328results about How to "Avoid weakening" patented technology

The invention discloses a method for identifying objectionable video content. The method comprises the following steps of extracting video key frames in a video to be detected; grouping the video key frames, wherein each group of grouped video key frames form a video shot which performs shot segmentation on the video to be detected; executing each segmented video shot; extracting movement feature information of the video shot, and determining whether the video shot is an objectionable video shot or not according to the extracted movement feature information; and determining whether the video to be detected is the objectionable video content or not according to the quantity of the determined objectionable video shots. According to the method for identifying the objectionable video content, the identification accuracy of the objectionable video content can be improved.

The invention provides a blue phase liquid crystal display device and a production method thereof, relating to the technical field of display. The blue phase liquid crystal display device is used for lowering driving voltage of the blue phase liquid crystal display device. A blue phase liquid crystal display device comprises multiple pixel units which are arranged in a matrix manner, a first substrate and a second substrate which are oppositely arranged as well as a blue phase liquid crystal layer arranged between the first substrate and the second substrate, wherein each pixel unit comprises a first bulge arranged on the first substrate, a pixel electrode covering the first bulge, a second bulge arranged on the second substrate and a common electrode covering the second bulge, the first bulge extends along a first direction, the second bulge extends along a direction opposite to the first direction, the first bulge and the second bulge are arranged in a staggering manner in a second direction, the first direction and the second direction are vertical, and a plane determined by the first direction and the second direction is parallel to the first substrate. The blue phase liquid crystal display device is used for displaying an image.

The invention provides an argillaceous soft rock roadway partition multi-granularity grouting reinforcement method. A corresponding geological state is evaluated according to geological information data of a specific roadway, drilling points of shallow grouting holes and deep grouting holes are designed in the roadway according to the evaluated geological state, along with tunneling of the roadway, the periphery of the roadway is anchored, and a concrete and silica sol spray layer is arranged; the shallow grouting holes are constructed in the sides and a top plate and a bottom plate of the roadway, hole sealing grouting is carried out, the deep grouting holes are constructed in the pre-designed drilling points of the deep grouting holes, hole sealing grouting is carried out, and therefore grout is effectively sealed and reinforced in a deep virgin rock region. Shallow broken region surrounding rock is reinforced, water molecules, air molecules and crack water are prevented from entering a channel of a jet-grouted solid, the anti-deformation capacity and durability are improved, and the problems that after an argillaceous soft rock roadway encounters water, prominent non-linear large deformation, remarkable rheology and disturbance are generated are solved.

The invention relates to a steel pipe concrete frame with prestressing tendons and a construction method thereof. The steel pipe concrete frame with the prestressing tendons is formed by connecting composite columns with composite beams through joints. The composite beams are horizontally arranged among the composite columns. The joints are outer sleeving integral type joints internally filled with self-compacting concrete. The composite columns are sectional-type steel pipe concrete composite columns with built-in profile steel. The composite beams are internal-prestress I-shaped steel pipe concrete composite beams. The prestressing tendons arranged in the composite beams bypass joint outer pipes from upper strengthening annular plates with cavities. The prestressing tendons are positioned through single-hole positioning plates and hole-formed double-hole main positioning plates, form symmetrical curve shapes and achieve tensioning and anchoring at joint end beams. The self-compacting fine stone concrete of the composite beams and self-compacting fine stone concrete of the joint end beams are through and form a whole with the joint outer pipes after curing. The problem that beam-column connecting joints of a novel steel pipe concrete frame with prestressing tendons are complex and liable to damage is solved.

A laminated magnet array architecture device for gathering oxygen of air through magnetism and a method thereof belongs to gas separation technique field. The device comprises: a laminated magnet array, a magnetic field space, fluid damping layer on opened border of the magnetic field space, a air source, a buffer, a air delivery pipe, an inlet transition section, an outlet transition section, oxygen enriched air delivery pipe, valves, nitrogen enriched air delivery pipe, a shell and an electric heater of oxygen enriched air outlet. The method is that air is injected into a magnetic field space with an opened border and a gradient magnetic field which gradient direction points to inside on the border, when air outflows from the opened border, oxygen molecules of air are constrained in the magnetic field by that the gradient magnetic field acts force on oxygen molecules. The invention has advantages of simple structure, large amount of treated air, low energy consumption, long service life and wide adaptability.

