46results about How to "Reduce idle wait time" patented technology

The invention discloses a task scheduling method and device. The method includes the steps of analyzing task configuration files of a first task to obtain task configuration items, inquiring dependent conditions for completing the first task according to the task configuration items, and scheduling the first task according to the dependent conditions for completing the first task.

The invention provides a method for a fast boot of a television. The method for the fast boot of the television includes steps: loading a program related to hardware initialization to an internal storage; initializing hardware and using idle wait time of a processor during the initialization of the hardware to load an application operating program to the internal storage; and booting the application operating program after the hardware initialization and the application operating program loading are completed. The invention further provides a system for the fast boot of the television. By adopting the method and the system for the fast boot of the television, when the television boots, the idle wait time of the processor during the initialization of the hardware can be used fully, boot wait time is saved, a boot speed is improved greatly, and product competitiveness is increased.

The invention provides a paperboard processing line. A paperboard cutting device is used for cutting a strip-shaped paperboard into paperboard blocks and stacking the paperboard blocks into a plurality of stacks; a paperboard stacking device comprises a conveying device and a stacking mechanism; the conveying device comprises a trolley, two fourth conveying mechanisms and an overturning mechanism,the trolley can move in the longitudinal direction, the two fourth conveying mechanisms are distributed at an interval in the longitudinal direction and used for receiving the paperboard blocks separated from a third conveying mechanism, and the overturning mechanism is used for overturning the paperboard stacks on one of the fourth conveying mechanisms by 180 degrees; a fifth conveying mechanismis used for receiving the paperboard blocks separated from the fourth conveying mechanism; and the stacking mechanism is used for stacking the paperboard stacks separated from the fifth conveying mechanism. According to the paperboard processing line, paperboards are stacked forwards and reversely alternately stack by stack instead of piece by piece, so that the stacking efficiency is greatly improved; and the automation degree of the processing line is high without manual guarding in the process, so that the labor cost is reduced while the labor intensity is reduced.

The invention belongs to the technical field of woodworking machines, and particularly relates to wood drilling equipment. The wood drilling equipment is a common tool for woodworking and used for processing raw materials such as planks and square wood, and is mainly composed of a machine frame, a working table and a drilling mechanism, and during use, wood is placed on the working table, and the drilling mechanism is pushed to realize drilling operation. The wood drilling equipment is simple to operate and convenient to install, the drilling operation of the wood can be carried out quickly, the drilling dislocation is avoided, the drilling precision is improved, the defect rate is reduced, the idle waiting time is shortened, the working efficiency is improved, and meanwhile, the unpredictable safety accidents caused by manual feeding, drilling and discharging are avoided.

In order to meet the saving needs required by FAMC and RSMC to the storage, the invented device of the present invention exchanges the increasing use of logic resources with the throughput decreasingof storage data when the use of site programmable logic gate-array is realized. The specific method is to use two sets of RSMC and both of them are working at the same time, and the iteration is started from different initial time to select the correct data output part. Its superority is that the data throughput of storing unit in the course of decoding realization does not rely on quanitity N ofdata which waist for decoding but only depends on the value L which can satisfy the requirement, when L is bigger than 5 times of constrained length of the coder with member's convolution code.

The invention discloses a scanning path planning method and device based on double lasers and three-dimensional object manufacturing equipment. The method comprises the following steps: at most one to-be-printed workpiece in the current layer section of a working package is scanned by two lasers; other workpieces to be printed in the current layer section of the work package are scanned by only one laser, wherein the to-be-printed workpiece scanned by the two lasers belongs to contours, and the areas filled with the upper surface and the lower surface are scanned by the same laser. According to the scanning path planning method and device based on the double lasers and the three-dimensional object manufacturing equipment, by estimating the scanning time of the current layer section and reasonably allocating the scanning time of each laser, the idle waiting time of the lasers is shortened, that is to say, the scanning waiting time of the lasers is shortened as much as possible on the premise of ensuring the scanning quality.

The invention relates to a lithium ion battery production process optimization method, and aims to improve equipment production efficiency. The specific technical scheme includes that the lithium ionbattery production process optimization method includes the steps: 1 judging whether B1-C or C1-B or B2-D or A-B carrying tasks exist or not, turning to step 2 if the carrying tasks exist, otherwise,turning to step 4; 2 searching the task closest to a carrying site, and starting execution; 3 marking the state of all tasks to be executed as 'non-execution' after executing one task, returning to the step 2 and performing optimization again until finishing; 4 searching the position C2 of a working procedure C nearing completion and calculating remaining time of completion. Compared with the prior art, the lithium ion battery production process optimization method has the advantages that an independent carrying task selection sequence is innovatively added to execute carrying and forecasted carrying tasks, carrying routes are optimized in advance, and the waiting time of production equipment is shortened by the two functions.

