On March 14th, at the gate of the Wangdefu International Building next to Wanjiali Road, Furong District, Changsha, a “robot†was formally placed on duty, replacing the old booth type. Personnel on duty. What are the important things to watch for today's robotics industry? Let's learn more together below.
Robot parking service is coming, and it's easy to get started
Scan code out, invoice self-taken ... ... Furong District, Changsha City, Wanjiali Road, next to the parking lot of the International Building, a "robot" was formally placed on duty earlier, instead of the original booth-type personnel on duty.
According to the project construction party, this is the first robot management parking lot in Changsha that can truly realize no-pay.
Youth competition robot
Recently, the 18th China Youth Robot Contest (Gansu Division) trial was held in Lanzhou, the second experimental primary school in Lanzhou. A total of 135 primary and secondary school teams represented nearly 800 players and competed in robotic comprehensive skill competitions, creative competitions, and robotics challenge competitions.
Interpretation of the Value of China's Medical Robot Industry Chain
In April 2016, China released the "Robotic Industry Development Plan (2016-2020)", which guides the rapid, healthy and sustainable development of China's robotics industry, enhances its technological innovation capabilities and international competitiveness, and has long-term positive policies for medical robots. At the same time, due to the increase in government medical investment, the reorganization of the medical system and people's awareness of minimally invasive surgery, the future market focus of medical robots will gradually shift to the Asian market. The development prospect of Chinese medical robots is considerable.
Medical robots are emerging directions in the global robotics and medical device field, and are important scientific and technological commanding points that countries compete for and compete for. Medical robots have significant high-tech, high-threshold, high-value-added features and have a revolutionary impact on medical operations, rehabilitation medicine, health management, and hospital services. In recent years, China's medical robot industry has entered a rapid development channel and has become one of the most watched star industries in the field of robotics and medical cross-border, demonstrating broad market prospects and development dynamism.
AvaRobotics launches an autonomous teleconference robot
A relatively new company, AvaRobotics, which has been separated from iRobot, has launched a new teleconferencing robot called Ava. Ava is an upgraded version of the Ava500 introduced in 2013. It adds some hardware and software adjustments. The number of cameras has increased from one to three. The sound quality at both ends has been improved. Gesture-based controls have been added to the robot's control application. . Like its predecessor, Ava's videoconferencing software is powered by Cisco, which automatically navigates the office environment, finds ways to travel to a specific area, and returns to a charging station for charging without manual instruction.
First successful implementation of intelligent positioning robot surgery in Inner Mongolia
On March 13th, the first intelligent positioning robotic surgery in Inner Mongolia was successfully implemented at the Tumor Hospital of Inner Mongolia Autonomous Region: Under the guidance of Feng Tiehong, director of the minimally invasive interventional department of the hospital, the first intelligent robot positioning system guided by Inner Mongolia was successfully completed to implant radioactive particles.
Precise puncture is the key to successful operation. Under the guidance of CT, combined with robotic puncture-assisted positioning, accurate access to the lesion is achieved and the surrounding organs are effectively protected, minimizing intraoperative bleeding and side injury. It is understood that the intelligent robot positioning system can complete accurate three-dimensional positioning puncture, thus achieving efficient, safe, and thorough multi-objective optimization in minimally invasive treatment, so as to maximize patient benefits.
According to the introduction, the intelligent robot positioning system effectively avoids the defect that the two-dimensional visual field of monocular visual image does not have a sense of depth, allowing the surgeon to locate the intraoperative position more accurately, operate more flexibly, and stably follow the surgeon's thinking for safe and efficient operation. Reduce the incidence of postoperative complications, due to accurate positioning, early diagnosis of the disease, improve the efficacy of a good effect.
The first inspection entity robot system operation and maintenance center trial operation
Recently, the robotic system operation and maintenance center of the procuratorial entity established by the Wuzhong District People's Procuratorate of Suzhou City, Jiangsu Province and Coworth has successfully completed deployment and entered the trial operation stage. Staff can provide a series of system maintenance services such as day-to-day operations, status detection, system upgrades, and remote troubleshooting for the case management robots of the procuratorates around the country.
A manual pulse generator (MPG) is a device normally associated with computer numerically controlled machinery or other devices involved in positioning. It usually consists of a rotating knob that generates electrical pulses that are sent to an equipment controller. The controller will then move the piece of equipment a predetermined distance for each pulse.
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