The invention discloses a method for removing stripes of an infrared image based on amplitude constraint, comprising the following steps: S1, filtering the original image along a row direction of a pixel array to obtain low-frequency information of the original image; S2, filtering the original image along a row direction of a pixel array to obtain low-frequency information of the original image;2, filtering that original image and the low-frequency information to obtain the high-frequency information of the original image; S3, averaging the high-frequency information along the column direction of the pixel array to obtain the fringe amplitude in the column direction; S4: taking The original image and the fringe amplitude of each column for fringe filtering to obtain the image after the fringe amplitude is suppressed.

The invention discloses a limit gliding bearing of a large-span space structure, comprising a cubic limit box at the lower part of the bearing, an additional gliding plate arranged in the cubic limit box and a plate bearing arranged on the additional gliding plate, wherein, the cubic limit box is composed of a square base plate, 4 limit stop plates at the periphery of the square base plate and 4 small cover plates which cover the 4 corners of the 4 limit stop plates which are all welded together; the plate bearing is composed of a vertical supporting tube which is welded at the middle part of the base plate and 4 cross-shaped vertical supporting stiffening plates which are welded at the periphery of the vertical supporting tube; clearance size of the square base plate of the cubic limit box is larger than the size of the base plate of the plate bearing, and horizontal slip of the plate bearing is the difference between the clearance size of the cubic limit box and the size of the base plate of the plate bearing. In the invention, the plate bearing is allowed to have relatively large horizontal displacement, thus effectively releasing thermal stress, reducing horizontal thrust of the plate bearing on the lower structure of the limit gliding bearing, effectively reducing use amount of steel and lowering construction cost; meanwhile, in the invention, weakening on the base plate of the limit gliding bearing by opening anchor bolt holes is avoided, the structure is simple and the installation is convenient.

The invention provides a comprehensive protecting and treating method of a water-containing easily-weathered rock bedding slope. The method comprises the following steps that 1, positions of bedding joints, water isolating layers, rock crushing zones and water guide channels are explored and determined on site; 2, steps from the first to the Nth are formed in an exploited manner, a water drainageditch is constructed in the bottom of a slope face, water drainage holes are constructed in the slope face, thus water accumulated in the steps is drained away, and a water intercepting ditch is constructed in the slope top; 3, slurry injecting holes are constructed in the slope face to enable the rock crushing zones to be combined into a whole; 4, mixed clay is used for being laid on the slope top, and then grinding is carried out; 5, short anchoring rods are constructed on the slope face, and the method of full-hole slurry injecting is used for anchoring; and 6, concrete is adopted for carrying out net hanging and slope spraying. According to the method, the stability of the slope is improved fundamentally, contact between easily-weathered rocks and atmosphere, sunlight and water is isolated, weathering damage to slope rock mass is prevented, the strength of the rock mass is given into play, the key effect of the water in slope slippage is eliminated, and long-term stability of the slope is improved.

The invention discloses a three-stage temperature change fermentation method for improving taste of a blade type cigar. The method adopts a processing technology capable of obviously improving the taste and compatibility of the blade type cigar, and the three-stage temperature change fermentation method can be carried out at low moisture, also can realize impurity gas discharge by adjusting the temperature and humidity, manual tobacco leaf turning is not needed, the working environment is improved, and the labor cost is lowered. After the tobacco sheets are subjected to three-stage fermentation, macromolecular substances for converting and degrading the specific smell components of the sun-cured tobacco are realized, the air-drying tobacco smell is weakened, the basic quality of the raw materials is improved, and the characteristic aroma of the tobacco sheets is induced.

The invention provides a heat treatment method for improving the mechanical property of austenitic heat-resistance steel. According to the heat treatment method, the technological step is simple and effective, operation is easy, cost is low, the microstructure of the austenitic heat-resistance steel can be improved, and the mechanical property of austenitic heat-resistance steel is improved. The heat treatment method comprises the following steps that (1) raw materials are prepared according to the alloy component and the burned value and smelted and poured into alloy ingots under the vacuum environment; (2) the alloy ingots are sequentially subjected to homogenization and heat deforming treatment; (3) alloys after heating deforming are subjected to solid solution heat treatment at the temperature of 1200-1260 DEG C for 25-45 min, and then water cooling is conducted till the temperature reaches the indoor temperature; and (4) intermediate temperate short-term aging treatment is conducted, specifically, the alloys after solid solution heat treatment are heated till the temperature is 750-800 DEG C, heat preservation is conducted for 30-60 min, air cooling is conducted till the temperature reaches the indoor temperature, the austenitic heat-resistance steel is obtained, nano-scale Z phases are obtained in crystals, and M23C6 phases are obtained in crystal boundaries.

