42results about How to "Lively" patented technology

The invention provides a camera-based point reading positioning method and a camera-based point reading positioning device, which belong to the field of image processing. The method comprises: shooting an image of a current text page, differentiating the shot current image with a template image to detect if an indicator in the current image appears, and updating the template image to the current image if the indicator is not detected or stopping updating the template image if the indicator is detected; shooting an image of the current text page, performing positioned detection according to the differences of the images behind the template image, and determining a positioned image having the indicator; and determining the position of the indicator in the current text page according to the difference image of the positioned image and the template image. In the invention, the indicator is positioned by differentiating the image shot by the camera and the template image, so that the position of the indicator is determined; a user can perform point reading on the camera directly through the indicator such as a finger without using peripheral equipment for operation; and thus, a great convenience is brought to the user.

The invention relates to a biological immune preparation for strengthening a goatpox vaccine antibody and a manufacturing method of the biological immune preparation. The steps adopted in the method include that the fresh spleen of a healthy yak is selected, after fat, the envelope and the internal connective tissue are removed, the spleen is subjected to freezing preservation, the yak spleen obtained after freezing preservation is taken out and melted and is minced through a tissue stamp mill, after sterile tri-distilled water with the same weight is added, the high-speed tissue stamp mill is used for conducting homogenizing at a high speed for two times, and homogenizing is conducted 10 min each time; and prepared homogenate is frozen at the temperature of minus 20 DEG C, freezing and thawing are conducted repeatedly for five times, centrifuging is conducted after the last time of thawing, supernatant is taken and put into a dialysis bag, the supernatant is dialyzed overnight under the environment of 0 DEG C to 4 DEG C through pyrogen-free cold normal saline, dialysate outside the bag is collected and is subjected to filtration sterilization through a filtering film, and the dialysate is subjected to sterile subpackaging and is then subjected to freezing preservation. After the biological immune preparation enters an organism, the effect of the biological immune preparation can be rapidly developed and can last for several months or even longer, the immune antibody level of the vaccine is effectively improved, the biological immune preparation can be rapidly and completely absorbed by the organism without any residue, weight increasing is obvious after the biological immune preparation is injected into the organism, and a goat can be lively in spirit.

The invention belongs to the field of smoke gas denitration, and particularly relates to a flaky manganese titanate coated attapulgite CeO2-loaded low-temperature Photo-SCR (selective catalytic reduction) denitration catalyst and a preparation method. The catalyst of a three-dimensional structure is prepared by the method; attapulgite is used as a carrier for the catalyst; flaky manganese titanateis used for coating attapulgite; CeO2 is loaded on the surface of the flaky manganese titanate; the three-dimensional structure is formed. Through the structure, the oxidation reduction capability ofthe catalyst is enhanced; the reaction temperature is effectively reduced; the denitration catalyst with high denitration performance, excellent SO2 resistant performance, mild reaction condition, low energy consumption and little secondary pollution is formed; the defects of poor SO2 resistant performance at low temperature, poor low-temperature activity under the visible condition and the likeof the catalyst can be overcome at the same time.

The invention discloses a manufacturing method of a hollow coloured glaze camel, belonging to the technical field of coloured glaze preparation. The hollow coloured glaze camel is prepared from transparent glass frit, ceramic white material and brown transparent glass frit. A manufacturing process mainly comprises the steps of preparing materials, nesting materials, manufacturing a hollow structure, manufacturing a solid structure, fine trimming and annealing; wherein in a hollow structure manufacturing process, shaping is carried out according to the order of rear legs, humps, front legs and neck, and the hump parts are manufactured by a manner of combination of blowing, pulling and internal ejecting, so that shape deformation caused by sticky wall appeared at bulging parts and the manufacturing is failed are prevented; the trunk, limbs and the hump parts of the camel are integrally formed to increase the fluency of the whole coloured glaze camel. The coloured glaze camel prepared by the manufacturing method provided by the invention is vivid in figure and color and high in yield, has simple method and is capable of meeting the industrial large-scale batch production; the ornamental value of animal-shaped coloured glaze products is improved.

The invention belongs to the technical field of lithium batteries, and specifically relates to a method for preparing a lithium battery. The electrolyte of the lithium battery includes lithium salts, organic solvents, organic free radicals and additives; the organic solvent includes the following mass fraction raw materials: : 20-22 parts of ethyl formate, 10-12 parts of propyl formate, 18-20 parts of methyl acetate, 30-35 parts of propyl acetate and 11-22 parts of ethylene carbonate; the lithium salt is lithium tetrafluoroborate ; The additive comprises the following mass fraction raw materials: 30-40 parts of vinylene carbonate, 20-35 parts of fluoroethylene carbonate and 20-25 parts of cyclohexene; the ring-shaped battery includes a ring-shaped barrel, a sealing cover and a negative electrode column; the negative pole column is fixed in the middle of the annular barrel through insulating rubber; the positive electrode ring is fixed in the annular barrel; the positive electrode ring is fixed in the annular barrel through insulating rubber, and the positive electrode ring is the positive pole; the negative pole is the negative pole of the annular battery; a diaphragm is arranged inside the positive pole ring.