378results about How to "Reduce total time" patented technology

The present invention discloses an overhead line device parameter detection method based on BIM and three-dimensional point cloud fusion. The method includes acquiring the three-dimensional point cloud image of an overhead line support device in real time; preprocessing the point cloud data of overhead line support device to realize point cloud data de-noising and structure plane detection and correction; establishing an overhead line BIM model and performing the point cloud processing to generate the standard overhead line support device point cloud data; registering the preprocessed overheadline support device point cloud data and the standard overhead line support device point cloud data to realize the registration segmentation of the overhead line support device point cloud data; andperforming the column structural component extraction on the local areas after the overhead line support device point cloud data segmentation to calculate the geometric structur parameters of the overhead line support device. According to the method, the processing time of the system is effectively shortened, and the accuracy and the real-timeness of system detection are improved, and the requirements of online detection on the geometric structure parameters of the high-speed railway overhead line support device on real-timeness and precision are met.

The invention relates to a modified terylene/chinlon/spandex multi-component seamless underwear one-bath-process dyeing technology, and belongs to the technical field of knitting product dyeing process. The technology comprises the following steps of: putting a modified terylene/chinlon/spandex multi-component seamless underwear into a dyeing cylinder; feeding water and adding an additive and dye, and carrying out one-bath, refining and deoiling, and dyeing the modified terylene/chinlon/spandex; and then carrying out hot water rinsing, soaping and water rinsing, wherein the modified terylene/chinlon/spandex is soft. According to the invention, the dyeing process is shortened effectively, the dyeing time is shortened, the production efficiency is improved, and pollution discharge is reduced.

The invention relates to a UV printing and coating process for a metal lettering cover, comprising the following steps: (1) plate making; (2), surface treatment for a base material; (3) UV printing; (4) continuous curing of a UV light cluster; (5) coating on a printed pattern to protect the printed pattern; (6) inside coating, wherein epoxy-phenolic coating is adopted for coating; (7) spraying wax, wherein wax is sprayed on the front face and back face of the printed and coated base material. In the UV printing and coating process, pretreatment is carried out on the surface of the base material through a flame treatment machine so that quality defects caused by abrasion of the surface of the material are avoided, and better adhesive force between UV printing ink and the surface of the base material is ensured. In addition, the flame treatment machine and a material transporting part of a UV metal printing machine are integrated so as to form a processing pattern of on-line continuous base material surface treatment and printing production and avoid treatment of the surface of the base material by a drying house. Therefore, the production processes are reduced, the production efficiency is improved, consumption of natural gas energy and discharge of waste gas are greatly reduced, and the purposes of energy saving and environment protection are achieved.

The invention discloses a large-sized multi-nozzle pipe hot extrusion forming process formulation and mold design method. Taking a double-nozzle pipe for example, the method comprises the following steps: determining the size of each part of an unmachined double-nozzle pipe after hot extrusion forming; determining the size of an initial pipe blank; determining the position of the center of a prefabricated hole and the size of the aperture; determining amount of compression in the axial direction of the pipe blank with the prefabricated hole, of which oxide skin is removed, required for finishing hot extrusion forming of a second nozzle; determining amount of compression in the axial direction of the pipe blank required for continuing to finish hot extrusion forming of a first nozzle; determining the dimensional parameter of a key part of the hot extrusion mold; selecting the structural form of the hot extrusion mold; determining the extrusion capacity parameter and selecting forming equipment; determining a technological flow of the double-nozzle pipe hot extrusion forming process. According to the method, a pipe inner hole and a nozzle inner hole can be directly formed, the structural strength at the nozzle is improved, the metal mechanic property and the structure property are improved, the manufacturing period is shortened, and the material utilization rate is improved.

