The 3D holographic basketball 502 is an object that emits light because it is made of light by the 3D holography 505, so if you hold the glove device 503 to catch the flying 3D holographic basketball 502, the glove device ( When the sensor 513 for detecting the light in the 503 detects the light, the vibrator 516 vibrates by the control device 518 to feel the shock that catches the ball, and the speaker 517 makes a sound. Control so that it can produce a hitting sound that catches an enemy ball. The same effect can be achieved when throwing the 3D holographic basketball 502.

The accelerometer measures the speed of the 3D holographic basketball 502 and the glove device 503 to calculate the force to be thrown and received, and the light emitting device emits light when the ball is exchanged, making it more vibrant. The video camera and motion analyzer analyze the holographic basketball and the motion and angle of a person's body.

The video camera 514 and the motion analyzer 522 grasp the movement and speed of the 3D hologram person 500, the 3D hologram basketball 502, and the glove device 503, and the control device can detect sound, vibration, and light. It is a device necessary to adjust the intensity and grasp various information.

The control device 510, which is an external device, analyzes the information of the video camera 508 and the motion analyzer 509 and the information received by the wireless transmission/reception device 507, adjusts the sound from the speaker 506, sends the information, and sends 3D holography. It controls various machines such as (505).

8. Dart entertainment using 3D hologram

In Figures 23 and 24, a 3D holography 606 creates a 3D hologram dart 601, a 3D hologram target 602, a 3D hologram balloon 603,604,605, and a 3D hologram animal 613. The person is equipped with the armor device 600.

3D hologram target, 3D hologram balloon, and 3D hologram animal make various shapes.

The armor device 600 includes 3D holography 631, a hole 630, a light emitting device 622, a sensor (light and color detection sensor) 614, a control device 617, a wireless transmission/reception device 619, and a vibrator ( An impactor) 623, an accelerometer 618, a battery 620, a speaker 616, a video camera 615, and a motion analyzer 621. The 3D hologram dart 601 is made by an external 3D holography 606 or a 3D holography 631 in the armor device 600.

If you match the 3D hologram target 602, the 3D holographic animals 613, and the 3D hologram balloons 603,604,605 with the 3D hologram dart 601, you can feel the feeling of actually playing a dart or hunting an animal.

Additional external devices include a video camera 609, a motion analyzer 610, a control device 611, a wireless transmission/reception device 608, a speaker 607, and a scoreboard 612.

The hole is used to receive or emit light, the sensor detects the light or color of the dart, the light emitting device is a device that emits light, the speaker is a device that emits sound, the battery supplies power, and the accelerometer is the speed. It is a device that detects, and the vibrator (shocker) is a device that displays vibration or shock, the control device controls all devices, and the wireless transmitter/receiver transmits and receives control signals. And 3D holography creates 3D holograms.

The video camera and motion analyzer is a control device by grasping the movement and speed of 3D hologram dart 601, 3D hologram target 602, 3D hologram balloon (603, 604, 605), 3D hologram animal (613) and armor device (600). Is a device necessary to control the intensity of sound, vibration, and light.

In addition, the 3D hologram target, the balloon and the animal are varied in color and movement, so that when the dart hits the target, when the sensor detects different light or color, it can produce different vibrations or different sounds. And feel and listen to various sounds.

If the 3D holography 631 of the armored device 600 or the 3D hologram dart 601 created by the 3D holography 606 correctly fits the 3D hologram target 602 and the 3D hologram balloons 603,604,605 and 3D holographic animals 613 At the same time, the vibrator (impacter) 623 vibrates, and the vibration is felt as if a real dart was hit, and a shock is received. The speaker 616 emits a sound when it hits an actual target. The light emitting device 622 emits light out through the hole 630 to produce a more dramatic effect. The accelerometer 618 detects the speed so as to emit louder sound, vibration, and light when the speed is high, and the control device 617 plays a role of analyzing and controlling all devices. The wireless transmission/reception device 619 serves to exchange various information. The scoreboard 612 shows a score when a goal is met, making it more fun.

The control device 617 analyzes the information of the accelerometer 618 to control the vibration level of the vibrator (impacter) 623 and the loudness of the speaker 616 and the light intensity of the light emitting device 622, and the like, It functions to send and receive information through the wireless transmission/reception device 619.

The motion and speed of the video camera 615 and the motion analyzer 616 include the 3D hologram dart 601, the 3D hologram target 602, the 3D hologram balloon 603,604,605, the 3D hologram animal 613, and the armor device 600. It is a device necessary for the control device to control the intensity of sound, vibration and light by grasping the light.

The control device 611 analyzes the information of the video camera 609 and the motion analyzer 610 and the information received by the wireless transmission/reception device 608 to control the sound from the speaker 607 and send the information to the 3D holography 606. It plays a role of controlling various machines, such as.

9. Baseball entertainment using 3D holograms

In Figure 25, 3D hologram pitcher 651 and 3D hologram baseball 652 are made in 3D holography 661, and 3D holographic baseball trajectory generated when 3D hologram pitcher 651 throws 3D holographic baseball ball 652 ( 674) is made in 3D holography (661), making it feel like a real baseball is flying. In the baseball bat device 653, a sensor 654, a control device 656, a vibrator (impacter) 658, a speaker 657, and a wireless transmission/reception device 660 capable of detecting the light of the 3D holographic baseball ball 652 ), an accelerometer 675, a light emitting device 676, a video camera 677, and a motion analyzer 678 are mounted. A hole 655 for allowing light to enter the baseball bat device 653 is drilled in front of the sensor 654, and a battery 659 for supplying power and a wireless transmitting/receiving device 660 for transmitting information are installed. The control device 656 analyzes the information of the sensor 654 to control the vibration level of the vibrator 658 and the speaker 657 to emit sound, and at the same time, transmits and receives information about the accuracy and direction of the strike. ) To send.

3D holographic pitcher 651, 3D holographic baseball 652, and 3D holography 661 to create 3D holographic baseball trajectory 674 are installed.

The 3D holographic baseball 652 is an object that emits light because it is made of light by 3D holography 661, so if you swing the baseball bat device 653 to hit the flying 3D holographic baseball ball 652, the baseball bat device When the sensor 654 that detects the light in the inside (653) detects the light, the vibrator 658 is vibrated by the control device 656 to make the vibrator 658 feel the impact and make a sound from the speaker 657 so that the actual Control it so that it can make a hitting sound.

The accelerometer 675 may measure the speed of the baseball bat device 653 to calculate the force of hitting, and the light emitting device 676 emits light when striking to make it feel more vibrant. The video camera 677 and the motion analyzer 678 analyze the movement and angle of the bat.

When swinging the baseball bat device 653, if the baseball bat device 653 accurately strikes the 3D holographic baseball ball 652, that is, if a blow is made near the center of the sensor 654, the vibrator 658 vibrates greatly and strikes. It makes you feel a great impact, and makes the speaker 657 also make a pleasant sound. Depending on the direction and accuracy in which the baseball bat device 653 strikes the 3D holographic baseball ball 652, the vibrator 658 and the impact are different, and the speaker 657 sound is different, so that the baseball bat device ( It is possible to determine whether 653) hit the 3D holographic baseball ball 652 well or not. So, whenever you hit a baseball, you can correct your posture, double the fun, and have a considerable amount of exercise.

3D holography 661 can make the 3D hologram pitcher 651 right-handed and left-handed, and various 3D hologram pitchers 651 can be made, such as an orthodox pitcher, sidearm pitcher, submarine pitcher, anomalous pitcher. The 3D holography 661 can make various 3D holographic baseball trajectories 674 generated when the 3D hologram pitcher 651 throws the 3D holographic baseball ball 652 in the direction of the home plate 662. It can be made in various ways such as fastball, curve, slide, sinker, forkball, change-up, etc. It can be made in various speeds, and it can be sent to the body side, outside, up or down.

The baseball glove device 801 is a glove that receives a 3D holographic baseball ball.

In Fig. 26, since a hole 655 is drilled in front of the sensor 654 for detecting light from the baseball bat device 653, the sensor 654 can detect light entering through the hole 655, so the baseball bat device Swing the baseball bat device 653 to hit the 3D holographic baseball 652 with (653),

1.If the 3D hologram baseball 651 is positioned in front of the sensor (654-3,4,8,9,10,11,15,16,17) that detects light accurately located in the center, that is, the baseball that is exactly right When it is (671), it makes a cheerful sound and shock loudly,

2. If the 3D hologram baseball 651 is positioned in front of the sensor (654-1,2,7,8) that detects light located in the upper part of the center, that is, when the baseball ball 672 combs upward, it is less light. Make a little sound and shock,

3. When the 3D hologram baseball (1) is positioned in front of the sensor (654-11,12,16,17,18) that detects light located in the lower part of the center, that is, when it is a baseball (673) that misses downward, You can build a system in a way that makes it sound dull and less shocking.

