CN201674028U - Connecting module integrated body and system using the connecting module integrated body - Google Patents
Connecting module integrated body and system using the connecting module integrated body Download PDFInfo
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- CN201674028U CN201674028U CN2010201217681U CN201020121768U CN201674028U CN 201674028 U CN201674028 U CN 201674028U CN 2010201217681 U CN2010201217681 U CN 2010201217681U CN 201020121768 U CN201020121768 U CN 201020121768U CN 201674028 U CN201674028 U CN 201674028U
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Abstract
The utility model discloses a connecting module integrated body which is plugged in a main board. The connecting module integrated body comprises a frame; at least two adjacent partitions are arranged in the frame; the two laterally-opposite side walls of the frame are respectively corresponded to the partitions in the frame in order to partition different containing spaces, and at least one place-giving space is formed between the two containing spaces by the partitions; at least two plug-in areas and at least one opening are arranged on the front side of the frame, the plug-in areas are respectively and correspondingly communicated with the containing spaces, and the opening is correspondingly communicated with the place-giving space; the bottom is opened towards the main board; at least two general connecting modules are respectively arranged in the containing spaces, electrically connected with the main board and used for an external plug to be abutted with from the plug-in areas. Compared with the prior art, the connecting module integrated body of the utility model is characterized in that different special connectors or special connecting modules can be added in the place-giving space according to the cost requirement or the application requirements of clients.
Description
[technical field]
The utility model relates to a kind of system that adapts to the connection module integrate body of different connector layout demand on the motherboard and use this connection module integrate body.
[background technology]
Now, or consider or consider for user's user demand for production cost, the kind of the IO connector that is provided with on the motherboard of various computing machine producer has difference, such as, the P7P55D motherboard of Asus, IO connector on it from left to right is followed successively by a PS/2 connector, one optical fiber audio frequency out connector, one 1394 connectors, one USB connector, one e-SATA connector, one RJ45 connector and 8 channel audio out connectors, for another example, the GA-P55-UD4 motherboard of Jijia, the IO connector that is provided with on it from left to right is followed successively by a PS/2 connector, one coaxial audio frequency input connector, one optical fiber audio frequency out connector, one 1394 connectors, one USB connector, one e-SATA connector, one RJ45 connector and 8 channel audio out connectors, also such as, reflect safe TPOWERI55 motherboard, the IO connector that is provided with on it from left to right is followed successively by a PS/2 connector, one 1394 connectors, one e-SATA connector, one USB connector, one coaxial audio connector, one RJ45 connector and 8 channel audio out connectors or the like.
From above data as can be seen, though, the IO connector species that is provided with on each computer manufacturer's motherboard has different with quantity, but, it but is that each motherboard is common that several connectors are arranged, describe conveniently for the back, be referred to as conventional connector, such as USB connector, PS/2 connector, RJ45 connector, audio frequency out connector.
For these conventional connectors, common way is after its manufacturing finishes, and is plugged in one by one on the motherboard, after the field of electronic components for the treatment of required grafting on the motherboard is all pegged graft and finished, motherboard is crossed the stove welding again.But, do like this and have following defective:
These conventional connector quantity have a plurality of, the grafting operation of all arranging every kind of conventional connector realizes the words of the grafting of itself and motherboard, grafting efficient is lower, still more, the welding foot that plugs with motherboard on the conventional connector is more tiny, careless slightly usually, just might these welding foots of bending, cause and can't correctly conventional connector be plugged on the motherboard, therefore, grafting efficient is influenced deeply especially.
Be head it off, occurred a plurality of conventional connector storehouses are formed the conventional technology that connects module together, as the patent No. is that the Chinese patent of ZL03274853.0 has disclosed a kind of PS/2 connector storehouse and forms the conventional module that connects of PS/2 together, for another example, the patent No. is that the Chinese patent of ZL03322486.2 has disclosed and a kind of a plurality of USB connector storehouses formed the conventional module that connects of USB together, again such as, the patent No. be the Chinese patent of ZL200520062201.0 disclosed a kind of with push-down stack on the audio connector and about side by side mode combine and form the conventional module that connects of audio frequency.
These storehouses or storehouse add the routine that set-up mode side by side forms and connect module, can be plugged in together on the motherboard, like this since, just can reduce the grafting operation.But the routine in the above-mentioned preceding case connects module for reducing its required motherboard space that occupies, and it is compact that conventional connector wherein need be arranged in the horizontal direction.
