CN204613838U - Adapter drive unit - Google Patents
Adapter drive unit Download PDFInfo
- Publication number
- CN204613838U CN204613838U CN201520182694.5U CN201520182694U CN204613838U CN 204613838 U CN204613838 U CN 204613838U CN 201520182694 U CN201520182694 U CN 201520182694U CN 204613838 U CN204613838 U CN 204613838U
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- adapter
- location
- plate
- pusher shoe
- substrate
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Abstract
The utility model discloses a kind of adapter drive unit, location-plate wherein in this adapter side assembling driving mechanism, location-plate opposite side sequentially assembles pusher shoe and substrate, location-plate side is convexly equipped with sliding bar, sliding bar contraposition embeds the oblique guide groove of pusher shoe, the each spacing guide rod in each limit sliding chutes substrate side, pusher shoe surface embeds, when pusher shoe is in the position farthest away from substrate front end, the top, grafting space below space bottom inner frame is inserted higher than cabinet inside in the bottom, docking side of adapter; When pusher shoe is in the position near substrate front end, more than one sliding bar in oblique guide groove driving location-plate is towards bottom offset, interlock location-plate also drives adapter towards bottom offset, and docking side extend out to grafting space, after making pusher shoe anterior-posterior translation, drive location-plate and adapter upper and lower displacement.
Description
Technical field
The utility model relates to a kind of adapter drive unit, espespecially adapter side assembling driving mechanism, by the pusher shoe anterior-posterior translation in driving mechanism, drive the location-plate in driving mechanism and adapter upper and lower displacement, adapter is plugged by the side of cabinet, reaches the object of adapter easily movable plug in cabinet.
Background technology
Now under the trend of network high in the clouds technology, personal computer and server science and technology are grown up with the speed of making rapid progress, its personal computer and server development trend mainly strong towards calculation function, that speed is fast and volume is little direction stride forward, and be all the movable machine box for server that is accommodated with in each laminate grafting space of normal framework formula server, and make each server unit be interconnected with one another the multitask producing server, so, can by whole device servo-drive system as being a large rack.
The height of current machine box for server is distinguished into 1U, 2U, four kinds of specifications such as 3U and 4U, wherein so-called U (Unit) is just used to the height of a definition Rack Unit, substantially the rack width of 1U is 19 inches, it is highly then 4.445cm, and the width of 2U is also 19 inches, it is highly then 8.89cm, the rest may be inferred for its specification, therefore, the specification limit being all unified size space at server is fixed, can apply for selecting appropriate server cabinet, and most machine box for server can be installed in larger electric cabinet inside by general dealer jointly, with the management of convenient service device, the operations such as maintenance, but, the adapter install server internal or hard disk etc. plug, when the operation such as to substitute, after the outer cover panel of cabinet must being taken apart, adapter could be supplied, hard disks etc. are in vertical longitudinal plug, substitute, adapter or hard disk etc. is not only caused to plug, the operation trouble of substituting, and during actual job, be easily subject to the impact of each server of electric cabinet interior periphery, directly in electric cabinet, the outer cover panel of machine box for server cannot be taken apart, after then server must being taken out electric cabinet, just outer for machine box for server cover panel can be taken apart, for the plug carrying out adapter, substitute, again enclosing cover dial hood is overlying on server after completing, again server is reloaded in electric cabinet, operation is quite consuming time, take a lot of work and inconvenience, then those skilled in the art must think deeply how in the limited space of electric cabinet, reduce the difficulty of the disassembling, assembling and replacing such as adapter or hard disk of multiple machine box for server inside, do not need server to take out electric cabinet if can design, directly can carry out the plug of adapter or hard disk, substitute operation, and when there is effect of simpler and easy maintenance and replacing, must effectively reduce electronic component in various cabinet (as adapter, hard disk etc.) and connecting interface etc. plug, the speed of substituting or safeguard and cost, be need to be engaged in this journey dealer desire most ardently the key point that research improves.
Utility model content
Inventor is in view of the problem on above-mentioned existing cabinet panel fast assembling-disassembling and disappearance, collect related data via in many ways assessing and considering, and utilize the research and development experience for many years engaging in the industry constantly to study and amendment, begin to design this kind of adapter drive unit.
