CN2411594Y - Corner-right angle connector - Google Patents

Abstract

The utility model relates to a signal connecting device of a computer, which has reduced length. The rear half section of an iron shell is vertically folded downwards, and a rubber core is arranged at the forward end of the front half section of two iron shells; a signal line is vertically bent downwards along with the rear half section of two iron shells, and the upward end of a coating layer is folded to the front half section of two iron shells at least. Through the vertical folding of the iron shell, the signal line is bent to reduce the length of the connecting device. The utility model is used for computers, etc.

Description

Change rigging-angle connector

The utility model relates to the jockey that connects signal.

Have general connector now as shown in Figure 1, 2: connector 1 is that the basis is connected with holding wire 14 by glue core 11, and outer double team becomes casket shelly iron-clad 12, and iron-clad appearance back segment lining one deck insulating cement 13 extends to signal line 14 leading portions and leaks to prevent electromagnetic wave.Socket 2 by one with glue core 11 mutually the glue core 21 of insert group be the basis, glue core 21 outer double team one iron-clads 22, socket 2 is fixed on the PC plate 3, and the holding wire 14 and the signal of PC plate 3 are connected.But the length of this connector adds the hang down length of bent part of 14 Duan Wei of holding wire, behind socket 2, protrudes out suitable length at connector 1 insert group backwards, wastes many spaces.Be located at the host computer back side as socket 2, then can't press close to wall, need to reserve the length that is equivalent to connector plus signal the end of a thread section, utmost point wasting space.

The purpose of this utility model provides a kind of commentaries on classics rigging-angle connector that reduces usage space length.

The purpose of this utility model is achieved in that the commentaries on classics rigging-angle connector, it establishes contact based on one glue core and in its tail end, the conducting that is connected with the contact of glue core of one holding wire, the outer double team two of glue core relatively and form the iron-clad of casket shelly, one iron-clad tail end is stretched and is provided with the intermediate plate folder toward holding wire, the outer back segment lining of iron-clad one deck insulating cement extends to holding wire in addition, it is characterized in that: this iron-clad second half section is made as down vertically turnover, and the glue core be located at two iron-clads preceding half section towards front end, holding wire is along with the bending of hanging down of two iron-clad second half sections, and coating is transferred towards the upper end at least to preceding half section of two iron-clads.

Above-mentioned design, the vertical turnover of mat iron-clad also makes holding wire reach the take up room effect of length of reduction connector along with bending.

Below by drawings and Examples the utility model is described further again:

Fig. 1 is existing connector structure exploded view;

Fig. 2 is existing connector insert group state diagram;

Fig. 3 is the utility model embodiment one structure decomposing schematic representation;

Fig. 4 is the utility model embodiment one tectonic association schematic diagram;

Fig. 5 is the utility model embodiment one structure insert group state diagram;

Fig. 6 is the utility model embodiment two structure decomposing schematic representations;

Fig. 7 is the utility model embodiment two tectonic association schematic diagrames;

Fig. 8 is the utility model embodiment two structure insert group state diagrams;

Fig. 9 is the utility model embodiment three structure decomposing schematic representations;

Figure 10 is the utility model embodiment three tectonic association schematic diagrames;

Shown in Fig. 3-5: the utility model is established contact 41 based on one glue core 4 and in its tail end, the conducting that is connected with the contact 41 of glue core 4 of one holding wire 45, the outer double teams two of glue core 4 relatively and form the iron-clad 42 of casket shelly, 44, one iron-clad, 42 tail ends are stretched and are provided with intermediate plate 43 folders toward holding wire 45, iron-clad 44 outer back segment lining one deck insulating cements 46 extend to holding wire 45 in addition, it is characterized in that: this iron- clad 42,44 second half sections were made as down vertically turnover, and glue core 4 is located at two iron- clads 42,44 is preceding half section towards front end, holding wire 45 is along with two iron-clads 42, the bending of hanging down of 44 second half sections, and coating is transferred towards the upper end at least to two iron- clads 42,44 preceding half section.Wherein, two iron- clads 42,44 are according to 4 one-tenth levels of glue core or vertical the setting, and are made as upper and lower splitting or left and right splitting.Wherein, after upper iron shell 42 tail ends are stretched in addition and are had intermediate plate 43 for past holding wire 45, two iron- clads 42,44 double teams of folder, its outer back segment lining one deck insulating cement 46, and extend to holding wire 45, leak to prevent electromagnetic wave.The socket 5 that connector and matches is insert group mutually, and socket is welded on the PC plate 3.

Shown in Fig. 6-8: connector 60 is the basis by a vertically disposed glue core 6, tail end has a plurality of contacts 61, and with holding wire 65 conductings, left and right 62,63 second half sections of iron-clad are vertically turnover all down, right iron-clad 63 tail ends are stretched and are had intermediate plate 64 to clamp holding wire 65, glue core 6 is located at the preceding half section towards front end of two iron- clads 62,63, and 65 of holding wires are along with the bending of hanging down of 62,63 second half sections of two iron-clads.Left and right iron-clad 62,63 phase double teams, outer lining one deck insulating cement 66, with socket 7 insert groups, socket 7 is welded on the PC plate 3.

Shown in Fig. 9,10: wherein, two split iron- clad 42,44 preceding half section tail end is provided with one section oblique guide plate 47 of 45 degree down, and connects the second half section of the turnover of hanging down.Use and reduce holding wire 45 bending arc angles, the unlikely signal transmission efficiency that influences.

Claims (3)

1, changes rigging-angle connector, it establishes contact based on one glue core and in its tail end, the conducting that is connected with the contact of glue core of one holding wire, the outer double team two of glue core relatively and form the iron-clad of casket shelly, one iron-clad tail end is stretched and is provided with the intermediate plate folder toward holding wire, the outer back segment lining of iron-clad one deck insulating cement extends to holding wire in addition, it is characterized in that: this iron-clad second half section is made as down vertically turnover, and the glue core be located at two iron-clads preceding half section towards front end, holding wire is along with the bending of hanging down of two iron-clad second half sections, and coating is transferred towards the upper end at least to preceding half section of two iron-clads.

2, commentaries on classics rigging-angle connector as claimed in claim 1 is characterized in that: wherein, two iron-clads are to become level or vertical the setting according to the glue core, and are made as upper and lower splitting or left and right splitting.

3, commentaries on classics rigging-angle connector as claimed in claim 1 or 2 is characterized in that: wherein, two split the preceding half section tail end of iron-clad is provided with one section oblique guide plate of 45 degree down, and connects the second half section of the turnover of hanging down.

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