The embodiment of the invention, which relates to the technical field of computer application, provides an object control method and device. The object control method comprises: carrying out credit scoring on historical data of a monitored object; predicting an abnormal probability of the monitored object; and on the basis of the credit scoring result and the abnormal probability, carrying out control processing on the monitored object. On the basis of credit scoring on the historical data of the monitored object, the abnormal probability of the monitored object is predicted and thus a cheating user can be identified effectively and accurately, so that a problem of low accuracy of cheating user identification in the prior art is solved.

The invention relates to the field of pressure vessels, and aims to provide a pressure vessel door quickly-opened device with a leakage on-line detection function. The device comprises a barrel flange, a cover flange and a locking clamp, wherein the barrel flange is welded with a vessel barrel, the cover flange is welded with a cover, and the locking clamp is used for fixedly connecting the barrel flange and the cover flange; the flange surface of the barrel flange is provided with three circles of grooves which sequentially include a first sealing groove, a gas detecting groove and a second sealing groove from outside to inside, and a lip-type sealing ring is respectively placed in the first sealing groove and the second sealing groove; and the barrel flange is provided with a gas inlet and a medium sensor, wherein the gas inlet is respectively connected to the first sealing groove and the second sealing groove and used for importing sealing gas, and the medium sensor is communicated to the gas detecting groove. The device disclosed by the invention is convenient to assemble and disassemble, saves the cost, prolongs the service life, and ensures the success rate of vessel sealing; the gas detecting groove can detect the gas leakage of the insides of vessels; and the economic loss caused by suddenly stopping the operation of the vessels can be avoided.

The invention discloses a corner detection method based on a non-causal fractional gradient operator, which belongs to the technical field of image processing. According to the invention, non-causal fractional gradient operation of a gray-scale image to be detected is realized through the combination of cause-effect and anti-causal fractional integral and cause-effect and anti-causal fractional differential. The method comprises the steps that an image is read to generate a gray scale matrix f (x, y); non-causal fractional gradients Dx and Dy of f (x, y) in x and y directions are calculated; the product DxDy of the gradient direction is calculated; Gaussian kernel is used to filter DxDy; the corner point intensity is calculated; and non-maximum suppression is carried out to acquire an accurate image corner. According to the invention, the novel algorithm based on non-causal fractional gradient is used to carry out gradient and corner energy operation; the corner detection precision is improved; the method is suitable for the computer vision fields of image registration and matching, image fusion, target recognition and the like.

The invention relates to an elbow pipe (1) for a pipe tract used in the fluidic transport of solids and to a method for producing said pipe. The elbow pipe (1) comprises a double-layer pipe body (2) consisting of an internal elbow pipe (3) and an external elbow pipe (4). A coupling collar (6) is fixed to each end (5) of the pipe body (2). The annular gap (8) between the internal elbow pipe (3) and the external elbow pipe (4) is filled with concrete as the filler (9). The annular gap (8) is filled via a fill opening (10) in the wall (11) of the internal elbow pipe (3), the opening running transversally through said wall and being situated on the inner radius l_Ri of the internal elbow pipe (3). To fill said gap, centring aids (12, 13) are introduced into the ends of the pipe body (2) and the internal elbow pipe (3) and external elbow pipe (4) are positioned in relation to one another, by the inflation of the centring aids (12, 13). The filling gun (19) of a filling device (20) is then placed against the fill opening (10) in the wall (11) of the internal elbow pipe (3) and the annular gap (8) is filled with the filler (9).

The invention provides an organic compound with a specific structure. The organic compound is characterized by being shown as a general formula (I): the formula (I) is shown in the description; in theformula (I), X1 to X8 are respectively independently selected from CR1 or N respectively, wherein at least one is an N atom; L is a single bond and is C5 to C12 substituted or unsubstituted arylene and heteroarylene; R1 is selected from hydrogen, C1 to C10 aryl or cycloalkyl, C6 to C15 aryl or C6 to C19 condensed ring aryl and at least one is azacarbazole; Ar is substituted or unsubstituted N heterophenyl. The invention discloses an inverse intersystem crossing constant and emission delayed fluorescence rule and the designed compound is used for an organic electroluminescent device, can be used for effectively improving the current efficiency and is an organic electroluminescent material with good performance. The invention also provides the organic electroluminescent device adopting thecompound shown as the general formula.