43results about How to "Avoid idle state" patented technology

The embodiment of the invention discloses a method and device for manufacturing a liquid crystal display panel. The manufacturing method comprises the following steps of: alternately processing a first substrate and a second substrate on a single production line, completing array processing, frame glue coating, silver glue coating and monomer-mixed liquid crystal instilling on the first substrate and the second substrate, wherein the first substrate is a thin film field effect transistor (TFT) substrate, and the second substrate is a colour filter (CF) substrate; combining the first substrate with the second substrate to form a large panel, and curing the frame glue; carrying out power on and radiation on the large panel to cause liquid crystal molecules in the large panel to produce a pretilt angle; and cutting the large panel according to a preset specification so as to complete manufacturing of the liquid crystal display panel. By adopting the method and device for manufacturing the liquid crystal display panel, provided by the embodiment of the invention, production of the liquid crystal display panel can be completed on the single production line, an idle state of the production line of the liquid crystal display panel is avoided, production efficiency is improved, occupying area of equipment of the production line is reduced, and production cost of the liquid crystal display panel is reduced.

The invention discloses a no-tillage planter applicable to saline-alkali soil. The no-tillage planter comprises a rack, wherein a sowing box is arranged on the rack, a rotary tiller is arranged in front of the sowing box on the rack, and a soil refining mechanism is arranged between the sowing box and the rotary tiller on the rack; the soil refining mechanism comprises a cover plate, the cover plate comprises a plane part at the middle part, curved parts are respectively connected with the two end parts of the plane part in an integrated manner, the height of the curved part at the front end is gradually reduced from front to back, and the height of the curved part at the rear end is gradually increased from front to back; the lower side of the cover plate is fixedly connected with a plurality of cutting blades which are vertically arranged side by side, each cutting blade comprises a straight section at the middle part, a front elliptic section is connected with the front end of the straight section in an integrated manner, a rear elliptic section is connected with the rear end of the straight section in an integrated manner, and an interval between every two adjacent cutting blades is 0.5 to 1 cm; and the cover plate completely covers the cutting blades. The no-tillage planter applicable to the saline-alkali soil can refine soil.

The invention discloses a method for reducing energy consumption of a large-scale distributed machine learning system. The invention classifies and identifies the load of the distributed machine learning system through a classifier, predicts the state, and reduces the energy consumption of the whole distributed machine learning system by reducing the communication between the distributed parameterservers and accelerating the task operation. The method of the invention comprises two parts: a machine learning load prediction and type identification method, and a distributed machine learning node parameter ''lazy synchronization'' mechanism. The invention can effectively reduce the waiting time of the system and accelerate the machine learning convergence rate by only transmitting significant updates to the remote data center to reduce the parameter synchronization mechanism of the wide area network communication. The prediction of machine learning load and the identification of machinelearning load types can help to improve the utilization rate of the working machine and avoid a large number of working machines in idle state after being turned on. The above method shortens the execution time of machine learning tasks, improves the utilization rate of the working machine, and greatly reduces the system energy consumption.

Embodiments of the present application provide a method, device, electronic device, and storage medium for controlling a bin robot, by determining a first target bin to be loaded by a bin robot from a plurality of bins to be transported, wherein the first target bin is The box includes at least one material box to be transported; the material box robot is controlled to load the first target material box on the first loading layer, and when the material box robot is controlled to unload the material boxes loaded on multiple loading layers, the first loading layer is preferentially loaded The first target bin on the top is unloaded to the conveyor line. Since the bin robot preferentially unloads the first target bin on the first loading layer close to the conveyor line to the conveyor line, the speed at which the bin enters the conveyor line can be increased, and combined with the directional selection of the first target bin, the Improve the unloading speed, reduce the time interval between the bins and the sorting staff, and avoid the sorting staff from being idle for a long time between the two bins, improving the efficiency of personnel picking and the efficiency of conveying goods.

The embodiment of the invention discloses a conditional branch instruction fusion method and device and a computer storage medium. The method comprises the following steps: in a compiling stage, respectively generating corresponding code blocks from branch statements in a conditional branch statement sequence in response to detecting that the conditional branch statement sequence appears in a program; fusing the code blocks according to a set instruction fusion strategy to obtain a fusion instruction, and storing the fusion instruction in an instruction memory, wherein the branch statement corresponds to a judgment result corresponding to a conditional judgment statement in the conditional branch statement sequence; in an execution stage, decoding a fusion instruction read from the instruction memory to obtain a code block contained in the fusion instruction; scheduling code blocks obtained by decoding to corresponding execution units in parallel according to an execution result obtained by executing the conditional judgment statement; and executing the scheduled code block through the execution unit.

The invention relates to the communication field, and discloses a method and device for configuring a packet switching link. In the embodiment of the present invention, after detecting that the terminal device is registered to the LTE network, the wireless protocol stack of the terminal device establishes an initial packet exchange link according to the preset Internet Protocol IP address type; the terminal device establishes the target packet exchange link after receiving When the request message of the path is sent, according to the request message, it is judged whether to reuse the initial packet-switched link; if the initial packet-switched link is reused, the initial packet-switched link is converted into a data state and used as the target packet-switched link, otherwise , according to the request message, create a new target packet-switched link. In the embodiment of the present invention, under the premise of ensuring at least one initial packet switching link through the wireless protocol stack to maintain the resident LTE network, the initial packet switching link activated by the LTE wireless protocol stack is fully reused to avoid its idleness and effectively improve the wireless communication efficiency. Utilization of network resources.