Robotics

Explore 62 award-winning designs tagged Robotics on DXGN.

Designer: Xuan Li Project Type: Inventory Management Robot Tag: Robotics

Aris-Imr

Aris-Imr is an inventory tracking robot developed for large warehouses with high storage racks. A lifting mast raises the scanning module from 15 millimeters above the floor up to a height of 15 meters, so barcodes on pallets and goods are read level by level. One robot can cover a warehouse of nearly 30,000 square meters within 11.5 hours. Tasks are sent remotely, and the work continues day and night without staff on site. A report is generated after each task to support accurate inventory planning.

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Designer: Max Li, Rock Liang, Ned, Project Type: Cleaning Robot Tag: Robotics

Aurora Number One

Aurora Number One is an autonomous cleaning robot designed for residential and commercial communities. Sweeping and mopping are performed at the same time, so most common waste is removed in one pass. The mophead is self-cleaned and air-dried at the base station, which prevents secondary pollution and slippery floors. Edge cleaning reaches a minimum distance of one centimetre, reducing missed corners. The robot takes elevators on its own, detects the level of stains and repeats cleaning when needed. The design supports cleaning staff where labour is scarce.

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Designer: Shanghai Gaussian Automation Tech Dev. Project Type: Food Delivery Robot Tag: Robotics

GS X ONE

GS-X One is a food delivery robot for restaurants. The robot connects to the smart service system of a restaurant. Dual positioning cameras at the top and the bottom perceive the environment and plan paths for contactless delivery. An ascending stepped structure holds the serving trays and keeps them easy to place and remove. Paired with a workstation, GS-X One recharges automatically and delivers food around the clock without staff. The robot also measures temperature, which supports epidemic prevention and control.

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Designer: ARBO design Project Type: Autonomous Mobile Robot Tag: Robotics

Pharmy

Autonomous navigation robot for hospital logistics. It’s a product-service system to perform safe efficient deliveries, decreasing the health professional’s chances of being exposed to get sick, restraining pandemic diseases between hospital staff and patients (COVID-19 or H1N1). The design helps to handle hospital deliveries with easy access and safety, using uncomplicated user interaction through the friendly technology. The robotic units have the ability to move autonomously into indoor environment and have synchronized flow with similar units, being able to robot team collaborative work.

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Designer: Marko Lukovic Project Type: Robotic Delivery Vehicle Tag: Robotics

Buzzy Bot

Modern e-commerce requires fast delivery of goods in narrow city streets as well as to hard-to-reach destinations. Buzzy Bot is a robotic delivery vehicle with a total of 34 automated drawers for storing goods at different required temperatures. It has a cargo drone for transporting packages to more distant places. Wheels with an adaptive joint-mechanism easily overcome obstacles on uneven terrain. The independent rotation of all wheels enables easy maneuvering in tight spaces. The electric drive system is powered by solid-state batteries and additional solar panels on the vehicle's roof.

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Designer: Ruichen Zeng Project Type: Guard Robot Tag: Robotics

Xiaosai

Xiaosai is a guide robot designed for exhibition halls and public visitor areas. The robot combines translation, explanation, navigation and night patrol functions in one compact body measuring 550 by 400 by 620 millimetres. The shell and top are made of ABS with a painted metallic finish, the base is polycarbonate and the four wheels are made of TPE. Visitors call the robot by voice and follow it to a selected place, where an LCD screen and a voice give the explanation. A projected warning line marks the exhibition area, and the robot returns to its charging point when the battery is low.

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Designer: Wang Yili Project Type: Modular Sweeping Robot Tag: Robotics

Omi

Omi is a modular sweeping robot designed for outdoor cleaning work. The robot is built on a movable body that carries six interchangeable modules: disinfection, vacuuming, sweeping, stagnant water treatment, guardrail cleaning and water jet washing. Modules are fitted by hand using side armrests or by magnetic mounts, and indicator lights guide correct installation. During work, Omi follows the sanitation worker automatically within a set area. The design aims to reduce heavy manual labour and to improve working conditions in sunny and rainy weather.

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Designer: Aodong Li Project Type: Disinfection Robot Tag: Robotics

Germgo

Germgo is an intelligent disinfection robot designed for public places. Two screens are included, one for planning the cleaning route and one for showing the operating status. Three nozzles spray disinfectant over a wide area, and a large water tank supports long periods of use. A projection device on the base casts the planned direction of travel onto the floor, so pedestrians can step aside in advance and collisions are avoided. The shell is made of PC and ABS by injection molding, and the disinfection module uses corrosion-resistant PA.

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Designer: Desdorp Project Type: Intelligent Disinfection Robot Tag: Robotics

Desibot

Desibot is an autonomous indoor robot designed to disinfect various public spaces to prevent viruses and bacteria spread (including Sars-Cov2). This modern solution is built with an intelligent ultraviolet light disinfection function. The whole system is engineered to provide a sterile environment in hospitals and clinics without using chemicals or putting workers and clients at unnecessary risk. Desibot cases can be produced with 3D printing technology, which allows products to be manufactured locally in small amounts according to the need, to be personalized, and reduce the retail price.

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Designer: BioInspired Robotics & Design Laboratory Project Type: Reconfigurable Soft Robotic Gripper Tag: Robotics

Bloom

Bloom is a soft robotic gripper designed for automated handling and assembly tasks. The gripper is inspired by the human hand and by the cyclic blooming of the Gallic rose. Bloom is made of silicone and is moved by air pressure. Retractable nails allow precise grasping of thin objects. Foldable petals allow the scooping of granular materials. A flexible palm changes the opening width for wide objects. Low and safe pressures are used to switch between the grasping modes. Bloom can handle delicate items safely close to human workers.

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Designer: Anri Sugihara Project Type: Wheelchair Simulation System Tag: Robotics

SS01

SS01 is a measurement system created to improve seating, especially for people who use a wheelchair. The system works as a robot with fifteen actuators that move parts of the seat and adjust the rotation torque of the wheels within seconds. Several sensors record the seating position, the center of gravity, and the speed and torque of each wheel with accuracy. Many seating positions can be tested rapidly, so quantitative data and physical impressions are gathered at the same time. SS01 measures 2526 mm in width, 3950 mm in depth and 1250 mm in height.

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Designer: Titus Ebbecke Project Type: Autonomous Robot Tag: Robotics

ARTificial

ARTificial is an autonomous painting robot that creates art with almost no human authorship. A generative adversarial network produces a new portrait, and a novel algorithm converts the digital image into coordinates. An industrial robot then paints the portrait on canvas with acrylic. After two buttons are pressed, the machine selects a random motif, takes paint, cleans the brush and works until the artwork is finished. A foundation of wood, concrete and steel supports safe operation. The installation questions whether art creation belongs only to intelligent beings.

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