The invention relates to a cotton or viscose/chinlon/spandex seamless underwear one-bath-process dyeing technology, and belongs to the technical field of a knitwear dyeing technology. The technology comprises the following steps: keeping to-be-dyed cotton or viscose/chinlon/spandex seamless underwear in a dyeing jar, adding water to a specified water amount, heating up to 25-35 DEG C, sequentially adding salt or anhydrous sodium sulfate and a leveling agent, and keeping operating for 5-10min; then adding a reactive dye, a weak acid dye or a neutral dye and operating for 5-10min; heating up to 58-62 DEG C at 0.5-1 DEG C/min, then adding sodium carbonate and preserving heat for 30-50min; neutralizing sodium carbonate with dyeing acid, slowly regulating pH value to 6-7, heating up to 93-97 DEG C at 1-1.5 DEG C/min after rotating evenly and preserving heat for 40-60min; and cooling, draining, and finally carrying out post-treatment. The technology disclosed by the invention can effectively shorten dyeing process, shorten dyeing time, improve production efficiency, reduce discharged pollution and lower dyeing cost.

The invention is applicable to the technical field of computers, and provides a data synchronization method and a device. The method comprises steps: a first list is built, wherein synchronized folders are recorded in the first list; layer-by-layer scanning is carried out on folders in need of synchronization; whether the currently-scanned folder is recorded in the first list is judged; if the currently-scanned folder is recorded in the first list, files in the next level directory of the folder are synchronized, and folders in the next level directory of the folder are scanned continuously; if the currently-scanned folder is not recorded in the first list, layer-by-layer scanning on the folder is stopped, and backup of all data in the folder is carried out. A magnetic disc scanning process in data synchronization is simplified, folders which are not synchronized yet are recognized quickly, total consumed time for data synchronization is reduced, and the data backup efficiency is improved.

The invention discloses a profile extrusion production scheduling method, a readable storage medium and a device, and the method comprises the steps: S100) receiving a production scheduling request, carrying out the analysis of the production scheduling request, carrying out the grouping of orders, and obtaining a target production plan; S200) calling a target constraint mechanism corresponding tothe target production plan, wherein the target constraint mechanism comprises an order sequence rule and a resource load balancing principle; S300) performing pre-scheduling, determining an order priority and a production platform equipment priority, and matching production platform equipment for the order; S400) carrying out the production scheduling on production in a period of scheduling timeafter the current time, determining the order priority in the production scheduling, enabling the production scheduling to be matched with production platform equipment, and locking a scheduling result is locked. According to the method, the matching schedule meets the production requirements, the equipment utilization rate is obviously improved, the delivery time is shortened, and the enterpriseproduction and operation efficiency and the enterprise core competitiveness are improved.

The invention discloses a manufacturing method of pure cotton color-mixed fancy fringe yarns. The manufacturing method comprises the following steps of: first, mixing a coloring cationic modified cotton fiber and a water repellency type cotton fiber in a proportion of 2-98%: 98-2%, spinning into fancy fringe yarns, weaving, baking at a high temperature, and then, carrying out dyeing process on a finished fabric. The pure cotton color-mixed fancy fringe yarns produced by using the method provided by the invention can be used for dyeing the effect of the color-mixed fancy fringe yarns of a needed tone once. In addition, the factory storage is reduced beneficially, and a product delivery period is shortened. Such novel pure cotton color-mixed fancy fringe yarns are top-grade raw materials for processing high-grade underwear, a T-shirt, sportswear and the like.

The invention discloses a prestressed tube tensioning mold, which comprises an upper mold and a lower mold. The upper mold and the lower mold are mutually fastened; and an inner mold is also arranged inside a mold formed by the upper mold and the lower mold. A tensioning mechanism is arranged at one end of the mold, and a tensioning fixed plate is arranged at the other end of the mold. The prestressed tube tensioning mold is characterized in that: the tensioning mechanism comprises a tensioning screw rod connected with a tensioning draw plate; the tensioning draw plate is connected with a tensioning connecting plate through a tensioning connecting piece; and the tensioning connecting plate is connected with concrete centrifugal products. The prestressed tube tensioning mold can effectively reduce the labor intensity, effectively suppress slurry leakage of a pile head, prolongs the service life of the screw rod and die assembly screws, guarantees the verticality of the screw rod and the section of the concrete centrifugal products, prevents the screw rod from inclining, reduces the die clamping probability and whole prestress non-uniformity of the pile, avoids steel mould damage and fittings damage during mold removal, avoids the damage of the concrete centrifugal products simultaneously, and improves the working efficiency.

