CN2927400Y

CN2927400Y - Heap double-transmission interface connector mold set

Info

Publication number: CN2927400Y
Application number: CN 200620130655
Authority: CN
Inventors: 张志玮; 李政昀
Original assignee: SHIYING CO Ltd
Current assignee: SHIYING CO Ltd
Priority date: 2006-07-18
Filing date: 2006-07-18
Publication date: 2007-07-25
Anticipated expiration: 2016-07-18

Abstract

The utility model relates to a heap dual-transmission interface connector module, comprising a module shell, a USB interface connector, an eSATA interface connector, a chamber which is formed throughout the module shell and the USB interface connector and the eSATA interface connector are arranged in the chamber. The utility model is characterized in that: the USB interface connector and the eSATA interface connector are vertically arranged; only a hole is arranged on the shell when the utility model is arranged on a mainframe computer or the neighboring shell, which reduces the complexity of die opening of a module and the problems of counterpoint between the connector module and the hole of the shell, therefore the cost of the mainframe computer or the neighboring shell is reduced.

Description

The two transmission interface connector modules of stacking type

Technical field

The utility model is to belong to a kind of connector construction, especially refer to the two transmission interface connector modules of a kind of stacking type, can provide to save the connector manufacturing cost and provide and save the following of electronics layout connector space, provide the user can connect USB, eSATA periphery product simultaneously, or can select to connect the USB or the device of eSATA interface, promote extendibility whereby.

Background technology

It is to see through external transmission standards such as USB, IEEE 1394 to be connected with computer that portable type stores computer peripheral devices such as dish, portable type hard disc or external laser disc, wherein, the most universal transmission standard is USB 2.0 at present, nearly all computer peripheral device all possesses the connector of USB 2.0, and the transmission speed upper limit of USB 2.0 specifications is at 480Mbps at present.

Because computer peripheral device constantly improvement progresses greatly, data passes speed and constantly promotes, even there is the people to develop the Hard Disk Drive external connection box to become portable device with the high speed Hard Disk Drive that is built in computer in the order originally, face this high-speed electronic calculator peripheral equipment of hard disc, the transmission upper limit of USB 2.0 has not been applied and has been used, therefore there is the people to formulate the external transmission standard of a kind of new high speed, be eSATA, the new-type external transmission standard of this kind can be promoted to 3Gbps with transmission speed, even be applied in the circumscribed Hard Disk Drive, also can be masterly, make Hard Disk Drive give full play to the limit of self transmission speed.

Yet, even if being subjected to market gradually, excellent eSATA transmission standard payes attention to, USB 2.0 transmission standards but have the huge market occupation rate, the transition period that following new and old transmission standard replaces, no matter be that host computer or computer peripheral certainly will have two kinds of connectors such as USB 2.0 and eSATA simultaneously, so that connect older USB 2.0 transmission standard main frame/peripheries, or use newer eSATA transmission standard main frame/periphery for the user.

At present existing host computer or periphery have the connector of USB 2.0 and two kinds of transmission standards of eSATA simultaneously, these connectors are to be installed on the circuit board, and respectively be module independently, therefore the housing of each main frame or periphery must be offered the plural perforate of corresponding each module simultaneously so that expose to outside the housing for these modules, cause housing die sinking complexity, in addition, plural number independently the connector module when being installed to opening in shell, contraposition respectively, if the housing accuracy of manufacture is low excessively, the problem that a connector module wherein can't expose then takes place easily, total speech, manufacturing cost height with main frame/periphery of these two kinds of transmission standard connectors, assembling is difficult for.

Summary of the invention

This creator is to make with individual module respectively according to the USB and the eSATA connector that have now on the host computer/periphery that possesses USB and eSATA, cause the manufacturing cost height of main frame/periphery, the shortcoming that assembling is difficult for, improve its not enough and disappearance, and then create the two transmission interface connector modules of a kind of stacking type.

The utility model provides the two transmission interface connector modules of a kind of stacking type, the interface connector of USB and two kinds of transmission standards of eSATA is arranged in the same module, whereby, can simplify the assembling of this module and host computer/peripheral housing, reduce the complexity of housing die sinking, and then reduce the manufacturing cost of main frame/periphery.

For reaching above-mentioned purpose, be to make the two transmission interface connector modules of aforementioned stacking type include:

One module shell runs through on it and is formed with a room;

One USB interface connector is arranged in this room, and includes a USB shell fragment holder and plural USB shell fragment, and this USB shell fragment holder is to be flat, and these USB shell fragments are to be installed on the USB shell fragment holder; And

One eSATA interface connector is arranged in this room, and includes an eSATA shell fragment holder and plural eSATA shell fragment, and this eSATA shell fragment holder is to be flat, and these eSATA shell fragments are to be installed on this eSATA shell fragment holder;

Wherein, USB shell fragment holder and eSATA shell fragment holder are that above vertical mode down is side by side to make USB interface connector and eSATA interface connector be the configuration status that stacks up and down.

