33results about How to "Effective thinning" patented technology

An image processing method generates a halftone-dot image by forming a halftone dot, which is represented by a set of one or plural output dots and corresponds to an intensity of an input image signal, while making a part of the dots constituting the halftone dot to be an actual non-output dot so as to reduce an amount of a coloring material of the halftone-dot portion. When the intensity of the image signal exceeds a predetermined value and is in a predetermined range, while maintaining contour dots, which are output dots contribute to formation of a contour of the halftone dot, to be the output dot, the image processing method makes a part of dots inside the contour dots to be the actual non-output dot.

A composition and method for early bloom thinning of fruit trees and controlling cracking, wherein the composition provides that glyceride type of lipids are effective compounds for bloom thinning of fruit trees and controlling cracking of fruits and the method comprises making an aqueous emulsion with these lipids as active ingredients and spraying the emulsion on fruit trees at appropriate phenophases for blossom thinning or fruit cracking control. The composition further provides that copper compounds act as blossom thinning agents but cause phytotoxicity to trees and a mixture of the said lipid emulsion and copper compounds displays higher thinning effect than each applied alone and does not cause phytotoxicity to trees.

The invention relates to a heating furnace and a heating process thereof, in particular to the heating furnace adopting a regenerative burner and a conventional burner to perform combined heating, and the heating process thereof. The heating furnace structurally comprises a furnace body, and a feeding end wall and a discharging end wall which are arranged at the two ends of the furnace body respectively, wherein the furnace body between the feeding end wall and the discharging end wall is sequentially divided into a heat recovery section, a first heating section, a second heating section and a soaking section; partition walls are arranged between every two adjacent sections; and the furnace body is provided with the regenerative burner used for heating the furnace body, a flat flame burner and a flame adjustment burner. The heating process comprises the following steps of: starting igniting the heating furnace from the flame adjustment burner of the soaking section, and igniting the flat flame burner to switch the second heating section and the first heating section into a thermal storage state of the regenerative burner to finish the ignition heating work. The heating furnace of the invention effectively realizes energy saving, emission reduction and improvement in blank heating quality, greatly reduces spare part production and maintenance cost, and reduces the production cost.

A magnetic fluid seal device that increases a permissible value of eccentricity for two members to improve sealability and decreases a variation of quality by injecting a magnetic fluid before assembling of parts, that saves structural members to achieve thinning, and that is easy to produce. An annular magnet 3 is buoyantly supported by the magnetic fluid 4 and 5 retained, and the space between a housing 1 and a shaft 2 is sealed by the annular magnet 3 and magnetic fluid 4 and 5.

A method for harvesting and an arrangement for processing wood. In a harvesting area, a baler (1) is used to bale small-dimensioned wood into bales belonging to different bale classes, wherein a compressed wood bundle (9) is bound by means of a binding member (10). Energy bales (11d) and raw material bales (11a to 11c) may be created in a forest. The raw material bales may be processed in a debarking device (21), wherein the wood contained by the bale is divided into a pulp fraction (26) and an energy fraction (25). The pulp fraction may be used in the manufacture of raw material, and the energy fraction may be used as fuel.

The invention discloses a co-production fermentation method for astaxanthin and mannan and application of the astaxanthin and the mannan. The co-production fermentation method for the astaxanthin andthe mannan comprises: mutagenesis, preparation of protoplast, genome rearrangement, obtainment of the astaxanthin and extraction of the mannan. The astaxanthin is applied as an antioxidant additive infeeds, food and cosmetics; and the mannan can be applied in adhesives, fixatives, feed additives, cosmetic additives, embedding materials in wastewater treatment, dust preventives, chromatographic packing materials and food preservation. The beneficial effects are as follows: high-yield phaffia rhodozyma strains are obtained by a dual induction method, a strain for the high yield of the astaxanthin is screened out by a genome rearrangement and cell fusion method, so that a genetically stable phaffia rhodozyma strain is obtained, and the astaxanthin and the mannan are obtained by co-productionfermentation; the application ranges of the astaxanthin and the mannan are wide, and economic value is high.

An over-current protection device has a PTC device, first and second electrodes and an insulation layer. The PTC device comprises first and second electrically conductive members and a PTC layer laminated between the first and second electrically conductive members. The first and second electrodes are electrically connected to the first and second electrically conductive members, respectively. The insulation layer is disposed on a surface of the first electrically conductive member. The device is a stack structure extending along a first direction, and comprises at least one hole extending along a second direction substantially perpendicular to the first direction. The value of the covered area of the hole divided by the area of the form factor of the over-current protection device is not less than 2%, and the value of the thickness of the device divided by the number of the PIC devices is less than 0.7 mm.

The invention belongs to the related technical field of lithium ion batteries, and discloses a lithium ion battery, a novel current collector and a preparation method of the novel current collector. The novel current collector comprises a base material layer, bonding layers and a metal layer, the bonding layers are arranged on the two opposite surfaces of the base material layer respectively, the metal layer is arranged on the surfaces, far away from the base material layer, of the bonding layers, and a flame retardant is arranged in the base material layer. Therefore, the commercial copper foil or aluminum foil can be effectively thinned by the polymer base material layer, so that the energy density of the battery is improved, flame retardance can be ensured after the battery is burnt by using the flame retardant, and hidden dangers are reduced.

The invention discloses a matching device of a tap. The invention relates to the technical field of articles for daily use. The existing pedal device, such as a tap foot switch and a weighing scale, is thick and convenient for sweeping and collection. The matching device of the tap comprises a pedal device and a tap device which are is connected with each other. The pedal device is formed by a direct tread control device, a front and rear end pedal type foot control device or a weighing scale (5) independently, by the direct tread control device, the front and rear end pedal type foot control device or the weighing scale (5) together with other foot devices, by an existing common tap foot switch, or by other device modes, and can be connected with the tap device through a pipeline connecting device (3). The matching device of the tap has the benefits that the device can effectively reduce the thickness of the pedal device and is convenient for sweeping and collection.

The invention discloses a method for shaping and pruning a peach tree.The method comprises the following steps: (1) the pruning of the peach tree at the sapling stage; (2) the pruning of the peach tree at the primary fruiting stage; (3) the pruning of the peach tree at the full bearing stage; (4) the pruning at the late full bearing stage; (5) the pruning of the peach tree at the senescence stage.The invention designs the systematic method for shaping and pruning the peach tree, so that targeted pruning is carried out at the sapling stage, primary fruiting stage, full bearing stage, late fullbearing stage, and senescence stage of the peach tree, thereby increasing the overall life and fruiting rate of the peach tree, and solving the problems of relatively short life of the peach tree, lowfruiting rate of the peach tree, and the like due to improper pruning in an existing peach tree planting process.

The present disclosure teaches a frame output method including the steps of: compressing a Nth frame into a compressed Nth frame using a compression method identical to that of compressing a (N−1)th frame into a compressed (N-1)th frame; storing the compressed Nth frame; decompressing the compressed Nth frame into a decompressed Nth frame using a decompression method identical to that of the decompressing the compressed (N−1)th frame into a decompressed (N−1)th frame; comparing the decompressed Nth frame and the decompressed (N−1)th frame and obtaining a comparison result; and providing an output frame according to the decompressed Nth frame and the comparison result. The present disclosure also teaches a frame output device. The frame output device and method described above are able to avoid the frame distortion problem resulted from Over Driver (OD) calculation, thereby enhancing image frame display quality.