33results about How to "Reliable processing method" patented technology

The invention discloses a NANDFLASH bad sector dynamic label processing method based on blocks. A NANDFLASH chip is detected firstly, and then normal read-write using is carried out. Valid information of each block is labeled with one block as a unit rather than with one page as a unit, so that a system does not need to read labeling value before operation is carried out on each page of flash memory, the system only needs to read labels before a new block is operated, the system does not need to label the state of each page after the operation is finished, and the system only needs to mark the valid state of each block before the block is used or when the block is needed.

The invention discloses furong plum juice and a preparation method thereof and belongs to a drinking beverage in daily life and a preparation method thereof. The method is characterized by comprising the following steps of: 1, material preparation: A, picking fresh furong plums, cleaning and sterilizing the furong plums; B, preparing furong plum pectin esterifying enzyme; and C, preparing 50-degree rice white spirit; and 2, fermentation process: adding 2.5 to 3.5 weight percent of the prepared furong plum pectin esterifying enzyme and 5 to 10 weight percent of the 50-degree rice white spirit into every 100 kilograms of fresh furong plums and performing fermentation; and filtering the fermented product to obtain the juice and bottling the juice for delivery. The method is characterized in that: the furong plum juice is supplied by a microorganism fermentation method and no addition agent or additive is added in an entire technical process, so that the original taste and flavor of an original fruit are kept, a processing method is simple and reliable and the processed furong juice is stable and reliable and never degenerate.

The invention discloses a blade air film hole machining quality tracing system and method. The system comprises a code generation module, a production management module, a quality analysis module anda data storage module. The code generation module is used for generating and managing all codes used in the production process of the blade air film holes; the production management module collects production data and detection data in real time in the machining process. The quality analysis module analyzes the quality of the blade by receiving the data provided by the production management moduleand combining the product quality requirements to form a quality report; the data storage module is used for storing data and reports in the production process. According to the blade air film hole machining quality tracing system, full-closed-loop quality tracing of blade air film hole production from entering a factory, leaving the factory to being used by a client can be achieved; a reliable machining mode and a quality management systematization system can be provided for large-batch rapid production of the aero-engine blades, the delivery time can be greatly shortened, the production cost is saved, and high economic benefits are achieved.

The invention discloses a full-automatic high-temperature mummification machine for animal innocent treatment. The full-automatic high-temperature mummification machine is characterized by comprising a box (1), a plurality of scraper blades (2) which are perpendicular to the lower surface of the box (1) and are used for driving materials to move forwards are evenly arranged in the box (1), and extruding devices (3) are arranged between every two adjacent scraper blades (2). The full-automatic high-temperature mummification machine for animal innocent treatment can effectively achieve environment-friendly animal innocent treatment; and the scraper blades, an adjustor and the extruding devices work in an accurate and cooperative mode, mechatronics of animal carcasses is achieved, the working efficiency is high, a treatment method is reliable, and secondary pollution to the environment and propagation of pathogenic microorganism are avoided.

The invention relates to a metal energy storage spring machining method. The metal energy storage spring machining method includes the following steps that S1, firstly, a steel belt is horizontally bent to be a circular-arc steel belt; S2, the circular-arc steel belt is spirally wound in the longitudinal direction to form a plurality of conical cylinders; S3, every two adjacent conical cylinders in the conical cylinders are connected in a lap joint mode to form a long cylinder; S4, single-piece steel belts are pulled out of the head end of the long cylinder and the tail end of the long cylinder respectively and subjected to butt welding to form an annular cylinder; S5, the two single-piece steel belts generated after butt welding is conducted are wound back into the adjacent conical cylinders respectively after restoring to the conical cylinders. S6, punch forming is conducted on the annular cylinder obtained in S5, and thus the annular cylinder can meet the drawing requirement. The method is used for machining metal energy storage springs.

The invention discloses a roof unsupported area detection and roadway repair method based on the radar detection technology. The fracture situation of the rock stratum above roof falling gangue is detected through the radar detection technology, and grouting holes are formed according to the detected situation; and the aim of roadway repair is achieved through the steps of grouting, tunneling, supporting and the like. According to the roof unsupported area detection and roadway repair method based on the radar detection technology, the unsupported area and part of the roof falling gangue are reinforced through grouting falling, and the roof unsupported area detection and roadway repair method based on the radar detection technology provides a simple, safe and reliable processing method for roadway roof collapse.

The invention discloses a method for processing brake friction heat load data of an automobile brake disc. The method comprises the following steps: establishing a functional relationship between thesurface heat flux qt on the friction surface of the automobile brake disc and the speed vt, the whole automobile mass M, the road slope angle theta, the rolling friction coefficient f, the braking force distribution coefficient beta, the wheel slip rate s, the braking acceleration a, the wind drag coefficient Cd, the lift coefficient Cl and the position r under the central polar coordinate of thefriction surface of the brake disc; and accurately capturing the friction heat generated on the brake disc, and obtaining the temperature field on the brake disc through accurate simulation. Accordingto the method, the simulation calculation result of the temperature field on the automobile brake disc is accurate and reliable, and the simulation calculation result can be used for guidance designof the automobile brake disc.

The invention discloses a radio astronomical data storage consistency guaranteeing method, device and system and a storage medium, and the method comprises the steps: receiving radio astronomical data of a digital receiver, and connecting the radio astronomical data with a Zookeeper server; obtaining an available metadata server and a data server through a load balancing module; according to the filled UVFITS header information, obtaining a globally unique ID through a Zookeeper; sending the ID and the UVFITS header information to a metadata server and a data server; according to the state configuration node of the metadata server and the ID value of the state configuration node of the data server, judging whether the UVFITS header information and the data segment of the unified data exist or not, and marking; and if the UVFITS header information and the data segment of the unified data are not judged, performing corresponding processing according to the marking result. The consistency problem of radio astronomical data metadata, original data and processed data can be solved, and basic support is provided for upper-layer application services of various radio observation application systems.

The invention relates to a method for eliminating wax smoke during firing of ceramic products molded through doping wax. The method is characterized in that the wax smoke is produced by hot dewaxing, cooled by liquid sprinkling, and then discharged after being cooled below 28 DEG C through heat exchange. Wax and smoke in the discharged wax smoke can be simply, conveniently and completely separated, the wax is recovered in the form of solid wax, pollution and odour are eliminated, and the processing method is economic, simple, convenient and reliable. In particular, the wax smoke discharged by dewaxing is first introduced into and burnt in a furnace, therefore, not only can subsequent processing burden be reduced, but also combustion heat energy can be utilized. Wax smoke pollution can be stably eliminated with the method at low cost, the wax can be recovered, and the longstanding unsolved problem of wax pollution in the industry is solved.

The invention provides an oxygen barrier layer and a self-flat-topped lattice point digital flexible resin plate containing the oxygen barrier layer, wherein the surface of a convex part of the self-flat-topped lattice point digital flexible resin plate is sanded. The oxygen barrier layer contains particles with the size of 0.01-10 microns; the particles in the oxygen barrier layer are formed by reacting amido-containing water-soluble resin and carboxyl-containing polymer resin in water, that is, the particles are directly formed in the oxygen barrier layer coating liquid, the process of dispersing solid particles is omitted, and the purpose that the particles are contained in the oxygen barrier layer is achieved. The oxygen barrier layer coating liquid is coated on the photosensitive elastomer, namely the ultraviolet polymerization relief printing plate forming layer, the surface of the sand mesh has higher printing ink transfer capability, the ink layer of the printed matter is thicker, and the color rendition is more vivid.