36results about How to "Reduce blurriness" patented technology

The invention discloses blood pressure lowering health care green tea and its preparation method. The method comprises: mixing 15-30 parts by weight of white tea, 20-25 parts by weight of zinc-selenium tea, 20-25 parts by weight of green tea, 20-30 parts by weight of baked green tea or Maofeng tea, 5 parts by weight of folium llicis latifoliae, and 5 parts by weight of chrysanthemums, wherein, the free amino acid content of the white tea is over 7%, the zinc-selenium tea has Zn content of 80-120mg / kg and Se content of 0.25-0.35mg / kg, the green tea has free amino acid content of more than 5%, and the baked green tea or Maofeng tea has tea polyphenol content of over 30%; then mixing the well mixed tea with crushed kenaf accounting for 20-30 wt% of the mixed tea uniformly, and storing the mixture for 30-60d, then conducting screening to filter out kenaf, and carrying out fragrance increasing at a temperature of 150DEG C for 10-12min, and performing depilation at a temperature of 110DEG Cfor 12-15min, thus obtaining the product. With high content of water extract, tea polyphenol and amino acid as well as low caffeine, the health care green tea of the invention plays an active role inprotecting a normal ultrastructure of the cardiac muscle.

The invention discloses a microstructure substrate and a manufacturing method thereof and a display device. The method comprises the steps that a fingerprint-resistant film layer is coated on an underlying substrate; a silicon dioxide layer is sputtered on the fingerprint-resistant film layer; and the silicon dioxide layer the etched so as to prepare the silicon dioxide layer having multiple arc concave microstructures. With application of the mode, the influence of the microstructures on the high-resolution panel picture quality can be improved, the blur degree of the picture quality can be reduced and the substrate is enabled to be applied to the high-resolution panel.

A display panel comprises a plurality of first pixel electrodes and a plurality of second pixel electrodes, the first pixel electrodes and the second pixel electrodes are distributed alternately, each first pixel electrode and each second pixel electrode comprise a main part and a plurality of branch parts connected with the main part, and the main parts divide the first pixel electrodes or the second pixel electrodes into at least four domains; the extension directions of the branch parts in adjacent domains are different, and the extension directions of the plurality of branch parts in the same domain are the same; in one first pixel electrode and one second pixel electrode which are adjacent to each other, the extension direction of the branch part of the first domain of the first pixel electrode is the same as the extension direction of the branch part of the second domain of the second pixel electrode, and the first domain of the first pixel electrode is adjacent to the second domain of the second pixel electrode; and according to the display panel provided by the embodiment of the invention, the period of a liquid crystal grating can be prolonged, the diffraction phenomenon is improved, and the blurring degree of images shot by a camera through a screen is reduced.

A liquid crystal display device includes: a light source section; a liquid crystal display panel including pixels and performing video display; and a drive section. The drive section performs the driving on the light source section for turning ON and OFF in synchronization with the driving of the pixels for the light-sequential writing such that, the liquid crystal display panel is selectively illuminated with the light from a lower emission region in the light source section when the pixels in an upper display region are under the driving for line-sequential writing, and such that, the liquid crystal display panel is selectively illuminated with the light from an upper emission region when the pixels in a lower display region are under the driving for line-sequential writing. A phase difference between emission periods in the upper and lower emission regions falls within a range from 90 DEG to 150 DEG both inclusive.

A method, system and device for detecting damage to a windshield of a railway motor car, which belong to the technical field of fault detection for windshield damage of a railway motor car. The invention solves the problem that the accuracy of fault detection is low due to the fuzzy image obtained by preprocessing the image using the traditional median filtering method. The present invention adopts a balanced median filtering algorithm to retain the detail information of the image while removing most of the noise, reduce the fuzzy degree of the image, and further improve the accuracy of fault detection. In order to reduce the influence of the threshold selection in the Canny algorithm on the edge feature extraction effect, the present invention proposes a GA-Canny algorithm, which uses a genetic algorithm to find the optimal Canny threshold and improves the detection accuracy of the subsequent detection network. The invention can be applied to the fault detection of the windshield damage of the railway train.

