A push-on fastener including: a conductive, annular push-on fastener body including a major surface and a radial edge defining a peripheral surface, the push-on fastener body forming an aperture defining a central axis; and a non-conductive sliding layer overlying the major surface of the push-on fastener body, where the major surface includes a void area free of non-conductive sliding layer adapted to contact an inner component or an outer component so as to provide electrical conductivity between the push-on fastener and a neighboring component.

A cable television apparatus with a screwless clamping connector structure includes a support structure and at least one rotary connector structure which includes a screwless clamping connection part and a printed circuit board connection part, wherein the screwless clamping connection part includes a first end part which defines an opening to receive a coaxial cable core of a coaxial cable. The at least one rotary connector structure can be rotated to change an opening direction of the opening.

In this disclosure a connection arrangement for a trampoline is set out, the arrangement including a mat and a frame. The connection arrangement includes a cord and a security piece, which includes a receiving part and a cord holding part. The cord holding part is configured to receive both ends of the cord and thus forming a loop that includes the cord and the cord holding part. The receiving part receives the cord holding part and one end of the loop through an opening. The loop is configured to wrap around some horizontal part of the frame of the trampoline when the connection arrangement is fitted onto the frame.

A device, system and method to connect a receiving member and a connecting device with a pin such that an asymmetrical configuration after the alignment of the connecting member and the receiving member does not give rise to asymmetrical glue distribution, nor asymmetrical shrinking nor curing drift. The receiving member has a receiving planar surface with at least one opening, and the connecting device has a main body with a contact plane, the main body having at least one opening where the connecting device is placed with the contact plane towards the receiving planar surface so that the at least one opening of the connecting device overlaps the at least one opening of the receiving surface, and the pin is inserted into the overlap. The system having a device for exerting a force between the contact plane of the connecting device and the receiving planar surface of the receiving member

A device, system and method to connect a receiving member and a connecting device with a pin such that an asymmetrical configuration after the alignment of the connecting member and the receiving member does not give rise to asymmetrical glue distribution, nor asymmetrical shrinking nor curing drift. The receiving member has a receiving planar surface with at least one opening, and the connecting device has a main body with a contact plane, the main body having at least one opening where the connecting device is placed with the contact plane towards the receiving planar surface so that the at least one opening of the connecting device overlaps the at least one opening of the receiving surface, and the pin is inserted into the overlap. The system having a device for exerting a force between the contact plane of the connecting device and the receiving planar surface of the receiving member

A compression fitting is provided. The compression fitting may include a body, a follower, and a pin, and a cap nut. The follower may be disposed within an axial cavity of the body. The pin may be coupled with the follower. The cap nut may be coupled with the body. An internal edge of the cap nut radially overlaps at least a portion of a forward edge of the pin.

A compression fitting is provided. The compression fitting may include a body, a follower, and a pin, and a cap nut. The follower may be disposed within an axial cavity of the body. The pin may be coupled with the follower. The cap nut may be coupled with the body. An internal edge of the cap nut radially overlaps at least a portion of a forward edge of the pin.

An encoder fastening for fastening an encoder shaft of an encoder system to a drive shaft includes a spring washer configured for placement in a slot of the drive shaft, and a radially elastic element which is arranged on the spring washer to maintain a connection between the drive shaft and the encoder shaft under radial tension, when the encoder shaft is inserted into the slot of the drive shaft.

An encoder fastening for fastening an encoder shaft of an encoder system to a drive shaft includes a spring washer configured for placement in a slot of the drive shaft, and a radially elastic element which is arranged on the spring washer to maintain a connection between the drive shaft and the encoder shaft under radial tension, when the encoder shaft is inserted into the slot of the drive shaft.

In this disclosure a connection arrangement for a trampoline is set out, the arrangement including a mat and a frame. The connection arrangement includes a cord and a security piece, which includes a receiving part and a cord holding part. The cord holding part is configured to receive both ends of the cord and thus forming a loop that includes the cord and the cord holding part. The receiving part receives the cord holding part and one end of the loop through an opening. The loop is configured to wrap around some horizontal part of the frame of the trampoline when the connection arrangement is fitted onto the frame.