And we know, in actual demand, motherboard producer has difference to the demand of the connector that is provided with on the motherboard, with the USB connector is example, it can link to each other mouse, keyboard with main frame, also the card reader of digital camera can be linked to each other with main frame, recording pen can also be linked to each other or the like with main frame, to carry out various transfer of data.That is to say, some motherboards manufacturer may be provided with two USB connector and get final product on its motherboard, and another one motherboard manufacturer may be provided with 4 USB connector or more on its motherboard, may there be such demand in other conventional connector too, perhaps, conventional connector in the different routine connection modules need be reconfigured and form a new connection module,, it is referred to as special connection module in order to distinguish the above-mentioned conventional module that connects.
For another example, at different computer type----industrial computer, home computer etc., connector species of demand also can be different on it, one type computer may be provided with the connector that connects printer on its motherboard, and the computer of another kind of type then need not be provided with the connector that connects printer on its motherboard.For convenience of description, will be referred to as special connector because of the special connector that is provided with of special requirement.
So if above-mentioned routine is connected the module level to compact Layout together, so, conventional just connect between the module can't be arranged special connector or special connection module in addition according to the demand of different motherboard producer.So,,, need different mould, equipment develop to make different connection modules at different motherboard clients or same motherboard different requirements of customers with a connector manufacturer, like this since, development and manufacturing cost also with corresponding than higher.
Moreover, some connects the position of module on the motherboard, the difference convenient for wiring or the user is convenient or transmission signals requires, its certain location requirement will be arranged, such as, usually PS/2 connects the left side that module need be arranged on motherboard, and audio frequency is exported and connected the right side that module need be located at motherboard, and connects other connector of layout between the module at PS/2 connection module and audio frequency output.
Therefore, solve the inefficient problem of aforementioned grafting if the employing patent No. is the way that discloses in the Chinese patent of ZL03274853.0, ZL200520062201.0, ZL03322486.2, can't satisfy the different demands that connector is arranged on same producer or the different manufacturers motherboard so.
And, as previously mentioned, storehouse that shows in the case before above-mentioned or storehouse add the routine that mode side by side forms and connect module, in order to reduce its shared circuit board space, routine wherein connects module by compact Layout, particularly in the horizontal direction together by compact Layout, also be, between PS/2 connection module and audio frequency output connection module, can't hold special connector or special connection module, these special connectors or special connection module just need be arranged in PS/2 and connect the left side of module or the right side that audio frequency output connects module, will bring adverse effect to motherboard wiring or ease of use or signal transmission quality.
Therefore, be necessary to design a kind of new connection module integrate body and overcome this defective.
[utility model content]
The purpose of this utility model is to provide a kind of connection module integrate body that not only can guarantee to connect the grafting efficient of module and motherboard but also can adapt to the different demands of computer manufacturer.
For achieving the above object, the utility model adopts following Ji Intraoperative scheme:
1. one kind connects the module integrate body, be plugged on the motherboard, dock with at least two external plugs, it is characterized in that, comprise: a framework, be provided with at least two adjacent jubes in the described framework, described framework is a described jube in the relative corresponding described framework of two sidewalls difference of side direction, in order to be divided into different spatial accommodations, and described jube is divided at least one bit space that allows between two described spatial accommodations, described framework front side offers a corresponding respectively described spatial accommodation and the corresponding described bit space that allows that is communicated with of at least one opening port of being communicated with at least two grafting zones, and the described bit space bottom that allows is open towards described motherboard; At least two conventional connection mode groups are installed in a described spatial accommodation respectively, and electrically connect with described motherboard, use for described external plug from described grafting zone butt joint.
2. system, dock with at least two external plugs, it is characterized in that, comprise: a motherboard, one connects the module integrate body, it comprises: a framework, be provided with at least two adjacent jubes in the described framework, described framework is a described jube in the relative corresponding described framework of two sidewalls difference of side direction, in order to be divided into different spatial accommodations, and described jube is divided at least one bit space that allows between two described spatial accommodations, and described framework front side offers a corresponding respectively described spatial accommodation and the corresponding described bit space that allows that is communicated with of at least one opening port of being communicated with at least two grafting zones, and the described bit space bottom that allows is open towards described motherboard; At least two conventional connection mode groups are installed in a described spatial accommodation respectively, and electrically connect with described motherboard, use for described external plug from described grafting zone butt joint; At least one special connector is installed on the described motherboard in advance, and it enters the described direction that allows bit space perpendicular to the described conventional butt joint direction that connects module and corresponding described banjo.