By above-mentioned technological means, when the two transmission interface connector modules of stacking type are installed to the housing of host computer/periphery, only need to offer a perforate for inserting the module shell at housing, can reduce the complexity of housing die sinking whereby, reduce the contraposition problem of connector module and opening in shell, so the cost of main frame/periphery is minimized.

Aforementioned USB shell fragment holder and eSATA shell fragment holder are to be integrally formed on a connecting seat.

Be formed with the separating part of a separation USB interface connector and eSATA interface connector on the aforementioned Connection Block.

Be arranged with a U-shaped packing element on the aforementioned separating part, packing element upper and lower surface respectively projection be formed with plural clamping part so that external USB terminal and the eSATA terminal of packing.

The inwall up and down of aforementioned module shell room projection respectively is formed with plural clamping part so that external USB terminal and the eSATA terminal of packing.

The accompanying drawing summary

Fig. 1 is a stereo appearance figure of the present utility model.

Fig. 2 is another stereo appearance figure of the present utility model.

Fig. 3 is the three-dimensional exploded view of corresponding first figure of the utility model.

Fig. 4 is the three-dimensional outer exploded view of corresponding the 3rd figure of the utility model.

Embodiment

Please refer to Fig. 1-2, the two transmission interface connector modules of the utility model stacking type include: a module shell 10, a USB interface connector 20, an eSATA interface connector 30 and a connecting seat 40.

Run through on this module shell 10 and be formed with a room 11, the inwall up and down of room 11 respectively projection be formed with

plural clamping part

12,13 in case packing by USB terminal that stretches into room 11 outward and eSATA terminal.

Please refer to Fig. 3-4, this USB interface connector 20 is arranged on the end in this room 11, has a USB shell fragment holder 21 and plural USB shell fragment 23; This USB shell fragment holder 21 is to be flat and to be horizontally set in the room 11; These USB shell fragments 23 are metallic, and are installed on the USB shell fragment holder 21, so that electrically connect with USB terminal on the USB transmission line.

This eSATA interface connector 30 is arranged in this room 11, has an eSATA shell fragment holder 31 and plural eSATA shell fragment 33; This eSATA shell fragment holder 31 is arranged in the room 11; These eSATA shell fragments 33 are to be metallic, and are installed on the eSATA shell fragment holder 31, so that electrically connect with eSATA terminal on the eSATA transmission line,

Wherein, USB shell fragment holder 21 is that above vertical mode down is side by side to make USB interface connector 20 and eSATA interface connector 30 be the configuration status that stacks up and down with eSATA shell fragment holder 31.

This Connection Block 40 is integrally formed with USB shell fragment holder 21 and eSATA shell fragment holder 31, be formed with a separating part 41 between USB interface connector 20 and eSATA interface connector 30 so that separate two connectors in projection on the Connection Block 40, on this separating part 41, be arranged with a U-shaped packing element 50, packing element 50 upper and lower surfaces respectively projection be formed with plural clamping part 52 so that external USB terminal and the eSATA terminal of packing.

By above-mentioned technological means, when the two transmission interface connector modules of stacking type are installed to the housing of host computer/periphery, only need to offer a perforate for inserting module shell 10 at housing, can reduce the complexity of housing die sinking whereby, reduce the contraposition problem of connector module and opening in shell, so the cost of main frame/periphery is minimized.

Claims

1. two transmission interface connector modules of a stacking type is characterized in that:

One module shell runs through on it and is formed with a room;

2. the two transmission interface connector modules of stacking type as claimed in claim 1, it is characterized in that: this USB shell fragment holder and eSATA shell fragment holder are to be integrally formed on a connecting seat.

3. the two transmission interface connector modules of stacking type as claimed in claim 2 is characterized in that: the separating part that is formed with a separation USB interface connector and eSATA interface connector on this Connection Block.

4. the two transmission interface connector modules of stacking type as claimed in claim 3, it is characterized in that: be arranged with a U-shaped packing element on this separating part, packing element upper and lower surface respectively projection be formed with plural clamping part so that external USB terminal and the eSATA terminal of packing.

5. the two transmission interface connector modules of stacking type as claimed in claim 4, it is characterized in that: the inwall up and down of this module shell room projection respectively is formed with plural clamping part so that external USB terminal and the eSATA terminal of packing.