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    'Augmented Learning Model For Autonomous Earth-Moving Vehicles' in Patent Applic ation Approval Process (USPTO 20240370016)

    123-127页
    查看更多>>摘要:The following quote was obtained by the news editors from the background informa tion supplied bythe inventors: “Earth-moving vehicles (EMVs) are heavy equipmen t machines designed to move largequantities of earth, rocks, soil, or debris du ring construction, mining, agriculture, or any other earthmovingactivity. Thes e vehicles are designed to perform a variety of tasks, such as excavation, grading, leveling, hauling, and demolition. For example, an excavator can be used for digging dirt and othermaterials from the ground. A backhoe loader is similar t o the excavator but is smaller and includes an adjustable shovel in the front an d a bucket in the back for more precise digging. A bulldozer can beused to move and grade dirt across large tracts of land. These EMVs are typically controlled by humanoperators and can be dangerous and cause injuries due to accidents. Fu rthermore, using human operatorscan be expensive and limited in the time the EM Vs can operate.”

    Patent Application Titled 'Distance Measuring Device And Sweeping Robot' Publish ed Online (USPTO 20240370018)

    127-132页
    查看更多>>摘要:Reporters obtained the following quote from the background information supplied by the inventors:“Sweeping robots, also referred to as automatic cleaners, robo tic vacuum cleaners, and the like, are a kindof smart household appliances. The sweeping robot, by virtue of artificial intelligence, automatically cleansthe floor in the rooms. In order to enable the sweeping robot to perform highly-effi cient and reasonablecleaning in an unknown environment, it is common practice i n the field to configure a distance measuringdevice in the sweeping robot. Gene rally, the distance measuring device is a LiDAR, the sweeping robot, by this dis tance measuring device, is capable of achieving positioning and navigation there of, and hencedoing the cleaning according to a reasonable path.

    Researchers Submit Patent Application, 'Hybrid Modular Storage Fetching System', for Approval (USPTO 20240367907)

    132-135页
    查看更多>>摘要:News editors obtained the following quote from the background information suppli ed by the inventors:“This application relates to inventory management systems ( e.g., order distribution or fulfillment systems).For example, this application relates to automated guided vehicles used in inventory management systems.“Some current inventory management systems use drag-along carts on which human a gents (pickers)place items they select (pick) to fulfill orders. In a zone-less pick-to-cart system, an agent drags his/her cartfrom location to location as i nstructed by the computer system of the facility. The cart can accommodatemulti ple orders and typically is equipped with dedicated cartons that are keyed to th e orders being fulfilledby the agent during that cart load. In some cases, the agent wears a headset and/or is provided a terminal,such as a mobile computing device, via which the agent is provided ordered, item-by-item instructions onwh ich items to pick. As the agent walks around the facility among the different fi xed shelving units,he/she drags or pushes his/her cart manually. During a given shift, the agent may end up considerablyfatigued from having to propel the car t around the warehouse.

    Researchers Submit Patent Application, 'Real-Time Autonomous Swarms Conduct And Orchestration', for Approval (USPTO 20240370037)

    135-140页
    查看更多>>摘要:News editors obtained the following quote from the background information suppli ed by the inventors:“Autonomous robots, which may also be referred to or includ e drones, unmanned aerial vehicles, andthe likes, are vehicles that operate par tially or fully without human direction. Autonomous robots usegeo-positioning f or a variety of purposes including navigation, mapping, and surveillance. U.S. P at.No. 10,937,324 discloses a mechanism to orchestrate and to coordinate drone swarms, where the focus ison an individual drone that performs coordination wit h other swarm-member drones so as to maximizeits objective. A long-felt need ar e means and methods for real-time autonomous non-coordinated swarmconduct and o rchestration where the pith-and-marrow is the maximization of short-term and nea r real-timeswarm objectives, and not of fulfilling objectives of an individual drone.

    Patent Issued for Automated in-rack picking (USPTO 12134521)

    140-142页
    查看更多>>摘要:Reporters obtained the following quote from the background information supplied by the inventors:“Automated storage and retrieval systems (ASRSs) offer the pot ential to improve the efficiency of largeretail and warehousing operations. How ever, each storage position within an ASRS must be reachable, orthe ASRS itself may introduce inefficiencies by having wasted or under-utilized storage volume. This drivesthe ASRS to have a large number of automated picking systems (APSs) , such as robotic arms.

    Predicting the Pathway Involvement of Compounds Annotated in the Reactome Knowle dgebase

    143-143页
    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 bi orxiv.org:“Motivation: Pathway annotations of non-macromolecular (relatively small) biomol ecules facilitatebiological and biomedical interpretation of metabolomics datas ets.