Fundamental purpose of the present utility model is the location-plate of this adapter side assembling driving mechanism, the sliding bar contraposition of location-plate side projection embeds the oblique guide groove in pusher shoe, pusher shoe surface is provided with more than one limit sliding chutes, substrate side surfaces is convexly equipped with more than one the spacing guide rod be nested with for limit sliding chutes, pusher shoe can be made to make anterior-posterior translation with limit sliding chutes along the spacing guide rod in substrate, and drive sliding bar and location-plate upper and lower displacement by the oblique guide groove of pusher shoe, location-plate drives adapter upper and lower displacement simultaneously, when this pusher shoe is in the position farthest away from this substrate front end, the bottom, docking side of this adapter is higher than top, grafting space, and when this pusher shoe is in the position near this substrate front end, this oblique guide groove drives more than one sliding bar in this location-plate towards bottom offset, this location-plate of interlock also drives this adapter towards bottom offset, and this docking side extend out in grafting space, so, utilize the space on front side of cabinet to get final product operation, and by needing the vertical contraposition grafting of greater room, and then the object of adapter easily movable plug in cabinet need not be reached.
Secondary objective of the present utility model is that this pusher shoe is provided with more than one oblique guide groove and more than one limit sliding chutes of adjacent spaces arrangement in surface, and more than one oblique guide groove and more than one limit sliding chutes are equally or the arrangement of non-equidistance adjacent spaces, limit sliding chutes is that anterior-posterior horizontal extends shape, and oblique guide groove extends shape in towards front lower place, then pusher shoe can utilize the limit sliding chutes of horizontal-extending to move forward and backward along the spacing guide rod of substrate, the sliding bar of the oblique guide groove promotion location-plate of recycling pusher shoe moves to front lower place by back upper place, just the location-plate of tool sliding bar can be allowed to move down together with adapter, extend out in grafting space for docking side bottom adapter, and allow docking side contraposition electrically be plugged in electric connector below cabinet guide groove, adapter then can be facilitated by the spigot laterally turnover of cabinet side, do not need to take cover of electric equipment casing panel apart, can for the plug of adapter, it is more convenient to substitute.
Another object of the present utility model is to be convexly equipped with plug-in card plate bottom the opposite side of this location-plate relative to docking side, what adapter was inserted in cabinet inserts in space, and insert space bottom inner frame surface be provided with before and after extend multiple guide groove of substrate slippage and side thereof wear groove, inner frame surface is respectively equipped with fixing slot again inside each guide groove, this guide groove position is to should substrate, this is worn slot and puts docking side, this fixing slot position is to should plug-in card plate, when adapter and driving mechanism are inserted into precalculated position, plant and wear groove through this to side should be docked and be in grafting spatiality, this plug-in card plate is planted through this fixing slot, when adapter and driving mechanism are not inserted into precalculated position, this grafting spatiality is departed to side should be docked, now this plug-in card plate departs from this fixing slot, cannot be able to move down because being held in inner frame when plug-in card plate moves down, docking side can be avoided to move down collision and to produce damage, also can reach the object of protection docking side.
What another object of the present utility model was that this adapter is inserted in cabinet inserts in space, and insert multiple guide grooves that space bottom inner frame surface is provided with the slippage of front and back extension substrate, the spacing slide rail extended before and after the corresponding each guide groove of cabinet end face is respectively equipped with, and rear, location-plate top is provided with the location guide pin that contraposition slips into spacing slide rail, when adapter and driving mechanism are not inserted into precalculated position, to should the docking side of adapter not to should the state of electric connector, now locating guide pin, to be subject to spacing slide rail spacing, and location-plate cannot move down, when adapter and driving mechanism are inserted into precalculated position, to should the docking side of adapter to should the state of electric connector, now locate guide pin and depart from spacing slide rail, location-plate just can move down, and then docking side can be avoided to move down collision generation damage, the object of protection docking side can be reached.
An object more of the present utility model is that the tenon seat on front side of this adapter is fastened in the holding division rear in location-plate, stator is utilized to grip on rear side of adapter, stator can along with the change in size of adapter varying sized size, location-plate is coordinated really to be clamped and fastened on the both sides of adapter for stator, then location-plate for adapter assembling location that is multi-form or size, just can reach the object of improving product applicability.