Compared with prior art, in the utility model connection module integrate body, be provided with at least one bit space that allows, like this, various computing machine producer just can increase different special connector or special connection module according to cost demand or client's user demand in the bit space described allowing.
[description of drawings]
Fig. 1 connects the perspective exploded view of module integrate body for the utility model;
Fig. 2 is the schematic perspective view that connection module integrate body shown in Figure 1 is removed cover plate;
Fig. 3 is the schematic perspective view of connection module integrate body shown in Figure 1;
The assembling schematic diagram of Fig. 4 for dissecing along A-A line among Fig. 3;
Fig. 5 is body is connected module with PS/2 the assembling schematic diagram of accepting in the utility model connection module integrate body;
Fig. 6 connects the perspective exploded view of module integrate body and special connector and motherboard for the utility model;
Fig. 7 connects module integrate body and the special perspective exploded view that is connected module and motherboard for the utility model.
The drawing reference numeral explanation of embodiment:
Connect the whole a of module
Framework 1
The first grafting zone 100 second pegs graft regional 101
The 3rd grafting zone 102 the 4th pegs graft regional 103
Insert-connecting plate 104 buttons are held sheet 105
Accept body 11
Dividing plate 1130 operating spaces 11300
First spatial accommodation, 1,131 second spatial accommodations 1132
The 3rd spatial accommodation 1133 the 4th spatial accommodation 1134
Inserting groove 1,135 first supports piece 1136
Allow bit space 1139
The conventional module 2 that connects
PS/2 connects module 20 USB and connects module 21
RJ45 connects module 22 audio frequency and connects module 23
Groove 200
Motherboard 4
[embodiment]
Below in conjunction with the drawings and specific embodiments the utility model is connected the module integrate body and uses the system of this connection module integrate body to be described further.
See also Fig. 1 to Fig. 5, the utility model connects module integrate body a, it can be an IO and connects the module integrate body, in comprising a framework 1 and being installed in described framework 1 at least two, routine was connected module 2, the described conventional module 2 that connects can connect module 20 for PS/2, and USB connects module 21 grades and connects module.Connect among the module integrate body a at the utility model, the described conventional module that connects is that a PS/2 connects module 20, one USB connects module 21, one RJ45 is connected module 22 (in the present embodiment with the formation of USB connector storehouse, be referred to as RJ45 for convenience of description and connect module), an audio frequency connects module 23.The utility model connects module integrate body a and on the one hand a plurality of described conventional modules 2 that connect is combined, realize that a grafting operation can be plugged in a plurality of described conventional modules 2 that connect on the motherboard 4, simultaneously, described connection module integrate body a also allows bit space for one or two or a plurality of special connector 3 or special connection module 3a provide, described special connector 3 can be a parallel port, see also Fig. 6, described special connection module 3a can be USB connection module and is connected the special connection module that module forms side by side with an audio frequency, sees also Fig. 7.Specifically ask for an interview following description.
See also Fig. 1 to Fig. 4, the cover plate 10 and that button was held in together before and after described framework 1 comprised is accepted body 11.In order to save material cost, described cover plate 10 is a metal material, the described material of accepting body 11 be conductive plastics or outside non-metallic material metal cladding, described cover plate 10 is connected module 2 to the described routine in the described framework 1 jointly and carries out electromagnetic shielding with described special connector 3 or the special module 3a that is connected with the described body 11 accepted.
See also Fig. 1, it is tabular that described cover plate 10 is lengthwise, from left to right be provided with one first on it successively and peg graft regional 100, one second pegs graft regional 101, one the 3rd pegs graft regional 102, one the 4th pegs graft regional 103, described first pegs graft regional 100, second pegs graft regional 101, the 3rd pegs graft regional 102, the 4th grafting zone 103 is respectively equipped with two, four, three, six openings 107 connect module 20 for described PS/2 respectively, described USB connects module 21, described RJ45 connects module 22, described audio frequency connects module 23 and appears, so that the described conventional module 2 that connects is realized electrically butt joint with corresponding outside banjo (not icon), in addition, described cover plate 10 has washed off a plurality of insert-connecting plates 104 backward.The edge of described cover plate 10 has been bent to form at least one the button backward and has held sheet 105 (in the present embodiment, described button is held sheet 105 three).In addition, described cover plate 10 is provided with an opening port 106 in described first the peg graft position of corresponding described special connector 3 between the zone 101 or special connection module 3a, zone 100 and described second of pegging graft.Certainly, peg graft and between the zone 101 two described opening ports 106 can be set also in the first grafting zone 100, second.Described opening port 106 levels to wide cut greater than arbitrary described peg graft zone 100,101,102,103 levels to wide cut.And described grafting zone can just be positioned at the two ends that frame is carried, totally two.
