CN201163698Y - Connector module compatible with E-SATA connector and USB connector - Google Patents
Connector module compatible with E-SATA connector and USB connector Download PDFInfo
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- CN201163698Y CN201163698Y CNU200820008927XU CN200820008927U CN201163698Y CN 201163698 Y CN201163698 Y CN 201163698Y CN U200820008927X U CNU200820008927X U CN U200820008927XU CN 200820008927 U CN200820008927 U CN 200820008927U CN 201163698 Y CN201163698 Y CN 201163698Y
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- sata connector
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Abstract
The utility model discloses a connector module compatible with an E-SATA connector and a USB connector, which comprises a substrate, a plurality of E-SATA connector fixing pins arranged on the substrate, a plurality of E-SATA connector signal pins arranged on the substrate, and a plurality of USB connector signal pins arranged on the substrate, wherein, the E-SATA connector signal pins and the USB connector signal pins are arranged in a front and rear row mode. According to the demand of different users, the connector module can selectively mount the E-SATA connector or the USB connector on the same external port of the substrate without designing two different substrates, thereby effectively controlling the cost for the substrate and having no burden increased on material management.
Description
Technical field
The utility model relates to a kind of connector modules, and particularly relevant for the connector modules of a kind of compatible E-SATA connector and USB connector.
Background technology
Along with the high development of Information technology, the application of computer product is also healed and is become universal, and the consumer is more and more, relative for the requirement of computer product function, and the peripheral electronic installation of computer system also increases relatively.
For example, external devices such as carry-on dish, MP3, calculating punch, external hard drive, regular meeting uses on computer system, in order to function auxiliary or the expansion computer system.These external devices need to be connected with computer system by connecting interface, and the normal connecting interface that uses of external device includes USB (Universal Serial Bus; USB) interface, and E-SATA (Extended serial ATA) connecting interface also dispose the corresponding USB connector or the external-connected port of E-SATA connector in the computer system.
But because USB connector is different with the size of E-SATA connector, its pin position is also incompatible, therefore, needs the motherboard of two kinds of correspondences of design, to all causing sizable burden in handling of goods and materials and cost control.
Summary of the invention
The purpose of this utility model is to provide a kind of connector modules, with so that E-SATA connector and USB connector can be shared same type substrate.
The utility model provides the connector modules of a kind of compatible E-SATA connector and USB connector, comprises a substrate and an E-SATA connector shell.Substrate has a plurality of E-SATA connector fixing feet position, and the E-SATA connector shell can be arranged at substrate.The E-SATA connector shell has fixedly pin of a plurality of E-SATA connectors, and E-SATA connector fixedly pin is fixed in E-SATA connector fixing feet position.Connector modules includes a plurality of E-SATA connector signals pin position and a plurality of USB connector signal pin, E-SATA connector signal pin position is arranged at substrate corresponding to the E-SATA connector shell, the USB connector signal pin is arranged at substrate corresponding to the E-SATA connector shell, and wherein E-SATA connector signal pin position and USB connector signal pin are the front and rear row setting.
In above-mentioned connector modules, connector modules also comprises an E-SATA connector or a USB connector, optionally is arranged in the E-SATA connector shell.The E-SATA connector has a plurality of E-SATA connector signal pins, and E-SATA connector signal pin can be fixed in E-SATA connector signal pin position.Connector modules can also comprise colloid, is filled between USB connector and the E-SATA connector shell.USB connector has a plurality of USB connector signal pins, and the USB connector signal pins can be fixed in USB connector signal pin E-SATA connector shell and be arranged on substrate with can be heavy board-like ground or bed hedgehopping formula.
The utility model also provides the connector modules of a kind of compatible E-SATA connector and USB connector, comprise a substrate, be arranged at substrate a plurality of E-SATA connector fixing feet position, be arranged at a plurality of E-SATA connector signal pin position of substrate and a plurality of USB connector signal pins that are arranged at substrate.Wherein E-SATA connector signal pin and USB connector signal pin are the front and rear row setting.
Connector modules can also comprise an E-SATA connector shell, and the E-SATA connector shell has a plurality of E-SATA connector pinouts, and E-SATA connector fixedly pin is fixed in E-SATA connector fixing feet position.The E-SATA connector can be arranged in the E-SATA connector shell, and the E-SATA connector signal pin of E-SATA connector can be fixed in E-SATA connector signal pin position.
