39results about How to "Show vividly" patented technology

A liquid crystal device includes a pair of substrates that face each other, a liquid crystal layer that is interposed between the pair of substrates, electrodes that are formed on opposing surfaces of the pair of substrates so as form a plurality of subpixel regions, in each of which a reflective display region having a light-reflective film reflecting light and a transmissive display region transmitting light are provided, and an insulating layer that is formed between one of the pair of substrates and the liquid crystal layer such that a thickness of the liquid crystal layer in the reflective display region is smaller than a thickness of the liquid crystal layer in the transmissive display region. The insulating layer is formed to have a first film thickness in the reflective display region, and is provided between the transmissive display region of a predetermined subpixel region and the transmissive display region of a subpixel region adjacent to the predetermined subpixel region. A portion of the insulating layer is formed to have a film thickness smaller than the first film thickness between the transmissive display region of the predetermined subpixel region and the transmissive display region of the subpixel region adjacent to the predetermined subpixel region.

In a transflective liquid crystal display device, a liquid crystal layer has horizontal alignment, and a polarizing plate having a transmission axis parallel with or orthogonal to an alignment direction of the liquid crystal layer is provided on a side opposite to the liquid crystal layer of an element substrate, and a polarizing plate having a transmission axis orthogonal to that of the polarizing plate is provided on a side opposite to the liquid crystal layer of a counter substrate. A resin layer having a first resin layer and a second resin layer being λ / 2 retardation films is provided on the liquid crystal layer side of the counter substrate, and a slow axis of the first resin layer is disposed so as to be parallel with or orthogonal to the transmission axis of the polarizing plate, and a slow axis of the second resin layer crosses the alignment direction of the liquid crystal layer. A step portion is provided between the element substrate and the resin layer, and an end of the step is formed into a slope portion having a continuously changing thickness, and the slope portion is disposed in a transmissive display region.

The utility model relates to a cartoon refrigerator capable of vividly displaying cartoon pictures with an LCD (liquid crystal display) panel. The utility model adopts the technical proposal that: the utility model comprises a plurality of power sections of a usable power supply with different types and sizes, an LCD part, a primary storage section for the data and / or conditions, , a secondary storage section for the temporary storage of the data and / or conditions and operation information of the cartoon images, and a microprocessor; wherein, the power sections are formed in the primary supply power of a main control unit; the LCD part for displaying the relevant states and operation information of the cartoon images and / or refrigerator is connected with the primary supply power; the microprocessor is connected with the usable power supply, receives such information data as conditions and operation information from the main control unit, and stores the received information data in theprimary storage section, then reads image data of the cartoons and states together with operation information in the primary storage section, transfers the data to the secondary storage section for temporary storage, and eventually reads the image data of cartoons, states and operation information in the secondary storage section, thus the data can be displayed in the LCD part.

The present disclosure relates to a method and device for augmented reality display of real physical model. By adopting the method and / or device of the present disclosure, the real physical model may be combined with its virtual physical model, and the display of the physical model may become more vivid with the help of AR technology.

The present invention relates to a cosmetic composition comprising: about 0.1% to about 5% of a colored interference pigment; about 0.1% to about 10% of a non-interference pigment concentrate; about 10% to about 90% of A cosmetically acceptable carrier; wherein the cosmetic composition has a contrast ratio of 10 or less and has a viscosity of not less than about 40,000 cps. A method of exhibiting a color transition of a cosmetic composition during application thereof, comprising the step of applying said cosmetic composition to the skin.

The invention discloses a method and a device for enhancing webpage review display, and a browser. The method comprises the following steps of extracting webpage contents and multiple pieces of review data corresponding to the webpage contents; according to a review time sequence of the review data, a reply corresponding relationship and a reply corresponding relationship priority algorithm, establishing a review tree, wherein the review tree takes the webpage contents as a root and takes the review data as nodes; and while the webpage contents are displayed, displaying the review data by animations according to a depth-first traversal algorithm of the review tree. According to the method, the device and the browser, the webpage review display can become vivid, so that the reading experience of a user is improved; and the method and the device are suitable for the webpage browser.

The invention discloses an implementation method and system for displaying images in a waterfall flow mode. The implementation method includes the steps: acquiring an image object list of to-be-displayed images from a server side; selecting preset displaying patterns, and calculating a coordinate corresponding to each to-be-displayed image on the displaying patterns according to attributes of the selected displaying patterns and sizes of the images in the image object list; adding image objects in the image object list to an image display list, and acquiring the images according to the coordinates corresponding to the images on the display patterns and uploading the images to location information on a screen; according to the location information of the images in the image display list, sequentially uploading the images in the image display list to a position corresponding to the screen for displaying.

The invention provides an attack and defense actual combat large screen drawing method based on intranet topology. The method comprises the following steps: S1, placing a background, countdown and decorative elements on a large screen; S2, preparing images of different network devices, wherein the image of each network device in the intranet topology is placed on a large screen according to the area to which the image belongs; S3, recording information of each network node of the match intranet topology in the configuration file; S4, making an attack path; S5, making an attack special effect,a defense special effect and an attack special effect; S6, switching the teams; and S7, establishing communication with the back end. The method provided by the invention can be tightly combined withthe intranet topology, and therefore the competition is ornamental.

The invention discloses a scanning device and method of ultrasound elasticity imaging. The scanning device comprises a computer, an ultrasound probe connected to the computer, a support for fixing the ultrasound probe, a motion control device and a depth sensor. The motion control device and the depth sensor are respectively connected to the computer. The support is arranged on the motion control device comprising a three-dimensional motion control mechanism for controlling the ultrasound probe to perform three-dimensional motions and a rotating motion control mechanism for controlling the ultrasound probe to rotate. The three-dimensional motion control mechanism and the rotating motion control mechanism are respectively connected to the computer. The ultrasound probe can be controlled through the three-dimensional motion control mechanism and the rotating motion control mechanism to tightly fit the tissue surface and to be parallel to normal vectors of scanning points during each scanning, so that the ultrasound probe is guaranteed being perpendicular to the scanned tissue surface, and pressure beard by each scanning point is guaranteed being even and constant before and after compressing.

The present invention provides an IT asset risk situational awareness display method, comprising the following steps: S1: building an asset model; S2: exporting an obj format file to generate a drc file; S3: publishing the drc file generated in step S2 as a static file, Set the rendering conditions, select the loader, and transfer the address published by the static file to the loader for preliminary rendering; S4: Input IT asset protection information and bind asset information; S5: The backend starts monitoring and recording attack data; S6: Backend The recorded attack data is transmitted to the front-end page in real time. After receiving the attack data, the front-end page queries the monomer model where the target node is located according to the bound information, and then draws the attacked unit node, and then draws the attack route. Real-time update rendering, real-time and vivid display of hidden attack behaviors, can fully vividly visualize abstract virtual network attacks, and intuitively display the status quo of asset risks.