Abstract: A multimedia playing device includes a central processing unit, a plurality of sensors electrically coupled to the central processing unit, and an output unit electrically coupled to the central processing unit. The plurality of sensors are operated together with the central processing unit, such that after the sensors detect different hand movements of a user, the central processing unit reads and determines the hand movement and transmits related control signals to the output unit according to different hand movements to achieve the effects of using a hand posture to control related functional movements and enhancing the convenience of using the multimedia playing device.

Abstract: A wireless image transmission device includes an image processing main body; an image display unit electrically connected to the image processing main body; a first switching unit electrically connected to between the image processing main body and the image display unit; an image shooting control unit electrically connected to the first switching unit; and a wireless transmission unit electrically connected to the image shooting control unit. With these arrangements, images to be wirelessly transmitted from the wireless image device need not be converted in file type, so that the wireless image transmission device can have high transmission efficiency and simplified overall configuration to overcome the drawback of complicated configuration in the prior art wireless image transmission device.

Abstract: A real-time multimedia signal transmission device includes a case including a multimedia information capture section, a processing unit, a signal conversion section and a wireless transceiver section. The processing unit processes output of the multimedia information capture section to generate a multimedia signal. The signal conversion section processes the multimedia signal to generate a multimedia packet signal. The wireless transceiver section transmits the multimedia packet signal to at least one smart handheld device wirelessly linking the real-time multimedia signal transmission device. If receiving a remote control command from the at least one smart handheld device via the wireless transceiver section, the processing unit controls the real-time multimedia signal transmission device to perform a function control corresponding to the remote control command.

Abstract: A real-time audio/video transmission device is wirelessly linked to a smart handheld device for transmitting an AV signal to the latter for playing, and includes a central processing unit for receiving and converting image and sound signals into an AV signal; an image capture section electrically connected to the CPU for capturing and converting an external image into an image signal for transmitting to the CPU; a sound capture unit electrically connected to the CPU for capturing and converting an external sound into a sound signal for transmitting to the CPU; and a wireless transmission section electrically connected to the CPU for receiving the AV signal and wirelessly transmitting the latter to the smart handheld device. With the smart handheld device, the real-time AV transmission device does not require a display and can have reduced manufacturing cost and be monitored from a remote location while provides diversified functions.

Abstract: A wireless image shooting device includes a main body and a controlling display module. The main body includes a first central processing unit (CPU), a first wireless transmission unit, a first memory unit and an image shooting unit. The controlling display module includes a second CPU, a second wireless transmission unit, a second memory unit and a touch display unit. When the controlling display module is connected to the main body, data is transmitted between the first and the second CPU via cables; and when the controlling display module is separated from the main body, data is wirelessly transmitted between the first and the second wireless transmission unit. With these arrangements, the main body can be wirelessly controlled by the controlling display module to shoot images, so that the wireless image shooting device has increased functionality.

Abstract: An image pickup device includes a main body, in which a processing unit is provided to electrically connect to a front image pickup unit mounted on a front side of the main body, an image display unit mounted to one side of the main body, a rear image pickup unit mounted on a rear side of the main body, and a memory unit and a power supply unit mounted in the main body. The processing unit has an image combination processing module for combining images picked up by the front and the rear image pickup unit into one image. With this design, images in front of and behind the image pickup device can be simultaneously captured and then combined into one to provide a photographer with more flexibility and fun in using the image pickup device.

Abstract: An imaging apparatus includes an audio/video capture mechanism and an output mechanism movably installed at a side of the audio/video capture mechanism, and the output mechanism includes a first display unit and a second display unit installed on both surfaces of the output mechanism respectively and coupled to the audio/video capture mechanism, such that the imaging apparatus can display a captured image by the first and second display units and allow a photographer to view the content of a captured image while taking the picture of his own, as well as allowing the photographer and a photographed party to simultaneously view the content of a capture image, so as to achieve a more practical photographical effect to cope with different requirements.

Abstract: An imaging apparatus includes an audio/video capture mechanism having an audio/video processing unit, an image synchronization unit, a first imaging unit, a second imaging unit and a sound input/output unit; and an output mechanism movably installed on a side of the audio/video capture mechanism, and including a display unit installed on a surface of the output mechanism and coupled to the audio/video capture mechanism, and the second imaging unit is installed on another surface of the output mechanism, such that when the imaging apparatus is used for taking a picture, the first and second imaging units are used for capturing images from a same viewing angle, and the image synchronization unit is provided for synchronously combining the images to form a three-dimensional (3D) image, so as to achieve the effects of capturing and playing the 3D image.

Abstract: An image pickup device includes a main body, an image pickup assembly, and a cover. The image pickup assembly is located in the main body and has an image pickup section and an infrared emitter section. The image pickup section has a lens, a light filter, and a light sensing element. The light filter is located between the lens and the light sensing element to allow visible light and infrared light of a predetermined wavelength to pass therethrough and reach at the light sensing element. The cover is located on the main body to cover the image pickup assembly, and has an image pickup window positioned corresponding to the image pickup section and an emission window positioned corresponding to the infrared emitter section. With these arrangements, the image pickup device can be used to pick up images of an object in a fully dark environment.