91results about How to "Avoid truncation" patented technology

A light-emitting device comprises a plurality of units. Each unit comprises a light-emitting region and a penetrating region. In at least one unit, the penetrating region surrounds at least two side edges of the light-emitting region. As in the units of the device, the penetrating regions are designed to surround at least two side edges of the light-emitting regions, the penetrating regions and the light-emitting regions are arranged alternately, and the penetrating regions are evenly distributed in the device. Therefore, the device can emit light uniformly when being used as a light source. When the device is used as a display panel, a display image can be prevented from being cutting off or significant bright and dark lines can be avoided, so that the display panel has good display quality.

The invention discloses a suspension mold for enlarging and reinforcing a concrete beam and a construction method of the suspension mold. The suspension mold comprises a concrete beam and a floor which is arranged on the concrete beam, wherein two sides of the concrete beam are respectively provided with a suspension rod, one end of each suspension rod penetrates through the floor to be fixed, the other end of each suspension rod is fixedly connected with a piece of a vertical square wood, each vertical square wood is provided with a left transverse square wood and a right transverse square wood, each transverse square wood is provided with a template, the template and the concrete beam form a closed grouting space, and the closed grouting space is used for enlarging and reinforcing the concrete beam; the floor is also provided with a grouting hole, and the grouting hole is communicated with the closed grouting space; a beam penetrating screw is also arranged on the concrete beam in a penetrating manner, and two ends of the beam penetrating screw also respectively penetrate through the template to be fixed. By adopting the structure, the stability of the template is reinforced, the pulp is unlikely to leak when the non-shrinkable grouting material is poured, and the deviation of the position of a construction axis caused by the existing of pipeline equipment below or on the side surface of a beam with the enlarged cross section can be avoided.

An organic light emitting display and method of fabricating the same are provided. The OLED and method of fabricating the same is capable of forming an inorganic pixel defining layer having an opening for exposing at least a portion of the first electrode and making the inorganic pixel defining layer have a curved top surface without breakpoints. Since the top surface of the inorganic pixel defining layer has the curved cross-section without breakpoints, the first electrode and the organic layer pattern are closely adhered during a laser induced thermal imaging process to enable the transfer using a laser beam having low energy, thereby improving transfer efficiency, improving luminous efficiency of the OLED, and increasing lifetime of the OLED.

Provided are a network printing method and device for adjusting the size of a printed web page. The method for printing a webpage includes the steps of: inputting a print command about a certain webpage; comparing the size of the webpage with the size of the paper; if the size of the webpage is larger than the size of the paper, reducing the text and images included in the webpage small predetermined units; and generating printout data on a web page containing reduced text and images and printing the data on paper. Thus, the methods and apparatus prevent web page content that exceeds the size of the paper from being truncated when printed.

A method for processing a digital image for rendering on a display. The image includes image elements associated with color information represented in a colorimetric space having a luminance and chrominance components. The luminance component has a value in a first predetermined interval. The display can render values of luminance components included in a second predetermined interval, of greater length than the first interval. The method includes: determining information representative of image brightness perceived by an observer, based on the values of the first luminance component; calculating an expansion exponent as a function of the determined brightness information; transforming the first luminance components into second luminance components, including calculating an intermediate luminance value by applying the calculated expansion exponent to the first luminance component value and multiplying the intermediate value by the length of the second interval. The expansion exponent is a decreasing function of the determined brightness information.