6results about How to "Improve production environment" patented technology

This utility model discloses a tool grinding machine robotic arm loading and unloading device, including a grinding machine, a vertical plate fixedly connected to the upper side of the grinding machine, a grinding component disposed on one side of the vertical plate, and a support block fixedly connected to the upper side of the grinding machine and outside the grinding component. A sliding groove is formed on the upper side of the support block, and a protective frame is slidably fitted onto the inner wall of the sliding groove. This utility model, by incorporating a loading front arm, a limiting rod, a force-generating toothed plate, and a linkage component, allows the rotation of the loading front arm during loading to open the protective frame without affecting the movement of the clamping component. After loading is complete, the rotation of the loading rear arm during unloading again controls the seal between the protective frame and the sealing plate, achieving a sealed grinding space. This reduces dust generated during grinding, maintains a good working environment, reduces damage to the loading front and rear arms from debris, and improves the service life of the structure and the production environment.

The application discloses an enamel edge automatic processing system, which comprises a feeding table, a rack, a multi-axis mechanical arm, a control device, a dry wiping execution mechanism, a wet wiping execution mechanism, a edge rolling and glazing execution mechanism and a discharging conveyor. The feeding table is provided with an identification and positioning device for identifying and positioning an enamel ware. The multi-axis mechanical arm, the dry wiping execution mechanism, the wet wiping execution mechanism and the edge rolling and glazing execution mechanism are arranged on the rack. A magnetic chuck for adsorbing the enamel ware is arranged on the end effector of the multi-axis mechanical arm. The control device is electrically connected with the multi-axis mechanical arm, the identification and positioning device, the dry wiping execution mechanism, the wet wiping execution mechanism and the edge rolling and glazing execution mechanism. The application can replace manual work, realize automatic processing of the enamel edge, improve production quality and efficiency and improve the working environment.

This invention discloses a feeding device for the production of hydroxyapatite powder, aiming to solve the problems of uneven feeding, clogging, and dust pollution caused by the poor flowability and easy agglomeration of this type of powder. The device includes a frame, a feeding channel, a crushing device and a dust removal assembly located within the channel. The crushing device includes a fixed rod and a movable crushing shovel driven by a drive assembly, effectively preventing material bridging and agglomeration through active, reciprocating crushing action. The dust removal assembly includes a suction chamber, a filter screen, and a cleaning roller brush. When the crushing shovel moves, this mechanism can be periodically actuated, driving the cleaning roller brush to automatically clean the dust accumulated on the filter screen. This invention cleverly combines active crushing with a mechanically linked self-cleaning dust removal function, eliminating the need for an additional power source for the cleaning function. Its compact structure enables uniform, stable, and dust-free feeding, effectively improving production efficiency and environmental quality.

A novel air-closing unloading device relates to the field of material conveying equipment technology. The rotor comprises a central shaft and several streamlined blades. Several streamlined blades are uniformly fixed to the outer circumference of the central shaft. The rotor is installed within a valve body. A valve cover is fixed to one side of the valve body via a flange and bolts. A sealing assembly is installed between the valve cover and the valve body. The sealing assembly includes a rubber sealing gasket and a metal sealing ring. From left to right, a rubber sealing gasket and a metal sealing ring are sequentially fitted onto the central shaft at the connection between the valve body and the valve cover. An elastic sealing gasket is installed on the outer circumference of the streamlined blades. A labyrinthine sealing groove is provided on the inner wall of the valve body. An inlet and an outlet are respectively provided at the upper and lower ends of the valve body. This invention significantly improves sealing performance, effectively prevents gas backflow, improves the production environment, and increases production efficiency. By improving the wear resistance of the blades, the service life of the device is greatly extended, and maintenance costs are reduced.

The invention discloses an alkaline chemical nickel surface treatment method for pure aluminum or aluminum alloy. The method solves the problems of two times of zinc immersion and one time of zinc stripping in the production process, can meet the requirement of the binding force of a product plating layer by only one time of zinc immersion process, effectively improves the stability and safety of the product in the production process, does not have a 50% nitric acid zinc stripping process, can obviously reduce the use amount of nitric acid in the production process, and reduces the production cost. The production environment is efficiently improved.

This application discloses an automated steel ball assembly equipment for ball cage processing, including a worktable, multiple pushing components, a traction component, a position adjustment mechanism, and a clamping device group. A through hole is provided in the center of the worktable. Multiple pushing components are arranged at equal intervals along the circumference of the through hole to form a clamping area. The traction component is installed on the position adjustment mechanism and is used to drive the pushing components to move radially along the through hole, realizing the contraction or expansion of the clamping area. During assembly, the cage is first loaded into the expanded clamping area. The position adjustment mechanism adjusts the pushing components to align with the cage and contracts them for clamping. Then, the drive shaft with a star-shaped sleeve is loaded onto the cage and aligned. Next, each pushing component synchronously pushes the steel ball into the inner raceway of the star-shaped sleeve. Finally, the bell-shaped shell is loaded from below the through hole, completing the assembly. This application achieves fully automated synchronous assembly of steel balls for the ball cage, improving assembly efficiency and consistency, and avoiding part damage and safety issues caused by manual operation.