The invention provides a data service assigning method and device. The method comprises that a data service channel request initiated by an access user is received; according to the data service channel request, distributable channel resources, including direct distributable channel resources and potential distributable channel resources, in a cell are obtained; if the potential distributable channel resources exist in the cell and the potential distributable channel resources need to be converted into dynamic packet data channel resources, a data service immediate assigning timer is started; and if dynamic packet data channel resource conversion succeeds, and the data service immediate assigning timer is not overtime, an immediate assigning access message is issued to the access user. The method and device of the invention can be used to reduce the time delay of user access, improve the utilization rate of network channels, and further to reduce the complaint amount of the users, and ensure that the users obtain the network service timely.

The invention discloses a simple double-layer parking mechanism, and further discloses a vehicle parking and taking method. The simple double-layer parking mechanism comprises a vehicle standing plate, front stand columns and rear stand columns, and the front stand columns and the rear stand columns are correspondingly arranged at intervals in a front and rear mode. The length of the vehicle standing plate is L meters, the front side of the left part of the vehicle standing plate is hinged to the tops of the front stand columns, and the rear sides of the left part of the vehicle standing plateis hinged to the tops of the rear stand columns; a front hydraulic cylinder is hinged to the lower part of the stand columns, an extending rod of the front hydraulic cylinder is hinged to the front part of the vehicle standing plate, an extending rod of a rear hydraulic cylinder is hinged to the rear part of the vehicle standing plate, and the vehicle standing plate is provided with a parking position and a vehicle taking and placing position under the drive of the front hydraulic cylinder and the rear hydraulic cylinder; and the upper part of the vehicle standing plate is an upper parking space, and the ground on the lower part of the vehicle standing plate is a lower upper parking space. The simple double-layer parking mechanism is simple in structure, low in cost, more convenient to install and use, high in degree of intelligence and high in vehicle parking and taking efficiency, can make full use of corner areas on both sides of urban roads or at residential areas and green spaces, and is very suitable for popularization and application. The floor space is reduced by half due to double-layer parking.

The invention discloses an efficient manufacturing method of a wood carving film pressing door plate. The efficient manufacturing method comprises the following steps that a numerical control carvingmachine is used for carving the front face and the back face of a door plate base material; surface burr grinding is conducted on the door plate base material with the front face and the back face being carved, and surface burrs are removed; the surface glue spraying operation is conducted on the ground door plate base material, and the placing and airing are conducted; before a plurality of doorplate base materials to be subjected to high-temperature film coating are placed on a film coating workbench of a high-temperature film coating machine, the placing positions of the plurality of aireddoor plate base materials to be subjected to high-temperature film coating on a film coating station are reasonably planned and arranged in advance; according to a pre-planned layout, the door platebase materials to be subjected to high-temperature film coating are placed at designated positions of the film coating workbench; the surfaces of the plurality of door plate base materials are coveredwith a PVC film on the film coating workbench; and the film coating workbench drives the door plate base materials to enter the high-temperature film coating station for PVC high-temperature film coating. According to the efficient manufacturing method, the labor cost can be reduced, and the manufacturing efficiency can be improved.

Disclosed is a device drive integrated dispatching method for adjusting devices during an idle time period. An existing device drive integrated dispatching method does not consider device utilization during the idle time period, and consequently product completion time is influenced. The method comprises the steps that a mode of building a working procedure table is adopted, the device numbers, the working procedure numbers and the working procedure path length are used as three attributes, and descending sorting is carried out according to the working procedure path length; when the devices have the idle time periods, it is indicated that the devices have no working procedures capable of being dispatched, the non-dispatched working procedures needing device processing are found in the table, and the working procedures are used as obtained planned priority processing working procedures; the planned priority processing working procedures are virtualized to root nodes, and a path to the processed is determined; priority dispatching is carried out on working procedures on the path to the processed till processing of the virtual root nodes is completed, and the idle time period of the devices is shortened. The method is used for utilizing the idle time period of part of devices, and therefore the single complex product completion time is shortened.