40results about How to "Does not cause distortion" patented technology

A refrigerator has an inner space enclosed by a heat-insulating housing and has at least one compartment for accommodating articles that are to be cooled, this compartment having a curved edge (8) and being placed in the inner space. A strip (9) placed on the curved edge (8) in the form of a decorative, protective or reinforcing element, maintains its curved shape due to its plastic core (11).

A kind of non-oxidative permanent Chinese medicine dye black hair lotion with clove as penetrating agent, with Chinese herbal medicine as raw material, two kinds of liquid medicines are prepared for supporting use, No. 1 hair dye uses clove as penetrating agent, matching vitriol as pigment, senna leaf as Color aid, Angelica as nutrients, prepared by adding deionized water, No. 2 hair dye is equipped with gall, gall, and myrobalan, so that the gallic acid contained in it can be aggregated with the dye component of No. 1 hair dye to form a black pigment macromolecule. The invention does not contain chemical pigments, chemical penetrants, hydrogen peroxide, does not damage hair quality, and can keep color for more than one and a half months without fading.

The invention discloses a refocus image processing method, which relates to the technical field of image processing. The method is characterized by comprising the following steps: S1, an image is acquired, and the image is divided into segmentation areas and distance layers; S2, the distance layers are merged, and processed; S3, the segmentation areas belonging to different layers are marked and then processed; and S4, a blank result image is newly built, layers of images are adhesive to the result image, and a result image is further obtained. Through area segmentation on the image, fuzzy processing of different strength degrees is carried out on a background image according to different distances, the background of the result image can be transited more naturally, distortion of the image is not caused, and the original authenticity of the image is ensured; and through image adhesion fusion by the distance layers in a layer-by-layer mode, fuzzy diffusion of the background is not diffused to a foreground, edge effects from the foreground to the background are better, and optical imaging effects are more realized.

The present invention provides a stereoscopic image reproducing apparatus which provides a user interface (UI) appropriate for a 3D image signal, comprising: a user interface generating unit which generates the user interface; a UI-scaling unit which scales the generated UI in accordance with the mode of the 3D image signal; a first storage unit which stores the scaled UI together with a first position value; a second storage unit which copies the UI stored in the first storage unit, and stores the copied UI together with a second position value in accordance with the mode of the 3D image signal; and an integrated storage unit which integrates the UIs stored in the first storage unit and in the second storage unit in accordance with the position value of each of the UIs, and stores the integrated UIs. Preferably, the UI-scaling unit performs a downscaling process for reducing the generated UI in the horizontal direction when the 3D image signal has a side-by-side mode. In addition, the UI-scaling unit preferably performs a downscaling process for reducing the generated UI in the vertical direction when the 3D image signal has a top-down mode. The present invention thereby provides a user interface which causes no distortion in a stereoscopic image display.

The present invention provides a method for improving the signal-to-noise ratio of LC-MS data, comprising the steps of: (A1) obtaining the start position and end position of the chromatographic peak; (A2) dividing the peak into a peak part and a non-peak part, respectively entering step (B1) ‑(B6) and step (C1)‑(C2); (B1) According to the design basis function; (B2) the first-level approximation coefficient and the first-level detail coefficient; (B3) the multi-level approximation coefficient and each Layer detail coefficient; (B4) obtained approximate part and detail part; perform EMD empirical mode decomposition; (B5) calculate the energy value of each modal component; (B6) obtain the peak part information after denoising; (C1) Approximate fractions obtained in the manner of steps (B1)‑(B4); (C2) Integrate and approximate fractions to obtain denoised chromatographic peaks. The invention has the advantages of good denoising effect and the like.

