57results about How to "No smear" patented technology

The invention provides a moving object snapshotting method, and belongs to the technical field of mobile communication. The method is used for a mobile terminal with a camera. The method comprises the steps: obtaining a first image, taken by the camera in an automatic exposure mode, of a moving object; determining the moving speed of the moving object, and determining the shutter time corresponding to the moving speed; obtaining a second image, taken based on the shutter time, of the moving object; carrying out the synthesis of the first and second images, and obtaining a snapshot image of the moving object. The invention also provides the corresponding mobile terminal. According to the invention, the method calculates the optimal exposure time through the moving speed of the moving object, can obtain a clear image (no smear) of the moving object, and solves a problem that there is smear in a snapshot image of the quickly moving object during the snapshotting of the moving object.

The invention relates to an image shooting method and device and belongs to the field of photography. The method includes: acquiring the motion parameters of a mobile terminal; determining the shooting parameters of a shoot according to the motion parameters; shooting an image according to the shooting parameters. By the method, the problem that the shot image has an evident image tail due to the motion of the mobile terminal is solved, the shooting parameters of one shot are set according to the motion parameters of the mobile terminal, and the shot images have no image tails or the image tails are reduced.

The invention relates to the technical field of laser engraving, in particular to a method for engraving a miniature two-dimensional code in glass laser. The method for engraving the miniature two-dimensional code in the glass laser comprises the following steps that a DATAMATRIX two-dimensional code encoding method is used for generating an initial two-dimensional code drawing file of a circle pattern; and a single-point mode two-dimensional code drawing file composed of a plurality of independent single points is generated according to the initial two-dimensional code drawing file of the circle pattern; processing delay parameters are arranged behind the each single point of the single-point mode two-dimensional code drawing file, and a target two-dimensional code drawing file is generated; a glass sample is located through a coaxial CCD camera, and the position to be processed is calculated; and an optical path is adjusted to enable the focused spot size of a laser beam to be smaller than a calibration value, a focus point of the laser beam is moved to the position to be processed inside the glass sample, and the two-dimensional code processing is carried out according to the target two-dimensional code drawing file. The tailing phenomenon caused by a galvanometer when the action time of a picosecond laser is extremely short is effectively prevented, and two-dimensional small-size engraving is enabled to be possible.

To provide a compact and thin optical device that can simplify a manufacturing process, and suppresses optical noise, and to provide a method of manufacturing the optical device. The optical device comprises a light detection region 14; a peripheral circuit region 16 formed at the outer-periphery section of the light detection region 14; an electrode region 18 formed at the outer periphery of the peripheral circuit region 16; an optical element 10 having a plurality of microlenses in the light detection region 14; a transparent member 22 arranged on the optical element 10; and a transparent resin adhesive 26 for adhering and fixing the transparent member 22 onto the circuit formation surface of the optical element 10. A roughening region 24 having a sawtooth-like cross section is formed on an adhesive surface with the optical element 10 at a portion overlapping with the outer-periphery region of the light detection region 14 flatly in a plane view in the transparent member 22.

The invention discloses an optical-mechanical structure based on infrared area array detector scanning imaging. The optical-mechanical structure comprises a pitching pointing mirror 1, an infrared telephoto lens 2, an azimuth compensation swing mirror 3, an infrared imaging lens 4, an infrared area array focal plane detector 5 and an azimuth scanning rotating table 6. By the adoption of the structure, all-dimensional scanning imaging of one single infrared area array detector can be achieved within the range of 360 degrees, it is guaranteed that the blurring effect caused by rotation of the table can be avoided in the infrared image acquiring process, and the advantages of being long in integral time and high in sensitivity of the infrared area array focal plane detector can be fully performed. The optical-mechanical structure based on infrared area array detector scanning imaging has the advantages that all-dimensional scanning is achieved, image blurring and smearing are avoided, and the telescope configuration structure is combined with the secondary imaging objective lens structure.