It is a virtual baseball by combining a 3D holographic baseball ball 652, a baseball bat device 653, a light sensor 654, a vibrator 658, a speaker 657, and a control device 656, but it is actually a baseball ball. You can safely enjoy baseball indoors by creating an impact, gaze, feeling, and sound hitting the ball.

In Fig. 27, a 3D hologram pitcher 651 and a 3D holographic baseball ball 652 made by 3D holography 661 are made. In the baseball bat device 653, a sensor 654 capable of detecting the light of a 3D holographic baseball ball 651, a control device 656, a vibrator (impacter) 658 and a speaker 659 are mounted. A hole 655 for allowing light to enter the baseball bat device 653 is drilled in front of the sensor 654, and a battery 659 for supplying power and a wireless transmitting/receiving device 660 for transmitting information are installed. The control device 656 analyzes the information of the sensor 654 to control the vibration level of the vibrator 658 and the speaker 657 to emit sound, and at the same time, transmits and receives information about the accuracy and direction of the strike. ) To the wireless transmission/reception device 664.

A 3D holography 661 is installed to create a 3D holographic pitcher 651, a 3D holographic baseball 652, a 3D holographic baseball 670, and a 3D holographic baseball trajectory 674.

An angular velocity meter 663 that measures the speed of swinging the baseball bat device 653 and the actual speed when hitting the 3D holographic baseball 652 with impact is installed.

A video camera 665 capable of measuring a video swinging the baseball bat device 653 and a swing analyzer 666 capable of analyzing a swing are installed.

A wireless transmitting/receiving device 664 that can receive and read information from the wireless transmitting/receiving device 660 in the baseball bat device 653 is installed.

An analysis device 667 is installed that integrates, analyzes, and controls the information of the 3D holography 661, the angular speedometer 663, the swing analyzer 666, and the wireless transmission/reception device 664 to display the results.

Then, a beam project 668 that displays the results from the analysis device 667 is provided, and a screen 669 showing the contents of the beam project 668 is installed.

The 3D holographic baseball 652 is an object that emits light because it is made of light by 3D holography 661, so if you swing the baseball bat device 653 to hit the flying 3D holographic baseball ball 652, the baseball bat device When the sensor 654 in (653) detects light, the vibrator 658 is vibrated by the control device 656 to make the vibrator 658 feel the impact and make a sound from the speaker 657 to produce an actual hitting sound. Control so that you can.

The angular speedometer 663 may measure the actual speed of the baseball bat device 653 to measure the speed and force of swinging the baseball bat device 653.

The wireless transmission/reception device 660 transfers the information of the control device 656 to the wireless transmission/reception device 664, and the wireless transmission/reception device 664 transfers the information to the analysis device 667.

The information of the swing analyzer 666 analyzing the swing swinging the baseball bat device 653 is transmitted to the analysis device 667.

The information of the 3D holography 661 making the 3D holographic baseball 651, the hit 3D holographic baseball 670 and the 3D holographic baseball trajectory 674 is transmitted to the analysis device 667.

The analysis device 667 is a control tower that integrates, analyzes and controls the information of the baseball bat device 653, the angular speedometer 663, the swing analyzer 666, 3D holography 661, and the beam project 668. to be.

The trajectory, distance, angle, and score of the 3D baseball 652 hit by the baseball bat device 653 are analyzed by the angular speedometer 663, the swing analyzer 666, and the 3D holography 661. The analyzed data is displayed on the screen 669 by the beam project 668.

The 3D holography 661 makes the movement of the trajectory of the 3D baseball 652 analyzed by the analysis device 667, draws the trajectory, and finally displays the 3D holographic baseball 670 on the screen 669 as in the drawing. In addition, the analysis device 667 can be applied not only as a score table on the screen, but also as a program that can perform actual baseball practice of swinging and hitting a ball in a baseball field.

In Fig. 28, the baseball glove device 801 includes a hole 803, a sensor (light and color detection sensor) 804, a vibrator (shock device) 805, a light emitting device 806, a speaker 807, and a control device 808. ), an accelerometer 809, a wireless transmission/reception device 810, and a battery 811.

The 3D holographic baseball 652 is an object that emits light because it is made of light by 3D holography 661, so if you hold the baseball glove device 801 to receive the flying 3D holographic baseball ball 652, the baseball glove device When the sensor 804 that detects the light in the 801 detects the light, the vibrator 805 is vibrated by the control device 808 to feel a shock when receiving a ball and to make a sound from the speaker 807. Take control to make you feel like you're getting a real ball.

The accelerometer 809 measures the speed of the 3D holographic baseball ball 652 to calculate the speed and force of the ball, and the light emitting device 806 emits light when receiving the ball to make it feel more vibrant.

When the baseball glove device 801 receives the 3D holographic baseball ball 652 accurately or the speed is high, the vibrator 805 vibrates greatly to make the shock feel great, and the speaker 807 makes a loud sound. The baseball glove device 801 makes the vibrator 805 and the impact different according to the direction and accuracy in which the 3D holographic baseball ball 652 is received, and the speaker 807 sound is different, so that the baseball glove device 801 It is possible to determine whether) received the 3D holographic baseball ball 652 well or not. So, whenever you get a baseball, you can change your posture, and the fun is doubled, and the amount of exercise is considerable.

In Figure 29, a person 800 throws a 3D holographic baseball ball 652 using a pitcher's glove device 802.

In Figure 30, the water-permeable glove device 802 includes

holes

812, 813, 825, sensors (light and color detection sensor) 814, a vibrator (impacter) 815, a light emitting device 816, and a speaker 817. It consists of a control device 818, an accelerometer 819, a wireless transmission/reception device 820, a battery 821, a 3D holography 822, a video camera 823, a motion analyzer 824, and a pressure sensor 826. .

The 3D holographic baseball 652 can make a 3D holographic baseball 652 with 3D holography 822. Of course, a 3D holographic baseball 652 can be made with 3D holography 661 as well. When a 3D holographic baseball 652 created by holography is thrown, the 3D holographic baseball 652 is an object that emits light because it is made of light. When the light is sensed, the vibrator 815 is vibrated by the control device 818 to feel the impact of throwing the ball, and the speaker 807 makes a sound so that the actual feeling of throwing the ball is felt.

The accelerometer 809 may measure the speed of the 3D holographic baseball ball 652 to calculate the speed and force of the ball, and the light emitting device 806 emits light when throwing the ball to make it feel more vibrant. The video camera 823 and the motion analyzer 824 analyze the motion and angle of the pitcher glove device 802.

When the pitching and glove device 802 throws the 3D holographic baseball 652 accurately or the speed is high, the vibrator 805 vibrates loudly to make the shock feel great, and the speaker 807 makes a loud sound. The pitching glove device 802 makes the vibrator 815 and the impact different according to the direction and accuracy in which the 3D holographic baseball ball 652 is thrown, and the speaker 817 sound is different, so that the pitching glove device 802 It is possible to determine whether) threw the 3D holographic baseball ball 652 well or not. So every time you throw a baseball, you can change your posture, and the fun is doubled, and the amount of exercise is a lot of baseball entertainment.

Of course, the pitcher glove device 802 can be used in the same manner as when receiving a ball like the baseball glove device 801. That is, the pitching glove device 802 has an advantage that can be used both when throwing and receiving a ball.

In particular, the pressure sensor 826 of the pitching glove device 802 has a function that plays an important role when throwing a ball.

When a person throws a ball, the pressure varies from finger to finger, and the speed, direction, or rotation of the ball varies depending on the pressure of the finger, which can be a very important factor in the change of the ball.

Using this, when throwing the 3D holographic baseball 652, by adjusting the force of the finger on the installed pressure sensor 826, it is possible to throw the changing ball at will. Of course, you can control the speed and direction of the ball at will.

As described above, baseball entertainment using 3D holograms is an indoor baseball practice system that gives the feeling of playing a real baseball without risk even in a very small space by using a holographic baseball without a real baseball.

