30results about How to "Avoid waiting for each other" patented technology

The invention designs a novel parallelization scheme, particularly relates to a parallelizing method of association analytical algorithm in order to overcome the defect that a conventional association rule analysis algorithm Apriori cannot well adapt to parallelization. The parallelizing method includes blocking computation tasks via a master control node, allocating and distributing to various subsidiary computation nodes; parallelly computing via the various subsidiary computation nodes to screen frequent item sets, finally combining the nodes and returning results for statistics, and generating the frequent item sets; distributing the frequent item sets again and generating rules via various nodes. Since each computation node only processes a part of computation tasks, the problem that massive data cannot be processed by being read into an internal storage by one machine and processing speed is too slow is solved; the various nodes can be parallelly involved in processing, and processing efficiency is effectively improved; synchronous dependence, network communication overload, high frequency in I/O (input/output) operation among the nodes during computation are correspondingly improved, and scanning and computing speed of a database are improved.

The invention provides a warehouse-in and warehouse-out control method, device and equipment and a readable storage medium. The warehouse-in and warehouse-out control method comprises the steps of determining a target temporary storage position according to a target storage position of target goods; instructing a first robot to carry the target goods to the target temporary storage position; and on the condition that a carrying completion signal sent by the first robot is received, instructing a second robot to carry the target goods from the target temporary storage position to the target storage position, wherein the target storage position and the target temporary storage position are arranged at different layers. By means of the technical scheme, the warehouse-in and warehouse-out efficiency of goods can be effectively improved.

The invention discloses a method for realizing decoding, a software decoder and a decoding device. When used for decoding an encoded image, the software decoder of the embodiment of the invention adopts virtual frame storage to imitate DPB operation of a hardware decoder after decoding the encoded image of a frame to ensure that the encoded image of the next frame can be decoded without waiting the finish of the decoding of the hardware decoder so as to avoid the situations that the software decoder and the hardware decoder wait for each other because the DPB operation is performed only after the finish of the decoding of the hardware decoder in the prior art. The method, the software decoder and the decoding device can well realize parallel processing of the software decoder and the hardware decoder, and improve the decoding efficiency.

A bi-transitional road way removal tiered raceway side-by-side storage-mechanical parking system used in the unilateral roadway, which belongs to the traffic and transportation field, comprises stockroom-type frames, a roadway, parking areas, wheel holding raceways, external well roads, lifting handlings, vertical shift handlings, a separating and positioning horizontally moved delivery device, a storage and taking out transitional area; on the stockroom-type frame between two road ways, each layer is provided vertically with the parking area along the road way, the wheel holding raceway is arranged horizontally thereabove to hold many cars side by side; in the bi-road way, a vertical shift handling carries out the separating work; well roads with lifting handlings and the storage and taking out transitional area are arranged along the external side of the road way; lifting handlings, vertical shift handlings and the storage and taking out transitional area are also provided with the same wheel holding race ways; on the storage area and the storage and taking out transitional area, the separating and positioning horizontally moved delivery device, which can move horizontally and extend into the vertical shift handling and is arranged between the front wheel holding race way and the back wheel holding race way, can be used to storage, take out and move horizontally cars. The invention has a large capacity of bikes and is high in working efficiency.

The embodiment of the invention provides a load flow calculation method and device for a large-scale power distribution network, and the method comprises the steps: decomposing a target power distribution network into a plurality of sub-networks, and obtaining an equation for solving a contact branch current value between the sub-networks; calculating constant impedance, constant current and constant power parameters of each subnet ZIP load model; calculating a node admittance matrix of each subnet according to the constant impedance parameters, and improving the node admittance matrix; calculating the node injection current of the current iteration according to the node voltage of the current iteration and the constant current and constant power parameters; obtaining the current iterationcontact branch current according to the improved node admittance matrix, the current iteration node injection current and an equation used for solving the contact branch current between the subnets;obtaining the node voltage phasor of the next iteration according to the contact branch current of the current iteration if the difference value between the contact branch current of the previous iteration and the next iteration is greater than the convergence criterion. According to the embodiment of the invention, the efficiency and flexibility of load flow parallel computing are considered.

The invention discloses a melt flow control device and method for a melting coating forming process. The melt flow control device comprises a crucible smelting unit, a melting coating head, an air pressure driving unit, a jet flow starting and stopping apparatus, a crucible liquid level ranging module and an industrial computer. A water-cooling top cover is positioned above a smelting crucible, and the melting coating head is arranged below the smelting crucible; the crucible smelting unit communicates with the air pressure driving unit; and the jet flow starting and stopping apparatus drives a starting and stopping control rod to press downwards or lift upwards so as to start and stop jet flow. Pressure control adopts three stages: a computer sends spraying pressure to a PLC according to a pressure-flow function relationship, the PLC receives a melt liquid level signal from a laser ranging module and the spraying pressure of the industrial computer at the same time and sends an air pressure control instruction to a pressure controller, the pressure controller realizes real-time control over the air pressure in a crucible, therefore, accurate control over the jet flow in the forming process is achieved, and high-precision and high-efficiency coating forming of a target part is completed.