The invention discloses an infrared image cross grain removing processing method and processing device, and a storage device. The infrared image cross grain removing processing method comprises the following steps: acquiring an airspace cross grain value of a current frame airspace basic image of a current frame infrared image, and subtracting the airspace cross grain value of the current frame airspace basic image from a pixel value of the current frame airspace basic image to obtain a current frame airspace cross grain-removed basic image; obtaining a current frame time domain basic image and a previous frame time domain basic image, and obtaining a time domain cross grain value of the current frame time domain basic image according to the current frame time domain basic image and the previous frame time domain basic image; and performing anti-pollution processing and dynamic and static weight processing, and subtracting the anti-pollution processing and dynamic and static weight processing time domain cross grain value of the current frame of time domain base image from the pixel value of the current frame of space domain cross grain-removed base image to obtain an output imageof the current frame of infrared image. According to the scheme, the output image can have good definition and has no smear.

The embodiment of the invention discloses a method and apparatus for generating an image. A specific embodiment of the method comprises the following steps: simultaneously performing exposure on a target scene via at least two shooting devices to obtain at least two images, wherein the calibration parameters of the at least two shooting devices are the same, and the brightness of the images shot by different shooting devices is different; determining an overlapped area of the at least two images, and dividing the overlapped area into a plurality of sub-areas according to a preset size; for each image in the at least two images, determining an image block corresponding to each sub-area; for each sub-area in the plurality of sub-areas, selecting the image block having the largest weight value from the image blocks corresponding to the sub-area, wherein the weight value is determined based on the noise of the image block and a color value of a color channel; and generating the image basedon the selected image block. By adoption of the method and apparatus provided by the embodiment, the high dynamic range image of a moving object or shot in a moving process can be obtained without generating smearing.

The invention relates to the technical field of extraction of DNA in raw petroleum and particularly relates to a DNA extracting method for a petroleum microorganism in a raw petroleum environmental sample. The method comprises the following steps: firstly, adding 10-50mul of raw petroleum into a centrifugal tube, then, adding 100mul of cleaning buffer solution into the centrifugal tube with the raw petroleum, and uniformly mixing to obtain a mixed solution. The concentration of DNA extracted by using the method is increased by 50% as comparison with the concentration of DNA extracted by using a bacterial DNA extraction kit, the DNA extracted by the invention is remarkably brighter than the DNA extracted by using the bacterial DNA extraction kit, and the obtained DNA is clear in strip and free of trailing so as to prove that the DNA extracting method is used for easily extracting the DNA from the raw petroleum, is higher in extraction efficiency and more capable of accurately, comprehensively and truly showing the kinds and amounts of microorganisms in the raw petroleum as comparison with the bacterial DNA extraction kit.

The invention discloses a remediation agent for remediating aged petroleum contaminated soil. The remediation agent is prepared from the following components: a compound surfactant microemulsion, rhamnolipid, persulfate and quick lime. A using method of the agent comprises the step of preparing the use amounts of the components according to the pollution degree of soil, wherein the use amounts of the components are respectively a light pollution use amount, a moderate pollution use amount and a severe pollution use amount. The remediation agent is green and environmentally-friendly, and all the components are common agents in environmental protection and restoration engineering and are easy to obtain; pollutants are finally decomposed into CO2, H2O and other non-toxic substances, so the removal rate of target pollutants is high, and secondary pollution to the environment is avoided; and a remediation method is easy and convenient to operate, short in repairing time, low in cost, high in safety and capable of achieving engineering application.

The invention provides a multichannel isolation type power device switch drive module of a power conversion controller. The signal input end of the low frequency full bridge rectification filter circuit is connected with an alternating current power supply of a grid connected power generating network. The signal output end is connected with the signal input end of a high voltage and high frequency pulse power signal generating circuit. The signal output end of the high voltage and high frequency pulse power signal generating circuit is connected with the signal input end of an isolation type direct current level power supply circuit. The signal output end of the isolation type direct current level power supply circuit is connected with the signal input end of a pulse level shifting circuit. Signal pulse emitted by a power conversion controller is connected with the signal input end of a pulse level shifting circuit. According to the invention, the module has the advantages of simple structure and stable and reliable performance, can well drive the power conversion controller, and is suitable for various composite applications in half bridge, full bridge, three-phase bridge and multilevel topology circuits and a power management circuit in frequency conversion and speed regulation.