See also Fig. 1 to Fig. 4, the described body 11 of accepting is the chamber shape, it comprises a rear wall 110, the two side 111 that extends to form forward from the left and right sides of described rear wall 110, a upper wall 112 that extends forward from the apical margin of described rear wall 110, described rear wall 110, described two side 111 and described upper wall 112 surround a host cavity 113 jointly, the leading edge of described host cavity 113 stretches out and is formed with a flange 114, described button is held sheet 105 and is cooperated with described flange 114, and described cover plate 10 and described body 11 front and back of accepting are buckled and be held in together.Certainly, described cover plate 10 and the described body 11 of accepting also can other form be buckled and are held in together.
See also Fig. 1 to Fig. 4, the rear wall of described host cavity 113 is extended with at least two dividing plates 1130 forward, in the present embodiment, four dividing plates 1130 are arranged, described dividing plate 1130 from left to right is separated into one first spatial accommodation 1131 successively with described host cavity 113, one second spatial accommodation 1132, one the 3rd spatial accommodation 1133, one the 4th spatial accommodation 1134, be concaved with a plurality of inserting grooves 1135 on described sidewall 111 and the described dividing plate 1130, described insert-connecting plate 104 inserts in the described inserting groove 1135, guarantees the planarization and the interior described conventional effect that supports that connects module 2 that is installed with of 10 couples of described connection module integrate body a of described cover plate of described cover plate 10.Described dividing plate 1130 also is concaved with a plurality of operating spaces 11300 to the described rear wall of accepting body 11 respectively, the ease of assembly personnel are installed in described accepting in the body 11 with the described conventional module 2 that connects, and also the handled easily person takes out the described conventional module 2 that connects from described accepting in the body 11.Certainly, also setting operation space 11300 not, like this, adjacent described conventional the connection between the module 2 will have better anti-tampering effect.
See also Fig. 1 to Fig. 3, described first spatial accommodation, 1131 ccontaining described PS/2 connect module 20, described PS/2 connects module 20 and goes into described accepting in the body 11 by group behind the forward direction, see also accompanying drawing 1, being extended with the piece 1136 that balances or cancel each other in the described framework 1 enters described first spatial accommodation 1131 and supports the described PS/2 connection module that is placed in wherein downwards, the end face that it is resisted against the described PS/2 connection module 20 in described first spatial accommodation 1131 limits described PS/2 connection module 20 and moves up.Certainly, also can only be provided with one and support piece 1136.
See also Fig. 1 to Fig. 5, the rear wall of described framework 1 is protruding with a projection 1137 respectively forward and enters described first spatial accommodation 1131, the left and right sides that described PS/2 connects module 20 is respectively equipped with a groove 200, described projection 1137 is supported forward in the described groove 200, limit described PS/2 and connect module 20 moving backward, this is a preferred configuration, certainly, described projection 1137 can support the antetheca of described groove 200 forward, connect module 20 but rely on the described rear wall 110 of accepting body 11 to support described PS/2 forward, limit described PS/2 connection module 20 and move backward; Described cover plate 10 is butted on the front surface that described PS/2 connects module 20, limit described PS/2 and connect module 20 moving forward, also promptly be connected supporting of module 20 with cooperation and 10 couples of described PS/2 of described cover plate of described groove 200, described PS/2 can be connected module 20 front and back and be limited in described first spatial accommodation 1131 by described projection 1137.In addition, the top of the end face of described projection 1137 and described groove 200 leans, and limits described PS/2 connection module 20 and moves down.Certainly, in described first spatial accommodation 1131 a described projection 1137 can only be set.