Depending on whether the ball fits well or does not fit, it can make various sounds such as popping, hitting, pucking, etc., and vibrations can also produce various vibrations such as strong vibration, weak vibration, very weak vibration, and hitting a holographic baseball. It can be said that it is a baseball game that makes you feel as if you are playing baseball when you follow the flow of the ball by creating a trajectory behind it.

In addition, baseball entertainment using 3D holograms is a combination of several systems, but exercise at home and office with only a baseball bat device (653), a baseball glove device (801), a pitcher's glove device (803), and a 3D holography (661). It is a system that allows you to play baseball while enjoying the game, and if you add various devices such as wireless transmission and reception device, 3D holography, angular speedometer, video camera, swing analyzer, analysis device, and screen, you can practice baseball while feeling like a baseball practice field. It's entertainment.

In addition, it is a system that has many advantages to live in a city where there is no time or for busy office workers to practice baseball at lunch time, break time, or when you are at home without being restricted by time or place and without risk at all. have.

In particular, it is a very good system for baseball players to practice baseball indoors. You can practice changing or fastball by specifying the direction and speed you want, and practicing weak courses and changing balls at will, and practicing by choosing right-handed, left-handed, orthodox, sidearms, and submarine pitchers, etc. It can be said that it is a good baseball entertainment that can be used in.

10. Golf entertainment using 3D hologram

In Fig. 31, a 3D holographic golf ball 701 made by 3D holography 711 is placed on a 3D holographic golf tee 702. In the golf club device 703, a sensor 704 capable of detecting the light of a 3D holographic golf ball 701, a control device 706, a vibrator (shocker) 707, a speaker 708, a battery 709, and a wireless A transceiver 710, a video camera 723, a motion analyzer 725, an accelerometer 726, and a light emitting device 724 are mounted. Holes 705 for allowing light to enter the golf club device 703 are drilled in front of the sensor 704, and a battery 709 for supplying power and a wireless transmission/reception device 710 for transmitting information are installed. The control device 706 analyzes the information of the sensor 704 to control the vibration level of the vibrator 707 and the speaker 708 to emit sound, and at the same time, transmits information on the accuracy and direction of the strike to the wireless transmission/reception device 710. ) Serves to transmit to the wireless transmission/reception device 715.

The accelerometer 726 may measure the speed of the golf club to calculate the force of hitting, and the light emitting device 724 emits light when hitting the golf ball to make it feel more vibrant. The video camera 677 and the motion analyzer 678 analyze the motion and angle of the golf club.

A 3D hologram golf ball 701, a 3D hologram golf tee 702, a 3D hologram golf ball 719, and a 3D holography 711 to create a 3D hologram golf ball trajectory are installed.

An angular velocity meter 710 that measures the speed of swinging the golf club device 703 and the actual speed when hitting the 3D holographic golf ball 701 with impact is installed.

A video camera 713 capable of measuring a video swinging the golf club device 703 and a swing analyzer 714 capable of analyzing a swing are installed.

A wireless transmitting/receiving device 715 capable of receiving and reading information from the wireless transmitting/receiving device 710 in the golf club device 703 is installed.

An analysis device 716 is installed that integrates, analyzes, and controls information of the 3D holography 711, the angular speedometer 712, the swing analyzer 714, and the wireless transmission/reception device 715 to display the results.

In addition, a beam project 717 that displays the results from the analysis device 716 is provided, and a screen 718 that displays the contents of the beam project 717 is installed.

The 3D holographic golf ball 701 is an object that emits light because it is made of light by the 3D holography 711, so the golf club device 703 to hit the 3D holographic golf ball 701 placed on the 3D holographic golf tee 702 ), when the sensor 704 in the golf club device 703 senses the light, the vibrator 707 is vibrated by the control device 706 to make the vibrator 707 feel the impact and make a sound from the speaker 708. Controls are made so that it can produce a real hitting sound.

When swinging the golf club device 703, if the golf club device 703 accurately strikes the 3D holographic golf ball 701, that is, if a blow is made near the center of the sensor 704, the vibrator 707 vibrates greatly and strikes the impact. It makes you feel loud, and makes the speaker 708 sound pleasant. According to the direction and accuracy in which the golf club device 703 strikes the 3D hologram golf ball 701, the vibrator 707 and the impact are different, and the speaker 708 sound is different, so that the golf club device 703 only with the impact and sound. It is possible to determine whether the 3D holographic golf ball 701 was hit well or not. So, whenever you hit a golf ball, you can correct your posture, double the fun, and have a considerable amount of exercise.

The angular speedometer 716 may measure the actual speed of the golf club device 703 to measure the speed and force of swinging the golf club device 703.

The wireless transmission/reception device 710 transfers the information of the control device 706 to the wireless transmission/reception device 715, and the wireless transmission/reception device 715 transfers the information to the analysis device 716.

The information of the swing analyzer 714 analyzing the swing swinging the golf club device 703 is transmitted to the analysis device 716.

The information of the 3D holographic golf ball 701, the 3D holographic golf tee 702, the 3D holographic golf ball 719, and the 3D holography 711 creating a 3D holographic golf ball trajectory is transmitted to the analysis device 716.

The analysis device 716 is a control tower that integrates, analyzes and controls information of the golf club device 703, the angular speedometer 712, the swing analyzer 714, the 3D holography 711, and the beam project 717. .

The trajectory, distance, angle, and score of the 3D golf ball 701 hit by the golf club device 703 are analyzed by the angular speedometer 712, the swing analyzer 714, and the 3D holography 711 by the analysis device 716. The resulting data is displayed on the screen 718 by the beam project 717.

The 3D holography 711 draws the trajectory by making the motion of the trajectory of the 3D golf ball 701 analyzed by the analysis device 716, and finally displays the 3D holographic golf ball 719 on the screen 718 as in the drawing. In addition, the analysis device 716 can be applied as a program capable of not only a score table on the screen, but also an actual golf practice of swinging at a golf course and putting a ball into a hole like a screen of an existing indoor golf course.

In Figure 32, since the hole 705 is drilled in front of the sensor 704 of the golf club device 703, the sensor 704 can detect the light entering through the hole 705, so that the golf club 703 is used as a 3D holographic golf club. Swinging the golf club 703 to hit the ball 701,

1. When the 3D hologram golf ball 701 is positioned in front of the sensor (704-13,14,15,22,23,24,31,32,33) accurately located in the center, that is, when the golf ball 720 is exactly right Makes an upbeat sound and shock loud,

2. When the 3D hologram golf ball 701 is located in front of the sensor (704-10,11,19,20,21,28,29,30) located at the bottom of the center, that is, when the golf ball 721 hits the comb Less upbeat sound and slightly shocking,

3. If the 3D hologram golf ball 701 is located in front of the sensors (704-8,9,17,18,26,27) located above the center, that is, when the golf ball 722 hits a lot, a dull sound and You can build the system in a way that makes it less impactful.

It is a virtual golf ball by combining 3D hologram golf ball 701, golf club device 703, sensor 704, vibrator 707, speaker 708, and control device 706, but the impact and gaze that actually hit the golf ball You can safely enjoy golf indoors by creating a sense and sound.

As described above, the golf practice system using a 3D hologram is an indoor golf entertainment that gives the feeling of playing golf without risk even in a very small space by using a holographic golf ball without an actual golf ball.

Depending on whether the ball fits well or does not fit, it can make various sounds such as popping, hitting, puck, etc., and vibration can also produce various vibrations such as strong vibration, weak vibration, very weak vibration, and hitting a holographic golf ball. It can be said that it is a golf entertainment that makes you feel like you are playing golf when you follow the gaze by creating a trajectory behind the ball and following the flow of the ball.

In addition, the golf practice system using 3D hologram is a system that combines several systems, but it is a system that allows you to practice golf while enjoying exercise at home and office with only the golf club device 703 and 3D holography 709. , 3D holography, angular speedometer, video camera, swing analyzer, analysis device, screen, etc. If you add various devices, it is a system that allows you to play golf while going round like an indoor golf practice range.

In addition, it is a system that has many advantages for people living in cities where time is scarce or busy office workers to practice golf without any risk without being restricted by time or place indoors during lunch breaks, breaks, or at home. I can.

11. Table tennis entertainment using 3D hologram

In Figures 33, 34, and 35, 3D holography 906 creates a 3D hologram table tennis player 901, a 3D hologram table tennis stick 902, a 3D hologram table tennis ball 905, and a 3D hologram table tennis table 900. Person 903 has a ping pong bond device 904.

