CN201327933Y

CN201327933Y - Connector and circuit board suitable for transmission interface

Info

Publication number: CN201327933Y
Application number: CNU2008202100606U
Authority: CN
Inventors: 陈守一; 余美娟; 郑天福
Original assignee: T Conn Precision Corp
Current assignee: T Conn Precision Corp
Priority date: 2008-10-27
Filing date: 2008-10-27
Publication date: 2009-10-14
Anticipated expiration: 2018-10-27

Abstract

The utility model relates to a connector and a circuit board suitable for kinds of transmission interface. The connector and the circuit board can be used in memories or computers such as hard disk, portable micro memory or desktop computer, notebook computer and the like. The connector comprises a connector shell. One end of the connector is electrically connected with the circuit board. At least two transmission interfaces of different specifications are arranged at the other end of the connector, one is a first transmission interface and the other is a second transmission interface; the two transmission interfaces are respectively arranged at the upper side and the lower side of the connector shell. Thereby, the utility model has the advantages that the functions are multiple, the popularity is favorable, the transmission speed is high and users can select proper transmission connectors according to the practical need.

Description

Be applicable to the connector and the circuit board of multiple coffret

Technical field

The utility model is connector and the circuit board that is applicable to multiple coffret about a kind of, refers to a kind of connector and circuit board that can meet multiple transmission standard simultaneously especially.

Background technology

Along with the fast development of all trades and professions informationization in recent years and network technology with popularize, relatively, everyone every day, required processing and data quantity transmitted were more and more, especially after the audio-visual technology digitlization, the little MB of hundreds of often of each digital audio-video archives (as: DVD associated profiles), the big data quantity of often counting GB, thus the jumbo hard disk demand of tool is more and more higher.

Storage device now constantly develops the hard disk with super-high density, to adapt to the storage of huge data volume, but and can't meet consumer demand, its reason is: storage device adopted the data transmission interface (hereinafter to be referred as the IDE coffret) of IDE specification mostly in the past, the transmission speed of this specification interface is up to 33.3MB/Sec, hard-disk capacity is the epoch of hundreds of MB or number G in the past, this specification is quick completely, thereby promptly popularize, but, reach the hard-disk capacity of hundreds of GB or even thousands of GB now, by contrast, use the transmission speed of IDE coffret, become coffret at a slow speed, in addition, IDE coffret itself does not have hot plug (Hot Plug) and plug and play (Plug﹠amp; Play) therefore function is not suitable for as the portable type hard disk.

For this reason, development in recent years goes out two kinds of superfast transmission standards, be respectively USB (USB, Universal Serial Bus), serial ATA (SATA, Serial Advanced TechnologyAttachment), the former has developed into USB 3.0 at present, the highest 480MB/Sec that surpasses of its transmission speed, the latter has developed into MicroSATA, the highest 3GB/Sec that surpasses of its transmission speed, and both all possess hot plug (Hot Plug) and plug and play (Plug﹠amp; Play) function, thereby replace early stage IDE coffret rapidly.

Yet, with regard to present market popularization, the USB coffret is released the time than SATA early, and its popularity rate levels off to 90%, though and that the MicroSATA coffret develops is later, more do not popularize, but its transmission speed but goes up nearly 7 times soon compared to the USB coffret, in addition, the MicroSATA coffret has and does not expend the system effectiveness characteristic, but in broad terms, both can say so equal, have their own characteristics each.

For this reason, how effectively in conjunction with the universal and high transmission speed of aforementioned two kinds of coffrets, making the user select suitable coffret according to actual demand is the problem of studying intensively for the utility model.

The utility model content

Main purpose of the present utility model is used for storage device or computer apparatus, as hard disk, Portable micro memory device or desktop computer, notebook computer etc. in that a kind of connector and circuit board that is applicable to multiple coffret is provided.

For reaching above-mentioned purpose, male seat electrical connector of the present utility model includes:

A connector housing, one end and circuit board form and electrically connect, and the other end has the coffret of at least two different sizes, is respectively the 1st coffret and the 2nd coffret, and these coffrets are separately positioned on the upper and lower both sides of this connector shell;

In the utility model, the other end of this male seat connector shell is provided with a groove seat, and these coffrets are arranged at this groove seat inside.