Connector modules can also comprise a USB connector shell, and the both sides of USB connector shell have a plurality of extension fins, extends fin and can be fixed in E-SATA connector fixing feet position.USB connector can be arranged among the E-SATA connector shell.The USB connector signal pins of USB connector is for being fixed in the USB connector signal pin.
The connector modules of compatible E-SATA connector of the present utility model and USB connector, E-SATA connector signal pin position and USB connector signal pin on the substrate are the front and rear row setting.This connector modules can be according to different user's demands, E-SATA connector or USB connector optionally are installed on the same external-connected port of substrate, and need design two different substrates, thus, the cost of control basal plate effectively, and do not increase the burden of handling of goods and materials.
Description of drawings
For making above-mentioned and other purpose of the present utility model, feature, advantage and embodiment can become apparent appended graphic being described in detail as follows:
Figure 1A and Figure 1B illustrate the schematic diagram of the different embodiment of connector modules of compatible E-SATA connector of the present utility model and USB connector respectively.
Fig. 2 A finishes schematic diagram with the assembling that Fig. 2 B illustrates the different embodiment of connector modules of compatible E-SATA connector of the present utility model and USB connector respectively.
The primary clustering symbol description:
100: connector modules 110: substrate
114:E-SATA connector signal pin position, 112:E-SATA connector fixing feet position
116:USB connector signal pin position 118: opening
120:E-SATA connector shell 122:E-SATA connector is pin fixedly
130:E-SATA connector 140:USB connector
132:E-SATA connector signal pin 142:USB connector signal pin
200: connector modules 210: substrate
214:E-SATA connector signal pin position, 212:E-SATA connector fixing feet position
216:USB connector signal pin position 220:E-SATA connector shell
The 222:E-SATA connector is pin 230:E-SATA connector fixedly
232:E-SATA connector signal pin 240:USB connector
252: extend fin 242:USB connector signal pin
The 250:USB connector shell
Embodiment
Below will clearly demonstrate spirit of the present utility model with graphic and detailed description, have in the technical field under any and know that usually the knowledgeable is after understanding preferred embodiment of the present utility model, when can be by the technology of the utility model institute teaching, change and modification, it does not break away from spirit of the present utility model and scope.
With reference to Figure 1A, it is the schematic diagram that illustrates connector modules one preferred embodiment of compatible E-SATA connector of the present utility model and USB connector.The connector modules 100 (hereinafter to be referred as connector modules) of compatible E-SATA connector and USB connector includes a substrate 110 and an E-SATA connector shell 120.E-SATA connector shell 120 has fixedly pin 122 (pin) of a plurality of E-SATA connectors, has on the substrate 110 corresponding to fixing a plurality of E-SATA connector fixing feet position 112 (footprint) of pin 122 of E-SATA connector.Connector modules 100 also includes a plurality of E-SATA connector signal pin position 114 and a plurality of USB connector signal pins 116, wherein E-SATA connector signal pin position 114 and USB connector signal pin 116 are the position setting corresponding to E-SATA connector shell 120, and E-SATA connector signal pin position 114 is the front and rear row setting with USB connector signal pin 116.E-SATA connector signal pin position 114 is the 7-stitch, and USB connector signal pin 116 is the 4-stitch.
In the present embodiment, connector modules 100 can be assembled with an E-SATA connector 130, E-SATA connector 130 can be arranged in the E-SATA connector shell, wherein, E-SATA connector 130 has a plurality of E-SATA connector signal pins 132, E-SATA connector signal pin 132 can be exposed to E-SATA connector 130, and is fixed on the E-SATA connector signal pin position 114 of substrate 110.
With reference to Figure 1B, it is the schematic diagram that illustrates another preferred embodiment of connector modules of compatible E-SATA connector of the present utility model and USB connector.In the present embodiment, connector modules 100 can be assembled with a USB connector 140.USB connector 140 is for being arranged among the E-SATA connector shell 120, because the size of USB connector 140 is less than the size of E-SATA connector 130, therefore connector modules 100 also includes the colloid (not shown), mode with injection molding is filled between USB connector 140 and the E-SATA connector shell 120, so that USB connector 140 is securely fixed in the E-SATA connector shell 120.
The E-SATA connector of E-SATA connector shell 120 fixedly pin 122 is the E-SATYA connector fixing feet position 112 that is fixed on the substrate 110.USB connector 140 has a plurality of USB connector signal pins 142, and USB connector signal pins 142 can be exposed E-SATA connector shell 120, to be fixed on the USB connector signal pin 116 on the substrate 110.