The invention provides a method for separating low-molecular weight ribonucleic acid (RNA) of plant. The method mainly comprises the following steps of: treating a sample, removing deoxyribonucleic acid (DNA) and protein, removing high-molecular weight RNA, obtaining the low-molecular weight RNA, and storing the low-molecular weight RNA. In the extraction process of the low-molecular weight RNA, the DNA, the high-molecular weight RNA and the low-molecular weight RNA are precipitated at different stages, the DNA and the high-molecular weight RNA are precipitated by using 30 percent polyethylene glycol (PEG) and absolute ethanol in an amount which is 1 / 3 the volume of a tube, and the low-molecular weight RNA is precipitated by using absolute ethanol in an amount which is 2 / 3 volume of the tube, so that the low-molecular weight RNA is enriched; and the extraction process is easy and convenient to operate, the required time is short, and the method is a simple, economic and efficient method for extracting high-quality low-molecular weight RNA of the plant.

The invention discloses a flu pill of Tibetan medicine and a quality control method of a preparation thereof; wherein the preparation is various preparation formulations which are made by adding conventional excipients according to the conventional technique and the formulation of the flu pill in fascicule of Tibetan medicine of Standards of Medicine of the Ministry of Public Health. The quality control method comprises one or more of identification methods. The invention carries out thin layer chromatogram identification study on hypecoum erectum and bhizoma acori calami in the formulation, establishes the quality control method with reliability, accuracy and strong specificity, can effectively control the quality of the flu pill and enable the flu pill to achieve stable, controllable, high-effective and safe quality.

The invention provides an integrated silk feeding machine. The feeding machine is divided into an outside-the-shell part and an in-shell part, wherein a PC computer terminal and a silk cutting mechanism are arranged in the outside-the-shell part; a silk placing mechanism, a cooling-liquid conveying mechanism, a silk pulling mechanism and a silk pressing mechanism are sequentially arranged in the in-shell part; the computer terminal detects and controls the cooling-liquid conveying mechanism and the silk pressing mechanism; and the temperature of a silk at the outlet end of the silk pressing mechanism ranges from 9 DEG C to 12 DEG C. After being treated by the cutting mechanism, the silk has a flat cut surface without a towed tail, and is not cut wrongly, and therefore, the integrated silkfeeding machine is high in efficiency.

The invention discloses a device for improving the dyslexia of people with low vision. The device comprises a videography unit, an image storage unit, a video coding unit and a display unit; wherein, the videography unit is used for collecting image data; the image storage unit is used for storing the image data; the video coding unit is used for encoding the image data stored by the image storage unit into a video signal; and the display unit is used for displaying the video signal. The device further comprises a digital processing unit which is used for storing the image data collected by the videography unit into the image storage unit after the contrast stretch on the image data; the digital processing unit carries out the contrast stretch, which means: for each pixel in the image data, the input brightness value of the pixel multiplied by N equals the brightness value of the pixel output by the digital processing unit, and N is more than 1; wherein, the input brightness value of the pixel is the brightness value of the pixel in the image data collected by the videography unit. The device can improve the display frame rate of an image.

The invention discloses a preparation method of saffron extract drop pills which comprises the following steps, melting safflower extract, water and base material polyethylene glycol (PEG), dropping into cooling material, removing cooling material on the surface of the drop pills, finally drying to obtain the end product.

The invention discloses an optical machine structure based on infrared area array detector scanning and imaging. The structure comprises a pitching orientating lens 1, an infrared telescope lens 2, a direction compensation pendulum lens 3, an infrared imaging lens 4, an infrared area array focal plane detector 5 and a direction scanning rotary table 6. By the aid of the structure, one single infrared area array detector is capable of scanning and imaging overall by 360 degrees, the fuzzy effect is prevented during infrared image acquisition due to rotation of the platform, and the advantages of long integral time and high sensitivity of the infrared area array focal plane detector can be played fully. The structure has the advantages that overall scanning is implemented, image fuzzy slur is avoided, and the telescope structure and a secondary imaging objective lens structure are combined.

