QBIT Robotics Corporation List of Products and Services

The "Care Series" is a medical transport robot that allows for the introduction of robots, which traditionally cost between 15 to 50 million yen, with zero initial investment through a subscription model, eliminating the need for asset accounting and including maintenance. The general-purpose transport robot "CareMover" automates the transport of specimens, goods, and medical materials within hospitals. It is equipped with two locked cargo compartments and reduces the burden on the site with its autonomous driving function. Additionally, the surgical drug transport robot "CareMedic" streamlines the management and transport of medications. It features a smart cart that can list the medications used in surgeries, which previously took several hours, in just a few seconds. 【Features】 <CareMover> ■ Capable of transporting loads up to 60 kg ■ Waterproof cargo compartments and doors with passcodes for safely transporting specimens and confidential documents ■ Equipped with six sensors to safely navigate while detecting people and obstacles ■ No need to build a dedicated network; it can be introduced without changing existing infrastructure using LTE communication *For more details, please download the PDF or feel free to contact us.

• Transport and handling robots

"Q-Trek" is a transport robot capable of carrying heavy loads of up to 150 kg that can operate outdoors. Equipped with RTK for high-precision positioning, it can navigate accurately even in vast areas. Indoors, it switches to SLAM using LiDAR, enabling stable operation inside as well. Customization based on this model is also available. 【Features】 ■ Autonomous driving is possible not only indoors but also outdoors ■ Remote operation and monitoring are possible via a dedicated app ■ Can be integrated with other companies' different models, multiple robots, and equipment using a unique platform (QUBIC) ■ Supports RTK "Real-Time Kinematic" *For more details, please download the PDF or feel free to contact us.

• Transport and handling robots

"DR2" is an indoor transport robot that can automate the delivery of small packages in the backyards of office buildings and commercial facilities. It comes standard with a two-tier delivery compartment equipped with an electromagnetic lock. The electromagnetic lock can be set with a password, allowing for unlocking at each destination, thus ensuring delivery security. Additionally, it is customizable to meet customer needs and environments, including changes to the number of shelf tiers, the addition of surveillance camera functions, and other sensor enhancements. 【Features】 ■ Equipped with advanced sensors ■ 7-inch LCD display ■ Delivery compartment with electromagnetic lock (two tiers) ■ Customizable ■ Compatible with service robot platform "QUBIC" *For more details, please download the PDF or feel free to contact us.

• Transport and handling robots

"QUBIC" is a robot management platform developed in-house by QBIT Robotics. It enables the development of complex robot task control, such as inter-device collaboration, multi-unit coordination, and integration with other systems, in a very short period of time. It is a multifunctional autonomous robot that allows integration with various systems, including elevator coordination, security door integration, and seat management systems. 【Features】 ■ Integration of various devices including robots ■ Integrated management from task control to maintenance ■ Instructions for voice and screen control ■ Centralized control of movement sequences for multiple and different types of mobile robots ■ Easily define and control a series of actions between the robot and the target objects (sensors, elevators, automatic doors, etc.) for each individual customer *For more details, please download the PDF or feel free to contact us.

• Other core systems

We would like to introduce a case where QBIT's "QUBIC" technology is used in the advanced management system of service robots by NTT East's e-city labo. As the introduction of various service robots such as delivery robots, security robots, and cleaning robots progresses, it is necessary for each robot to work in coordination, managing traffic among the robots and utilizing facilities like elevators and automatic doors. However, the current situation is that coordination is difficult due to differences in manufacturers. The company has achieved the operation of multiple robots from different manufacturers and models working together. 【Challenges in Robot Control】 - Responding to changes in the number of robots or configuration changes - Individually addressing differences in sequences for each customer's environment - Responding to software version upgrades and other updates - Rapid detection and response to faults and issues (remote support) *For more details, please download the PDF or feel free to contact us.

• Transport and handling robots
• Software (middle, driver, security, etc.)

We would like to introduce a case study of the development of a robot delivery system for apartments in collaboration with Fulltime System Co., Ltd., a manufacturer of delivery lockers. The system includes a "pallet robot" that can automatically retrieve packages from the delivery box, a "transport robot" that receives packages from the pallet robot and can deliver them in front of residences, and a central control system that integratively manages and controls an "elevator linkage device" that enables coordination with elevators, all designed and developed in-house. This solution has been awarded the "2023 Good Design Award." [Flow of the Robot Delivery System] - By reducing the occupancy rate of lockers, delivery efficiency is improved, enhancing the efficiency of logistics companies. - The pallet robot automatically retrieves packages from the locker and loads them onto the delivery robot. - With elevator linkage, the robot can automatically call the elevator. - Package receipt can be done in two ways: direct receipt or placed delivery. - In conjunction with the intercom, it is possible to check for package availability and issue delivery instructions to the robot. *For more details, please download the PDF or feel free to contact us.

• Transport and handling robots