The table tennis device 904 includes a hole 913, a sensor (light and color detection sensor) 914, a light emitting device 916, a control device 918, a wireless transmitting and receiving device 920, a vibrator (shock device) 915, and It consists of an accelerometer 919, a battery 921, a speaker 917, a video camera 922, and a motion analyzer 924.

Additional external devices include a video camera 910, a motion analyzer 911, a control device 912, a wireless transmission/reception device 908, a speaker 907, and a scoreboard 909.

Holes are used to receive or emit light, sensors detect light or color, light emitting devices are devices that emit light, speakers are devices that make sound, batteries supply power, and accelerometers detect speed. The vibrator (impacter) is a device that indicates vibration or septum, the control device controls all devices, and the wireless transmitter/receiver transmits and receives control signals. And 3D holography creates 3D holograms.

The video camera and motion analyzer are necessary devices to control the intensity of sound, vibration, and light by grasping the motion and speed of the table tennis device. The score plate 909 represents scores and the like.

Since the 3D holographic table tennis ball 905 is made of light by the 3D holography 906, it is an object that emits light. When the sensor 914 for detecting light and color in the 904 detects the light and color, the vibrator 915 is vibrated by the control device 912 so that the vibrator 915 is vibrated to feel the impact and make a sound from the speaker 917. By doing so, it is controlled so that the sound of hitting the ball can be produced.

The accelerometer 919 may measure the speed of the table tennis device 904 to calculate the force of hitting, and the light emitting device 916 emits light when hitting the ball, making it more vibrant.

The video camera 922 and the motion analyzer 924 analyze the motion and angle of the table tennis device 904.

When swinging the table tennis device 904, if the table tennis device 904 accurately strikes the 3D holographic table tennis ball 904, that is, if a blow is made near the center of the sensor 914, the vibrator 915 vibrates greatly. It makes the impact of hitting feel great, and makes the speaker 917 also make a pleasant sound. The vibrator 915 makes different shaft attacks according to the direction and accuracy in which the table tennis device 904 strikes the 3D hologram table tennis ball 905, and the speaker 917 makes different sounds, so that the table tennis device 904 only with shock and sound. It is possible to determine whether the 3D hologram table tennis ball (905) was hit well or not. So, whenever you hit a holographic ping pong ball, you can correct the situation, double the fun, and have a considerable amount of momentum, 3D holographic ping pong entertainment.

Since the hole 913 is drilled in front of the sensor 914 that detects light in the table tennis device 904, the sensor 914 can detect the light entering through the hole 913, so that the 3D table tennis device 904 By swinging the ping pong bond device 904 to hit the holographic ping pong ball 905,

1. If the 3D hologram table tennis ball (905-1) is located in front of the sensor (11, 12, 16, 17) that detects light in the center, that is, when it is a table tennis ball that fits correctly, the light sound and impact are made louder,

2. If the 3D hologram ping pong ball (905-2) is located in front of the sensor (4, 8, 9) that detects light from the center to the top, that is, when it is a ping pong ball that combs upward, it makes a little lighter sound and a little impact. ,

3. If the 3D hologram ping pong ball (905-3) is located in front of the sensor (21, 22, 25, 26) that detects light from the center to the bottom, that is, when the ping pong ball hits the bottom, a dull sound and impact are made a little. You can create a system in such a way.

It is a virtual table tennis ball by combining a 3D hologram table tennis ball 905, a table tennis bond device 904, a light sensor 914, a vibrator (shock machine) 915, a speaker 917, and a control device 912. You can safely enjoy table tennis indoors by creating the impact, gaze, feeling, and sound of hitting a table tennis ball. In addition, the 3D hologram table tennis player 901 and the person 903 can rally like real table tennis while actually hitting the 3D hologram table tennis ball, and score on the scoreboard 909 to cover the game.

The control device 918 analyzes the information of the sensor 914 and the accelerometer 919 to determine the vibration level of the vibrator (impacter) 915, the loudness of the speaker 917, and the light intensity of the light emitting device 916. At the same time, a function of transmitting and receiving information through the wireless transmitting/receiving device 920 is also controlled.

Video cameras (910,922) and motion analyzers (911,924) are 3D hologram table tennis sticks (902) and

It is a device necessary for the control device to control the intensity of sound, vibration, and light by grasping the movement and speed of the 3D hologram ping pong ball 905 and the ping pong bond device 904 and to grasp various information.

The control device 912, which is an external device, analyzes the information of the video camera 910 and the motion analyzer 911 and the information received by the wireless transmission/reception device 908, adjusts the sound from the speaker 907, sends the information, and sends 3D holography. It serves to control various machines such as (906).

12. Bow entertainment using 3D hologram

In Figures 36, 37, 38, and 39, 3D holography 975 creates a 3D hologram slide 952, a 3D hologram bow 953, a 3D hologram arrow 954, and a 3D hologram scoreboard 986. The person 651 is equipped with a bow armor device 955 and holds the 3D holographic bow device 950.

3D holography (975) can create not only 3D hologram scoreboard (986), but also various animals or various targets made of 3D holograms, and can score points by flying 3D hologram arrows (954). You may feel the mood.

The 3D hologram bow device 950 includes 3D holography 958, hole 987, distance sensor 956, control device 959, wireless transmission/reception device 963, vibrator (shock machine) 960, and battery 962. And a speaker 961, a video camera 966, a motion analyzer 965, a 3D hologram slide 952, and a 3D hologram bow 953.

The 3D hologram slide 952 and the 3D hologram slide 953 may be made by 3D holography 958.

The bow armor device 955 includes a distance sensor 957, a control device 967, a wireless transmitting and receiving device 968, a battery 969, a vibrator (shock device) 970, a speaker 971, a motion analyzer 972, and It is composed of a video camera 973, a switch sensor 974, a hole 977, and a 3D holography 998, and the bow glove device 955 grabs the 3D hologram bow position 953 and the 3D hologram arrow 954, It plays a role of firing a 3D hologram arrow 954 by pulling the 3D hologram bow position 953 and the 3D hologram arrow 954.

A 3D holographic arrow 954 can also be made with the 3D holography 998 in the bow armor device 955.

Additional external devices include a video camera 979, a motion analyzer 980, a control device 981, a wireless transmission/reception device 977, a speaker 976, and a scoreboard 978.

The hole receives light or emits light, the speaker is a device that makes a sound when firing an arrow and a sound when it hits a target, the battery supplies power, and the accelerometer is a device that senses speed. The vibrator (shocker) is a device that creates vibration or shock, the control device functions to control all devices, and the wireless transmission/reception device sends and receives control signals.

The moving picture camera and motion analyzer are devices necessary for the control device to control the intensity of sound, vibration and light by grasping the distance, movement and speed of arrows, bow armor devices, 3D hologram bow devices, and distance sensors.

Video cameras (966,973,979) and motion analyzers (965,972,980) include a 3D hologram bow device (951), a 3D hologram stick (952), a 3D hologram bow mount (953), a 3D hologram arrow (954), a bow armor device (955), and a distance sensor. The short and long distances (995, 996) between (956, 957), etc. are necessary for the control devices (959, 967, 981) to control various elements by grasping the movement and speed.

When the 3D holographic arrow 954 hits the target correctly, the speakers 961,971,976 emit a pleasant sound. The control devices 959, 967, and 981 are responsible for analyzing and controlling all devices. The wireless transmission/reception apparatuses 963,968, and 977 serve to exchange and receive various types of information. The scoreboard 978 shows a score when a goal is met, making it more fun.

Originally, you can't feel anything when you pull the 3D hologram bowstring (953), but in order to have a feeling similar to the flickering and power you feel when you pull a real bowstring, the 3D hologram bow device (950) and the 3D hologram bow device (950) in bow entertainment using 3D holograms The bow armor device 955 plays an important role.

When the distance sensor 956 of the 3D hologram bow device 950 and the distance sensor 957 of the bow armor device 955 are at a short distance 995, they do not react.

As the distance sensor 956 and the distance sensor 957 are in the shape of pulling the 3D hologram bow position 953, the farther the distance sensor 956 and the distance sensor 957 are, the more each vibrator (shocker) 960, 970 is able to Make it worse. When vibrating up and down, a person feels weight, and when vibrating left and right, people feel a sense of trembling, so it feels like you're actually pulling a bow.

When you pull the bow to shoot an actual bow, the arrow is held directly or the finger is attached when holding the bow, and in any case, the finger falls when firing the arrow.