See also Fig. 1 to Fig. 3, described second spatial accommodation, 1132 ccontaining described USB connect module 21, and described USB connects module 21 and goes into described accepting in the body 11 by group behind the forward direction, and the roof of described second spatial accommodation 1132 limits described USB connection module 21 and moves up.
The rear wall left and right sides of described second spatial accommodation 1132 also is protruding with a projection (not shown) respectively forward, the left and right sides that described USB connects module 21 is respectively equipped with a groove (not shown), the described projection 1137 in described projection (not shown) in described second spatial accommodation 1132 and the matching relationship of described groove (not shown) and effect and described first spatial accommodation 1131 and the matching relationship of described groove 200 are identical with effect, do not repeat them here.
See also Fig. 1 to Fig. 3, described the 3rd spatial accommodation 1133 ccontaining described RJ45 connect module 22, described RJ45 connects module 22 and goes into described accepting in the body 11 by group behind the forward direction, the top of described the 3rd spatial accommodation 1133 has one the 3rd to support piece 1138, the end face that it is resisted against the described RJ45 connection module 22 in described the 3rd spatial accommodation 1133 limits described RJ connection module 22 and moves up.
The rear wall left and right sides of described the 3rd spatial accommodation 1133 also is protruding with a projection (not shown) respectively forward, the left and right sides that described RJ45 connects module 22 is respectively equipped with a groove (not shown), the described projection 1137 in described projection (not shown) in described the 3rd spatial accommodation 1133 and the matching relationship of described groove (not shown) and effect and described first spatial accommodation 1131 and the matching relationship of described groove 200 are identical with effect, do not repeat them here.
See also Fig. 1 to Fig. 3, described the 4th spatial accommodation 1134 ccontaining described audio frequency connect module 23, and described audio frequency connects module 23 and goes into described accepting in the body 11 by group behind the forward direction.The rear wall left and right sides of described the 4th spatial accommodation 1134 also is protruding with a projection (not shown) respectively forward, the left and right sides that described audio frequency connects module 23 is respectively equipped with a groove (not shown), the described projection 1137 in described projection (not shown) in described the 4th spatial accommodation 1134 and the matching relationship of described groove (not shown) and effect and described first spatial accommodation 1131 and the matching relationship of described groove 200 are identical with effect, do not repeat them here.
Also having one between described first spatial accommodation 1131 and described second spatial accommodation 1132 allows bit space 1139 extend upwardly to the described upper wall 112 of accepting body 11, the described bit space 1139 that allows is in order to make things convenient for described special connector 3 or the special connection module 3a that computer manufacturer installs oneself therein to be needed, the described bottom of bit space 1139 that allows is revealed in described motherboard 4, and the described bit space 1139 that allows also is in communication with the outside by the described opening port 106 of described cover plate 10, can link to each other with corresponding external banjo (not icon) with described special connector 3 or the special connection module 3a that conveniently is installed in wherein.Certainly, two described bit spaces 1139 that allow can be set between described first spatial accommodation 1131 and second spatial accommodation 1132, the described bit space 1139 that allows also can be arranged at described second spatial accommodation 1132, between the 3rd spatial accommodation 1133 or between the 3rd spatial accommodation 1133 and the 4th spatial accommodation 1134, no matter but which kind of aspect, can be summarized as: be provided with at least two adjacent jubes 1130 in the described framework 1, described framework 1 is a described jube 1130 in the relative corresponding described framework 1 of two sidewalls, 111 difference of side direction, in order to be divided into different spatial accommodations, and these jubes 1130 are divided at least one bit space that allows between two described spatial accommodations, described framework 1 front side offers a corresponding respectively described spatial accommodation and the corresponding described bit space that allows that is communicated with of at least one opening port of being communicated with at least two grafting zones, described allow corresponding opening port 106 levels that are communicated with of bit space 1139 to wide cut greater than arbitrary described graftings regional 100,101,102,103 levels to wide cut, make describedly to allow bit space 1139 have bigger space to hold more or width to want bigger special connector 3 or special connection module, so that adapt to the client to computer function diversified demand and the computer demand of upgrading fast.