The invention relates to a free seedling feeding self-positioning grafting machine seedling holder and aims to provide a device with the advantages that manually free seedling feeding and machine seedling taking are simultaneously realized, the seedling feeding speed can be manually freely handled, the operation is simple and accurate, and the grafting efficiency is improved. The technical scheme is that the free seedling feeding self-positioning grafting machine seedling holder is characterized in that the free seedling feeding self-positioning grafting machine seedling holder comprises a bearing assembly mounted above a worktable, a driving assembly wrapping the bearing assembly from two directions up and down, and a plurality of seedling holding assemblies mounted between the bearing assembly and the driving assembly.

The invention discloses a ground rail car. The ground rail car comprises multiple roller guide rail units serially connected together, wherein the multiple roller guide rail units are the same in length; the widths of the multiple roller guide rail units are gradually decreased one by one in the length direction of the ground rail car; single roller guide rail unit comprises a bracket, a conveying roller and a limiting roller; roller grooves are formed in the inner side walls of the brackets; stop pieces are arranged in the roller grooves; and the limiting roller of single roller guide rail unit is mounted in the roller grooves of the adjacent roller guide rail units. Through the technical scheme, the ground rail car can be stretched according to the carriage length demand to form a horizontal rail at the bottom of a carriage. Forked products can be directly put on the ground rail car without needing the coordination of loading and unloading persons, have no need to wait a trolley for loading and unloading, and also have no need to be renewedly forked on the car after being placed at the car tail, so that the repeated operation and the mutual waiting are prevented, and the improvement of carrying efficiency is facilitated.

The invention discloses step slope type circular pipe automatic detection equipment which comprises a feeding bin, a step base, a slope material conveying system and a storage bin. The feeding bin isarranged on the feeding side of the step base, the storage bin is arranged on the discharge side of the step base, the slope material conveying system is arranged on the step base, and the slope material conveying system is arranged along the slope of the step base. The step base is provided with detection units correspondingly from the topmost step to the bottommost step, and each step is provided with a waste recycling box of the previous step. The slope material conveying system comprises multiple material screening devices, the material screening devices are arranged on the rear end sidesof the second step to the last step, one outlet of each material screening device corresponds to the detection unit on the current step, and the other outlet of each material screening device corresponds to an inlet of the waste recycling box on the current step. The detection efficiency is high, and material conveying is efficient.

The invention provides a configuration file switching method. The method is applied to a first device in a double-master-control environment, the first device is switched from a first configuration toa second configuration, and the double master control environment comprises the first device and a second device, the first device is configured as a host, and the second device is configured as a standby machine. The method comprises the following steps of before restarting, using the first device to set a configuration file switching mark; after restarting, according to the configuration file switching mark, moving all configuration files in a second configuration file compression package to an appointed directory, wherein the second configuration file compression package corresponds to thesecond configuration; and starting to a synchronous configuration stage, selecting the host and the standby machine based on a preset strategy and executing the synchronous switching of the configuration files. According to the technical scheme provided by the invention, the problems of configuration file loss or damage and the like caused by transferring the configuration files before the deviceis restarted can be avoided.

The embodiment of the invention discloses an unmanned vehicle connection method and device, equipment and a storage medium. The method comprises the following steps: acquiring connection information of a user in response to an unmanned vehicle connection request, the connection information at least comprising a connection starting point; determining a target unmanned vehicle according to the connection information, and determining arrival time from the target unmanned vehicle to the connection starting point; and determining departure time of the target unmanned vehicle according to the arrival time and the current position of the target unmanned vehicle so as to control the target unmanned vehicle to move to the connection starting point to be taken by the user. According to the embodiment of the invention, connection information of the user is obtained; the target unmanned vehicle for connection is determined; the target unmanned vehicle automatically drives to pick up the user according to the proper time, the user is prevented from waiting for the unmanned vehicle for a long time, the problem that in the prior art, public transport cannot go deep into a residential district ora narrow street to travel is solved, accurate collection of the traffic start and stop amount is achieved, and the user experience is improved through unmanned driving of the unmanned vehicle.

A external road way removal tiered raceway side-by-side storage-mechanical parking system used in the unilateral roadway, which belongs to the traffic and transportation field, comprises stockroom-type frames, a roadway, parking areas, wheel holding raceways, external well roads, lifting handlings, vertical shift handlings, a separating and positioning horizontally moved delivery device, the storage and taking out transitional area; the road way are positioned in the middle of the stockroom-type frames. each layer of the stockroom-type frame is provided vertically with the parking area along the road way, the wheel holding raceway is arranged horizontally thereabove to hold many cars side by side; each layer in the road way on one side of the stockroom-type frame is provided with a vertical shift handling to carry out separating work; well roads with lifting handlings and the storage and taking out transitional area are arranged along the external side of the road way; lifting handlings, vertical shift handlings and the storage and taking out transitional area are also provided with the same wheel holding race ways; on the parking area and the storage and taking out transitional area, the separating and positioning horizontally moved delivery device, which can move horizontally and extend into the vertical shift handling and is arranged between the front wheel holding race way and the back wheel holding race way, can be used to storage, take out and move horizontally cars. The invention has a large capacity of bikes and is high in working efficiency.