For achieving the above object, the adapter drive unit that the utility model provides comprises cabinet, adapter and driving mechanism, this cabinet inside has inserts space, insert space bottom and be provided with inner frame, this insert space bottom inner frame surface be provided with run through wear groove, be provided with circuit board below inner frame, between inner frame and circuit board, be formed with grafting space, then be provided with in circuit board and correspondingly respectively respectively wear groove and electric connector in this grafting space;
This adapter one side surface, for this driving mechanism of assembling, is convexly equipped with docking side bottom this adapter; And
This driving mechanism comprises the location-plate being assembled in this adapter side, be assembled in the pusher shoe of this location-plate another side and the substrate for the assembling of this pusher shoe, this pusher shoe translation gliding is arranged at this substrate side, this location-plate vertical sliding motion is arranged at this substrate side, the side of this location-plate this pusher shoe contiguous is convexly equipped with more than one sliding bar, this pusher shoe surface is provided with the limit sliding chutes that more than one anterior-posterior horizontal extends, and more than one the oblique guide groove embedded for this sliding bar contraposition is provided with in the adjacent each limit sliding chutes place of this pusher shoe, this substrate side surfaces is convexly equipped with more than one the spacing guide rod be nested with for this limit sliding chutes, when this pusher shoe is in the position farthest away from this substrate front end, the bottom, docking side of this adapter is higher than this top, grafting space, when this pusher shoe is in the position near this substrate front end, this oblique guide groove drives more than one sliding bar in this location-plate towards bottom offset, and this location-plate of interlock also drives this adapter towards bottom offset, and this docking side extend out in this grafting space.
In an embodiment of the present utility model, this pusher shoe is provided with adjacent, spaced more than one oblique guide groove and more than one limit sliding chutes in surface, and more than one oblique guide groove and more than one limit sliding chutes are equally or non-equidistance arrangement, this oblique guide groove extends shape in towards front lower place.
In an embodiment of the present utility model, this adapter front end is provided with tenon seat, this location-plate is assembled in this adapter one side, be bent with the holding division fixed for the tenon seat on front side of this adapter on front side of this location-plate, the rear of this location-plate this adapter adjacent is provided with the stator for gripping this adapter rear end again.
In an embodiment of the present utility model, this grafting space bottom inner frame surface is provided with fixing slot, is convexly equipped with plug-in card plate bottom the opposite side of the location-plate in this driving mechanism relative to this docking side, and this fixing slot position is to should plug-in card plate; When this docking side plant wear groove through this and be in grafting space time, this plug-in card plate is planted through this fixing slot; And when this docking side departs from this grafting space, this plug-in card plate departs from this fixing slot.
In an embodiment of the present utility model, this grafting space bottom inner frame surface is provided with guide groove, and this guide groove position is to should substrate, extended in this inner frame surface and for this substrate slippage before and after this guide groove.
In an embodiment of the present utility model, the spacing slide rail extended before and after this cabinet end face correspondence is provided with, and this rear, location-plate top is provided with the location guide pin that contraposition slips into this spacing slide rail; When this adapter docking side not to should electric connector time, this location guide pin is limited to this spacing slide rail; And when this adapter docking side to should electric connector time, this location guide pin departs from this spacing slide rail.
In an embodiment of the present utility model, this grafting space bottom inner frame surface is provided with guide groove, and this guide groove position is to should substrate, extended in this inner frame surface and for this substrate slippage before and after this guide groove.
In an embodiment of the present utility model, this grafting space bottom inner frame surface is provided with fixing slot, is convexly equipped with plug-in card plate bottom the opposite side of the location-plate in this driving mechanism relative to this docking side, and this fixing slot position is to should plug-in card plate; When this docking side plant wear groove through this and be in grafting space time, this plug-in card plate is planted through this fixing slot; And when this docking side departs from this grafting space, this plug-in card plate departs from this fixing slot.