Since the switch sensors 974 of the bow armor device 955 are also attached to each other when the bow is pulled, and the switch sensors 974 are separated from each other when firing an arrow, a 3D hologram using this principle It is possible to easily fire the 3D holographic arrow 954 by pulling the bow position 953.

As described above, entertainment using various types of 3D holograms makes 3D holograms so that you can enjoy musical instruments, gun fights, boxing, sword fights, archery, martial arts, table tennis, volleyball, etc.with a realistic feel even in a small space. Of course, a general hologram rather than a 3D hologram can have sufficient effect, but using a 3D hologram that develops day by day has the advantage of enjoying more realistic entertainment, so it is entertainment using 3D hologram.

It is also natural that a good entertainment game can be made with a general light.

Currently, AR devices are used to enjoy virtual reality, but in the future, entertainment using 3D holograms will become the mainstream of all entertainment and play, and entertainment using 3D holograms will come in real reality rather than virtual reality.

In particular, 3D holographic entertainment will become more and more desperately needed at a time when infectious diseases are outbreak and people are reluctant to contact people.

In addition, in order to enjoy entertainment using 3D holograms, it is essential to develop not only various hardware but also software technology, so if various technologies are further developed, you will be able to enjoy real-life entertainment with only 3D holograms.

As you can enjoy lifelike entertainment with 3D holograms without risk, the industrial applicability is endless.

1. Martial arts entertainment using 3D hologram

60: 3D hologram person, 61: 3D hologram fist, 62: 3D hologram foot, 63: person, 64: helmet device, 65: chute device, 66: glove device, 67: elbow device, 68: knee device, 69: shoes Device, 142: 3D holography, 143: speaker, 144: video camera, 145: motion analyzer, 146: control device, 147: wireless transmitting and receiving device, 148: scoreboard, 70: hole, 71: sensor (light and color detection sensor ), 72: vibrator (impacter), 73: light emitting device, 74: speaker, 75: control device 76: wireless transmission/reception device, 77: accelerometer, 78: battery, 130: video camera, 131: motion analyzer, 79: hole, 80: sensor (light and color detection sensor), 81: vibrator (shocker), 82: light emitting device, 83: speaker, 84: control device 85: wireless transmitting and receiving device, 86: accelerometer, 87: battery, 132: video camera, 133: motion analyzer, 88: hole, 89: sensor (light and color detection sensor), 90: light-emitting device, 91: speaker, 92: vibrator (shock device), 93: control device, 94: wireless transmitting and receiving device, 95: accelerometer , 96: battery, 134: video camera, 135: motion analyzer, 97: hole, 98: sensor (light and color detection sensor), 99: light-emitting device, 100: vibrator (shocker), 101: speaker, 102: control device 103: wireless transmitting and receiving device, 104: accelerometer, 105: battery, 136: video camera, 137: motion analyzer, 106: vibrator (shock device), 107: hole, 108: sensor (light and color detection sensor), 109: light emitting device , 110: control device 111: wireless transmitting and receiving device, 112: accelerometer, 113: speaker, 114: battery, 138: video camera, 139: motion analyzer, 115: hole, 116: light emitting device, 117: vibrator (shock machine), 118 : Sensor (light and color detection sensor), 11 9: control device 120: wireless transmitting and receiving device, 121: accelerometer, 122: speaker, 123: battery, 140: video camera, 141: motion analyzer.

2. Drum entertainment using 3D hologram

1: 3D hologram drum set, 2: stick device, 3: 3D hologram stick handle, 4: 3D hologram optical stick, 5: 　 symbol 1, 6: symbol 2, 7: symbol 3, 8: drum 1, 9: drum 2 , 10: drum 3, 11: drum 4, 12: bass drum, 13: 3D holography, 14: video camera, 15: motion analyzer, 16: control device, 17: wireless transmitting and receiving device, 18: speaker, 19: hole, 19-1: hole, 20: sensor (light and color detection sensor), 21: light-emitting device, 22: control device, 23: wireless transmission/reception device, 24: vibrator (shocker), 25: accelerometer, 26: battery, 27: Speaker, 28: pedal, 29: hole, 29-1: hole, 30: sensor (light and color detection sensor), 31: light emitting device, 32: speaker, 33: battery, 34: accelerometer, 35: wireless transmitting and receiving device, 36: control device, 37: vibrator (shock machine), 38: foot, 39: 3D hologram stick, 40: hole, 40-1: hole, 41: 3D holography, 42: sensor (light and color detection sensor), 43: Light-emitting device, 44: control device, 45: vibrator (shock machine), 46: wireless transmitting and receiving device, 47: accelerometer, 48: battery, 49: speaker, 52: scoreboard, 53: video camera, 54: motion analyzer, 55: Video camera, 56: motion analyzer, 57: video camera, 58: motion analyzer.

3. Sword fighting entertainment using 3D hologram

150: 3D hologram person, 151: person, 152: 3D hologram knife, 153: knife device, 154: 3D hologram ray knife, 155: 　 3D hologram knife handle, 156: 3D hologram ray knife device, 157: suit device, 158: Helmet device, 159: 3D holography, 160: wireless transmitting and receiving device, 161: speaker, 163: video camera, 164: motion analyzer, 165: control device, 209: scoreboard, 166: sensor (light and color detection sensor), 167 : Speaker, 168: hole, 169: vibrator (shock machine), 170: light emitting device, 171: control device, 172: accelerometer, 173: wireless transmitting and receiving device, 174: battery, 360: video camera, 361: motion analyzer, 175: Hole, 176: sensor (light and color detection sensor), 177: light emitting device, 178: vacuum (shock), 179: control device, 180: speaker, 181: accelerometer, 182: wireless transmitter and receiver, 183: battery, 184 : Hole, 185: sensor (light and color detection sensor), 186: vibrator (shock device), 187: light emitting device, 188: speaker, 189: control device, 190: battery, 191: accelerometer, 192: wireless transmission/reception device, 193 : 3D holography, 194: sensor (light and color detection sensor), 195: hole, 196: hole, 197: light emitting device, 198: control device, 199: accelerometer, 200: speaker, 201: wireless transmitting and receiving device, 202: battery , 203: vibrator (impacter), 204: hole, 205: hole, 206: hole, 362: video camera, 363: motion analyzer, 366: video camera, 367: motion analyzer, 368: video camera, 369: motion analyzer.

4. Total fight entertainment using 3D hologram

210: 3D hologram person, 211: 3D hologram gun, 212: 3D hologram person 1, 213: 3D hologram window, 214: 3D hologram beast, 215: 　 person, 216: pistol device, 217: helmet device, 218: suit device, 219: 3D holography, 220: hole, 221: hole, 222: sensor (light and color detection sensor), 223: vibrator (shock device), 224: light emitting device, 225: speaker, 226: control device, 227: accelerometer, 228 : Wireless transmitter/receiver, 229: battery, 230: hole, 231: hole, 232: sensor (light and color detection sensor), 233: vibrator (shock device), 234: speaker, 235: light emitting device, 236: control device, 237 : Accelerometer, 238: wireless transmission/reception device, 239: battery, 240: 3D holography, 241: 3D hologram bullet, 242: bullet mark, 243: control device, 244: vibrator (shock), 245: accelerometer, 246: wireless transmission/reception device , 247: speaker, 248: battery, 249: hole, 250: light emitting device, 251: hole, 252: 3D hologram bullet, 260: wireless transmitting and receiving device, 261: control device, 262: video camera, 263: motion analyzer, 264 : Speaker, 270: scoreboard, 380: video camera, 381: motion analyzer, 382: video camera, 383: motion analyzer, 390: video camera, 391: motion analyzer.

5. Tennis entertainment using 3D hologram

300: 3D hologram person, 301: 3D hologram tennis stick, 302: person, 303: tennis stick device, 304: 3D hologram tennis ball, 305: 3D hologram tennis net, 306: 3D hologram tennis court, 307: 3D holography, 308 : Wireless transmitter/receiver, 309: speaker, 310: video camera, 311: motion analyzer, 312: control device, 313: scoreboard, 314: hole, 315: sensor (light and color detection sensor), 325: light-emitting device, 316 : Control device, 317: accelerometer, 318: wireless transmitter/receiver, 319: speaker, 320: vibrator (shock machine), 321: battery, 323: video camera, 324: motion analyzer, 304-1: 3D hologram tennis ball facing upward, 304-2: 3D holographic tennis ball right in the center, 304-3: 3D holographic tennis ball right in the bottom.