In the utility model, the downside of this male seat connector shell be provided with one can ccontaining USB terminal group holding part, this holding part concaves to contract and is formed on the lower surface of this housing, and this holding part be provided with most can ccontaining USB terminal groove.

In the utility model, the 1st coffret of this male seat connector is arranged at the same side with respect to the communication terminal of the MicroSATA terminal group that is arranged on upside of connector shell downside.

In the utility model, this male seat connects the extension of tank seat two sides and is provided with the 1st director strip and the 2nd director strip.

In the utility model, the downside of this male seat connector shell is provided with one by USB or mini USB or the formed coffret of MicroUSB terminal group.

In the utility model, the upside of this male seat connector shell is provided with one by SATA or ESATA or the formed coffret of MicroSATA terminal group.

In the utility model, the housing of this male seat connector, one end and circuit board form and electrically connect, and can be applicable to Portable micro memory device.

A kind of connector that is applicable to multiple coffret of the present utility model, this female seat connector is to comprise:

A connector housing, one end are to form with circuit board to electrically connect, and the other end has the coffret of at least two kinds of specifications, is respectively the 1st coffret and the 2nd coffret, and these coffrets are put the upper and lower side at this connector shell respectively.

In the utility model, the other end of this female seat connector shell is provided with a groove seat, and these coffrets are arranged at this groove seat inside.

In the utility model, the downside of this female seat connector shell be provided with one can ccontaining USB terminal group slot, this slot is formed under this housing on the surface by an outstanding platy structure and two sidewalls, this platy structure be provided with most can ccontaining USB terminal groove; This platy structure is adaptive to be plugged in the holding part of this male seat connector.

In the utility model, the 1st coffret of this female seat connector is arranged at the same side with respect to the communication terminal of the MicroSATA terminal group that is arranged on upside of connector shell downside.

In the utility model, this female seat connects the extension of tank seat two sides and is provided with the 1st director strip and the 2nd director strip.

In the utility model, the downside of this female seat connector shell is provided with one by USB or mini USB or the formed coffret of MicroUSB terminal group.

In the utility model, the upside of this female seat connector shell is provided with one by SATA or ESATA or the formed coffret of MicroSATA terminal group.

In the utility model, the housing of this female seat connector, the one end has the coffret of at least two kinds of specifications, and can be applicable to computer apparatus.

The connector that is applicable to multiple coffret of the present utility model, these connector one ends have the coffret of at least two kinds of specifications, and can be applicable to the adapter of transmission line.

A kind of circuit board that is applicable to multiple coffret of the present utility model, one end of this circuit board is provided with the outstanding structure of an end that can directly be fitted to the female seat connector that matches with the male seat connector, described male seat connector is above-mentioned male seat connector, and described female seat connector is above-mentioned female seat connector.

In the utility model, this outstanding textural circuit board line that is provided with.

Whereby, can possess multi-functional, popularization, high transmission speed, make the user can select the effect of suitable coffret according to actual demand.

According to aforesaid major technique feature, wherein the upside of this connector shell is provided with first coffret, downside is provided with second coffret, the other end of this connector shell is provided with a groove seat, the 1st interface slot and the 2nd interface slot are arranged at this groove seat bottom, these groove seat two sides are respectively equipped with the 1st director strip and the 2nd director strip, wherein the 1st director strip is positioned at the 1st interface slot outside, the 2nd director strip is positioned at the 2nd interface slot outside, inserts connector in order to the guiding plug along pairing director strip.

According to aforesaid major technique feature, wherein the 1st coffret or the 2nd coffret can meet the coffret specification of SATA, ESATA, MicroSATA, USB, mini USB or MicroUSB etc.

Description of drawings

Fig. 1-the 1st, the back side schematic perspective view of the male and female base connector of the connector that is applicable to multiple coffret of the present utility model;

Fig. 1-2 is the front schematic perspective view at another visual angle of the male and female base connector of the connector that is applicable to multiple coffret of the present utility model;

Fig. 2-the 1st, the back side plane schematic diagram of the male and female base connector of the connector that is applicable to multiple coffret of the present utility model;

Fig. 2-the 2nd, the positive floor map of the male and female base connector of the connector that is applicable to multiple coffret of the present utility model;

Fig. 3-the 1st, the front view that the MicroSATA male and female seat of known storage device decomposes inserted component;