Accompanying drawing explanation
Fig. 1 is stereo appearance figure of the present utility model;
Fig. 2 is three-dimensional exploded view of the present utility model;
Fig. 3 is the three-dimensional exploded view at another visual angle of the utility model;
Fig. 4 is the stereo appearance figure of the utility model preferred embodiment;
Fig. 5 is the three-dimensional exploded view of the utility model preferred embodiment;
Fig. 6 is the three-dimensional exploded view at another visual angle of the utility model preferred embodiment;
Side view when Fig. 7 is the passing of the utility model driving mechanism;
Fig. 8 is the side view after the utility model driving mechanism is passed.
Description of reference numerals: 1-adapter; 11-docks side; 12-tenon seat; 2-driving mechanism; 21-location-plate; 211-sliding bar; 212-plug-in card plate; 213-stator; 214-holding division; 215-locates guide pin; 22-pusher shoe; 220-limit sliding chutes; 221-handle; 2210-hook hole; 2211-side plate; The oblique guide groove of 222-; 23-substrate; The spacing guide rod of 231-; 232-lid; 233-panel; 234-support slot; 3-cabinet; 30-inserts space; 301-socket; 31-inner frame; 310-guide groove; 311-wears groove; 312-fixing slot; 32-circuit board; 320-grafting space; 321-electric connector; The spacing slide rail of 33-.
Embodiment
For reaching above-mentioned purpose and effect, the technological means that the utility model adopts and structure thereof, just preferred embodiment of the present utility model of hereby drawing illustrates that its structure is as follows with function in detail.
As shown in Figure 1, Figure 2, Figure 3 shows, find out by knowing in figure, the adapter drive unit that the utility model provides comprises adapter 1, driving mechanism 2 and cabinet 3, wherein:
This adapter 1 is convexly equipped with docking side 11 in side, bottom, then is provided with tenon seat 12 above adapter 1 front end.
This driving mechanism 2 comprises the location-plate 21 being assembled in adapter 1 side, be assembled in the pusher shoe 22 of location-plate 21 another side and assemble in the movable substrate 23 passed for pusher shoe 22, this pusher shoe 22 translation gliding is arranged at this substrate 23 side, this location-plate 21 vertical sliding motion is arranged at this substrate 23 side, and the side of location-plate 21 adjacent pusher shoes 22 is convexly equipped with more than one sliding bar 211, plug-in card plate 212 is then convexly equipped with bottom the opposite side of location-plate 21 relative to docking side 11, the rear of the adjacent adapter 1 of location-plate 21 is provided with the stator 213 for gripping adapter 1 rear end again, holding division 214 is bent with on front side of location-plate 21, and rear, location-plate 21 top is provided with location guide pin 215, and be provided with handle 221 on front side of the pusher shoe 22 being assembled in location-plate 21 side, and handle 221 surface is provided with hook hole 2210, side plate 2211 is extended with towards side vertical direction above handle 221, the limit sliding chutes 220 that more than one anterior-posterior horizontal extends is provided with again in pusher shoe 22 surface, adjacent each limit sliding chutes 220 place of pusher shoe 22 is provided with more than one and extends the oblique guide groove 222 embedded for sliding bar 211 contraposition towards front lower place, pusher shoe 22 is provided with more than one oblique guide groove 222 and the limit sliding chutes 220 of adjacent spaces arrangement in surface, and more than one oblique guide groove 222 and more than one limit sliding chutes 220 are equally or the arrangement of non-equidistance adjacent spaces, and more than one the spacing guide rod 231 be nested with for limit sliding chutes 220 is convexly equipped with in substrate 23 side, separately be provided with lid 232 in substrate 23 front side top, panel 233 is provided with below lid 232, the side of panel 233 adjacent substrate 23 is provided with longitudinal support slot 234.
This cabinet 3 inside has inserts space 30, and by inserting the socket 301 being provided with outside transmission on front side of space 30, inner frame 31 is provided with again in inserting bottom space 30, extend before and after inner frame 31 surface is provided with and multiple guide grooves 310 of the corresponding each substrate 23 in position, each guide groove 310 side run through be provided with position correspond to docking side 11 wear groove 311, inner frame 31 surface is respectively equipped with the fixing slot 312 of the corresponding plug-in card plate 212 in position again on rear side of each guide groove 310, each fixing slot 312 is parallel to being positioned at each guide groove 310 respectively, circuit board 32 is provided with below inner frame 31, and be formed with grafting space 320 between inner frame 31 and circuit board 32, the corresponding multiple electric connectors 321 respectively wearing groove 311 are respectively provided with again in circuit board 32, at least one the spacing slide rail 33 extended before and after cabinet 3 end face correspondence is provided with.
