4results about How to "Realize automatic bagging" patented technology

This utility model discloses a fiber material briquetting machine, relating to the field of fiber material compression technology. It includes a frame, a forming box, a control system, and a lifting device and a pressing device electrically connected to the control system. The frame includes a base and a mounting platform above the base. The lifting device is mounted on the base. The forming box has a material channel penetrating the forming box and is mounted on the lifting device. The pressing device is mounted on the mounting platform corresponding to the material channel. The forming box is used to internally support the packaging bag and shape the fiber material in the material channel. The pressing device is used to press down on the shaped fiber material to compress it into material blocks. The lifting device is used to drive the forming box away from the packaging bag to load the material blocks into the packaging bag. This utility model fiber material briquetting machine achieves automatic compression and automatic bagging of fiber materials, reducing the volume of fiber materials and solving the problem of inconvenient transportation and storage of fiber materials, thus facilitating their transportation and storage.

This invention relates to a leak detection method for large circuit breakers. First, the components constituting the large circuit breaker, including the poles, base, and operating mechanism, are assembled on a pallet. Then, the entire pallet is transported to a dedicated bagging system for bagging. The poles are bagged using the dedicated bagging system. The large circuit breaker is then wired to the pallet, and the pallet is wired to a break-in device. The break-in device begins operation to test for SF6 gas leakage during the operation of the large circuit breaker. The SF6 content in the gas inside the PE sealed bag is detected to determine if a leak has occurred. This leak detection method, using a dedicated bagging system, achieves automated bagging of the large circuit breaker, eliminating the need for manual top-down bagging of the poles, significantly reducing manual labor and eliminating the need for manual climbing, thus preventing safety accidents.

The application relates to a full-automatic powder packaging equipment with a low residual oxygen content, which comprises a main rack and a packaging bag feeding machine, a main filling mechanism, an air extraction mechanism, a secondary filling machine, a bag supporting and edge pressing mechanism and a heat sealing machine are sequentially arranged on the main rack, a main conveying line and a weighing belt conveyor are fixedly connected to the main rack, the main conveying line is divided into two sections, the two sections of the main conveying line are connected to the two ends of the weighing belt conveyor in a head-to-tail mode, a vibration assembly is arranged below the air extraction mechanism and the bag supporting and edge pressing mechanism on the main conveying line, and a ring-shaped air charging pipe is fixedly connected to the feeding end of a Y-shaped material box. The application has the following beneficial effects: the application can realize the automatic bagging, filling and nitrogen charging treatment of powder materials, can better remove the air among the powder materials and shake the powder to be compacted during the packaging process, effectively reduces the residual oxygen content of the packaging, and improves the packaging quality.

The application relates to the packaging technical field, and particularly discloses a bagging device and method, which comprises a rack, a first adsorption mechanism, a bag expanding moving mechanism, a bag expanding mechanism, a bagging cylinder, a second adsorption mechanism and a control unit. The rack is provided with a bagging roll and a guide roller. The guide roller is used for guiding the packaging bag at the end of the bagging roll into the bagging cylinder. The first adsorption mechanism is used for realizing the separation and opening of the packaging bag. The bag expanding moving mechanism is used for driving the bag expanding mechanism to move up and down. The bag expanding mechanism is coaxially arranged with the bagging cylinder. The bag expanding mechanism expands the packaging bag by moving downwards and makes the open end of the packaging bag roll up on the top of the bagging cylinder. The bagging cylinder is a cylindrical structure with open ends at the top and bottom. The second adsorption mechanism is used for adsorbing and fixing the packaging bag after the edge is rolled. The control unit is used for controlling the actions of the first adsorption mechanism, the bag expanding moving mechanism and the second adsorption mechanism. The application can realize automatic bagging and automatic bag arranging, and is beneficial to subsequent mouth binding treatment.