5results about How to "Reduce adjustment costs" patented technology

This utility model discloses a laminated glass laying assembly for uniformly laying laminated glass film, relating to the technical field of laminated glass production. It includes an operating table, a first servo cylinder, and a second servo cylinder. The first servo cylinder is positioned directly above the operating table. A guide rail is positioned directly below the operating table, and a shifting mechanism is positioned directly above the guide rail. The shifting mechanism lifts multiple sets of single-layer glass and simultaneously attaches PVB or SGP film to one set of single-layer glass. A clamping mechanism is positioned directly below the operating table. This clamping mechanism adjusts the clamping spacing of the glass according to its specific dimensions, and multiple clamps enhance the stability of glass clamping and pressure application. The clamps of the laying assembly, through longitudinal and lateral adjustment functions, can significantly improve the stability and flexibility of the laminated glass processing process. The longitudinal adjustment can accommodate combinations of glass with different thicknesses.

The application relates to a FLASH device and a forming method thereof. The forming method of the FLASH device comprises the following steps: forming a substrate, the substrate comprising a substrate, a plurality of unit structures located above the substrate and an isolation groove located between adjacent unit structures, the unit structure comprising a floating gate and a dielectric layer covering the floating gate; forming a filling layer filling the isolation groove and covering the dielectric layer; forming an auxiliary layer covering the filling layer, the etching selection ratio of the auxiliary layer and the filling layer reaching 1:1; etching back the auxiliary layer and the filling layer at the same etching rate, removing the auxiliary layer and part of the filling layer, and the surface of the remaining filling layer away from the substrate being flush with the surface of the dielectric layer away from the substrate. The application reduces or even avoids the generation of a filling layer sharp corner at the edge of the isolation groove, and eliminates the influence of the filling layer sharp corner on the subsequent deposition of an erasing layer.

This invention relates to the field of logistics route planning technology, and more particularly to a logistics route dynamic planning system based on reinforcement learning, including a logistics planning and management center, a data acquisition module, a processing and acquisition module, a delivery access module, a verification and optimization module, a dynamic planning module, and a feedback module. This invention achieves dynamic perception and real-time adaptation of logistics scenarios through multi-dimensional data acquisition and fusion processing. It also constructs an initial route framework based on road network topology, reducing subsequent adjustment costs, and builds a region-weight-timeliness coordinated delivery access sequence to avoid time waste caused by cross-regional round trips. Furthermore, through time chain verification, it can quickly resolve conflicts and inefficient route problems without disrupting the overall sequence. In addition, for the optimal selection of multiple candidate planned routes, a weighted scoring method is used to achieve a dynamic balance of time, cost, and reliability, significantly improving delivery efficiency, reducing operating costs, and ensuring delivery reliability.

This invention discloses a smart classroom control method and system based on multimodal cognitive state assessment, relating to the field of teaching technology. The key technical points include the following steps: collecting multi-dimensional perception data of the smart classroom; wherein the multi-dimensional perception data includes student cognitive behavior data and teaching process state data; performing feature analysis on student cognitive behavior data to obtain cognitive features; continuously tracking and analyzing student cognitive feedback data to obtain individual cognitive fit and group cognitive synergy; verifying the cognitive synergy recovery state of the smart classroom based on individual cognitive fit and group cognitive synergy; and judging the cognitive synergy recovery state to determine whether classroom control is needed. The effect is to improve the utilization efficiency of teaching resources and reduce the consumption of ineffective teaching.

The application discloses a kind of precision automatic handling and feeding test systems, belong to positioning, detection, lifting, handling technical field.It includes sucking disc handling module, tray lifting module, upper guide rod air blowing assembly, feeding machine welding frame, feeding machine fixed mounting plate, control electric box, feeding machine foma wheel, guide wheel module, rotary cylinder locking assembly, feeding machine side sealing plate, test fixture car and photoelectric detection sensor, the feeding machine welding frame is located the right side of the test fixture car;Heavy anti-adhesion, improve the accuracy of grabbing: on the basis of original upper guide rod air blowing anti-adhesion, lower guide rod adds linkage structure, when sucking disc suction material, meal box triggers rack drive, drives split piece to insert upper and lower meal box to form physical separation, "blowing+physical division" avoids once grabbing multiple materials, reduces equipment jam and product damage.