The invention provides a cutting device accessory for a special optical fiber, a cutting device and an optical fiber cutting method. The cutting device accessory comprises a clamp, a visual observation device, a jacking and breaking device and an adjustable translation table. The clamp is used for being installed in a groove, parallel to an optical fiber placing direction, of a one-dimensional translation table of the cutting device in a detachable mode and used for clamping and locking one end of a to-be-cut optical fiber. The visual observation device is mounted on a lifting adjusting frameof the adjustable translation table and is used for observing a to-be-cut part of a to-be-cut optical fiber; the jacking and breaking device comprises a jacking and pressing block and an actuator usedfor driving the jacking and pressing block to apply a jacking and pressing force to a to-be-cut optical fiber. The jacking and pressing block is installed on the moving part of the actuator and usedfor jacking a pre-cutting position of the to-be-cut optical fiber after the to-be-cut optical fiber is pre-cut by a cutter of the cutting device so that the to-be-cut optical fiber can be broken. According to the scheme, the cutting end surface of the optical fiber is smooth without trailing.

The invention belongs to the technical field of food detection, and discloses a method for detecting 6-chloropicolinic acid in vegetables and fruits, which comprises the following steps: preparing a vegetable and fruit sample, extracting with an acetonitrile-formic acid solution, and centrifuging; purifying supernate obtained through centrifugation; detecting the purified supernate by using a liquid chromatograph-mass spectrometer (LC-MS); and comparing the retention time of the detected target pesticide chromatographic peak with the retention time of the corresponding standard chromatographic peak, and carrying out qualitative and quantitative analysis. The invention provides a method for detecting and analyzing 6-chloropicolinic acid in vegetables and fruits by using LC-MS / MS. The method is suitable for liquid chromatography-mass spectrometry determination of residual quantity of 6-chloropicolinic acid in vegetables and fruits. According to the method, a T3 chromatographic column is adopted for separation, detection is carried out in a positive ion mode, a selected mobile phase is acetonitrile + 10 mmol / L ammonium acetate solution, isocratic elution is adopted for the mobile phase, the column residual effect can be eliminated, and good reproducibility is obtained.

The invention discloses a large-light-transmission high-illumination projection lens assembly matched with a 0.47 DMD. The projection lens assembly comprises a first lens, a second lens, a third lens, a fourth lens, a fifth lens, a diaphragm, a sixth lens, a seventh lens, an eighth lens, a ninth lens and a tenth lens distributed in sequence from an object side to an image side along an optical axis, wherein each of the first lens to the tenth lens comprises an object side surface and an image side surface; and the first lens has a negative refractive index, the second lens has a negative refractive index, the third lens has a positive refractive index, the fourth lens has a negative refractive index, the fifth lens has a positive refractive index, the sixth lens has a negative refractive index, the seventh lens has a negative refractive index, the eighth lens has a positive refractive index, the ninth lens has a negative refractive index, and the tenth lens has a positive refractive index. The optical imaging lens assembly has only the above ten lenses with refractive indexes. The actual maximum compatible target surface size of the lens assembly of the invention can reach phi 16 mm; the lens assembly has strong compatible use characteristics; and a large-aperture high-illumination design is adopted, so that projected pictures are clear and uniform.

The invention discloses an image noise reduction method and a computer readable storage medium. The method comprises the steps of obtaining an input image of a current frame and an output image of a previous frame; calculating an inter-frame gray difference between the input image of the current frame and the output image of the previous frame; according to a preset suppression value and a truncation value, truncating the inter-frame gray scale difference value; generating a continuity probability curve corresponding to the current frame according to the interframe gray difference after truncation processing and a preset curve parameter; calculating the filter gain of the current frame according to the filter gain of the previous frame and the continuity probability curve corresponding tothe current frame; and calculating the output image of the current frame according to the input image of the current frame, the output image of the previous frame and the filter gain of the current frame to obtain a denoised image of the current frame. The noise in the image can be well suppressed, and no obvious smear is generated.

