Abstract: A generator and a method for generating far infrared polarized light are related. The generator includes a far infrared light source configured to emit a far infrared light; a polarizer located on a light emitting surface of the far infrared light source, wherein the polarizer includes a carbon nanotube structure including a plurality of carbon nanotubes arranged substantially along the same direction, and the far infrared light passes through the polarizer to form a far infrared polarized light; and a heater configured to heat the carbon nanotube structure. The method includes allowing the far infrared to pass through the carbon nanotube structure and heating the carbon nanotube structure as the far infrared passes through the carbon nanotube structure.

Abstract: A far infrared imaging system includes a first far infrared polarized light generator, a second far infrared polarized light generator, a first receiving device, a second receiving device, and a computer. The first far infrared polarized light generator emits a first far infrared polarized light, and the second far infrared polarized light generator emits a second far infrared polarized light. The first receiving device receives a first far infrared reflected polarized light, and the second receiving device receives a second far infrared reflected polarized light. The computer processes information received by the first receiver and the second receiver. The polarizer of the first far infrared polarized light generator and the second far infrared polarized light generator includes a carbon nanotube structure including a plurality of carbon nanotubes arranged substantially along the same direction.

Abstract: The stabilization of subtilisins by peptide aldehydes, hydrosulfite adducts thereof or peptide methyl ketones, is particularly effective in liquid ADW detergents which contain a strong sequestering builder.

Abstract: A method for displaying a graphical user interface on a display of an electronic device includes obtaining a total number “n” of image layers to be displayed on the display, and determining whether the total number of image layers is greater than two, determining a processing method of a number of processing methods for processing each image layer for displaying each image layer, processing each image layer according to the determined processing method, and displaying the graphical user interface on the display after all of the image layers have been processed. The number of processing methods include size adjustment, obfuscation adjustment, saturation adjustment, and transparency adjustment.

Abstract: A method for saving power of an electronic device includes establishing relationship between operational states and operations carried out by the electronic device. According to the relationship, an operation to the electronic device is executed after acquiring current operational states of the electronic device periodically. And the operational states of the electronic device is refreshed after executing the operation to the electronic device.

Abstract: In a method for displaying system information, a request to display system information of the electronic device is made. Then, system information to be displayed is obtained from the electronic device. A display interface for displaying the system information is generated according to the obtained system information. The obtained system information is arranged on the display interface according to a predefined way. And, the display interface containing the obtained system information is displayed.

Abstract: An method for adjusting user interface comprising: receiving touch signals generated by a display unit in response to operations on an application icon page displayed on the display unit; determining a touch motion according to the received touch signals; and adjusting the application icons of the application icon page when the touch motion is the sliding motion between two touch points.

Abstract: A method for saving power of an electronic device includes establishing relationship between operational states and operations carried out by the electronic device. According to the relationship, an operation to the electronic device is executed after acquiring current operational states of the electronic device periodically. And the operational states of the electronic device is refreshed after executing the operation to the electronic device.

Abstract: In a method for reducing eye damage, caused by watching a display screen, executed in an electronic device, a start time of eye exposure to the display screen is set. At least one image of an object in front of the display screen is captured using an image capturing device. If there is a face region and an eye region of a person in the image, a period of time that the person continuously views the display screen is calculated. If the period of time exceeds a preset time, a message to take a break is issued.

Abstract: In a user interface providing method, a spherical desktop interface is generated. The spherical desktop interface includes a number of interface areas. Class icons of application program are displayed on a third interface area. A currently selected class icon is displayed on a second interface area.

Abstract: A method for displaying a graphical user interface on a display of an electronic device includes obtaining a total number “n” of image layers to be displayed on the display, and determining whether the total number of image layers is greater than two, determining a processing method of a number of processing methods for processing each image layer for displaying each image layer, processing each image layer according to the determined processing method, and displaying the graphical user interface on the display after all of the image layers have been processed. The number of processing methods include size adjustment, obfuscation adjustment, saturation adjustment, and transparency adjustment.