6. Soccer entertainment using 3D hologram

400: 3D hologram person, 401: 3D hologram soccer ball, 402: person, 403: helmet device, 404: soccer shoe device, 405: thigh device, 406: 3D hologram soccer goal post, 460: 3D holography, 461: wireless transceiver, 462: speaker, 463: video camera, 464: motion analyzer, 465: control device, 466: scoreboard, 486: hole, 407: sensor (light and color detection sensor), 408: vibrator (shock device), 409: light emitting device , 410: control device, 411: video camera, 412: accelerometer, 413: wireless transmitting and receiving device, 414: battery, 415: motion analyzer, 416: speaker, 417: hole, 418: sensor (light and color detection sensor), 419 : Light-emitting device, 420: speaker, 421: vibrator (shock machine), 422: control device, 423: video camera, 424: accelerometer, 425: wireless transmission/reception device, 426: battery, 427: motion analyzer, 428: hole, 429: Sensor (light and color detection sensor), 430: control device, 431: speaker, 432: video camera, 433: accelerometer, 434: wireless transmitting and receiving device, 435: battery, 436: motion analyzer, 437: light emitting device, 438: vibrator (Shocker).

7. Basketball entertainment using 3D hologram

500: 3D hologram person, 501: person, 502: 3D hologram basketball ball, 503: glove device, 504: 3D hologram basketball hoop, 505: 3D holography, 506: speaker, 507: wireless transmitter and receiver, 508: video camera, 509 : Motion analyzer, 510: control device, 511: scoreboard, 512: hole, 513: sensor (light and color detection sensor), 514: video camera, 515: light emitting device, 516: vibrator (shock device), 517: speaker, 518: control device, 519: accelerometer, 520: wireless transmitting and receiving device, 521: battery, 522: motion analyzer.

8. Dart entertainment using 3D hologram

600: armor device, 601: 3D hologram dart, 602: 3D hologram target, 603: 3D hologram balloon, 604: 3D hologram balloon, 605: 3D hologram balloon, 606: 3D holography, 607: speaker, 608: wireless transmission/reception device, 609: video camera, 610: motion analyzer, 611: control device, 612: scoreboard, 613: 3D hologram animal, 630: hole, 631: 3D holography, 614: sensor (light and color detection sensor), 615: video camera , 616: speaker, 617: control device, 618: accelerometer, 619: wireless transmitting and receiving device, 620: battery, 621: motion analyzer, 622: light emitting device, 623: vibrator (shock device).

9. Baseball entertainment using 3D hologram

651: 3D hologram pitcher, 652: 3D hologram baseball, 653: baseball bat device, 654: sensor, 655: hole, 656: control device, 657: speaker, 658: vibrator (shocker), 659: battery, 660: wireless Transmitting/receiving device, 675: accelerometer, 676: light emitting device, 677: video camera, 678: motion analyzer, 661: 3D holography, 662: home plate, 663: angular speedometer, 664: wireless transmitting and receiving device, 665: video camera, 666: Swing Analyzer, 667: Analysis Device, 668: Beam Project, 669: Screen, 670: 3D Hologram Baseball, 671: Exactly Fit Baseball, 672: Upward Combed Baseball, 673: Downward Combed Baseball, 674 : 3D hologram baseball trajectory, 800: person, 801: baseball glove device, 802: pitcher glove device, 803: hole, 804: sensor (light and color detection sensor), 805: vibrator (shock machine), 806: light emitting device, 807: speaker, 808: control device, 809: accelerometer, 810: wireless transceiver, 811: battery, 812: hole, 813: hole, 814: sensor (light and color detection sensor), 815: vibrator (shocker), 816 : Light-emitting device, 817: speaker, 818: control device, 819: accelerometer, 820: wireless transmission/reception device, 821: battery, 822: 3D holography, 823: video camera, 824: motion analyzer, 825: hole, 826: pressure sensor ,

10. Golf entertainment using 3D hologram

701: 3D hologram golf ball, 702: 3D hologram golf tee, 703: golf club device, 704: sensor, 705: hole, 706: control device, 707: vibrator (shock machine), 708: speaker, 709: battery, 710: wireless Transmitting/receiving device, 723: video camera, 725: motion analyzer, 726: accelerometer, 724: light emitting device, 711: 3D holography, 712: angular speedometer, 713: video camera, 714: swing analyzer, 715: wireless transmitting and receiving device, 716: Analysis device, 717: beam project, 718: screen, 719: 3D hologram golf ball, 720: golf ball that fits correctly, 721: golf ball that fits a comb, 722: golf ball that fits a lot.

11. Table tennis entertainment using 3D hologram

900: 3D hologram table tennis table, 901: 3D hologram table tennis player, 902: 3D hologram table tennis table, 903: person, 904: table tennis equipment, 905: 3D hologram table tennis ball, 905-1: 3D hologram table tennis ball in the center, 905-2 : 3D hologram table tennis ball 905-3: 3D hologram table tennis ball, 906: 3D holography, 907: speaker, 908: wireless transmitter and receiver, 909: scoreboard, 910: video camera, 911: motion analyzer, 912: control device, 913: hole, 914: sensor (light and color detection sensor), 915: vibrator (shock), 916: light-emitting device, 917: speaker, 918: control device, 919: accelerometer, 920: wireless transmission/reception device , 921: battery, 922: video camera, 924: motion analyzer.

12. Bow entertainment using 3D hologram

950: 3D hologram bow, 951: human, 952: 3D hologram bow, 953: 3D hologram bow, 954: 3D hologram arrow, 955: bow armor, 956: distance sensor, 957: distance sensor, 958: 3D holography, 959: control device, 960: vibrator (shocker), 961: speaker, 962: battery, 963: wireless transmission/reception device, 965: motion analyzer, 966: video camera, 967: control device, 968: wireless transmission/reception device, 969: battery , 970: vibrator (impacter), 971: speaker, 972: motion analyzer, 973: video camera, 974: switch sensor, 975: 3D holography, 976: speaker, 977: wireless transmitter and receiver, 978: scoreboard, 979: video Camera, 980: motion analyzer, 981: control device, 986: 3D hologram scoreboard, 987: hole, 995: short distance, 996: long distance, 997: hole, 998: 3D holography.

Claims

In martial arts entertainment using 3D holograms,

A holography 142 to create a 3D hologram;

A 3D holographic person 60 that is made and moved by the holography 142 to fight;

A 3D holographic fist 61 that is made by holography 142 and applies a blow;

A 3D holographic foot 62 made by holography 142 and moving and applying a blow;

A person 63 equipped with a helmet device 64, a suit device 65, a glove device 66, an elbow device 67, a knee device 68, and a shoe device 69;

The hole 70, the sensor 71 for detecting light and color, the light emitting device 73, the control device 75, the wireless transmission/reception device 76, the vibrator (shocker) 72, the accelerometer 77, and the battery ( 78), a speaker 74, a video camera 130, and a motion analyzer 131, and when directly hitting a 3D hologram person 60, a glove device 66 that feels a feeling of hitting and makes a sound as if hitting a real person. ;

A hole 79, a sensor 80 for detecting light and color, a light emitting device 82, a control device 84, a wireless transmission and reception device 85, a vibrator (shocker) 81, an accelerometer 86, and a battery ( 87), a speaker 83, a video camera 132, and a motion analyzer 133. When directly hitting a 3D hologram person 60, an elbow device 67 that feels a feeling of hitting and makes a sound like when hitting a real person. ;

A hole 88, a sensor 89 for detecting light and color, a light emitting device 90, a control device 93, a wireless transmission/reception device 94, a vibrator (shock) 92, an accelerometer 95, and a battery ( 96), a speaker 91, a video camera 134, and a motion analyzer 135, and when directly hitting a 3D hologram person 60, the knee device 68, which feels a feeling of hitting and makes a sound like when hitting a real person. ;

The hole 97, the sensor 98 for detecting light and color, the light emitting device 99, the control device 102, the wireless transmission/reception device 103, the vibrator (shocker) 100, the accelerometer 104, and the battery ( 105), a speaker 101, a video camera 136, and a motion analyzer 137, and when directly hitting a 3D hologram person 60, a shoe device 69 that feels a sense of hitting and makes a sound as if hitting a real person. ;

The hole 107, the sensor 108 for detecting light and color, the light emitting device 109, the control device 110, the wireless transmitting and receiving device 111, the vibrator (shocker) 106, the accelerometer 112, and the battery ( 114), a speaker 113, a video camera 138, and a motion analyzer 139. When a 3D hologram fist 61 and a 3D hologram foot 62 are hit directly, the sound is felt as if hitting a real person. I have a helmet device 64;

