4 results about "Method seal" patented technology

Seal assemblies, bearing assemblies, and gaskets and their components can be used as pre-packaged systems or assemblies inside a can housing. Gaskets or washers to restrict flow and gaskets or washers with memory lips to operate as sealing lips can be included to increase the number of sealing points inside the pre-packaged systems. In a pre-packaged configuration, the cylinder can be a straight cylinder, a stepped cylinder, or a split cylinder. Bearing assemblies can be pre-packaged with the sealing assemblies.

Seal assemblies and systems and their components can be used as pre-packaged seals when installed in a cylinder or cartridge. The seal assemblies have can include restrictor blocks to restrict fluid flow. Sealing washers can be included to add sealing points. In a pre-packaged configuration, the cylinder can be a straight cylinder, a stepped cylinder, or a split cylinder.

The utility model relates to vacuum coating technology field discloses a kind of sealing detection equipment of evaporation coating cavity, including mesa, storage room is installed in mesa lower end rear part, positive pressure method seal tester is installed in mesa lower end middle part, mesa middle part is provided with detection port;In the utility model, start drive motor, drive motor is rotated by coupling and drives ball screw, sliding block is moved, start electric hydraulic cylinder, tighten locking bolt, adjust telescopic rod length, realize the adjustment of position, again tighten locking bolt, start electric hydraulic cylinder, electric hydraulic cylinder is all driven and press plate moves downward, extrusion fixation is carried out to evaporation coating cavity around, avoid the position of evaporation coating cavity from deviating when operating, to cause air leakage, to the influence of sealing detection operation, rubber layer improves the sealing of evaporation coating cavity and mesa contact surface, improve the compactness, high efficiency, save the time of detection.

This invention relates to a method for processing a sealing disc. The sealing disc has a central hole, a first machined surface, and a second machined surface. The processing method includes: fitting and confining the sealing disc to a support end; controlling a pull rod assembly to extend from the support end and pass through the central hole of the sealing disc; radially inserting a pressure plate into the pull rod assembly; controlling the pull rod assembly to retract, thereby driving the pressure plate to press the sealing disc tightly against the support end; controlling a tool holder device to sequentially process a first machining area and a second machining area coaxially arranged on the first machining surface; controlling the tool holder device to process a third machining area on the second machining surface; and after the sealing disc is processed, controlling the pull rod assembly to extend and remove the pressure plate and the sealing disc. This method enables the sealing disc to complete all precision machining processes on the first and second machining surfaces in a single clamping operation, eliminating repeated positioning errors, and using axial center fixation to avoid radial clamping deformation defects, thereby improving workpiece dimensional accuracy and surface finish.