Fig. 3-the 2nd, the end view that the MicroSATA male and female seat of known storage device decomposes inserted component;

Fig. 3-the 3rd, the isometric front view that the MicroSATA male and female seat of known storage device decomposes inserted component;

Fig. 3-the 4th, the rear isometric view that the MicroSATA male and female seat of known storage device decomposes inserted component;

Fig. 3-the 5th, another visual angle rear isometric view that the MicroSATA male and female seat of known storage device decomposes inserted component;

Fig. 4-the 1st, the front view that the male and female seat element of the MicroSATA of known storage device and computer apparatus decomposes;

Fig. 4-the 2nd, the end view that the male and female seat element of the MicroSATA of known storage device and computer apparatus decomposes;

Fig. 4-the 3rd, the isometric front view that the male and female seat element of the MicroSATA of known storage device and computer apparatus decomposes;

Fig. 4-the 4th, the rear isometric view of the male and female seat combination of elements of the MicroSATA of known storage device and computer apparatus;

Fig. 4-the 5th, the rear elevation view at another visual angle that the male and female seat element of the MicroSATA of known storage device and computer apparatus decomposes;

Fig. 5-the 1st, the front view that the MicroSATA male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 5-the 2nd, the end view that the MicroSATA male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 5-the 3rd, the rearview that the MicroSATA male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 5-the 4th, the rear isometric view that the MicroSATA male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 5-the 5th, the MicroSATA male and female seat of the utility model storage device and computer apparatus is to the rear isometric view at another visual angle of inserted component decomposition;

The front view that Fig. 6-the 1st, the utility model storage device and the MicroSATA male and female seat of computer apparatus combine inserted component;

The end view that Fig. 6-the 2nd, the utility model storage device and the MicroSATA male and female seat of computer apparatus combine inserted component;

The rearview that Fig. 6-the 3rd, the utility model storage device and the MicroSATA male and female seat of computer apparatus combine inserted component;

The rear isometric view that Fig. 6-the 4th, the utility model storage device and the MicroSATA male and female seat of computer apparatus combine inserted component;

The rear isometric view at another visual angle that Fig. 6-the 5th, the MicroSATA male and female seat of the utility model storage device and computer apparatus combine inserted component.

Fig. 7-the 1st, the front view that the USB male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 7-the 2nd, the end view that the USB male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 7-the 3rd, the rearview that the USB male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 7-the 4th, the isometric front view that the USB male and female seat of the utility model storage device and computer apparatus decomposes inserted component;

Fig. 7-the 5th, the USB male and female seat of the utility model storage device and computer apparatus is to the isometric front view at another visual angle of inserted component decomposition;

Fig. 8-the 1st, the front view of the USB male and female seat combination of elements of the utility model storage device and computer apparatus;

Fig. 8-the 2nd, the end view of the USB male and female seat combination of elements of the utility model storage device and computer apparatus;

Fig. 8-the 3rd, the rearview of the USB male and female seat combination of elements of the utility model storage device and computer apparatus;

Fig. 8-the 4th, the isometric front view of the USB male and female seat combination of elements of the utility model storage device and computer apparatus;

Fig. 8-the 5th, the isometric front view at another visual angle of the USB male and female seat combination of elements of the utility model storage device and computer apparatus.

Fig. 9-the 1st, the front view that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 2nd, the end view that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 3rd, the rearview that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 4th, the rear isometric view that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 5th, the isometric front view that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 6th, another visual angle rear isometric view that the male and female base connector element of another embodiment of the present utility model decomposes;

Fig. 9-the 7th, another visual angle isometric front view that the male and female base connector element of another embodiment of the present utility model decomposes;

Figure 10-the 1st, the front view of the male and female base connector combination of elements of another embodiment of the present utility model;

Figure 10-the 2nd, the end view of the male and female base connector combination of elements of another embodiment of the present utility model;

Figure 10-the 3rd, the rearview of the male and female base connector combination of elements of another embodiment of the present utility model;

Figure 10-the 4th, the rear isometric view of the male and female base connector combination of elements of another embodiment of the present utility model;

Figure 10-the 5th, the isometric front view of the male and female base connector combination of elements of another embodiment of the present utility model.

Figure 10-the 6th, the rear isometric view at another visual angle of the male and female base connector combination of elements of another embodiment of the present utility model.

