Abstract: A method for presenting and controlling a panoramic image is provided.

Abstract: This application discloses a media file presentation method, a client application, and a plug-in. The method includes: sending a media information obtaining request to a plug-in installed in the client application, so that the plug-in obtains first brief information and second brief information of a media file from a server based on the media information obtaining request; and receiving a notification message for the media file from the plug-in; and presenting the first brief information at a first presentation position according to the notification message, and then presenting the second brief information at a second presentation position, the media file being obtained and presented when an operation performed by a user on the second brief information is received.

Abstract: A method for presenting and controlling a panoramic image is provided.

Abstract: An image scanning device and an image scanning method are provided. The invention is related to a miniaturized image scanning device and an image scanning method. The miniaturized image scanning device includes a housing, a first driving roller set, an entrance sensor, an image sensor, a reflective light source, a transmissive light source, and a control module. The housing has an entrance and an exit. The first driving roller set is disposed in the housing. The entrance sensor is disposed between the entrance and the first driving roller set. The image sensor, the reflective light source and the transmissive light source are disposed between the first driving roller set and the exit. The control module receives and processes signals outputted from the image sensor and the entrance sensor to control the operation of the image sensor, the first driving roller set, the reflective light source and the transmissive light source.

Abstract: An image scanning device and an image scanning method are provided. The invention is related to a miniaturized image scanning device and an image scanning method. The miniaturized image scanning device includes a housing, a first driving roller set, an entrance sensor, an image sensor, a reflective light source, a transmissive light source, and a control module. The housing has an entrance and an exit. The first driving roller set is disposed in the housing. The entrance sensor is disposed between the entrance and the first driving roller set. The image sensor, the reflective light source and the transmissive light source are disposed between the first driving roller set and the exit. The control module receives and processes signals outputted from the image sensor and the entrance sensor to control the operation of the image sensor, the first driving roller set, the reflective light source and the transmissive light source.

Abstract: A scanning method of scanning apparatus and a scanning apparatus are provided. Firstly, when the scanning apparatus is in the default reflective document scanning state and a document is placed in the scanning apparatus, the scanning apparatus automatically activates reflective document scanning function to perform scanning. Next, a document holder is disposed in the feeding entrance of the scanning apparatus, wherein after the scanning apparatus activates the transmissive document scanning state and the document is placed in the document holder, the scanning apparatus automatically activates transmissive document scanning function to perform scanning. The scanning method automatically activates corresponding scanning function without performing document recognition, incurs lower power consumption, produces fast recognition, and is applicable to various scanning apparatuses having both reflective document and transmissive document scanning function.

Abstract: A film holder is provided. During scanning of a to-be-scanned object, the film holder is inserted into a scanning device. The film holder includes an input portion, a guiding portion and a leveling portion. The input portion has an entrance, a channel and an exit, the channel disposed between the entrance and the exit. During scanning of the to-be-scanned object, the to-be-scanned object passes through the channel. The guiding portion connects to the input portion for guiding the to-be-scanned object. The leveling portion is disposed on one side of the channel. During scanning of the to-be-scanned object, the leveling portion leans against the to-be-scanned object. The sensing unit stably senses the to-be-scanned object. The to-be-scanned object inside the film holder is kept from being scratched and the to-be-scanned object is in smooth move during scanning.

Abstract: A film holder is provided. During scanning of a to-be-scanned object, the film holder is inserted into a scanning device. The film holder includes an input portion, a guiding portion and an information window. The input portion has an entrance, a channel and an exit, the channel disposed between the entrance and the exit. During scanning of the to-be-scanned object, the to-be-scanned object passes through the channel. The guiding portion connects to the input portion for guiding the to-be-scanned object. The information window is formed at and through the guiding portion. During scanning of the to-be-scanned object, the side regions of the to-be-scanned object pass through the information window. Functions of the scanning device are effectively augmented; the film is kept from being scratched; the quality of image scanning is kept from being deteriorated; and it is convenient to use the scanning device.

Abstract: A hanging electronic device, for hanging on a H thickness wall, comprises a main body and an adjustable hanging mechanism. The adjustable hanging mechanism for mounting the main body on the wall comprises: at least one cantilever bar and an elastic member. The cantilever bar has a first rod, a second rod, a third rod and an elastic member. The first rod has a rotation axis for the cantilever bar to rotate on the main body, and the second rod is coupled to the first rod. The third rod coupled to the second rod is substantially parallel to the first rod. The elastic member is coupled to the first rod. When the cantilever bar rotates relatively to the main body with a rotation angle ?, the third rod is firmly against the wall.

Abstract: A scanner comprises a main body, a cover and a limiting mechanism. The cover is rotatably disposed on the main body to cover a scanned object. The limiting mechanism is disposed between the main body and the cover. When the main body is horizontal, the limiting mechanism does not function and the cover assures a workable angle. When the main body is erected, the limiting mechanism limits the cover to a predetermined angle.

Abstract: A roller structure and an electronic device using the same are provided. The roller structure includes a bearing element, an axis element, a sliding element and a seal element. The bearing element has a fillister and a passage. The axis element is rotatably plugged into the fillister and has a recess. The seal element is connected to the bearing element for forming the passage inside the bearing element and sealing the passage. When the electronic device is at an operating status, the sliding element is slidden into the passage so that the cover rotates with respect to the body. When the electronic device is at another operating status and the surface of the cover forms an angle with the surface of the body opposite to the cover, the sliding element is partly positioned between the recess and the passage for limiting the roll range of the axis element.

Abstract: A hanging electronic device, for hanging on a H thickness wall, comprises a main body and an adjustable hanging mechanism. The adjustable hanging mechanism for mounting the main body on the wall comprises: at least one cantilever bar and an elastic member. The cantilever bar has a first rod, a second rod, a third rod and an elastic member. The first rod has a rotation axis for the cantilever bar to rotate on the main body, and the second rod is coupled to the first rod. The third rod coupled to the second rod is substantially parallel to the first rod. The elastic member is coupled to the first rod. When the cantilever bar rotates relatively to the main body with a rotation angle ?, the third rod is firmly against the wall.