4results about How to "Realize the undertaking" patented technology

The utility model belongs to tobacco technical field, specifically disclose a kind of storage cabinet anti-mixing control device, the device includes shell, and the lower end surface of shell is equipped with the long hole being communicated with inner chamber, and the outer wall of front and back sides is equipped with fixed seat respectively, and shell front side wall right side is equipped with motor. In shell, the inner wall of front and back sides is rotatably connected with two rotating rods by bearing, and one rotating rod front end is fixedly connected with motor output end by coupling, and rotating rod outer wall is connected with gear by interference fit. Two baffle synchronous rotation are driven by motor driving rotating rod and gear, device is installed in the discharge end in stem and filament storage cabinet, can accurately accept the stem and filament falling at cabinet head, prevent its mixing into discharge conveyor belt, fundamentally avoid mixing phenomenon, ensure subsequent cigarette processing stem and filament quality pure, accurate specification, effectively guarantee the stable quality of cigarette product.

This application provides a wall plastering waste material device and its usage method. The wall plastering waste material device includes a frame, a first movable base, a mortar nozzle, a material storage component, a second movable base, a scraper, and a slurry cleaning component. The frame is connected to an external lifting component and moves up and down under the drive of the external lifting component. The first movable base is movably connected to the frame. By setting the material storage component below the mortar nozzle and integrating the slurry cleaning component with a scraper on the first movable base, during the spraying and leveling operations, the scraper of the slurry cleaning component is inserted into the material storage component. As the first movable base moves left and right, it can actively and continuously scrape out and discharge the excess mortar collected in the material storage component, thereby realizing the collection and discharge of mortar, avoiding the retention and caking of waste material, and enabling the excess mortar to be efficiently recycled and reused. This improves the utilization rate of the mortar in the wall plastering waste material device and reduces material costs.

This utility model discloses an automatic steel pot washing machine. A washing tank is installed on the machine body, with an inclined front sidewall. A sliding plate is mounted on the upper part of the front sidewall via a slide rail system. A pressure roller is installed on the upper part of the sliding plate, connected to a drive motor. A first spray pipe and an inner cleaning brush are installed on the lower part of the sliding plate. Two parallel support rods are arranged on the lower part of the front sidewall to support the steel pot from the outside. An outer cleaning brush is also provided on the front sidewall, contacting the outer surface of the steel pot. The inside of the steel pot is directly fitted onto the inner cleaning brush and the first spray pipe. The sliding plate moves down, using the support rods to support the steel pot and pressing it with the pressure roller. A second spray pipe is also provided on the sliding plate located outside the steel pot. This automated washing machine can automatically clean the steel pot, requiring only one worker to handle the pot quickly. Cleaning brushes are provided both inside and outside the steel pot for rapid cleaning of both the interior and exterior.

The utility model relates to sand soil packing technical field, the utility model provides a sand soil packing machine, it includes feeding device, material receiving device, bagging device and sewing device, wherein, material receiving device includes base, and the base is located the discharge port below of feeding device, carousel rotates and is located on the base, carousel is equipped with a plurality of clamping assemblies that distribute in the circumference, and clamping assembly can be driven by carousel rotation and pass bagging port, discharge port inlet in turn to realize the clamping of sand bag, the receiving of sand material and the release of sand bag. The above technical scheme when carrying out the bagging operation of sand bag, different clamping assemblies can be in different process stations simultaneously, when one clamping assembly receives sand material at the discharge port, other clamping assemblies can simultaneously clamp new sand bag at the bagging port or release the sand bag that has been filled at the inlet, thereby making feeding device, bagging device and sewing device can work synchronously, and it is no longer needed to suspend and wait when bagging for the rest of the related process.