Robot joint and method for sealing a joint gap of a robot joint
A technology of robot joints and joint gaps, which is applied to the sealing of engines, manipulators, mechanical equipment, etc., which can solve the problems of extensive wear of seals and no longer preventing pollution/water ingress
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[0032] In the following, a fluid-tight robotic joint having a joint, as well as a robot comprising at least one such robotic joint, a system comprising the robot and a method for sealing such a robotic joint will be described.
[0033]The robotic joints described herein are provided with expandable seals. An expandable seal is provided in a joint space separating a first part and a second part of the robot joint, the first part and the second part having relative movement therebetween. With such robotic joints, it is possible to meet the conflicting requirements for a single joint seal, thus both sealing the joint and allowing the various parts of the joint to move relative to each other, since the expandable seal can work in different modes. In the first mode, the inflatable seal provides operational protection. For example, when a robot is operating in a meat processing plant, the inflatable seal should protect against external contamination, such as splashes of incoming bl...
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