The invention relates to a dyeing technique for polyester cotton or polyester viscose/chinlon/spandex multi-component fabric by a one-bath two-step process and belongs to the technical field of textile dyeing process. The dyeing technical includes the following process steps: putting the to-be-dyed polyester cotton or polyester viscose/chinlon/spandex multi-component fabric into a dye vat, feeding water to the specified water quantity, increasing the temperature to 30+/-5 DEG C, sequentially adding salt or anhydrous sodium sulphate and levelling agent prior to continuing operation for 5-10 minutes, then adding reactive dye, disperse dye, weak acid dye or neutral dye for operation for 5-10 minutes prior to increasing the temperature to 60+/-2 DEG C at the rate of 0.5-1 DEG C/min, then adding sodium carbonate, keeping at the temperature for 30-50 minutes prior to neutralizing the sodium carbonate with dyeing acid, slowly regulating the pH value to 5.5-6.5, uniformly rotating prior to increasing the temperature to 130+/-2 DEG C at the rate of 1-1.5 DEG C/min, keeping at the temperature for 40-60 minutes, and then cooling and discharging water prior to aftertreatment. By the technique, the process of the dyeing technique can be shortened effectively, time for dyeing is reduced, production efficiency is improved, steam and water consumption is reduced, pollution discharge is reduced, and dyeing cost is lowered.

The invention relates to a high velocity and high precision constituting method for collaterally elaborating a tyre mould, comprising the following steps of a concurrence of designing and manufacture processing; a concurrence of designing and material purchasing; a concurrence of technology planning, rough machining and semifinishing; a concurrence of designing and numerical control process programming; and an elaboration for a single piece with high velocity and high precision. The high velocity and high precision constituting method for collaterally elaborating a tyre mould has the advantages of improving an elaborating precision of a product, shortening a delivery date for the mould and reducing the cost, and is suitable for collaterally elaborating the tyre mould with high velocity and high precision.

The invention which relates to a chitosan oligosaccharide composition for reducing the content of residual pesticides in crops, a purpose thereof and a method thereof concretely provides a pesticide composition for reducing the content of the residual pesticides in the crops. The pesticide composition comprises 0.003-0.008 wt% of a chitosan oligosaccharide. The invention also provides a purpose of the chitosan oligosaccharide-contained pesticide composition in reducing the content of the residual pesticides in the crops and a method for applying the chitosan oligosaccharide-contained composition in reducing the content of the residual pesticides in the crops. According to the invention, an important problem of the reduction of the content of the residual pesticide in the crops is solved; and after the chitosan oligosaccharide-contained pesticide composition is adopted to process the pesticide applied crops, the content of the residual pesticides in the crops is reduced, the phytotoxicity to the crops is not generated, and no secondary pesticide residual problems appear.

The invention discloses an aircraft aerodynamic configuration design method and system based on simulation and optimization coupling, and the method comprises the steps: determining an aircraft configuration parameterization method according to a given aircraft configuration model, and obtaining a design variable; generating an initial sampling point by using a constraint domain experiment designmethod; carrying out flow field simulation calculation by using a high-precision pneumatic simulation model to obtain simulation flow field distribution, constructing a training set and generating a full flow field approximation model; predicting an optimal point in a design space for the full flow field approximation model, and taking the optimal point as a new sampling point; performing simulation calculation on the new sampling point by using a high-precision pneumatic simulation model to obtain a simulation flow field approximation model of the new sampling point; and outputting a new sampling point when a convergence judgment condition is met. Through deep coupling of the optimization algorithm and the simulation model, double acceleration of convergence of the simulation solution information acceleration optimization algorithm and acceleration of aerodynamic simulation solution by the optimization algorithm is realized, so that the total time consumption of the optimization process is greatly reduced, and the aerodynamic optimization efficiency is improved.

