The technical solution of the disclosure discloses a teleprompter, which includes a teleprompter reflector mechanism and a display support mechanism. The display support mechanism is located on the front side of the teleprompter reflector mechanism. The teleprompter further includes a clamping mechanism, which is configured to be removably connected with different positions on the back side of the teleprompter reflector mechanism. When using, a smart terminal can be clamped in the clamping mechanism so as to align the smart terminal with the shoot hole for shooting. The technology realizes to combine the smart terminal shoot with the teleprompter, so that users are convenient to use, and does not need to take additional cameras, thereby making it easy to take and reducing labor intensity.

A method of augmenting real world objects and surfaces with projected virtual imagery. A camera interfaced with a projector, captures an image of the object or the surface in real time and a software application generates the three-dimensional positional location of the object or surface with respect to the camera. This information is transmitted to the projector together with selected virtual imagery. The camera and projector are positioned for synchronized movement for aiming the projected virtual imagery on the real world object or surface.

Systems and methods for projecting a color onto a surface are provided. The method includes selecting, using an application on a mobile electronic device, a color from a list of one or more colors, identifying a color of a surface onto which the selected color is to be projected, and determining, using a processor, a color of light to be projected onto the surface such that the color of light, in conjunction with the color of the surface, produces the selected color. The method further includes projecting, using a projector, the color of light onto the surface.

Systems, methods, devices and non-transitory, computer-readable storage mediums are disclosed for a wearable multimedia device and cloud computing platform with an application ecosystem for processing multimedia data captured by the wearable multimedia device. In an embodiment, a body-worn apparatus comprises: a camera; a depth sensor; a laser projection system; one or more processors; memory storing instructions that when executed by the one or more processors, cause the one or more processors to perform operations comprising: capturing, using the camera, a set of digital images; identifying an object in the set of digital images; capturing, using the depth sensor, depth data; identifying a gesture of a user wearing the apparatus in the depth data; associating the object with the gesture; obtaining data associated with the object; and projecting, using the laser projection system, a laser projection of the data on a surface.

An operation control method for a vehicle infotainment system for enabling phone projection to be automatically executed during a connection between a head unit of a vehicle and a smart device, and the method comprises: a phone projection setting step of allowing any one of a plurality of phone projections mounted on a head unit of a vehicle to be set; a step of connecting a first smart device to the head unit of a vehicle; a step of determining whether the first smart device connected to the head unit of a vehicle supports the phone projection set in the phone projection setting step; and a step of executing the set phone projection if the first smart device supports the set phone projection, according to the determination result.

A projection system includes a power supply device, a wireless charging transmission device, a projection system control assembly, a storage unit, and an optical system. The projection system control assembly controls a light valve thereof to convert illumination beam into image beam. A projection lens thereof projects the image beam to be a projection image. A user operation information is stored in the storage unit. The projection image includes an operation menu related to the user operation information. The projection system control assembly turns on or turns off the wireless charging transmission device according to the user operation information to wirelessly charge electronic device. A wireless charging method of the projection system is also provided.

A device search apparatus includes: a communication device which wirelessly communicates with a device; an input device to which information is inputted; a display device which displays information; and a processing device which, if input information including a predetermined keyword is received via the input device, searches for a device, using the communication device, extracts a device associated with a device name included in the input information from among the devices detected by the search, and displays a device indication representing each of the extracted devices on the display device.

A system and method for projecting a holographic image of an object, the system preferably comprising a mobile or smart phone having a power supply source; a central processing unit; software provided by the smart phone for transforming a two dimensional image to project an untethered or seemingly suspended holographic image, the smart phone preferably providing the light source and a holographic, table top projection device having a display window configured to permit the holographic image to be projected therethrough and into space adjacent to the table top device, wherein the optical elements for enabling the holographic projection, namely, a spherical mirror, a circular polarizer, and a beam splitter are housed in the table top device and the same is provided with a slot or pocket configured to hold and maintain the smart phone in mechanical and electronic connection to the table top device.

A secure display stand for an electronic device or other object plays electronic media relating to the device on display. A holder holds the electronic device to be displayed, and an arm extends from the surface to the holder. A projector is associated with the arm and directed towards the surface to project media images onto the surface.

In one or more embodiments disclosed herein, an electronic device may include a display device operable to project an image, a front cover substrate positioned over the display device and including a transparent material, and a protective coating disposed on at least a portion of the non-display area of the front cover substrate. The front cover substrate may include a display area over the display device and a non-display area around at least the perimeter of the front cover substrate. The protective coating may include an inorganic material. The protective coating may not be positioned over the display area.