The invention discloses a method for extracting macro fungus genome DNA. A macro fungus fruiting body or hypha cell structure is broken via a physical method and a chemical method; protein is removedby virtue of phenol, chloroform and isoamylol; then, genome DNA is precipitated by virtue of isopropanol; sterilized distilled water or a buffer solution is added to dissolve the genome DNA; the genome DNA is adsorbed and collected by virtue of a nucleic acid adsorption column; and purifying is conducted by virtue of guanidinium isothiocyanate and ethanol, so that the genome DNA is obtained. The obtained genome DNA is relatively good in integrity; through dyeing after agarose gel electrophoresis, a DNA strip is clear and single, without tailing or a complex zone; the obtained genome DNA is high in purity and high in yield, an OD260 to OD280 ratio ranges from 1.8 to 2.0, and the concentration of the genome DNA is 20-50ng / ul; and the method is simple to operate and low in cost, and is applicable to molecular biology studies of various macro fungus fruiting bodies or hyphae.

The invention discloses an ultra-light non-silicon PET release film and a production process thereof, and particularly relates to the technical field of PET release films. The ultra-light non-silicon PET release film comprises a PET release film base film and a coating. According to the ultra-light non-silicon PET release film, the light transmittance is larger than or equal to 88%, the haze is smaller than or equal to 4%, the 20 min release force is adjustable within the range of 30-300 g / in, and the residual adhesion rate is larger than 85%; the surface is flat, smooth and free of scratches, obvious rainbow lines, coating leakage and coating spots; single methylbenzene is used as the solvent so that the proportioning is simpler; graphene and nano aluminum oxide are compounded to form a graphene / nano aluminum oxide composite material, and the graphene / nano aluminum oxide composite material is doped into the coating so that the antistatic property, the heat resistance and the antibacterial property of the release film can be effectively improved; and the PET release film base film is soaked in the treatment liquid compounded by ethanol and glycerol so that the contact combination effect of the subsequent coating and the PET release film base film is better, and the adhesive force is stronger.

The invention discloses a control method, a control device, equipment and a medium for a linear motor, which belong to the technical field of linear motors. The method comprises the steps of obtaining the current speed, the driving voltage and the response time of the target acceleration of an oscillator of the linear motor, obtaining a damping adjustment coefficient based on the response time and hardware parameters of the linear motor, obtaining a target compensation voltage based on the current speed of the vibrator and the damping adjustment coefficient, obtaining an actual driving voltage based on the driving voltage and the target compensation voltage, and controlling the linear motor to vibrate based on the actual driving voltage. By adopting the control method provided by the invention, the response time of the acceleration of the linear motor can be accurately adjusted.

The invention relates to the technical field of etching, and provides an etching liquid composition. The cleaning agent comprises the following components in percentage by weight: 10-20% of hydrogen peroxide, 0.5-4% of inorganic acid, 1-4% of a compound with both amino and alcohol groups, 1-5% of a pH regulator, 1-5% of organic acid or amino acid, 1-5% of a metal ion chelating agent, 0.1-2% of a hydrogen peroxide stabilizer and the balance of water. And has a first acidity and a second acidity. The quality guarantee period of the etching liquid composition can reach one month, etching residues are avoided, etching broken lines are not prone to being generated, copper and copper alloy films of advanced-generation panels can be effectively etched, and the etching liquid composition can be used for etching transparent conductive films in panel display devices. The etching liquid composition can be prepared by two different preparation schemes, the shelf life of the obtained etching liquid composition can reach one month, but the line width loss difference of the etching liquid composition prepared by the first preparation scheme is obviously superior to that of the etching liquid composition prepared by the second preparation scheme.

The present invention provides a method for capturing a moving object, which belongs to the technical field of mobile communication and is applied to a mobile terminal with a camera. The method for capturing includes: acquiring a first image of a moving object captured by the camera in an automatic exposure mode; Determining the moving speed of the moving object, and determining the shutter time corresponding to the moving speed; acquiring a second image of the moving object taken based on the shutter time; and performing an operation on the second image based on the first image image synthesis processing to obtain the captured image of the moving object. The invention also provides a corresponding mobile terminal. The moving object capture method provided by the present invention calculates the best exposure time through the moving speed of the moving object, so as to obtain a clear image of the moving object without smear, and solves the problem of fast moving objects when capturing fast moving objects. There is a problem of smearing in the captured image.