The invention discloses an uplink non-orthogonal multiple access method based on a power and code word joint domain. The uplink non-orthogonal multiple access method is characterized by comprising the following steps: 1, allocating different pre-coding matrixes to users; 2, making the users determine transmission power according to amplitude information of own channel responses; and 3, performing user detection and signal recovery by using an iteration algorithm, and performing successive interference cancellation in an iteration process. Specific to the problem of sparse signal reconstruction of large-scale user access, the user overload rate can be increased extremely by the uplink non-orthogonal multiple access method without central scheduling of a base station.

The invention mainly relates to a Laser repair method, in particular to an automatic laser repair method for repairing defects generated during manufacturing a display panel. The method comprises the following steps: at least one panel to be repaired is provided, and the panel to be repaired has at least one defect and is processed by classification of defects to have the defect of only one laser path; according to a defect position, a laser head automatically moves to the defect position and selects a corresponding laser prescription; and a laser path is automatically displayed according to the laser prescription, and the only one laser path is utilized to automatically laser the defect for repairing. The automatic laser repair technology can effectively shorten the Tact time required by a laser repair processing procedure so as to improve the productivity, reduce the opportunity of manual operation errors and improve the repair success ratio.

The invention discloses a manufacture method for differentiated tingible cotton yarn. The method includes the following steps: cationic modified cotton and anionic modified cotton are prepared; the prepared cationic modified cotton and the prepared anionic modified cotton are blended into yarn; by weight, the blending proportion of the cationic modified cotton and the anionic modified cotton is 2%-98%: 98%-2%; and the spinning style is bunchy yarn or AB yarn or splash yarn or damask yarn. The differentiated tingible cotton yarn manufactured by using the method can have the effects of color-blend fancy yarn with strong contrast ratios, and needed hues are formed for one time; the differentiated tingible cotton yarn is excellent raw materials for processing top-grade underclothes, T-shirts, casual clothes and the like; and besides, the method is beneficial for reduction of factory inventory and shortening of product delivery time.

The invention relates to a multifunctional assembled inclined wedge which comprises a driving block, a sliding block and a sliding block seat, wherein both the driving block and the sliding block seat are in a split structure; each of the driving block and the sliding block seat comprises a standard component and an adjusting component; the standard component is connected with a stamping mold; and the adjusting component is used for adjusting the working angle of the inclined wedge. In the invention, each component comprises the standard component and the adjusting component which can be detachably connected; a user only needs to replace the adjusting component for realizing any working angle according to the use requirement; in the use process, when one component is damaged, only the component needs to be replaced, and the use cost is saved; the angle of the adjusting component can be changed freely as required, thus meeting the requirement of users for alternately using different types of inclined wedge mechanisms; and simultaneously, in the production process of a manufacturer, because the standard components of different types of inclined wedge mechanisms are the same, the standard components of the different types of inclined wedge mechanisms can be produced in enormous quantities, while the adjusting components meeting the corresponding requirements can be respectively produced in bulk according to the requirements of the different types of inclined wedge mechanisms.

The invention discloses a method for capturing a satellite signal in the technical field of satellite navigation and particularly relates to a method for fast capturing a COMPASS signal. According to the method, a path of serial search of a carrier frequency is converted into four paths of parallel search. The method comprises the processes of: obtaining a signal C(k) from a local pseudo-random code by FFT (fast fourier transform) and complex conjugate transformation, locally generating four paths of carrier waves to multiply by the COMPASS signal, obtaining four paths of signals Xj(k) (j=1,2,3,4) via FFT, respectively multiplying C(k) by Xj(k) (j=1,2,3,4), and delivering and obtaining a signal absolute value of rj(n) (j=1,2,3,4) via IFFT (inverse fast fourier transform), wherein the maximal value of each path of obtained signal is compared with the preset threshold to determine whether the satellite signal is really captured. The capturing speed of the COMPASS signal is improved under the condition without affecting the capturing precision.