Abstract: The present invention provides an image correction system configured on an electronic device, which outputs an image to a display screen and stores at least one image regression application unit; the at least one image regression application unit at least comprises a tilt correction element and an aspect correction element and is used to extract an original image captured image and generated tilt angle information from one or more image information carriers, to output a new pixel position based on tilt angle information of a gravity angle sensor, and to perform image aspect ratio correction, so as to obtain a result of regressing a horizontal tilt angle of a minimum complete image when an image capture device is tilted and maintaining the aspect ratio, thereby enabling an image record to be regressed to horizontal, non-truncated, and consistent with the aspect ratio of an original image.

Abstract: An electronic imaging system for capturing and displaying the images in real time is disclosed, which includes a controller, a display device and a left to right mirror module. The controller has a camera lens and a transmission unit. The camera lens can capture the image signals. The transmission unit transmits the captured image signals. The display device has a receiving unit and a display unit. The receiving unit receives the image signal from the transmission unit of the controller, and the display unit displays the images received in real time. The left to right mirror module is used to mirror the image signal, which is then displayed on the display device.

Abstract: An electronic imaging system for capturing and displaying the images in real time is disclosed, which includes a controller, a display device and a left to right mirror module. The controller has a camera lens and a transmission unit. The camera lens can capture the image signals. The transmission unit transmits the captured image signals. The display device has a receiving unit and a display unit. The receiving unit receives the image signal from the transmission unit of the controller, and the display unit displays the images received in real time. The left to right mirror module is used to mirror the image signal, which is then displayed on the display device.

Abstract: An electronic imaging system for capturing and displaying the images in real time is disclosed, which includes a controller, a display device and a left to right mirror module. The controller has a camera lens and a transmission unit. The camera lens can capture the image signals. The transmission unit transmits the captured image signals. The display device has a receiving unit and a display unit. The receiving unit receives the image signal from the transmission unit of the controller, and the display unit displays the images received in real time. The left to right mirror module is used to mirror the image signal, which is then displayed on the display device.

Abstract: A toothpaste container having multiple outlets is provided. The toothpaste container includes a toothpaste tube, at least two heads distributed on the toothpaste tube, and at least two caps correspondingly provided to the heads. Each head has an outlet allowing the toothpaste contained in the toothpaste tube to be extruded therefrom. At least one air vent is configured at the toothpaste tube near the head. The caps are assigned with different colors or symbols, so that they can be conveniently identified by their hosts. As such, each family member has his own outlet, from which the toothpaste can be extruded. Therefore, cross infection of oral disease among family members can be avoided. Further, the present invention allows a plurality of persons to in common use one toothpaste tube while remaining individuals being well protected. Moreover, the present invention also saves the space in toilet which would have been often occupied by many toothpaste tubes.