Shown in Figure 1A and Figure 1B, connector modules 100 of the present utility model can optionally be assembled E-SATA connector 130 or USB connector 140 on same substrate 110, thus, can satisfy the different demand of client effectively, and reduce the complexity of material logistics.Among Figure 1A and Figure 1B, substrate 110 can have an opening 118, and E-SATA connector shell 120 can be placed in the opening 118, and is arranged on the substrate 110 for heavy board-likely.In other embodiments, E-SATA connector shell 120 is arranged on the substrate 110 with can be the bed hedgehopping formula.
With reference to Fig. 2 A, it is that schematic diagram is finished in the assembling that illustrates the another preferred embodiment of connector modules of compatible E-SATA connector of the present utility model and USB connector.Include substrate 210 in the connector modules 200, substrate 210 is provided with the E-SATA connector fixing feet position 212 corresponding to E-SATA connector shell 220.Substrate 210 also is provided with E-SATA connector signal pin position 214 and USB connector signal pin 216, and E-SATA connector signal pin position 214 is the front and rear row setting with USB connector signal pin 216.
In the present embodiment, connector modules 200 is for cooperating E-SATA connector 240, E-SATA connector 230 can be fixed in the E-SATA connector shell 220, the E-SATA connector of E-SATA connector shell 220 fixedly pin 222 can be fixed in E-SATA connector fixing feet position 212 on the substrate 210, and the E-SATA connector signal pin 232 of E-SATA connector 230 also is connected with the E-SATA connector signal pin position 214 of 7-stitch on the substrate 210.
With reference to Fig. 2 B, it is that schematic diagram is finished in the assembling that illustrates another preferred embodiment of connector modules of compatible E-SATA connector of the present utility model and USB connector.In the present embodiment, connector modules 200 can be and cooperates USB connector 240, also includes a USB connector shell 250 in the connector modules 200, and USB connector 240 can be arranged among the USB connector shell 250.Wherein, the both sides of USB connector shell 250 have a plurality of extension fins 252, and extending fin 252 be to extend to E-SATA connector fixing feet position 212, and when assembling conduct fixedly pin be fixed on the E-SATA connector fixing feet position 212.The USB connector signal pins 242 of USB connector 240 can be connected in the USB connector signal pin 216 of the 4-stitch on the substrate 210.
Shown in Fig. 2 A and Fig. 2 B, connector modules 200 in the utility model, by with E-SATA connector signal pin position 214 and the 216 front and rear row settings of USB connector signal pin, make connector modules 200 can use same substrate 210, the person's of being used demand is installed USB connector 240 or E-SATA connector 230.Thus, the cost of getting the raw materials ready of control basal plate effectively, and make things convenient for handling of goods and materials.In the present embodiment, substrate 210 has opening 218, E-SATA connector shell 220 or USB connector shell 250 for the bed hedgehopping formula be installed on the substrate 210.In other embodiments, E-SATA connector shell 220 or USB connector shell 250 also can be heavy being arranged on the substrate 210 board-likely.
By above-mentioned the utility model preferred embodiment as can be known, application the utlity model has following advantage.The connector modules of compatible E-SATA connector of the present utility model and USB connector, E-SATA connector signal pin position and USB connector signal pin on the substrate are the front and rear row setting.This connector modules can be according to different user's demands, E-SATA connector or USB connector optionally are installed on the same external-connected port of substrate, and need design two different substrates, thus, the cost of control basal plate effectively, and do not increase the burden of handling of goods and materials.
Though the utility model discloses as above with a preferred embodiment; right its is not in order to limit the utility model; any those skilled in the art; in not breaking away from spirit and scope of the present utility model; when being used for a variety of modifications and variations, therefore protection range of the present utility model is as the criterion when looking accompanying the claim person of defining.
Claims (19)
1. the connector modules of compatible E-SATA connector and USB connector is characterized in that, comprises:
One substrate has a plurality of E-SATA connector fixing feet position;
One E-SATA connector shell is arranged at described substrate, and wherein said E-SATA connector shell has fixedly pin of a plurality of E-SATA connectors, and described E-SATA connector fixedly pin is fixed in described E-SATA connector fixing feet position;
A plurality of E-SATA connector signal pin position is arranged at described substrate corresponding to described E-SATA connector shell; And
A plurality of USB connector signal pins are arranged at described substrate corresponding to described E-SATA connector shell, and wherein said E-SATA connector signal pin position and described USB connector signal pin are the front and rear row setting.
