A housing includes a housing main body provided with a terminal holding portion including a terminal accommodating chamber configured to accommodate a terminal, a retainer assembled to the terminal holding portion of the housing main body, and an annular seal member mounted to a tubular seal mounting portion formed on an assembly side to the retainer in the housing main body. The retainer includes an engaging piece protruding in a direction of assembling to the housing main body. The engaging piece is inserted into an inner side of the seal mounting portion and abuts on an inner surface of the seal mounting portion.

A connector includes a terminal clasp, a flexible flat conductive component, a housing in which an electrical connection part of the terminal clasp protrudes out of an opening of a storage room, and a cover that covers the electrical connection part from outside together with at least part of the housing. The flexible flat conductive component includes an electrical connection region in which the electrical connection part is connected with a conductor, a peripheral region enclosing the electrical connection region, an extension region extending out of the housing and the cover connected with each other, and at least two fitting holes provided on the extension region side in the peripheral region.

A combined assembly of an electrically conductive structure and an electrical connector assembly includes an electrically conductive structure and an electrically connector assembly. The electrically connector assembly includes a housing defining an interior space and a locking arm. The interior space of the housing receives the electrically conductive structure. The locking arm is supported for movement relative to the housing from an unlocked position, wherein the locking arm does not retain the electrically conductive structure within the interior space, to a locked position, wherein the locking arm retains the electrically conductive structure within the interior space. An electrical contact is disposed within the housing and engages the electrically conductive structure retained within the interior space.

The application discloses a connector and a connector assembly. The connector has a housing and a terminal retaining portion. The housing is provided with a cavity; the terminal retaining portion is disposed in the cavity and configured for fixing connection terminals; the terminal retaining portion is provided with a plurality of first mounting holes configured for accommodating first connection terminals and a plurality of second mounting holes configured for accommodating second connection terminals; the first mounting hole has a cross sectional size larger than that of the second mounting hole; the plurality of first mounting holes are disposed around all of the second mounting holes. Compared with prior art, in the connector assembly provided by the application, first through-holes are arranged around second through-holes, so that the connection terminals having larger sizes for larger current therethrough can be disposed at the surrounding and be farther away from each other to help reduce the internal temperature rise of the connector thus to be safe and convenient for use.

A base of an electrical connector includes a body and a front cover. An installation trough is formed on a first side surface of the body. The body further includes one or more first through holes communicating the installation trough and a second side surface of the body. One or more first positioning members are disposed on an inner wall of the installation trough. The front cover includes a front surface, a rear surface, and one or more second through holes communicating the front and the rear surfaces. One or more second positioning members are disposed on an outer wall of the front cover for combining with the first positioning member. The front cover is embedded into the installation trough with the rear surface facing the body, such that the second positioning member combines with the first positioning member, and the second through hole communicates the first through hole.

A connector 1 includes a first housing 10 having a first lock portion 17, a second housing 50 having a second lock portion 52 to be locked to the first lock portion 17 and connectable to the first housing 10, and a CPA latch 30 relatively movable with respect to the first lock portion 17. The CPA latch 30 is movable to a release position where a locked state of the first lock portion 17 and the second lock portion 52 is releasable, a connection assurance position where a connected state of the first housing 10 and the second housing 50 is assured by the CPA latch 30 moving over a locking portion 70 of the first lock portion 17 and the second lock portion 2 from the release position, and an operation stop position where a separating operation is stopped by the CPA latch 30 being locked to the second lock portion 52 while the first housing 10 and the second housing 50 are being separated.

A fixing device to secure an RJ interface is intended for securing the interconnection between an RJ port of an electric actuator and a cable provided with an RJ connector in order to eliminate problems resulting from disturbances in electrical contact between the RJ port and the RJ connector. The fixing device includes a frame member capable of being immovably fixed to the actuator (1) with first fastening elements- and a support member for having the RJ connector-equipped cable fixed immovably thereto with second fastening elements.

A connector that can accommodate displacement and tilting at the time of fitting into a counterpart connector and that can avoid an increase in the size of the connector is provided. A movable contact of a connector has: upper-side contact points; lower-side contact points; upper-side gripping sections; lower-side gripping sections; an upper-side spring part; a lower-side spring part; and two joining sections. The upper-side contact points and the lower-side contact points can move independently of each other due to elastic deformation of the upper-side spring part and the lower-side spring part. An upper-side second width of the upper-side spring part at a second position is smaller than an upper-side first width of the upper-side spring part at a first position. A lower-side second width of the lower-side spring part at the second position is smaller than a first lower-side width of the lower-side spring part at the first position.

An electronically lockable, electrical plug configured to communicate power and data signals to mobile electronic devices (MED) includes a male electrical plug body insertable into a female electrical socket of the MED and plurality of electrical contacts defined in the male electrical plug for communicating the power and data signals to and from the MED, via corresponding electrical contacts associated with an MED electrical socket. The MED electrical socket is shaped and sized to physically receive and support therein said male electrical plug body. Plug locking elements are formed in the male plug body are so formed as to be lockable to or with corresponding, complementary socket locking elements of the MED, so that upon insertion of the male plug body into the MED socket the electrical plug is locked with the MED. An associated, electronically operable locking mechanism is operable to mechanically disengage the plug locking elements from the socket locking elements to thereby enable the electrical plug to be released from the MED and an electrical cable is coupled to the male plug body for electrically conducting the signals.

A combined assembly of an electrically conductive structure and an electrical connector assembly includes an electrically conductive structure and an electrically connector assembly. The electrically connector assembly includes a housing defining an interior space and a locking arm. The interior space of the housing receives the electrically conductive structure. The locking arm is supported for movement relative to the housing from an unlocked position, wherein the locking arm does not retain the electrically conductive structure within the interior space, to a locked position, wherein the locking arm retains the electrically conductive structure within the interior space. An electrical contact is disposed within the housing and engages the electrically conductive structure retained within the interior space.