8 results about "Threaded insert" patented technology

The application provides a wire embedding driving device of a wire embedding machine, which is applied to the field of motor stator production equipment and has the technical scheme as follows: an upper bottom plate and a lower bottom plate are arranged, a connecting screw rod is arranged between the upper bottom plate and the lower bottom plate, a first pushing assembly is arranged on the connecting screw rod, the first pushing assembly comprises a main plate and a copper wire pushing rod arranged on the main plate, a second pushing assembly is arranged on the main plate, the second pushing assembly comprises a first screw rod, a mounting plate connected to the first screw rod and a plurality of slot paper pushing rods, a third pushing assembly is arranged on the connecting screw rod, the third pushing assembly comprises a second screw rod, a fixed pushing plate connected to the second screw rod and a fixed pushing rod fixed to the fixed pushing plate, the fixed pushing rod has a hollow tubular structure, and the pushing rod is arranged inside the fixed pushing rod. The wire embedding driving device has the technical effect that the stator can be firmly fixed during the wire embedding process, the position of the stator is prevented from being deviated, the wire embedding is more smooth and accurate, and the production quality of the stator is improved.

A remotely operated vehicle (ROV) operated fluid stab system for subsea fluid transfer comprises a connector with seal protection and multiple fluid ports, typically more than six fluid ports, to enable multiple flow combinations, both high- and low flow. The connector is relatively short and guide friendly to ease the stabbing operation. The seal is held in place by a nut / threaded insert that is threaded into the stab body.

The invention relates to a mounting system (1) for attaching an insert part in a wall opening, in particular a housing comprising - an interface (4) arranged or arrangable in a wall section (40), in particular a housing, which has an interface opening (44) arranged around a through-axis (A), which is circumferentially encompassed by an edge contour (41) with radially inwardly projecting retaining projections (42) and gaps (43) in between, - a fixing insert (3) which has an insertion section (31) which can be inserted in an insertion direction (R) in a first rotational position (P1) from an outside through the interface opening (44) and is provided circumferentially with radially attached fixing elements (32) extending in the circumferential direction and with a cylindrical central through screw-in opening (33) with an internal thread (34) and is limited at its rear end section with respect to the insertion direction (R) by a stop arrangement (30) surrounding the screw-in opening (33) and projecting radially beyond the interface opening (44) at least in sections, and - an insert part which is designed as a screw-in part (2) which can be screwed into the internal thread (34) and has a screw fitting (20) which transitions at its rear section in the insertion direction (R) into a contact flange (21) which completely encompasses the stop arrangement (30) in the assembled state and is brought into contact with the outside of the wall section (40) with its contact side, in which an annular space (24) is formed which completely surrounds the screw fitting (20) and is bounded by an inner wall surface of the contact flange (21).

The present disclosure includes a thread insert for a blow mold assembly configured to form a polymeric container. The thread insert includes: an inner mold surface defining threads, the inner mold surface configured to form a finish of the container; a first bore defined by the thread insert; and a first heating element seated within the first bore and configured to heat the inner mold surface.

An imprecision-tolerant threaded insert 10 for self-tapping screws 230 comprises an outer shell 20 with an exterior threaded portion 25, a core 30 formed from a resiliently deformable material capable

A method for operating a machine for laser cutting of tubes and profiled sections is provided. The machine has a working head having a focusing device adapted to focus a laser beam on the surface of the tube or profiled section to be worked, a carriage on which the working head is mounted, and an automatic insert application system for placing a threaded insert in a housing formed in a wall of the tube or profiled section by the laser beam. The automatic insert application system is integrated into the machine and configured to operate in a coordinated manner with the working head.

This application discloses a grinding device for anti-loosening threaded inserts, relating to the field of threaded insert grinding. It includes a support plate, with an outer circular grinding mechanism on one side of the top of the support plate and an inner circular grinding mechanism adapted to the outer circular grinding mechanism on the other side of the top of the support plate. This utility model, through the action of the outer circular grinding mechanism, facilitates the grinding of the outer surface of the anti-loosening threaded insert. The anti-loosening threaded insert is placed with its groove facing the limiting ring and fitted onto the mounting rod, so that the groove is locked onto the corresponding limiting block. A spring pushes the corresponding retaining balls outward, locking both retaining balls onto the other side of the anti-loosening threaded insert. The grinding device grinds the outer surface of the anti-loosening threaded insert. Controlling the operation of a first motor, which drives the first telescopic cylinder to rotate via an L-shaped plate, causes the anti-loosening threaded insert to rotate, resulting in all-around grinding of the outer surface of the anti-loosening threaded insert. This effectively grinds the outer surface of the anti-loosening threaded insert, improving grinding efficiency and reducing the generation of defective products.

This invention relates to the field of automated assembly technology, specifically to a wire thread insert installation and breaking device, comprising: a support member, which includes a first support member and a pushing member, the pushing member pushing the broken installation shank backward on the first support member; a first breaking member, which includes an electromagnetic component and a second breaking member, the electromagnetic component providing an electromagnetic field to the second breaking member on the first support member, the second breaking member being on the first support member and used to break the installation shank of the wire thread insert installed in the threaded hole; and an installation member, which includes a thread insert installation component and an installation power component, the thread insert installation component being circumferentially driven on the second breaking member to rotate and install the wire thread insert loaded on the thread insert installation component into the threaded hole, and the installation power component driving the second breaking member circumferentially. This invention has a high degree of integration and automation, high production efficiency and consistency, effectively ensuring installation quality and product reliability, and significant overall economic benefits.