DDR socket connector

The present application relates to DDR connectors, particularly to a new DDR socket connector.

As connectors for connecting memory modules with circuit boards, DDR memory sockets are usually of surface-pad type (which is simply referred to as pad type), through-hole welding type and through-hole crimping type. Among others, in case of surface-pad type memory socket, a memory socket placed on a solder paste coated circuit board is heated with a soldering equipment. The solder paste on the circuit board melts at high temperature and then cools, soldering the socket and the circuit board together.

The two side connecting parts of a memory socket of surface-pad type are made of plastic, which become very weak after the melting and cooling process of the socket within a solder equipment. The connecting parts will be split upon plugging in or pulling out in oblique directions. Split products fail to meet the requirements of a normal use.

To solve the above described technical problems, the present application provides a new DDR socket connector with anti-split ability.

Specifically, the technical solutions of the application are detailed as follows: the new DDR socket connector comprises two fastening posts, an insert and a plugging groove.

The fastening posts are made of plastic and located at two sides of the plugging groove. The insert is embedded in one of the two fastening posts and made of metal, and the insert includes a main body and two side parts. The main body is located in the middle portion of the insert, and the side parts are located at two sides of the main body.

In a further optimized technical solution, the cross section of the main body is of M-shape in a direction perpendicular to the plugging groove; and the main body includes at its bottom three legs which are connected with the fastening post.

In a further optimized technical solution, the cross section of the main body is of n-shape in a direction parallel to the plugging groove; and the main body includes at its bottom two flaps which are connected with the fastening post.

Employing the above mentioned technical solutions, the following beneficial effects could be obtained by the present application.

As compared with the disclosed technical solutions, the new DDR socket connector has an innovation in that: each of two plastic connecting parts is inserted with a metal insert to overcome such deficiencies as plastic getting weak when being heated and thus eliminate the adverse impact of high temperature on the product. In particular, the main body plays a major role in strengthening the plastic connecting part and meanwhile the two side parts of the main body assists in strengthening as well.

In an optimized solution, the cross section of the main body is M-shape structured, the body includes at its bottom three legs which will be connected with one of the two fastening posts. These features help in strengthening the two side connecting parts of the memory socket, overcoming such deficiencies as plastic getting weak when heated and enhancing the anti-split ability of the whole insert in a direction perpendicular to the plugging groove.

In an optimized solution, the cross section of the main body is n-shape structured, and the body includes at its bottom two edges which will be connected with the two fastening posts. These help in strengthening the two side connecting parts of the memory socket, overcoming such deficiencies as plastic getting weak when heated and enhancing the anti-split ability of the whole insert in a direction parallel to the plugging groove.

FIG. 1 is an exploded view of a new DDR socket connector (M-shape structured);

FIG. 2 is an assembly view of a new DDR socket connector (M-shape structured);

FIG. 3 is a perspective view of an insert (M-shape structured);

FIG. 4 is an exploded view of a new DDR socket connector (n-shape structured);

FIG. 5 is an assembly view of a new DDR socket connector (n-shape structured); and

FIG. 6 a perspective view of an insert (n-shape structured).

The present application will be detailed in connection with FIGS. 1 to 6 and the specific embodiments as well, which are in no way intended to limit the present application.

As shown in FIGS. 1, 2, 4 and 5 , a new DDR socket connector comprises two fastening posts 1 (with only one shown in the figures), an insert 2 and a plugging groove 3 .

Each of the fastening posts 1 is made of plastic and located respectively at two sides of the groove 3 . The insert 2 is inserted in one of the two fastening posts 1 and made of metal, and the insert 2 includes a main body 21 and two side parts 22 . The main body 21 is located in the middle portion of the insert 2 , and the side parts 22 are located at two sides of the body 21 .

As shown in FIG. 3 , on the basis of embodiment 1, the cross section of the main body 21 is M-shape structured in a direction perpendicular to the plugging groove 3 ; the body 21 includes at its bottom three legs 23 which will be connected with one of the two fastening posts 1 to strengthen the two side connecting parts of the memory socket, and overcome such deficiencies as plastic getting weak when heated and thus enhance the anti-split ability of the whole insert in the direction perpendicular to the plugging groove 3 . The two side parts 22 of the main body 21 help in strengthening as well.

As shown in FIG. 6 , on the basis of embodiment 1, the cross section of the main body 21 is n-shape structured in a direction parallel to the plugging groove 3 ; the body 21 includes at its bottom two flaps 24 which will be connected with one of the two fastening posts 1 to strengthen the two side connecting parts of the memory socket, overcome such deficiencies as plastic getting weak when heated and thus enhance the anti-split ability of the whole insert in the direction parallel to the plugging groove 3 . The two side parts 22 of the main body 21 help in fastening as well.

In light of general technical knowledge, the present technical solutions can be achieved by other embodiments which do not depart from spiritual substance or essential features of the application. Therefore, the above described embodiments are simply illustrative rather than exclusive in any way. All changes within the range of the application or its equivalent are included in the scope of the application itself.