60results about How to "Avoid homogenization" patented technology

The invention provides a shell, which comprises a plastic shell body. The surface of the plastic shell body is provided with a plurality of sharp bulge structures. Light can be reflected on the sharpprotruding structures on the surface of the plastic shell body to generate a flashing effect, so that the shell has a multi-position flashing visual effect, the appearance of the shell is enriched, and homogenization is avoided. The invention further provides a preparation method of the shell and an electronic device comprising the shell.

The invention discloses a method for setting a terminal, the terminal and a device with a storage function. The method for setting the terminal comprises the steps of obtaining personal information ofa user; obtaining setting information relevant to personalized styles of the user according to the personal information of the user; setting the terminal according to the setting information. By means of the method for setting the terminal, the personalized customization of the terminal can be achieved.

The invention relates to a manufacturing method of an ultrahigh-density and ultrahigh-intensity plant fiber board. The manufacturing method comprises the following steps: by taking dry plant fiber as a raw material, preparing gum-containing fiber by adopting continuous processes of "cold prepressing for assembling, spraying of gum liquid, cold high pressure breathing degumming and air flow drying", and directly putting the gum-containing fiber into high-temperature and high-pressure equipment for high-temperature and high-pressure curing, thus obtaining the ultrahigh-density and ultrahigh-intensity plant fiber board. For the obtained fiber board, the density is more than 1.1 g / cm<3>, the static bending intensity is more than 70 MPa, the elastic modulus is more than 7 GPa, the thickness swelling rate of water absorption is less than 5 percent, and the water absorption rate is less than 5 percent; and a new idea is provided for solving the phenomenon of homogenization among fiber board products in China and expanding new application of plant fiber materials. The manufacturing method promotes continuous production of the ultrahigh-intensity plant fiber board, also promotes application of the plant fiber board in high-additional-value fields of building ornaments and interior trim parts in airplanes and G-series high-speed trains, and promotes greening development of composite materials.

The invention relates to a straight-way solar energy heat exchange heat collector using solar energy as a heat source and belongs to the technical field of medium and high temperature solar energy utilization. The straight-way solar energy heat exchange heat collector comprises a straight-way transparent tube, a multi-curved face metal heat exchange tube, heat exchange tube end enclosures, a metalexpansion joint, adsorbent storage rings, concave spacing sealing rings, metal snap rings, a working medium channel pipe, metal cover plates, sealing fixed plates, card type shield covers and vacuumconnectors, wherein the two ends of the multi-curved face metal heat exchange tube are welded and fixed with the heat exchange tube end enclosures; the working medium channel pipe is connected with the heat exchange tube end enclosures; the multi-curved face metal heat exchange tube is provided with the metal expansion joint; the working medium channel pipe passes through the center of the metal cover plate to form an multi-curved face metal heat exchange tube component which is integrally sleeved in the straight-way transparent tube and the two ends of which are sequentially provided with theadsorbent storage rings, the concave spacing sealing rings and the metal snap rings; the sealing fixed plates seal and fix the metal snap rings and the metal cover plates; the two ends of the straight-way transparent tube are provided with the card type shield covers; and the vacuum connectors are fixed on the card type shield covers.

The invention provides a map icon display method and device. The method comprises the following steps: extracting POIs of different attribute categories based on map data; classifying the POIs in thesame attribute category again according to a preset rule; and then, respectively selecting the POIs meeting preset conditions from the classified POIs, adding personalized icons to the selected POIs,and further preferentially displaying the POIs added with the personalized icons in a map display interface. According to the embodiment of the invention, the POIs in the map are finely classified, and the personalized striking icons are added to the selected POIs, so that the POIs can be clearly and strikingly displayed on the map, and the homogenization among brands corresponding to the POIs canbe avoided. Furthermore, the scheme is also helpful for the user to add personalized icons through POIs (Point Of Interest) of each region on the map, and the feature information of each region can be quickly known.