6 results about "Device Subassembly" patented technology

A method for assembling a rotational equipment assembly having a rotational equipment module and a rotational equipment case includes axially supporting the rotational equipment module with a first support assembly, positionally fixing a rotor assembly and a stator assembly of the rotational equipment module together with a second support assembly, coupling a pulling rod assembly with a tooling shaft of the rotational equipment module, and assembling the rotational equipment assembly by positioning the rotational equipment case axially abutting the rotational equipment module and axially pulling the pulling rod assembly to axially fit the rotational equipment module with the rotational equipment case.

The utility model discloses a saw blade clamping device, including saw blade, reciprocating rod and be used for connecting saw blade and reciprocating rod's clamping device subassembly, and clamping device subassembly includes guide, locking sleeve and first elastic part, and the upper end of reciprocating rod is provided with the first locking inclined plane along its periphery extension, and the inner wall of locking sleeve is provided with the second locking inclined plane along its periphery with first locking inclined plane corresponding cooperation, the outer peripheral wall of reciprocating rod is provided with the limit protruding, and the inner peripheral wall of locking sleeve is provided with the limit inclined plane with limit protruding corresponding cooperation. Its through clamping device subassembly realizes the quick installation and disassembly of saw blade, and simple and convenient operation, through the abutting cooperation of limit protruding and limit inclined plane, limit locking sleeve to move down relative to reciprocating rod, through the abutting cooperation of first locking inclined plane and second locking inclined plane, limit locking sleeve to move up relative to reciprocating rod. Further realize the up and down limit of locking sleeve, avoid when not installing saw blade, and locking sleeve shakes relative to reciprocating rod.

A switchgear assembly is disclosed, comprising an interior space, a plurality of switches, a plurality of conductors, and at least one enclosure. The switches are arranged within the interior space. The interior space contains an electrically insulating fluid. The switches include at least one circuit breaker and at least one other switching device. The interior space is located within the at least one enclosure. In one operating configuration of the switchgear, the electrically insulating fluid occupies a volume of the interior space such that, in this operating configuration, the electrically insulating fluid separates the conductors from one another, and the at least one circuit breaker and the switching contacts of the at least one other switching device are located within the electrically insulating fluid.

The utility model discloses a kind of seamless steel tube drawing equipment with double support structure, including equipment table, the top of the equipment table is equipped with drawing equipment assembly, the periphery of the bottom of the equipment table is equipped with support column, the top of the inboard of the support column and the both sides of the bottom of the equipment table are equipped with support frame, the inner chamber of the support frame is equipped with driving assembly, the driving assembly includes driving motor and moving plate, the output end of the driving motor is equipped with threaded rod, the bottom of the threaded rod is through the bottom of moving plate.The utility model has the beneficial effects that: by the detachable maintenance door plate structure set on the side wall of support frame, it is convenient to maintain the driving assembly inside support frame in later period, by the setting of telescopic link, the moving plate can be effectively kept vertically downward, it will not appear large amplitude deflection, the torque caused by eccentric load of equipment table can form reverse couple by two side beams, inhibit the torsional deformation of support column.

The present invention relates to a dispensing device subassembly (100) comprising a body (101) configured to receive an element (50) within a housing (110), and retaining members (114) arranged around the housing. Each retaining member carries at least one retaining protrusion (120) and is distributed in two types of retaining members (114A; 114B). The retaining protrusion (120) includes at least one lower protrusion (120A) and at least one upper protrusion (120B). One type (first type or second type) of retaining member has a retaining protrusion (120) comprising only a single upper or lower retaining protrusion. Alternatively, the retaining protrusion (120) of the first type of retaining member (114A) includes an upper retaining protrusion (120B) and a lower retaining protrusion (120A), which differ in shape and / or size from the upper or lower retaining protrusion of the second type of retaining member (114B).

A method and system of guiding disassembly and reassembly of components of a device, is disclosed. A processor captures at least one image of the device at various stages of disassembly. A plurality of components of the device being disassembled is determined in the at least one image of the device based on visual detection of each of the plurality of components by a user. The plurality of components is consecutively numbered in the at least one image to determine a plurality of numbered components based on tapping, by the user, on each of the plurality of components via a user interface. Metadata is added corresponding to the plurality of components in the at least one image via a user interface. The at least one image is stored with the plurality of numbered components, and associated metadata in a database for easy access and retrieval during reassembly.