Figure 10-the 7th, the isometric front view at another visual angle of the male and female base connector combination of elements of another embodiment of the present utility model.

The main element label declaration

1: male seat connector 10: connector shell

101: 11: the 1 director strip of groove seat

112: the 2 guide rails of 111: the 1 guide rails

13: the 1 interface slots of 12: the 2 director strip

131: 14: the 2 interface slots of holding part

16: the 2 coffrets of 15: the 1 coffrets

161: communication terminal M: storage device

P: computer apparatus 2: female seat connector

20: connector shell 201: the groove seat

211: the 1 guide rails of 21: the 1 director strip

22: the 2 director strip of 212: the 2 guide rails

Interface slot 231 in 23: the 1: platy structure

232: sidewall 233: sidewall

25: the 1 coffrets of 24: the 2 interface slots

Coffret 261 in 26: the 2: communication terminal

3: circuit board 31: circuit

32: outstanding structure

Embodiment

Relevant the utility model in order to achieve the above object, technological means that is adopted and effect thereof, now with each preferred embodiment, and conjunction with figs. is described as follows:

Shown in Fig. 1-1 and Fig. 1-2, Fig. 1-1 is the back side schematic perspective view that is applicable to the male seat connector of multiple coffret of the present utility model, and Fig. 1-2 is the front schematic perspective view at another visual angle of the male seat connector that is applicable to multiple coffret of the present utility model.Fig. 2-1 is the back side plane schematic diagram of male seat connector of the present utility model, and Fig. 2-2 is the positive floor map of male seat connector of the present utility model.

Shown in these figure, the utility model provides a kind of connector that is applicable to multiple coffret, be used for storage device M or be provided with the control circuit board P of reading device, as the hard disk external connection box, the circuit board of computer apparatus or CD-ROM device is first-class, this male seat connector 1 comprises: a connector housing 10, its downside is provided with the 1st coffret 15, upside is provided with the 2nd coffret 16, the one end can form with storage device M and electrically connect, and the kind of this storage device and material, the utility model is not limited to, present embodiment is that the storage device M with Portable micro memory device is that example is illustrated, and the other end of this connector shell 10 is to be provided with a groove seat 101, in this groove seat 101 and be provided with the interface slot of at least two kinds of different sizes, present embodiment is divided into the 1st interface slot 13 and the 2nd interface slot 14, the 1st coffret 15 is arranged in the 1st interface slot 13, this slot 13 be provided with one can ccontaining USB terminal group holding part 131, this holding part 131 concaves to contract and is formed on the lower surface of this housing, and this holding part 131 be provided with most can ccontaining USB terminal groove, and the 1st coffret 15 is arranged at the same side with respect to the communication terminal 161 of the MicroSATA terminal group that is arranged on upside of connector shell 10 downsides, the 2nd coffret 16 is arranged in the 2nd interface slot 14, these coffrets can be respectively SATA, ESATA, MicroSATA, USB, mini USB or the coffret of MicroUSB, demand by reality is decided, in the same manner, the terminal construction of these coffrets and number of permutations, all decide on the kind specification of pairing coffret, for example: if during the 1st coffret 15 USB specifications, the fixed USB standard of need such as the structure of each terminal of this coffret and arrangement mode and public affairs is consistent; If during the 2nd coffret 16 MicroSATA specifications, the structure of this coffret terminal group all must meet the standard of public fixed MicroSATA.

Please consult Fig. 1-1 and Fig. 1-2 once more, the utility model is that groove seat two sides on connector shell 10 are respectively equipped with corresponding the 1st director strip 11 and the 2nd director strip 12, the 1st director strip 11 is positioned at the 1st interface slot 13 outsides, the 2nd director strip 12 is positioned at the 2nd interface slot 14 outsides, and these director strip inboards are respectively equipped with two corresponding guide rails, be respectively the 1st guide rail 111 and the 2nd guide rail 112, slot in order to guiding control circuit board P inserts in the 1st interface slot 13 or the 2nd interface slot 14 accurate and smooth-goingly, when user's desire is inserted the 1st interface slot 13, this slot is plugged in the 1st interface slot 13 exactly along the 1st guide rail 111, when user's desire is inserted the 2nd interface slot 14, this slot is plugged in the 2nd interface slot 14 exactly along the 2nd guide rail 112.

