Abstract: A head mounted display device has a mount which attaches the device to a user's head, a beam-splitter attached to the mount with movement devices, an image projector which projects images onto the beam-splitter, an eye-tracker which tracks a user's eye's gaze, and one or more processors. The device uses the eye tracker and movement devices, along with an optional head-tracker, to move the beam-splitter about the center of the eye's rotation, keeping the beam-splitter in the eye's direct line-of-sight. The user simultaneously views the image and the environment behind the image. A second beam-splitter, eye-tracker, and projector can be used on the user's other eye to create a stereoptic, virtual environment. The display can correspond to the resolving power of the human eye. The invention presets a high-resolution image wherever the user looks.

Abstract: A head mounted display device has a mount which attaches the device to a user's head, a beam-splitter attached to the mount with movement devices, an image projector which projects images onto the beam-splitter, an eye-tracker which tracks a user's eye's gaze, and one or more processors. The device uses the eye tracker and movement devices, along with an optional head-tracker, to move the beam-splitter about the center of the eye's rotation, keeping the beam-splitter in the eye's direct line-of-sight. The user simultaneously views the image and the environment behind the image. A second beam-splitter, eye-tracker, and projector can be used on the user's other eye to create a stereoptic, virtual environment. The display can correspond to the resolving power of the human eye. The invention presets a high-resolution image wherever the user looks.

Abstract: An image generator system (5) with a warehouse database (3) that is integrated to an image generator system human interface (FIG. 6) (virtual reality) and integrated to a warehouse management system's (WMS) stock location system (FIG. 1). This software and hardware combination performs warehousing functions in a simple, visual, real time, non real time and three-dimensional environment. This computer combination is intended for organizations to more efficiently manage the warehousing process—especially by locating key positions. World famine can be reduced with the capabilities of visualizing locations within any warehouse. All industries that use warehouses can ultimately use this virtual reality warehouse management system complement to augment their distribution process. The combination of two previous technologies: that of Virtual Reality (real time 3D graphics) and the field of warehousing and warehouse management systems.