The hole 115, the sensor 118 for detecting light and color, the light emitting device 116, the control device 119, the wireless transmitting and receiving device 120, the vibrator (shocker) 117, the accelerometer 121, and the battery ( 123), a speaker 122, a video camera 140, and a motion analyzer 141, and when directly hit with a 3D hologram fist 61 and a 3D hologram foot 62, feel the feeling of hitting and sound as if hitting a real person. I have a chute device 65;

External devices such as a control device 146, a video camera 144, a motion analyzer 145, a wireless transmission/reception device 147, and a speaker 143 are combined to allow the 3D hologram person 60 and the person 63 to directly contact each other. Martial arts entertainment using 3D holograms where you fight while feeling the feeling of hitting and listening to the sound.
In drum entertainment using 3D holograms,

A holography 13 to create a hologram;

A holographic drum set (1) composed of cymbals, drums, and bass drums combined in various colors made by the holography (13);

The hole 19, the hole 19-1, the sensor 20 for detecting light and color, the light emitting device 21, the control device 22, the wireless transmitting and receiving device 23, the vibrator (shock machine) 24, and It is composed of an accelerometer (25), battery (26), speaker (27), video camera (53) and motion analyzer (54). Device 2;

Hole 29, hole 29-1, sensor 30 for detecting light and color, light emitting device 31, speaker 32, battery 33, accelerometer 34, wireless transmission/reception device 35 The pedal is composed of a control device 36, a vibrator (impacter) 37, a video camera 55, and a motion analyzer 56. When hitting the bass drum 12, a pedal that produces a feeling of hitting and a sound as if hitting the actual drum ( 28) and;

Based on a sensor that detects light and color by combining external devices such as video camera 14, motion analyzer 15, control device 16, wireless transmission/reception device 17, speaker 18, and scoreboard 52 Drum entertainment using 3D holograms that feel and sound like hitting a real drum.
The method according to claim 2,

Hole 40, hole 40-1, 3D holography 41, light and color sensing sensor 42, light emitting device 43, control device 44, vibrator (impacter) 45, and wireless It consists of a transceiver 46, an accelerometer 47, a battery 48, a speaker 49, a video camera 57, and a motion analyzer 58, and a 3D hologram stick handle (3) that feels a real hit and makes a sound. ;

3D hologram stick The 3D hologram stick (39) that the light (4) is combined to feel the actual hitting feeling and make a sound.
In sword fighting entertainment using 3D holograms,

A holography 159 to create a hologram;

A moving holographic person 150 with a 3D holographic knife 152 made by holography 159;

A 3D holographic knife 152 made and moved by the holography 159;

A person 151 equipped with a 3D holographic sword 152, a holographic ray sword 154, a sword device 153, a helmet device 158, and a suit device 157;

The hole 168 and the hole 204, the sensor 166 for detecting light and color, the light emitting device 170, the control device 171, the wireless transmitting and receiving device 173, a vibrator (shock machine) 169, and an accelerometer ( 172), a battery 174, a speaker 167, a moving picture camera 360, and a motion analyzer 361, and a knife device 153 that produces a feeling of cutting and a sound;

The hole 175 and the hole 205, the sensor 176 that senses light and color, the light emitting device 177, the control device 179, the wireless transmitting and receiving device 182, a vibrator (shocker) 178, and an accelerometer ( 181), a battery 183, a speaker 180, a moving picture camera 366, and a motion analyzer 367, and a helmet device 158 having a feeling and sound of actually being cut;

Holes 184 and holes 206, sensors 185 for sensing light and color, light-emitting device 187, control device 189, wireless transmission and reception device 192, vibrator (shock machine) 186, accelerometer ( 191), a battery 190, a speaker 188, a moving picture camera 368, and a motion analyzer 369, and a suit device 157 that emits a feeling of being cut and a sound;

A 3D hologram in which a video camera 163, a motion analyzer 164, a control device 165, a wireless transmission/reception device 160, a speaker 161, and a scoreboard 209, which are external devices, are combined. Sword fighting entertainment using 3D holograms where 151) fights while listening to the sound and feeling the cut to each other.
The method of claim 4,

A holographic ray knife 154;

The holography 193, the hole 195, the hole 196, a sensor 194 for detecting light and color, a light emitting device 197, a control device 198, a wireless transmitting and receiving device 201, a vibrator (shock machine) ( Holographic rays consisting of 203, accelerometer 199, battery 202, speaker 200, video camera 362, and motion analyzer 363 are combined to produce a feeling of cutting and sound. Knife device (156).
In the gun fight entertainment using 3D hologram,

3D holography 219 to create a 3D hologram;

A 3D holographic man 210 and a 3D holographic beast 214 with a moving 3D hologram gun 211 and a moving 3D hologram window 213 made by 3D holography 219;

A person 215 equipped with a pistol device 216, a helmet device 217, and a chute device 218;

3D holography 240, hole 251, hole 249, light emitting device 250, control device 243, wireless transmitting and receiving device 246, vibrator (shocker) 244, accelerometer 245, and battery ( 248, a speaker 247, a video camera 390, and a motion analyzer 391, a pistol device 216 that emits a feeling and sound of actual shooting;

Hole 220, hole 221, sensor 222 for detecting light and color, light emitting device 224, control device 226, wireless transmitting and receiving device 228, vibrator (shock machine) 223, accelerometer ( Helmet device 217 consisting of 227, battery 229, speaker 225, video camera 380, and motion analyzer 381 to produce an actual feeling and sound of being shot;

Hole 230, hole 231, sensor 232 for detecting light and color, light emitting device 235, control device 236, wireless transmitting and receiving device 238, vibrator (shock machine) 233, accelerometer ( 237, a battery 239, a speaker 234, a video camera 382, and a motion analyzer 383, a suit device 218 that emits a feeling of being hit and a sound;

External devices such as video camera 262, motion analyzer 263, control device 261, wireless transmission/reception device 260, speaker 264, and scoreboard 270 are combined to produce the feeling and sound of shooting a real gun. Total fight entertainment using 3D hologram.
In tennis entertainment using 3D holograms,

3D holography 307 to create a 3D hologram;

3D holographic tennis stick 301 made by 3D holography 307, moving 3D holographic tennis ball 210, 3D holographic tennis net 305, 3D holographic tennis court 306, and moving 3D holographic person 300;

A person 302 with a tennis stick device 303;

A hole 314, a sensor 315 for detecting light and color, a light emitting device 325, a control device 316, a wireless transmission/reception device 318, a vibrator (shock machine) 320, an accelerometer 317, and a battery ( 321, a speaker 319, a video camera 323, and a motion analyzer 324, a tennis stick device 303 that produces a feeling and sound of hitting the ball;

External devices such as a video camera 310, a motion analyzer 311, a control device 312, a wireless transmission/reception device 308, a speaker 309, and a scoreboard 313 are combined to form a 3D hologram person 300 and a person ( 302) Tennis entertainment using 3D hologram with the feeling and sound of hitting a real tennis ball.
In football entertainment using 3D holograms,

3D holography 460 to create a 3D hologram;

A 3D holographic soccer ball 401 and a 3D holographic soccer goal 406 and a 3D holographic person 400 in which the 3D holography 460 moves completely;

A person 402 equipped with a helmet device 403, a soccer shoe device 404, and a thigh device 405;

A hole 428, a sensor 429 for detecting light and color, a light emitting device 437, a control device 430, a wireless transmission/reception device 434, a vibrator (shocker) 438, an accelerometer 433, and a battery ( 435), a speaker 431, a moving picture camera 432, and a motion analyzer 434, and a helmet device 403 that produces a feeling and sound of heading the actual ball;

A hole 486, a sensor 407 for detecting light and color, a light emitting device 409, a control device 410, a wireless transmission/reception device 413, a vibrator (shocker) 408, an accelerometer 412, and a battery ( 414), a speaker 416, a video camera 423, and a motion analyzer 425, and a soccer shoe 404 having a feeling and sound of actually kicking a ball;

A hole 417, a sensor 418 for detecting light and color, a light emitting device 419, a control device 422, a wireless transmission/reception device 425, a vibrator (shocker) 421, an accelerometer 424, and a battery ( 426, a speaker 420, a video camera 423, and a motion analyzer 427, and a thigh device 403 that produces a feeling and sound of actually kicking a ball;

