A multisecuring component includes a penetrating securing body penetratingly secured to a third object and having an abutting protruding portion for abutting against the third object; and a first securing portion disposed on a side of the penetrating securing body to secure a first object, or a second securing portion disposed on another side of the penetrating securing body to secure a second object. Therefore, the multisecuring component secures multiple objects easily.

A rivet nut unit is disclosed. An exemplary embodiment of the present invention provides a rivet nut unit bonding at least one plate by being riveted to the plate and fastened with a bolt that may include: a head portion supported on an upper surface of the plate at a position corresponding to a processed hole in the plate, and formed with a penetration hole in the middle thereof corresponding to the hole; and an insertion portion extended from one side of the head portion, inserted into the hole, and formed with at least one slot and a protruding end bent to a lower surface of the plate for coupling the head portion to the plate while riveting the plate.

A mobile terminal includes a display unit, a front case configured to be combined with the display unit using a front side of the front case, a main board configured to be combined with a rear side of the front case, a rear case configured to be combined with a rear side of the main board, a boss in which a internal screw thread formed on both a left side and a right side of the front case and the internal screw thread heading a rear side is formed, a connection hole formed on a position corresponding to the internal screw thread of the rear case, a screw configured to be connected with the internal screw thread in a manner of passing through the connection hole, a boss bump configured to be positioned at an outer circumstance of the boss and a boss accommodation part configured to be formed on both a left side and a right side of the main board and correspond to a shape of the boss and a shape of the boss bump. It is able to reduce thickness of the mobile terminal by omitting a frame. And, it is able to prevent the case from making a gap in a horizontal direction via a stable connection structure. Moreover, it is also able to prevent the front case and the rear case from being separated from each other via the stable connection structure.

A fastener clinching press includes a frame that supports a die having a hole that cooperates with the fastener to produce a slug from the workpiece. A ram has a head assembly that engages the fastener. A first sensor determines a ram position relative to the die. A pin is slidably supported within the head assembly and extends out of the head assembly to a tip that locates a fastener relative to the die. The pin is movable between multiple pin positions including a slug-eject position. A second sensor is arranged in the head assembly and is operatively connected to the pin. The sensor monitors the multiple pin positions that relate to a pin travel distance signature. A controller is in communication with the first and second sensors and determines an outcome of the clinching operation based upon the ram position and the pin travel distance signature.

A rivet stud bolt is disclosed. A rivet stud bolt for mounting an element to at least one panel includes a bolt portion to which the panel is assembled, a flange integrally formed to an end of the bolt portion, and a rivet portion integrally connected to the flange, in which at least two slits are formed, and the rivet portion is plastically deformed and connected to the panel.

Fastener assemblies and nut plate assemblies for fastener assemblies include a nut defining a bore configured to receive a threaded fastener, and a lock member. The assembly has a locked configuration in which the lock member is configured to fix rotation of the threaded fastener relative to the nut and an unlocked configuration in which the threaded fastener is allowed to rotate relative to the nut. The assembly also includes a magnetic component configured to engage the lock member and switch the assembly between the locked configuration and the unlocked configuration.

The present invention provides an all-thread multibracket for securely suspending different components beneath the roof or the ceiling during installation of air conditioners, ventilation ducts or smoke extractors (HVAC systems). The present intervention offers a versatile array of joining configurations, effectively replacing traditional method of using multiple brackets. The all-thread multibracket allows for effortless positioning of all-thread rods within the ceiling, beams and purlins during construction and installation.