See also Fig. 6 and Fig. 7, described connection module integrate body a and described special connector 3 or special to be connected the step that module 3a and described motherboard 4 peg graft as follows:
At first described special connector 3 or special connection module 3a are plugged on the described motherboard 4, then, allow the bottom of bit space 1139 towards the top of described special connector 3 or special connection module 3a described among the described connection module integrate body a, and moving described connection module integrate body a towards described motherboard 4, each described conventional module 2 that connects is correctly pegged graft with described motherboard 4 in described connection module integrate body a.Also be, described special connector 3 or special connection module 3a enter direction and described conventional connector group 2 among the described connection module integrate body a to go into the described direction that is connected among the module integrate body a perpendicular, and described conventional to connect the direction that the module group goes in the described framework identical with the butt joint direction that described routine is connected module with described banjo.
Certainly, described connection module integrate body a accepts body 11 above-mentioned upper wall 112 can be set, and this kind situation in order to guarantee good shield effectiveness, is describedly accepted described conventional in the body 11 and connected modules 2 self to be provided with shielding casing preferable Cai be installed in.And under this kind situation, the described bit space 1139 that allows upwards is in communication with the outside, and like this, being installed in the described height of the described special connector 3 in the bit space 1139 that allows just can be bigger, need not be subject to the described described upper wall 112 of accepting body 11.
Connect in the module integrate body at the utility model, described conventional to connect module 2 all be to be assembled in after the independent moulding in the described framework 1, still, the described conventional module 2 that connects is molded over together and also can.
It only is for example that the utility model connects the routine connection module 2 that is listed as among the module integrate body a, and unrestricted, and identical client may be different with quantitative requirement to the kind that connects conventional connection module among the module integrate body a, and different requirement of client are possible identical.
See also Fig. 1 to Fig. 7, the utility model also provides a kind of system, it docks with a plurality of banjos, comprise: a motherboard 4, a kind of disturbing property connection module integrate body a, it comprises that four routines connect modules 20,21,22,23 and and step down the space in described two conventional connections between the modules 20,21; One special connection module 3a (or special connector 3), it is installed on the described motherboard, and it enters and describedly allows direction in the bit space 1139 perpendicular to the described conventional direction of docking that connects module 2 and banjo (not icon).
In sum, the utility model connection module integrate body has following beneficial effect:
1. owing to connect in the adjacent routine of level and to be provided with one between the module and to allow bit space, can be according to different demands, the above allows some special connectors of location arrangements or the special connection module of bit space correspondence at motherboard, to adapt to different motherboard producer arranges demand to connector on the motherboard difference, the customer type difference of perhaps same motherboard producer because of facing, such as, some client produces home-use computer, and some client's manufacture computer, and the connector demand difference to being provided with on the motherboard.
2. be provided with in the described connection module integrate body and allowed bit space, to connect the module simple syndication compared to existing technology, connect the module integrate body can be provided with different welds types in the drop shadow spread on motherboard connector, the described special connector or the special connection module that hold in the bit space of allowing is the DIP type, be plugged on the motherboard in advance, then again the connection module integrate body of SMT type be attached on the motherboard.
3. describedly allow bit space upwards be in communication with the outside, like this since, the height of special connector that is provided with on the motherboard or special connection module just can not be subject to the upper wall position of described framework, adaptability is more intense.
4. the described upper wall that allows bit space extend upwardly to described framework, also be, the described bit space top of allowing is not provided with any connector, so is to allow the height of bit space in order to improve yet, and avoids allowing the height of bit space to the special connector that wherein holds or the restriction of special connection module height.
5. described allow the corresponding opening port level that is communicated with of bit space to wide cut greater than arbitrary described grafting zone level to wide cut, make describedly to allow bit space can hold more or width to want bigger special connector 3 or special connection module, so that adapt to the client to computer function diversified demand and the computer demand of upgrading fast.
6. the described body of accepting is provided with a plurality of inserting grooves, described cover plate is provided with a plurality of insert-connecting plates and is plugged in the described inserting groove, like this, just can guarantee the planarization of the cover plate of lengthwise, and then guarantee described cover plate to the described routine of accepting in the body connect module backward support effect, prevent described conventional connect before and after the module loosening.
More than describing in detail only be the explanation of the preferred embodiment of the utility model, the claim of non-so limitation the utility model, so, all this creation of utilization specifications and diagramatic content equivalence techniques variation for it, all be contained in the claim of this creation.