Abstract: The stabilization of subtilisins by peptide aldehydes, hydrosulfite adducts thereof or peptide methyl ketones, is particularly effective in liquid ADW detergents which contain a strong sequestering builder.

Abstract: An electronic device and a method for automatically adjusting display ratio of user interface are provided. The electronic device includes storage device, a proximity sensor and a touch screen. The method includes the following blocks. The proximity sensor is controlled to measure a distance between the display screen and a user. The distance measured by the proximity sensor is obtained. A display ratio of the user interface is calculated according to the obtained distance and a algorithm which is pre-stored in the storage device. The display ratio of the user interface is adjusted using the calculated display ratio.

Abstract: An adjustable support for supporting an electronic device includes a first, a second and a third frame rotatably connected to two end portions of the first frame. Each frame includes a number of sliding limit structures on one surface of the frame. The frames are configurable into at least the following positions: a first position in which the first and second frames are flat and the third frame is at a non-zero angle to the first frame, and a second position in which the first and the third frames are flat and the second frame is at a non-zero angle to the first frame. One of the flat frames supports the lower edge of the electronic device with a selected sliding limit structure of the flat frames stopping the lower edge of the electronic device, and the standing frame acts as a back stand for the electronic device.

Abstract: In method for moving an application functional interface, an intermediate interface of the main desktop interface is generated and displayed. The intermediate interface includes icons, and each icon associates with an application functional interface of the main desktop interface. One of the icons is selected from the intermediate interface. An application functional interface associated with the selected icon is determined. A move operation applied on the selected icon is obtaining for moving the selected icon from a current place to a first place on the intermediate interface. A destination position of the application functional interface associated with the selected icon is determined when the operation applied on the selected icon is released in the first place. The application functional interface associated with the selected icon is updated to the destination position. The updated main desktop interface is displayed.

Abstract: An application search method includes obtaining functional descriptions of applications and generating functional features of the applications according to the obtained functional descriptions. Each of the generated function features is marked with at least one keyword associated with the functions of the applications and a relationship sheet is established between the applications and the keywords associated with the application. A request having input functional information for searching applications is received in response to input operations. Applications marching with the retrieve information are searched and displayed.

Abstract: In a display screen brightness adjustment method, vision information of a user is obtained. A nearest distance, a longest distance, and an optimal distance between the user and the display screen are determined. An actual distance between the user and the display screen is detected. The actual distance is compared to the nearest distance, the longest distance, and the optimal distance. Then a brightness value of the display screen is calculated. Accordingly, brightness of the display screen is adjusted.

Abstract: A method for adjusting desktop icons displayed on a display of an electronic device is provided. The method includes the following steps. Recording, by a processor during every predefined time interval, a running time period of each of a plurality of applications installed on the electronic device, each of the plurality of applications being associated with an icon. Obtaining, by the processor, a quantity of use times of each of the plurality of applications. Arranging, by the processor during every predefined time interval, the icons associated the plurality of applications according to the quantity of use times and the running time periods of the plurality of applications. And controlling, by a processor during every predefined time interval, to display a desktop showing the arranged icons on the display in a predefined display manner. An electronic device using the method is also provided.

Abstract: A control system and method for controlling background color for a mobile terminal are provided. The control system includes a processor configured to execute instructions stored in a memory to: sample a plurality of pixels on a predetermined area during a predetermined interval; determine a main color among the sampled pixels, the main color is a color that most sampled pixels have; and determine a background color according to the main color.

Abstract: An interface icon updating system for updating positions of icons displayed on an interface of a user terminal includes a storage module, a statistics module, a category conformation module, an icon conformation module and an icon replacement module. The storage module stores a relationship between the icons and program categories corresponding to application programs associated with the icons. The statistics module calculates operated times of each icon in a preset period of time. The category conformation module determines the icon operated the most times in the preset period of time, and determines the program category corresponding to the application program associated with determined icon according to the relationship. The icon conformation module determines other icons associated with determined category according to the relationship. The icon replacement module arranges all determined icons at a preset area of the interface. The disclosure also provides an icon updating method.