The invention provides a multi-cavity plasma generator anode, which comprises a compression cavity, a stable combustion cavity, a conduction flow cavity and an accelerating cavity, which are connected in succession; the compression cavity is used to compress plasmas generated by a cathode; the stable combustion cavity can meet the requirement of plasma expansion; the conduction flow cavity provides a good electrically conductive path for conduction electrons; the accelerating cavity is a double-parabola structure formed by an upper-open parabola and a lower-open parabola; and the compression section is used to compress plasmas and improve plasma density, and the accelerating section is used to reduce the resistance of plasmas jetting form the leading end of the anode and increase plasma jetting velocity. The multi-cavity plasma generator anode provided by the invention is different from the traditional plasma generator anode, which adopts a first-compression-and-then-expansion type nozzle. In the invention, a unique multi-cavity anode construction is designed according to the expansion property of plasmas, and therefore the shortcoming of the traditional anode that the anode life is shortened due to too fast ablation rate resulting from the overlap of a conducting zone and an electric arc combustion zone is overcome.

The invention provides a method and device for Radio Frequency (RF) limiting. The device for RF limiting comprises: an Analog Limiter configured to limit a voltage of a RF input to a predetermined safe range during power-off or power-up until a disable control signal is received from the Digital Controller, a Sensing Circuit configured to sense a plurality of shunting currents provided by the Analog Limiter in sequence to determine a value of each bit of a preset current sensing code and sense the limiting voltage, a Digital Controller configured to control the Digital Limiter to perform RF limiting function based on the value of each bit of the preset current sensing code, and control the Analog Limiter to stop limiting the voltage of the RF input if the limiting voltage is within a predetermined acceptable voltage range.

The invention discloses a method for quantifying surface appearance of a representation film based on multi-scale system theory. The method comprises the following steps: firstly using a scanning probe microscope to acquire a surface appearance image of the film through multistage conversion of scanning size, then judging whether the surface appearance of the film has multi-scale characteristics by using a multi-scale system analysis tool, and determining the characteristic size of a fluctuation structure on the surface of the film; then aiming at the surface appearance image with the multi-scale characteristics, using a two-dimensional wavelet packet analytic method to carry out multi-scale layer decomposition on the surface appearance image; comparing decomposed image group components with characteristic size values in size to determine the reconstruction delivery size corresponding to the decomposed image group components, and then selecting and reconstructing the image group components to obtain surface fluctuation structural image of the film with different characteristic sizes; and finally using a surface roughness method to evaluate a reconstructed image to acquire relatedquantitative information. The method is suitable for exquisite and perfect quantified representation for the surface appearance of a film material in micro / nano devices.

The invention discloses a laser energy stabilizing device based on a prefix pulse and an energy stabilizing method thereof, belonging to the field of laser technology, comprising a main optical path and a sampling optical path, the main optical path includes a seed light source, a Pockels cell electro-optical switch, and a clipping switch , the sampling optical path includes sequentially arranged: a beam splitter, an adjustable light intensity attenuator, a photoconductive switch, and the two ends of the photoconductive switch are respectively connected with the two poles of the Pockels cell electro-optic switch. The Kerr cell electro-optic switch is combined with the photoconductive switch, the voltage is applied to the Pockels cell electro-optic switch in advance, a prefix pulse is generated before the main laser pulse, and the energy fluctuation of the prefix pulse is used to change the dynamic resistance of the photoconductive switch. In this way, the actual voltage of the Pockels cell electro-optic switch and the transmittance of the Pockels cell electro-optic switch are changed, and the energy stable control of the main laser pulse is realized. .

The invention relates to a method for removing undercuts of a denture model based on grid projection, and belongs to the fields of computer-aided design and graphics. It includes the following steps: S1: Input the tooth mesh model, convert it to OFF format, and set the projection direction; S2: Add the projection mesh surface on the top of the bounding box perpendicular to the projection direction, and add the base surface at the bottom; S3: Correct The projection surface in the bounding box space, the input grid and the base surface are divided into BVH space; S4: the projection grid surface is projected according to the given projection direction to intersect the input grid or the base surface, and the projection point is placed at the intersection point superior. S5: Calculate the curvature field of the new grid composed of the projected grid; S6: Adaptively re-divide the new grid based on the local grid operation and the Gaussian curvature field, and output the grid after the iteration stops. The invention can use the computer-aided design technology to replace the manual filling of the undercut part in the tooth body preparation process, thereby reducing errors and costs caused by manual operations.