2. the connector modules of compatible E-SATA connector as claimed in claim 1 and USB connector is characterized in that, also comprises an E-SATA connector, optionally is arranged in the described E-SATA connector shell.
3. the connector modules of compatible E-SATA connector as claimed in claim 2 and USB connector, it is characterized in that, described E-SATA connector has a plurality of E-SATA connector signal pins, and described E-SATA connector signal pin is fixed in described E-SATA connector signal pin position.
4. the connector modules of compatible E-SATA connector as claimed in claim 1 and USB connector is characterized in that, also comprises a USB connector, optionally is arranged among the described E-SATA connector shell.
5. the connector modules of compatible E-SATA connector as claimed in claim 4 and USB connector is characterized in that, also comprises colloid, is filled between described USB connector and the described E-SATA connector shell.
6. the connector modules of compatible E-SATA connector as claimed in claim 4 and USB connector is characterized in that described USB connector has a plurality of USB connector signal pins, and described USB connector signal pins is fixed in described USB connector signal pin.
7. the connector modules of compatible E-SATA connector as claimed in claim 1 and USB connector is characterized in that, described E-SATA connector shell is arranged on described substrate for sinking board-likely.
8. the connector modules of compatible E-SATA connector as claimed in claim 1 and USB connector is characterized in that, described E-SATA connector shell be the bed hedgehopping formula be arranged on described substrate.
9. the connector modules of compatible E-SATA connector and USB connector is characterized in that, comprises:
One substrate;
A plurality of E-SATA connector fixing feet position is arranged at described substrate;
A plurality of E-SATA connector signal pin position is arranged at described substrate; And
A plurality of USB connector signal pins are arranged at described substrate, and wherein said E-SATA connector signal pin position and described USB connector signal pin are the front and rear row setting.
10. the connector modules of compatible E-SATA connector as claimed in claim 9 and USB connector, it is characterized in that, also comprise an E-SATA connector shell, described E-SATA connector shell has a plurality of E-SATA connector pinouts, and described E-SATA connector fixedly pin is fixed in described E-SATA connector fixing feet position.
11. the connector modules of compatible E-SATA connector as claimed in claim 10 and USB connector is characterized in that, also comprises an E-SATA connector, is arranged in the described E-SATA connector shell.
12. the connector modules of compatible E-SATA connector as claimed in claim 11 and USB connector, it is characterized in that, described E-SATA connector has a plurality of E-SATA connector signal pins, and described E-SATA connector signal pin is fixed in described E-SATA connector signal pin position.
13. the connector modules of compatible E-SATA connector as claimed in claim 11 and USB connector is characterized in that, described E-SATA connector shell is arranged on described substrate for sinking board-likely.
14. the connector modules of compatible E-SATA connector as claimed in claim 11 and USB connector is characterized in that, described E-SATA connector shell be the bed hedgehopping formula be arranged on described substrate.
15. the connector modules of compatible E-SATA connector as claimed in claim 9 and USB connector, it is characterized in that, also comprise a USB connector shell, the both sides of described USB connector shell have a plurality of extension fins, and described extension fin is fixed in described E-SATA connector fixing feet position.
16. the connector modules of compatible E-SATA connector as claimed in claim 15 and USB connector is characterized in that, also comprises a USB connector, is arranged among the described E-SATA connector shell.
17. the connector modules of compatible E-SATA connector as claimed in claim 15 and USB connector, it is characterized in that, described USB connector has a plurality of USB connector signal pins, and described USB connector signal pins is fixed in described USB connector signal pin.
18. the connector modules of compatible E-SATA connector as claimed in claim 15 and USB connector is characterized in that, described USB connector shell is arranged on described substrate for sinking board-likely.
19. the connector modules of compatible E-SATA connector as claimed in claim 15 and USB connector is characterized in that, described E-SATA connector shell be the bed hedgehopping formula be arranged on described substrate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200820008927XU CN201163698Y (en) | 2008-03-18 | 2008-03-18 | Connector module compatible with E-SATA connector and USB connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU200820008927XU CN201163698Y (en) | 2008-03-18 | 2008-03-18 | Connector module compatible with E-SATA connector and USB connector |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201163698Y true CN201163698Y (en) | 2008-12-10 |
Family
ID=40184626
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU200820008927XU Expired - Fee Related CN201163698Y (en) | 2008-03-18 | 2008-03-18 | Connector module compatible with E-SATA connector and USB connector |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201163698Y (en) |
-
2008
- 2008-03-18 CN CNU200820008927XU patent/CN201163698Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20081210 Termination date: 20160318 |