9 results about "PackBot" patented technology

The AutoWrap Robotics Humanoid Service Center System is an innovative AI platform that autonomously manages vehicle service centers using a fleet of humanoid robots. It coordinates customer interaction, advanced diagnostics (including for EVs / SDVs) with Explainable AI, and autonomous vehicle repairs, alongside facility and outdoor maintenance. Integrating cutting-edge humanoid robots with sophisticated AI, machine learning, and multi-modal sensing, the platform provides semantic understanding of complex environments. It boosts service quality, reduces labor demands, and dramatically increases operational efficiency, transforming underperforming properties into highly productive autonomous centers. Key features include augmented reality interfaces, robust cybersecurity for in-vehicle networks and robot operations, predictive maintenance, and real-time, socially adaptive humanoid-mediated customer communication. Delivered as a scalable Software-as-a-Service (SaaS) solution, the system provides essential AI intelligence for fully autonomous, comprehensive, and sustainable vehicle servicing.

The application discloses a kind of packaging robot monitoring processing method and device, comprising: obtaining user information in user interface, and the user information is bound to the printing information of packing label of packaging robot;Obtain the model of current slitting film roll, customer information and order information, generate the order list of enterprise resource planning system;According to the order list and the packaging rule configured, execute film roll packaging task, and print label according to the printing information, and paste the printed label on the packaging snap-on paper cover.The application can automatically execute film roll packaging task according to the configuration and information of user interface and packaging interface, simplify the operation and interface of film roll packaging, and facilitate monitoring processing of packaging robot.

The utility model relates to the technical field of cargo packaging, and discloses a cargo sorting component for a packaging robot, which comprises a support, a conveying channel, a conveying channel, a sorting component and a sorting component, and is characterized in that the support is arranged below the output end of the conveying channel; the supporting shaft is rotationally connected to the top of the support; the supporting plate is fixedly connected to the top of the supporting shaft; the bearing frame is fixedly connected to the top of the supporting plate; the conveying belts are circumferentially and symmetrically arranged on the peripheral side of the support; and the driving mechanism is arranged on the support and the supporting shaft. A worker changes the moving direction and distance of a rack by controlling extension and contraction of an output shaft of an electric push rod and the moving distance of the output shaft, so that the direction of the output end of a bearing frame at the top of a supporting plate is conveniently adjusted to the position above a conveying belt needing to be conveyed, and cargoes in a conveying channel fall into the bearing frame; goods slide to the appropriate conveying belt through the inclined bearing frame and are conveyed to the next operation step through the conveying belt.

The robotic labeling system (100) for packaging (102) includes: a packaging database management system (10) including a packaging database (10) storing packaging data; and a packaging labeling controller (50) communicatively connected to the packaging database management system. The robotic labeling system includes a packaging positioning system (110) that receives positioning input from the packaging labeling controller to position the packaging at a labeling station (112); and a packaging identification system (130) having a scanning device (132) that scans identification marks (104) on the packaging to determine packaging identification and orientation. The robotic labeling system includes a label application system having a labeling device and a label applicator that prepares shipping labels and customer-specific labels based on content data (20) stored in the packaging database (12) and applies them to the packaging. The robotic labeling system verifies the applied labels based on the scanned data on the packaging and unloads or rejects the packaging based on the scanned data.

The present invention relates to a packaging device (2) and sorting system for directional packaging of products, such as vegetables and fruit, and a method therefor. The packaging device according to the invention comprises: —a feed system (4) configured to feed products (P) and a packaging transport system for supplying and discharging packagings; —at least one measuring and positioning path (12) connected operatively to the feed system for transporting products in a transport direction; —a measuring system (18) connected operatively to the at least one measuring and positioning path and configured to measure properties of the product; —a directing system (16) for directing the product on the at least one measuring and positioning path in a suitable pick-up orientation for the product; —a packaging robot (32) comprising a product pick-up element, wherein the packaging robot is provided with a robot arm, comprising: —transport rotation mechanism; and—a robot arm displacing mechanism; and—the packaging device comprising a controller for controlling the measuring system, the directing system and the packaging robot.

The invention provides a dynamic target visual identification and sorting method and system applied to a packaging robot, and the method comprises the steps: building a bidirectional linkage link based on an artificial intelligence visual module and a sorting execution module of the packaging robot, generating a link linkage protocol, and building a visual motion mapping map of a dynamic target based on the link linkage protocol; a visual information flow of a dynamic target in an operation area is captured through an artificial intelligence visual module, and a mapping map is combined to convert the visual information flow into action adaptive features. And the action adaptation features are input into an artificial intelligence decision module, and a sorting action sequence of the dynamic target is generated in combination with a real-time feedback channel in a link linkage protocol. And finally, the sorting action sequence is transmitted to the sorting execution module, and the action execution state is synchronized to the artificial intelligence vision module through a link linkage protocol. According to the method, efficient cooperation of vision and sorting execution is achieved, dynamic target recognition and sorting can be accurately and rapidly completed, and the automation degree and the production efficiency of a packaging production line are improved.

The utility model relates to the technical field of detachable grippers, in particular to a detachable gripper based on a stacking packaging robot, which comprises a base, the upper end of the base is fixedly connected with a connecting seat, the four corners of the upper end of the connecting seat are respectively provided with an up-down through mounting hole, and the left end of the base is connected with a second electric push rod. The telescopic end of the second electric push rod is movably connected with a second loading and taking device, the right end of the base is connected with a first electric push rod, the telescopic end of the first electric push rod is movably connected with a first grabbing device, and the first grabbing device and the second loading and taking device are the same in structure. The disassembly and assembly type gripper based on the stacking and packaging robot is simple in structure, low in manufacturing cost and suitable for being used by small enterprises.

An improved robot for packing produce such as fruit or other produce is provided. The robot includes a plurality of longitudinal carriage arms arranged in an array, and cantilevered off a support unit such that each longitudinal carriage arm is independently movable between an extended condition and retracted condition. Each arm includes a head connected to it that is independently movable in a vertical direction to pick up, hold and / or drop off an item of produce. Each longitudinal carriage arm is further independently movable in a lateral direction to alter the relative spacing between the plurality of heads such that the heads can move across lanes of the robot. The cantilevered arrangement of each carriage arm allows for compact set-out and other advantages.

1. Name of the design product: industrial robot. 2. Use of the design product: the design product is used in the fields of feeding, carrying, stacking, packaging, robot teaching, etc. 3. Design points of the design product: in shape. 4. Picture or photo best indicating the design points: perspective view.