The invention relates to a soil moisture fusion method based on Bayesian maximum entropy, which makes full use of the soil moisture obtained by manual soil extraction, the soil moisture (EC-5) monitored in real time by sensors and the soil moisture information retrieved from hyperspectrum, and the application data Fusion technology, which integrates soil moisture data from three different sources to obtain the distribution of soil moisture on a regional scale, eliminates possible redundancy and contradictions between information, and reduces the uncertainty of irrigation decision-making information and decision-making reasoning. The degree of fuzziness improves the accuracy of irrigation decision-making, provides irrigation decision-making opinions and suggestions for the government's drought relief work, and guides water management departments in irrigation areas to make scientific allocation of water resources.

The invention relates to the technical field of projection display, and provides a focal length adjusting method and a focal length adjusting device. The method includes that a projection device projects a to-be-projected image according to each focal length in a preset group of focal lengths to acquire a projected image corresponding to each focal length, the area of a region of a third color in the projected image corresponding to each focal length is determined, the third color refers to any color different from three primary colors, the to-be-projected image at least comprises at least two regions, the image color of each region refers to any of the three primary colors, and the image colors of at least two regions are different; the projection device determines a focal length as a projection focal length from the preset group of focal lengths according to the area of the region of the third color in the projected image corresponding to each focal length and projects the image according to the projection focal length.

The present invention provides an automatic focusing method, system, storage medium and equipment. The method includes: in response to starting the automatic focusing of the focusing lens, controlling the focus motor to start and rotate, and sequentially collecting the focus evaluation value and the corresponding focus position of each frame of image value; based on the current image being the nth frame, judge whether n-1 is an integer multiple of the preset frame interval M; if so, find the maximum focus evaluation value in the focus evaluation values ​​of the current image and its previous images, and find the maximum focus value The focus position value corresponding to the evaluation value is used as the maximum focus position value, and it is judged whether the focus evaluation value of the current image is greater than the focus evaluation value of the n-M frame image; if not, it is judged whether the difference between the two exceeds the preset threshold; if , to determine whether there is a continuous rising sign; if there is, control the focus motor to stop rotating and reverse rotation, and move the focus lens to the focus position corresponding to the maximum focus position value. The invention improves the reliability and efficiency of automatic focusing.

The invention provides a method and device for establishing a focus curve, and relates to the field of image processing. The method includes: establishing a coordinate system with the zoom parameter as the abscissa and the focus parameter as the ordinate, wherein the object distance in the process of capturing the image to be processed by the lens is a fixed value; using a monotone hill climbing algorithm to determine the preset zoom parameters in the coordinate system The key points, and the focus parameter points corresponding to the preset zoom parameter key points that meet the preset sharpness conditions; according to the focus parameter points that meet the preset sharpness conditions corresponding to the preset zoom parameter key points, a focus curve is generated . Compared with the prior art, it can improve the efficiency of generating the focus curve, provide a focus curve that can actually be followed for the simple motorized lens zoom follow, reduce the focusing time of the simple motorized lens, and weaken the focus jitter and fluctuation of the simple motorized lens.

A denoising method for restraining a spectrum characteristic of a remote sensing image of a ground building group comprises: acquiring a reference image of a target of a ground building group from a remote sensing image library of the ground building group, and performing a Fourier transform on the reference image so as to obtain an amplitude spectrum; performing threshold segmentation, erosion and dilation operations on the result of the amplitude spectrum so as to obtain a binary template of the spectrum of the target of the ground building group; acquiring a real-time image of the target of the ground building group by means of the flight of a high-speed air vehicle, performing a Fourier transform on the real-time image so as to obtain the spectrum; performing frequency-domain filtering processing on the spectrum of the real-time image by using the obtained binary template of the spectrum of the target of the ground building group; and performing an inverse Fourier transform to generate the real-time image of the target of the ground building group after filtering.