To shown in Fig. 3-5, is that the MicroSATA of known storage device is applied to male and female seat on PC, the NB circuit board to the inserted component decomposing schematic representation as Fig. 3-1.Fig. 4-1 is to Fig. 4-the 5th, the female seat combination of elements schematic diagram of the MicroSATA of known storage device and circuit board.

Fig. 5-1 is to Fig. 5-the 5th, and the MicroSATA master-slave seat of the utility model and female seat connector is to the inserted component decomposing schematic representation, shown in Fig. 5-4, wherein the terminal group 15 of USB coffret is arranged at connector shell 10 downsides, the USB coffret of the computer apparatus P that is used to peg graft; Shown in Fig. 5-5, wherein the terminal group 16 of MicroSATA coffret is arranged at connector shell 10 upsides, the MicroSATA coffret of computer apparatus P is used to peg graft, the numbers of terminals of this terminal group and arrangement mode can adapt to the specification of corresponding MicroSATA terminal group of pegging graft, and embodiment as shown in this figure is to use the MicroSATA coffret of storage device M to be applied to the connector of multiple coffret and the male seat connector 1 of circuit board of being applicable to of the present utility model.Fig. 6-1 is to Fig. 6-the 5th, the schematic diagram of the MicroSATA interface master-slave seat combination of elements of the utility model and this computer apparatus P.

Fig. 7-1 is to Fig. 7-the 5th, and the USB master-slave seat of the utility model and computer apparatus P is to the inserted component decomposing schematic representation, shown in Fig. 7-4, wherein the terminal group 15 of USB coffret is arranged at connector shell 10 downsides, the USB coffret of computer apparatus P is used to peg graft, the specification of this terminal group can adaptively be plugged to the specification of USB terminal group, and can be 4pin or 7pin, and this terminal group also can be fixed terminal or movable terminal, and embodiment as shown in this figure is the fixed terminal group of 4pin; Shown in Fig. 7-5, wherein the terminal group 16 (not shown) of MicroSATA coffret is arranged at connector shell 10 upsides, the MicroSATA coffret that is used for computer apparatus P, embodiment as shown in this figure are to use the USB coffret of storage device M to be applied to the connector of multiple coffret and the male seat connector 1 of circuit board of being applicable to of the present utility model.Fig. 8-1 is to Fig. 8-the 5th, the schematic diagram that the utility model and the USB master-slave seat of this computer apparatus P combine inserted component.

See also shown in Fig. 1-1 and Fig. 1-2, the corresponding adaptive female seat connector 2 that is plugged in this male seat connector 1 of the present utility model, this female seat connector 2 is arranged in the circuit board of computer apparatus P, this female seat connector 2 comprises: a connector housing 20, its downside is provided with the 1st coffret 25, upside is provided with the 2nd coffret 26, the one end can form with the circuit board of computer apparatus P and electrically connect, and the kind of this circuit board and material, the utility model is not limited to, present embodiment is that the circuit board P with computer apparatus such as NB or PC is that example is illustrated, and the other end of this connector shell 20 is provided with a groove seat 21, in this groove seat 21 and be provided with the interface slot of at least two kinds of different sizes, present embodiment is divided into the 1st interface slot 23 and the 2nd interface slot 24, the 1st coffret 25 is arranged in the 1st interface slot 23, this slot is by an outstanding platy structure 231 and two sidewalls 232,233 are formed on the lower surface of this housing, this platy structure be provided with most can ccontaining USB terminal groove; This platy structure 231 is adaptive to be plugged in the holding part 131 of this male seat connector, and the 1st coffret is arranged at the same side with respect to the communication terminal 261 of the MicroSATA terminal group that is arranged on upside of connector shell downside, the 2nd coffret 26 is arranged in the 2nd interface slot 24, these coffrets can be respectively SATA, ESATA, MicroSATA, USB, mini USB or the coffret of MicroUSB, demand by reality is decided, in the same manner, the terminal construction of these coffrets and number of permutations, all decide on the kind specification of pairing coffret, for example: if during the 1st coffret 25 USB specifications, the fixed USB standard of need such as the structure of each terminal of this coffret and arrangement mode and public affairs is consistent; If during the 2nd coffret 26 MicroSATA specifications, the structure of this coffret terminal group all must meet the standard of public fixed MicroSATA.