External devices such as a video camera 463, a motion analyzer 464, a control device 465, a wireless transmission/reception device 461, a speaker 462, and a scoreboard 466 are combined to form a 3D hologram person 400 and a person ( 402) Soccer entertainment using 3D hologram with the feel and sound of kicking a real soccer ball.
In basketball entertainment using 3D holograms,

3D holography 505 to create a 3D hologram;

A moving 3D holographic basketball 502 made by 3D holography 505, a 3D holographic basketball hoop 504, and a moving 3D holographic person 500;

A person 501 equipped with an armor device 503;

The hole 512, the sensor 513 for detecting light and color, the light emitting device 515, the control device 518, the wireless transmission/reception device 520, a vibrator (shock device) 516, an accelerometer 519, and a battery ( A glove device 503 consisting of a 521, a speaker 517, a video camera 514, and a motion analyzer 522 to produce a feeling and sound of actually throwing a basketball;

External devices such as a video camera 508, a motion analyzer 509, a control device 510, a wireless transmission/reception device 507, a speaker 506, and a scoreboard 511 are combined 3D hologram people 500 and people ( 501) Basketball entertainment using 3D hologram with the feeling and sound of throwing a real basketball.
In darts entertainment using 3D holograms,

3D holography 606 to create a 3D hologram;

The 3D hologram dart 601 and the 3D hologram target 602 and the 3D hologram balloons 603, 604 and 605 and the 3D holographic animals 613 are moved by the 3D holography 606;

A human-equipped armor device 600;

3D holography 631, hole 630, light emitting device 622, sensor 614 for detecting light and color, control device 617, wireless transmitting/receiving device 619, vibrator (shocker) 623, accelerometer A glove device 600 consisting of a battery 620, a speaker 616, a moving picture camera 615, and a motion analyzer 621, and an actual dart throwing feeling and sound;

External devices such as video camera 609, motion analyzer 610, control device 611, wireless transmission/reception device 608, speaker 607, and scoreboard 612 are combined to produce a feeling and sound of actually throwing darts. Darts entertainment using 3D holograms.
In baseball entertainment using 3D holograms,

3D holography 661 to create a 3D hologram;

A moving 3D holographic pitcher 651 made by 3D holography 661, a moving 3D holographic baseball ball 652, and a moving 3D holographic baseball trajectory 674;

A baseball bat device 653 having a hole 655;

A sensor 654 that senses light and color installed inside the baseball bat device 653, a battery 659 that supplies power, a vibrator 658 that gives a shock to feel a hit, and a speaker 657 that makes an actual hitting sound And a light emitting device 676 that produces visual effects, a video camera 677 that can analyze and grasp the motion, and a motion analyzer 678 and an accelerometer 675 that measures the speed of the bat, and a wireless transmission/reception device 660 that exchanges information ) And a control device 656 for controlling all information;

Each speedometer 663 capable of measuring the swinging speed of the baseball bat device 653;

A video camera 665 capable of measuring a video swinging the baseball bat device 653 and a swing analyzer 666 capable of analyzing a swing;

3D holography 661 to create a 3D holographic baseball 652 and 3D holographic baseball trajectory 674 and a 3D holographic baseball 670;

A wireless transmitting/receiving device 660 and a wireless transmitting/receiving device 664 for transmitting and receiving information from the control device;

A beam project 668 that illuminates data such as the trajectory, distance, angle, and score of the 3D baseball 670 hit by the baseball bat device 653 and a screen 669 showing data;

A sensor 804 that senses light and color, a hole 803, a vibrator (shocker) 805, a light emitting device 806, a speaker 807, a control device 808, an accelerometer 809, and a wireless transmission/reception device ( A baseball glove device 801 consisting of 810 and a battery 811 to produce a feeling and sound of receiving a real baseball;

Light and color detection sensor 814, holes 812, 813, 825, vibrator (shock machine) 815, light emitting device 816, speaker 817, control device 818, accelerometer 819, wireless transmission and reception A pitcher glove device that includes a device 820, a battery 821, a 3D holography 822, a video camera 823, a motion analyzer 824, and a pressure sensor 826. 802) and;

Baseball entertainment using a 3D hologram with the feeling and sound of hitting, throwing, and receiving a real baseball by combining the analysis device 667 that acts as a control tower that integrates, analyzes and controls all information.
In golf entertainment using 3D holograms,

3D holography 711 to create a 3D hologram;

3D holographic golf ball 701, 3D holographic golf tee 702, and 3D holographic golf ball 719 made by 3D holography 711;

A golf club device 703 having a hole 705 to detect light;

A sensor 704 that senses light and color installed inside the golf club device 703, a battery 709 that supplies power, a vibrator 707 that gives a shock to feel a hit, and a speaker 708 that makes a real hitting sound. A light emitting device 724 that produces visual effects, a video camera 723 that can analyze and grasp the motion, a motion analyzer 725, and an accelerometer 726 that measures the speed of a golf club, and a wireless transmission/reception device 710 that exchanges information And a control device 706 for controlling all information and;

An angular velocity meter 712 capable of measuring the swinging speed of the golf club device 703;

A video camera 713 capable of measuring a video swinging the golf club device 703 and a swing analyzer 714 capable of analyzing a swing;

3D holography 711 to create a 3D holographic golf ball 701 and to create a trajectory of the 3D holographic golf ball 701;

A wireless transmitting/receiving device 710 and a wireless transmitting/receiving device 715 for transmitting and receiving information from the control device;

A beam project 717 that illuminates data such as the trajectory, distance, angle, and score of the 3D golf ball 701 hit by the golf club device 703 and a screen 718 showing data;

Golf entertainment using a 3D hologram that makes the feel and sound of hitting a real golf ball combined with an analysis device 716 that acts as a control tower that integrates, analyzes, and controls all information.
In table tennis entertainment using 3D holograms,

3D holography 906 to create a 3D hologram;

A moving 3D hologram table tennis table 902 made by 3D holography 906, a moving 3D hologram table tennis ball 905, a 3D hologram table tennis table 900, and a moving 3D hologram table tennis player 901;

A person 903 with a table tennis device 904;

A hole 913, a sensor 914 for detecting light and color, a light emitting device 916, a control device 918, a wireless transmission/reception device 920, a vibrator (shocker) 915, an accelerometer 919, and a battery ( 922), a speaker 917, a video camera 922, and a motion analyzer 924, and a table tennis device 904 that produces a feeling and sound of actually hitting a ball;

External devices such as a video camera 910, a motion analyzer 911, a control device 912, a wireless transmission/reception device 908, a speaker 907, and a scoreboard 909 are combined to form a 3D hologram table tennis player 901 and a person. (903) Ping-pong entertainment using a 3D hologram with the feeling and sound of hitting a real ping pong ball.
In bow entertainment using 3D hologram,

3D holography (658,975,998) to create 3D holograms;

A 3D hologram stick 952 made by 3D holography, a moving 3D hologram bow 953, a moving 3D hologram arrow 954 and a 3D hologram scoreboard 986;

A bow armor device 955 mounted by a person and a 3D hologram bow device 950 held by a person;

3D holography (958), hole (987), distance sensor (956), control device (959), wireless transmission/reception device (963), vibrator (shocker) 960, battery (962), speaker (961), video camera A 3D hologram bow device 950 consisting of a motion analyzer 965, a 3D hologram stick 952, and a 3D hologram bow 953, and a feeling and sound of actually pulling and shooting a bow;

Distance sensor 957, control device 967, wireless transmitting and receiving device 968, battery 969, vibrator (shocker) 970, speaker 971, motion analyzer 972, video camera 973, and switch It consists of a sensor 974, a hole 977, and a 3D holography 998, and pulls the 3D hologram bow 953 and the 3D hologram arrow 954 to fire the 3D hologram arrow 954, while pulling the bow and shooting. A bow glove device 955 that makes a sound;

As the 3D hologram bow device 950 and the bow armor device 955 get farther away from the distance 966, the vertical vibration and the left-right vibration of the vibrators (shockers) 960, 970 become more severe, making them feel weight and feel trembling. A distance sensor 956 and a distance sensor 957 acting to make you think of pulling an actual bow demonstration;

A switch sensor 974 for firing an arrow when the sensors are separated from each other;

As additional external devices, it is composed of a video camera 979, motion analyzer 980, control device 981, wireless transmission/reception device 977, speaker 976, and scoreboard 978. Ghana's bow entertainment using 3D holograms.