查看更多>>摘要：Reporters obtained the following quote from the background information supplied by the inventors: “Inrecent years, Full Size Determinant Assembly (FSDA) is bec oming increasingly utilized in manufacturingprocesses to assemble structures wi thout holding fixtures. FSDA includes designing parts that fit togetherat a pre -defined interface and do not require holding fixtures, setting gauges, or other complex adjustmentsand measurements. For instance, full size holes may be dril led into a component prior to being coupledto another component. Such full-size holes may need to be plugged prior to subsequent manufacturingprocesses to avo id unintended consequences.”
查看更多>>摘要：Reporters obtained the following quote from the background information supplied by the inventors:“BACKGROUND ART“When work trajectories of each of task-performing robots within a work station are given, a situationmay occur in which each of the work trajectories share th e same work area. In this case, collisions betweenrobots may occur, so the work areas between robots should not overlap as much as possible. However,in some c ases, it may be impossible to generate a trajectory that avoids all of the colli sions. Therefore,in the field, the problem is solved using interlock signals be tween robots. If a collision between robotsis expected, when one of the two rob ots enters the work area first, the other robot receives a signaland stops, and when the robot that worked first leaves the work area, the other robot may rece ive thesignal and resume work. However, currently, the user directly manually g enerates the interlock signals byexpecting whether the robots collide, and a ge neration-test process is repeated until the collision does notoccur. Not only i s this method inefficient in terms of time, but there is a problem that even if a collisiondoes not occur in the end, additional waiting time may exceed the ti me allocated to each work station.Accordingly, there is an emerging need for a method to automatically generate such interlock signals toprevent collisions be tween a plurality of task-performing robots.
查看更多>>摘要：News editors obtained the following quote from the background information suppli ed by the inventors:“At present, swimming pool cleaning is usually divided into two categories, one is to filter the water qualityof the swimming pool by wate r filtration machines, and the other is to clean the dirt on the bottom andside walls of the swimming pool by robot. Wherein, the current technical solution ado pted by the robotfor cleaning the dirt on the bottom and sidewalls of the swimm ing pool is to arrange a water suction portat the bottom part of the robot, and arrange a water outlet at the obliquely rear side on the top, andby absorbing water through the water suction port, the robot is adsorbed on the bottom or sid ewall ofthe swimming pool, meanwhile the water outlet arranged at the upper inc lined side spray water obliquelyupward, thus the reaction force of the water pr ovides auxiliary power for the robot to move forward closeto the bottom or side wall of the swimming pool.
查看更多>>摘要：By a News Reporter-Staff News Editor at Robotics & Machine Learning DailyNews Daily News - According to news reporting based on a preprint abstract, our journalists obtained thefollowing quote sourced from os f.io:“This qualitative study aimed to explore how teachers of English perceive the ad vantages and disadvantagesof using artificial intelligence by Saudi students wh o study English as a Foreign Language.“The study used semi-structured interviews to delve into teachers’ pedagogical b eliefs, ethical concerns,and expectations regarding using artificial intelligen ce tools by Saudi students, using the College ofLanguages and Translation at Al -Imam Mohammed Bin Saud Islamic University as a case study.“The main research question focused on examining the positive and negative impac ts of artificialintelligence on students’ language performance.
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