Abstract: A scanning system includes a scanner and a host device. The host device is operated to select a scanning region. An object exists in the scanning region. The host device provides a predicted model corresponding to the object. The predicted model has at least one first characteristic parameter. The scanner scans the object and transmits a plurality of scanned images to the host device. The host device integrates the scanned images into a temporary image. The temporary image has at least one second characteristic parameter. The host device determines whether the second characteristic parameter matches with the first characteristic parameter. When the host device determines that the second characteristic parameter matches with the first characteristic parameter, the host device retains the temporary image. When the host device determines that the second characteristic parameter does not match with the first characteristic parameter, the host device abandons the temporary image.

Abstract: A scanning system includes a scanner and a host device. The host device is operated to select a scanning region. An object exists in the scanning region. The host device provides a predicted model corresponding to the object. The predicted model has at least one first characteristic parameter. The scanner scans the object and transmits a plurality of scanned images to the host device. The host device integrates the scanned images into a temporary image. The temporary image has at least one second characteristic parameter. The host device determines whether the second characteristic parameter matches with the first characteristic parameter. When the host device determines that the second characteristic parameter matches with the first characteristic parameter, the host device retains the temporary image. When the host device determines that the second characteristic parameter does not match with the first characteristic parameter, the host device abandons the temporary image.

Abstract: A method for automated channel installation comprises the following steps. In step (A), a frequency scanning operation is executed to lock on to a frequency. In step (B), it is determined whether the frequency scanning operation is complete, if so, the process proceeds to step (F), otherwise, to step (C). In step (C), it is determined whether the locked frequency corresponds to a reserved channel number, if so, the process proceeds to step (D), otherwise, to step (E). In step (D) the corresponding reserved channel number is assigned to the locked frequency, and then proceeds to step (A). In step (E), the locked frequency not corresponding to the reserved channel number is stored in a caching table, and then proceeds to step (A). In step (F), an unused channel number is assigned to the frequency stored, if any, in the caching table.

Abstract: A method for searching a frequency band to locate a channel. The method includes the steps of setting an initial frequency and a first frequency step; determining a frequency point based on the initial frequency and the first frequency step; determining whether the frequency point satisfies a first condition, which is continuously detecting a horizontal signal a predetermined number of times. When the first condition is satisfied, the frequency point is recorded as an entrance point. A second frequency step based on the entrance point determines a second frequency point, wherein the second frequency step is less than the first frequency step. It is then determined if a channel exists at the second frequency point. The entrance point is recorded as the updated initial frequency for the next search. The described steps are repeated for the entire frequency band.

Abstract: A method for searching a frequency band to locate a channel. The method includes the steps of setting an initial frequency and a first frequency step; determining a frequency point based on the initial frequency and the first frequency step; determining whether the frequency point satisfies a first condition, which is continuously detecting a horizontal signal a predetermined number of times. When the first condition is satisfied, the frequency point is recorded as an entrance point. A second frequency step based on the entrance point determines a second frequency point, wherein the second frequency step is less than the first frequency step. It is then determined if a channel exists at the second frequency point. The entrance point is recorded as the updated initial frequency for the next search. The described steps are repeated for the entire frequency band.

Abstract: A projector includes a housing, an image module for projecting onto a screen toward a front side, a detecting module for detecting distances from the projector to the front side and from the projector to the back side, a processor for adjusting luminance of the projected image from the image module based on the distances from the projector to the front side and from the projector to the back side.

Abstract: The invention provides a method for transmitting display data between an electronic apparatus and a display. The electronic apparatus includes a display circuit, a first and a second memory block. The display device includes a third memory block. The method (a) connects the display device to the electronic apparatus, (b) the display device transmits first display parameters to the electronic apparatus and stores the first display parameters into the first memory block, (c) compares the first and second display parameters (d) forms a third parameters according to the comparison of the first and the second display parameters in step (c) and stores the third parameters into the second memory block, (e) transmits the third display parameters from the electronic apparatus to the display device and stores this into the third memory block, and (f) displays images according to the display parameters stored in the third memory block by the display device.

Abstract: A projector includes a housing, an image module for projecting onto a screen toward a front side, a detecting module for detecting distances from the projector to the front side and from the projector to the back side, a processor for adjusting luminance of the projected image from the image module based on the distances from the projector to the front side and from the projector to the back side.