Claims (10)
1. one kind connects the module integrate body, is plugged on the motherboard, docks with at least two external plugs, it is characterized in that, comprising:
One framework, be provided with at least two adjacent jubes in the described framework, described framework is a described jube in the relative corresponding described framework of two sidewalls difference of side direction, in order to be divided into different spatial accommodations, and described jube is divided at least one bit space that allows between two described spatial accommodations, described framework front side offers a corresponding respectively described spatial accommodation and the corresponding described bit space that allows that is communicated with of at least one opening port of being communicated with at least two grafting zones, and the described bit space bottom that allows is open towards described motherboard;
At least two conventional connection mode groups are installed in a described spatial accommodation respectively, and electrically connect with described motherboard, use for described external plug from described grafting zone butt joint.
2. connection module integrate body as claimed in claim 1, it is characterized in that: described framework includes a upper wall, and the described bit space that allows extends upwardly to described upper wall.
3. connection module integrate body as claimed in claim 1 is characterized in that: the described bit space that allows upwards is in communication with the outside.
4. connection module integrate body as claimed in claim 1 is characterized in that: described opening port level to wide cut greater than described grafting zone level to wide cut.
5. connection module integrate body as claimed in claim 1, it is characterized in that: described framework is extended with at least one projection forward and enters described spatial accommodation, the described conventional module that connects is provided with at least one groove, and described projection enters described groove and upwards supports the described conventional module that connects.
6. connection module integrate body as claimed in claim 1, it is characterized in that: described framework comprise fit together one accept a body and a cover plate, the described body of accepting is provided with a plurality of inserting grooves, and described cover plate has washed off a plurality of insert-connecting plates backward and has been plugged in the described inserting groove.
7. connection module integrate body as claimed in claim 1 is characterized in that: described framework comprise fit together one accept a body and a cover plate, the routine that described cover plate supports in the described spatial accommodation backward connects module.
8. connection module integrate body as claimed in claim 1 is characterized in that: be extended with at least one piece that supports in the described framework and enter described spatial accommodation and support the described conventional module that connects that is placed in wherein downwards.
9. a system docks with at least two external plugs, it is characterized in that, comprising:
One motherboard,
One connects the module integrate body, and it comprises:
One framework, be provided with at least two adjacent jubes in the described framework, described framework is a described jube in the relative corresponding described framework of two sidewalls difference of side direction, in order to be divided into different spatial accommodations, and described jube is divided at least one bit space that allows between two described spatial accommodations, described framework front side offers a corresponding respectively described spatial accommodation and the corresponding described bit space that allows that is communicated with of at least one opening port of being communicated with at least two grafting zones, and the described bit space bottom that allows is open towards described motherboard;
At least two conventional connection mode groups are installed in a described spatial accommodation respectively, and electrically connect with described motherboard, use for described external plug from described grafting zone butt joint;
At least one special connector is installed on the described motherboard in advance, and it enters the described direction that allows bit space perpendicular to the described conventional butt joint direction that connects module and corresponding described banjo.
10. system as claimed in claim 9 is characterized in that: described special connector is welded on the described motherboard with the DIP type, and described conventional connector is welded on the described motherboard with the SMT type.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2010201217681U CN201674028U (en) | 2010-02-24 | 2010-02-24 | Connecting module integrated body and system using the connecting module integrated body |
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| CN2010201217681U CN201674028U (en) | 2010-02-24 | 2010-02-24 | Connecting module integrated body and system using the connecting module integrated body |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103219622A (en) * | 2012-01-18 | 2013-07-24 | 张乃千 | Splicing-and-combining stack-type connector assembly |
| US10114427B2 (en) | 2016-05-16 | 2018-10-30 | Asustek Computer Inc. | Input/output module baffle and motherboard with the same |
| CN110829144A (en) * | 2018-08-08 | 2020-02-21 | 名硕电脑(苏州)有限公司 | Method for assembling connector |
-
2010
- 2010-02-24 CN CN2010201217681U patent/CN201674028U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103219622A (en) * | 2012-01-18 | 2013-07-24 | 张乃千 | Splicing-and-combining stack-type connector assembly |
| US10114427B2 (en) | 2016-05-16 | 2018-10-30 | Asustek Computer Inc. | Input/output module baffle and motherboard with the same |
| CN110829144A (en) * | 2018-08-08 | 2020-02-21 | 名硕电脑(苏州)有限公司 | Method for assembling connector |
| CN110829144B (en) * | 2018-08-08 | 2021-09-17 | 名硕电脑(苏州)有限公司 | Method for assembling connector |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101215 Termination date: 20130224 |