Please consult Fig. 1-1 and Fig. 1-2 once more, groove seat two sides of the utility model on connector shell 20 are respectively equipped with corresponding the 1st director strip 21 and the 2nd director strip 22, the 1st director strip 21 is positioned at the 1st interface slot 23 outsides, the 2nd director strip 22 is positioned at the 2nd interface slot 24 outsides, and these director strip inboards are respectively equipped with two corresponding guide rails, be respectively the 1st guide rail 211 and the 2nd guide rail 212, with so that the socket of storage device M insert in the 1st interface slot 23 or the 2nd interface slot 24 accurate and smooth-goingly, when user's desire is inserted the 1st interface slot 23, this slot is plugged in the 1st interface slot 23 exactly along the 1st guide rail 211, when user's desire is inserted the 2nd interface slot 24, this slot is plugged in the 2nd interface slot 24 exactly along the 2nd guide rail 212.

Fig. 5-1 is to Fig. 5-the 5th, and the utility model and storage device M master-slave seat are to the inserted component decomposing schematic representation, and shown in Fig. 5-4, wherein the terminal group of USB coffret (not shown) is arranged at connector shell 20 downsides, the USB coffret of the storage device M that is used to peg graft; Shown in Fig. 5-5, wherein the terminal group 26 of MicroSATA coffret is arranged at connector shell 20 upsides, the MicroSATA coffret of storage device M is used to peg graft, the numbers of terminals of this terminal group and arrangement mode can adapt to the specification of corresponding MicroSATA terminal group of pegging graft, and embodiment as shown in this figure is to use the MicroSATA coffret of computer apparatus P to be applied to the connector of multiple coffret and the male seat connector 1 of circuit board of being applicable to of the present utility model.Fig. 6-1 is to Fig. 6-the 5th, the schematic diagram of the MicroSATA interface master-slave seat combination of elements of the utility model and this storage device M.

Fig. 7-1 is to Fig. 7-the 5th, and the USB master-slave seat of the utility model and storage device is to the inserted component decomposing schematic representation, shown in Fig. 7-4, wherein the terminal group 25 of USB coffret is arranged at connector shell 20 downsides, the USB coffret of storage device M is used to peg graft, the specification of this terminal group can adaptively be plugged to the specification of USB terminal group, and can be 4pin or 7pin, and this terminal group also can be fixed terminal or movable terminal, and embodiment as shown in this figure is the movable terminal group of 4pin; Shown in Fig. 7-5, wherein the terminal group of MicroSATA coffret (not shown) is arranged at connector shell 20 upsides, be used to the to peg graft MicroSATA coffret of storage device M, embodiment as shown in this figure is to use the USB coffret of computer apparatus P to be applied to the connector of multiple coffret and the female seat connector of circuit board of being applicable to of the present utility model.Fig. 8-1 is to Fig. 8-the 5th, the schematic diagram of the USB master-slave seat combination of elements of the utility model and storage device M.

In addition, the utility model embodiment is provided with USB, miniUSB, or the 1st coffret of MicroUSB terminal group all is arranged at the downside of the housing of male seat or female seat connector, be provided with SATA, ESATA, or the 2nd coffret of MicroSATA terminal group all is located at the upside of the housing of male seat or female seat connector; Part accompanying drawing in the utility model explanation be for convenience of description so, and the 1st coffret that will be positioned at the housing downside is inverted in upside, is positioned at housing upside the 2nd coffret and is inverted in downside.

In addition, male seat connector 1 of the present utility model and female seat connector 2 are also applicable to the connector of the adapter of transmission line.

Fig. 9-1 is to Fig. 9-the 7th, the master-slave seat element decomposing schematic representation of another embodiment of the present utility model, and Figure 10-1 is to Figure 10-the 7th, and the master-slave seat of another embodiment of the present utility model is in conjunction with schematic diagram.

Shown in Fig. 9-4, the circuit 31 of circuit board 3 front ends of Portable micro memory device M can be directly adaptive to being inserted to the terminal group of male seat connector shell 1, can directly be plugged in the female seat connector 2 of aforesaid PC, NB or adapter, promptly, the outstanding structure 32 of this circuit board front end can directly adaptively be plugged in the female seat connector 2, makes its circuit 31 can form the structure that circuit board and connector are integral type with the terminal group conducting of connector.

