Information processing device, head-mounted display, and image displaying method
AssigneeSony Interactive Entertainment Inc.
InventorShoichi Ikenoue
Life of this patent
Estimating the term…
Abstract
A vibration generation device 112 is provided in a head-mounted display, and as a result of processing by a content processing unit 72, a vibration controlling unit 80 causes the vibration generation device 112 to vibrate so as to correspond to display contents. A drawing unit 86 of a display image generation unit 74 acquires a measurement value of a motion sensor 64 from a measurement value acquisition unit 82 and draws an image in a field of view corresponding to the position and the posture of the user head. During a period during which the vibration generation device 112 vibrates, a vibration correction unit 88 corrects the measurement value in response to the vibration.
Claims14
An information processing device comprising:
- processing circuitry configured to
- acquire a measurement value by a motion sensor that is built in a head-mounted display;
- generate a display image in a field of view based on the measurement value;
- cause data of the display image to be displayed on a display panel;
- cause a vibration motor built in the head-mounted display to vibrate so as to correspond to contents of the display image;
- and
- correct the measurement value in response to the vibration during a period during which the vibration motor is caused to vibrate and then determines the field of view, wherein the processing circuitry for correcting the measurement value is further configured to
- remove a frequency component of vibration provided to the vibration motor from a waveform of the measurement value during a period during which the vibration motor is caused to vibrate.
A head-mounted display comprising:
- an information processing device including processing circuitry configured to
- acquire a measurement value by a motion sensor that is built in the head-mounted display,
- generate a display image in a field of view based on the measurement value,
- cause data of the display image to be displayed on a display panel, and
- cause a vibration motor built in the head-mounted display to vibrate so as to correspond to contents of the display image,
- correct the measurement value in response to the vibration during a period during which the vibration motor is caused to vibrate and then determines the field of view, wherein the processing circuitry for correcting the measurement value is further configured to
- remove a frequency component of vibration provided to the vibration motor from a waveform of the measurement value during a period during which the vibration motor is caused to vibrate;
- and
- the motion sensor, the display panel, and the vibration motor.
An image displaying method comprising:
- acquiring a measurement value by a motion sensor that is built in a head-mounted display;
- generating a display image in a field of view based on the measurement value;
- causing data of the display image to be displayed on a display panel;
- causing a vibration motor built in the head-mounted display to vibrate so as to correspond to contents of the display image;
- and
- correcting the measurement value in response to the vibration during a period during which the vibration motor is caused to vibrate and then determines the field of view, wherein correcting the measurement value includes
- removing a frequency component of vibration provided to the vibration motor from a waveform of the measurement value during a period during which the vibration motor is caused to vibrate.
A non-transitory computer-readable storage medium storing computer-readable instructions thereon which, when executed by a computer, cause the computer to perform a method, the method comprising:
- acquiring a measurement value by a motion sensor that is built in a head-mounted display;
- generating a display image in a field of view based on the measurement value;
- causing data of the display image to be displayed on a display panel;
- causing a vibration motor built in the head-mounted display to vibrate so as to correspond to contents of the display image;
- and
- correcting the measurement value in response to the vibration during a period during which the vibration motor is caused to vibrate and then determines the field of view, wherein correcting the measurement value includes
- removing a frequency component of vibration provided to the vibration motor from a waveform of the measurement value during a period during which the vibration motor is caused to vibrate.
Dependencies are inferred from the claim text.