Abstract: The disclosed computer-implemented method may a strap adjustment mechanism having a first strap and a second strap positioned to at least partially overlap the first strap. The strap adjustment mechanism may also include a first strap adjuster, and a proximal portion of the first strap may be coupled to the first strap adjuster and the second strap is threaded through the first strap adjuster. In addition, the strap adjustment mechanism may include a second strap adjuster, and a proximal portion of the second strap is coupled to the second strap adjuster and the first strap is threaded through the second strap adjuster. Various other devices, systems, and methods are also disclosed.

Abstract: A head-mounted display may include a frame for supporting an electronic display for viewing by an intended user donning the head-mounted display. The frame may include a flange disposed on a perimeter area of the frame and a facial interface configured to abut against an intended user's face wherein the facial interface comprises a foam body and an undercut region in the foam body that is sized and shaped for detachably engaging with the flange of the frame. Various other apparatuses, systems, and methods are also disclosed.

Abstract: A head-mounted display may include a frame for supporting an electronic display for viewing by an intended user donning the head-mounted display. The frame may include a flange disposed on a perimeter area of the frame and a facial interface configured to abut against an intended user's face wherein the facial interface comprises a foam body and an undercut region in the foam body that is sized and shaped for detachably engaging with the flange of the frame. Various other apparatuses, systems, and methods are also disclosed.

Abstract: A lens assembly can be removably attached to an eye cone of a HMD. The eye cone displays images to an eye of a user of the HMD. The eye cone includes a peripheral wall that extends towards rear of the HMD. The lens assembly includes a corrective lens and a frame. The corrective lens corrects a vision error of the eye of the user. The frame includes an inner surface onto which the corrective lens is attached. The frame also includes a wall that receives a peripheral wall of the eye cone for removably securing the lens assembly to the HMD. The HMD can include another eye cone that displays images to the other eye of the user. Another lens assembly can be removably attached to the other eye cone.

Abstract: A lens assembly can be removably attached to an eye cone of a HMD. The eye cone displays images to an eye of a user of the HMD. The eye cone includes a peripheral wall that extends towards rear of the HMD. The lens assembly includes a corrective lens and a frame. The corrective lens corrects a vision error of the eye of the user. The frame includes an inner surface onto which the corrective lens is attached. The frame also includes a wall that receives a peripheral wall of the eye cone for removably securing the lens assembly to the HMD. The HMD can include another eye cone that displays images to the other eye of the user. Another lens assembly can be removably attached to the other eye cone.

Abstract: In a manufacturing process management system 10, each of input terminals 401 to 40n located respectively in multiple manufacturing processes of a process flow with regard to a preset product reads a barcode 164 attached to a target 160 and inputs a start of processing with regard to the product. The manufacturing process management system 10 maps the product to a processing status and stores the mapping into a database 130. In response to input of an acquisition request of the processing status with regard to the product from a client PC 50, the manufacturing process management system 10 reads the processing status according to the acquisition request from the database 130, creates a response message, and outputs the created response message to the client PC 50. This manufacturing process management system enables a current location of the preset product to be readily managed in the process flow of the multiple manufacturing processes.

Abstract: In a manufacturing process management system 10, each of input terminals 401 to 40n located respectively in multiple manufacturing processes of a process flow with regard to a preset product reads a barcode 164 attached to a target 160 and inputs a start of processing with regard to the product. The manufacturing process management system 10 maps the product to a processing status and stores the mapping into a database 130. In response to input of an acquisition request of the processing status with regard to the product from a client PC 50, the manufacturing process management system 10 reads the processing status according to the acquisition request from the database 130, creates a response message, and outputs the created response message to the client PC 50. This manufacturing process management system enables a current location of the preset product to be readily managed in the process flow of the multiple manufacturing processes.