In sum,, make product of the present utility model can possess multi-functional, popularization, high-transmission effect, select different coffrets for the user by the electrical connector that is applicable to multiple coffret of this device.So the real patent requirement that meets the required novelty of utility model patent, creativeness, practicality of the utility model, so, patent application is proposed in accordance with the law.

Above-described content is the utility model preferred embodiment, is not in order to limit the scope that the utility model is implemented.All equalizations of doing according to described shape structural feature of the utility model claim and notion change and modify, and all should be contained in simultaneously in the claim of the present utility model.

Claims

1. a connector that is applicable to multiple coffret is characterized in that, this male seat connector comprises:

A connector housing, one end are to form with circuit board to electrically connect, and the other end has the coffret of at least two kinds of specifications, is respectively the 1st coffret and the 2nd coffret, and these coffrets are separately positioned on the upper and lower side of this connector shell.

2. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that the other end of this male seat connector shell is provided with a groove seat, and these coffrets are arranged at this groove seat inside.

3. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that, the downside of this male seat connector shell is provided with the holding part of the ccontaining USB terminal group of an energy, this holding part concaves to contract and is formed on the lower surface of this housing, and this holding part is provided with the groove of most the ccontaining USB terminals of energy.

4. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that the 1st coffret of this male seat connector is arranged at the same side with respect to the communication terminal of the MicroSATA terminal group that is arranged on upside of connector shell downside.

5. according to the described connector that is applicable to multiple coffret of claim 2, it is characterized in that this male seat connects the extension of tank seat two sides and is provided with the 1st director strip and the 2nd director strip.

6. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that the downside of this male seat connector shell is provided with one by USB or mini USB or the formed coffret of MicroUSB terminal group.

7. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that the upside of this male seat connector shell is provided with one by SATA or ESATA or the formed coffret of MicroSATA terminal group.

8. according to the described connector that is applicable to multiple coffret of claim 1, it is characterized in that the housing of this male seat connector, one end and circuit board form and electrically connect, and can be applied to Portable micro memory device.

9. a connector that is applicable to multiple coffret is characterized in that, this female seat connector comprises:

10. according to the described connector that is applicable to multiple coffret of claim 9, it is characterized in that the other end of this female seat connector shell is provided with a groove seat, and these coffrets are arranged at this groove seat inside.

11. according to the described connector that is applicable to multiple coffret of claim 9, it is characterized in that, the downside of this female seat connector shell is provided with the slot of the ccontaining USB terminal group of an energy, this slot is formed on the lower surface of this housing by an outstanding platy structure and two sidewalls, and this platy structure is provided with the groove of most the ccontaining USB terminals of energy; This platy structure is adaptive to be plugged in the holding part of this male seat connector.

12., it is characterized in that the 1st coffret of this female seat connector is arranged at the same side with respect to the communication terminal of the MicroSATA terminal group that is arranged on upside of connector shell downside according to the described connector that is applicable to multiple coffret of claim 9.

13., it is characterized in that this female seat connects the extension of tank seat two sides and is provided with the 1st director strip and the 2nd director strip according to the described connector that is applicable to multiple coffret of claim 9.

14., it is characterized in that the downside of this female seat connector shell is provided with one by USB or mini USB or the formed coffret of MicroUSB terminal group according to the described connector that is applicable to multiple coffret of claim 9.

15., it is characterized in that the upside of this female seat connector shell is provided with one by SATA or ESATA or the formed coffret of MicroSATA terminal group according to the described connector that is applicable to multiple coffret of claim 9.

16. according to the described connector that is applicable to multiple coffret of claim 9, it is characterized in that, the housing of this female seat connector, the one end has the coffret of at least two kinds of specifications, and can be applied to computer apparatus.

17. according to claim 1 or the 9 described connectors that are applicable to multiple coffret, it is characterized in that, the coffret that these connector one ends have at least two kinds of specifications, and can be applied to the adapter of transmission line.

18. circuit board that is applicable to multiple coffret, it is characterized in that, one end of this circuit board is provided with the outstanding structure of an end that can directly be fitted to the female seat connector that matches with the male seat connector, described male seat connector is the male seat connector described in the claim 1, and described female seat connector is the female seat connector described in the claim 9.

19., it is characterized in that this outstanding textural circuit board line that is provided with according to the described circuit board that is applicable to multiple coffret of claim 18.