The invention discloses a construction technology of a decorative line and double drip lines. The construction technology comprises the steps of base surface cleaning, laying off and line snapping, drip line pasting, pressing plate plastering, curved surface decorative line making, calendering, finishing maintenance and paint painting. With adoption of the construction technology, a single drip line is replaced with the double drip lines, and meanwhile, a curved surface decorative line is arranged between the two drip lines, the decorative line is smooth and clean in surface, uniform in color,no smear stripes exist, and the line angle is straight and upright, clear and attractive; the double drip lines are straight and smooth, the phenomenon that rainwater flows for a long time and pollutes the decorative surface is effectively prevented, the function of double layer protection is achieved, and due to the fact that a building is more attractive through decoration of the decorative line and an obtained drip strip is high in qualification rate, the number of times of rework treatment is reduced.

The invention discloses a production process of a high-permeability grid release film. The production process comprises the following steps: 1) coating preparation: mixing 120 #, toluene, butanone and isopropanol as a solvent; (2) treating an original film: adopting a transparent PET grid film with the grid size of 0.16 mm * 0.16 mm as the original film, and pre-coating a layer of antistatic liquid on the surface of the original film; (3) precise coating: the coating mode is slit coating; 4) drying and curing; and (5) receiving and rolling. According to the high-breathability grid release film, the 20 min release force is 2-5 g / in, the 24 H release force is 6-10 g / in, the aging force is 10-15 g / in, the residue is larger than or equal to 80%, and the resistance value is 10<9>-10<11>; under a magnifying lens for one hundred times, the grid release film is free of visible particles or foreign matters, free of scratches on the surface, free of obvious rainbow lines, free of coating leakage and free of coating spots, is low in release, high in breathability, high in residue, low in aging and high in breathability, and is suitable for high-end electronic products.

The invention discloses a preparation method of a high-temperature alloy metallographic specimen. The preparation method comprises the following steps of: 1, performing cutting according to detection requirements and the size of a clamp seat of an automatic grinding and polishing machine to obtain a specimen to be ground and polished; 2, fixing the cut specimen to be ground and polished on the clamp seat of the automatic grinding and polishing machine; 3, setting grinding and polishing parameters on the automatic grinding and polishing machine; 4, starting the automatic grinding and polishing machine, and starting grinding and polishing according to the preset parameters; and 5, after grinding and polishing are finished, taking down the specimen immediately, and subjecting the specimen to cleaning and blow-drying, thus obtaining a metallographic specimen; wherein in the step 4, the grinding and polishing process comprises four procedures of rough grinding, fine grinding, rough polishing and fine polishing, and in the grinding and polishing process, a grinding and polishing disc and the clamp base rotate in the same direction. The method that the clamp seat and the grinding and polishing disc rotate in the same direction is adopted, through the synergistic effect of the grinding and polishing time and the force value of all grinding and polishing links, the high-temperature alloy metallographic specimen shows the real appearance of carbide, and full-automatic sample preparation of the metallographic specimen is easily achieved through the preparation method.

The invention discloses a method for measuring the content of urea in musk blood-activating stasis-removing paste, which is characterized by comprising the following steps: 1) Preparing a reference solution of urea by using a methanol solution as a solvent; 2) Taking musk blood-activating stasis-removing paste, and shearing the paste to obtain a sample to be tested; 3) Dissolving and extracting the sample to be detected by using an ethanol solvent to obtain a sample solution; and 4) Measuring the content of urea in the reference solution and the sample solution by high performance liquid chromatography. The chromatographic detection conditions are as follows: amino bonded silica gel is used as a filling agent, and a mobile phase is an acetonitrile-water solution with a volume fraction ratio of 92:8; the detection wavelength is 190 nm; the sample size is 10 uL. The technical characteristics adopted by the invention solve the problems that the existing method for measuring the content ofurea is complicated, and the content of urea in the musk blood-activating stasis-removing paste is difficult to simply, conveniently and accurately detect due to more interference components in the musk blood-activating stasis-removing paste.