Below describes and is only described with solid memder citing, but not as limit; When above-mentioned each component is assembled, location-plate 21 in adapter 1 side assembling driving mechanism 2, and pusher shoe 22 is arranged in support slot 234 place of substrate 23, the sliding bar 211 of the another side of location-plate 21 embeds in the oblique guide groove 222 in pusher shoe 22, and spacing guide rod 231 contraposition of the surface of substrate 23 embeds in the limit sliding chutes 220 in pusher shoe 22, be anterior-posterior translation by pusher shoe 22 in substrate 23 side, location-plate 21 can be driven to be upper and lower displacement together with adapter 1, adapter 1 and driving mechanism 2 groups can be utilized to form the utility model.
Tenon seat 12 on front side of adapter 1 is fastened in holding division 214 rear in location-plate 21, stator 213 is utilized to grip on rear side of adapter 1, this stator 213 can utilize screw locking mode to be locked on location-plate 21 surface, and stator 213 can along with the change in size of adapter 1 varying sized size, coordinate location-plate 21 to be really clamped and fastened on the both sides of adapter 1 for stator 213.
As Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8, find out by knowing in figure, insert the socket 301 of cabinet 3 when adapter 1 and driving mechanism 2 horizontal shift contraposition and be moved to and insert in space 30, substrate 23 is along each guide groove 310 slippage in cabinet 3, and guide pin 215 contraposition is respectively located when slipping into the spacing slide rail 33 in cabinet 3 in location-plate 21 top, the docking side 11 of this adapter 1 is not to should electric connector 321, now this location guide pin 215 is limited to this spacing slide rail 33, when being inserted into precalculated position to adapter 1 and driving mechanism 2, the docking side 11 of this adapter 1 is to should electric connector 321, location guide pin 215 displacement departs from spacing slide rail 33, then can utilize pusher shoe 22 when the hook hole 2210 of handle 221 drives by external force, namely drive pusher shoe 22 at the support slot 234 place anterior-posterior translation of substrate 23, more than one limit sliding chutes 220 simultaneously in pusher shoe 22 is arranged in one of substrate 23 with upper limit guide rod 231 place's slippage, when pusher shoe 22 is in the position farthest away from this substrate 23 front end, adapter 1 is positioned at substrate 23 side, and the bottom, docking side 11 in adapter 1 is higher than this top, grafting space 320, corresponding pusher shoe 22 displacement backwards and correspondence are in the location status near this substrate 23 front end, more than one sliding bar 211 in more than one in pusher shoe 22 oblique guide groove, 222 driving location-plates 21 is towards bottom offset, sliding bar 211 moves to front lower place by the back upper place of oblique guide groove 222, pushing and pressing interlock location-plate 21 is towards bottom offset, adapter 1 can be driven synchronous towards bottom offset by location-plate 21, extend out in grafting space 320 for docking side 11 bottom adapter 1, and allow docking side 11 contraposition electrically be plugged in the electric connector 321 worn below groove 311, plant and wear groove 311 through this and be in grafting space 320 in this docking side 11, plug-in card plate 212 bottom this location-plate 21 is planted through the fixing slot 312 of this inner frame 31, and when the position that pusher shoe 22 pulls correspondence to be in farthest away from this substrate 23 front end forward, pusher shoe 22 and oblique guide groove 222 and above-mentioned opposite direction start, allow on location-plate 21 and adapter 1 and move, dock bottom adapter 1 side 11 moves and depart from electric connector 321 and be retracted to substrate 23 side, this docking side 11 departs from this grafting space 320, and plug-in card plate 212 departs from fixing slot 312, then drive adapter 1 after the inserting and carry out anterior-posterior translation grafting in space 30 of cabinet 3 by driving mechanism 2, recycling pusher shoe 22 anterior-posterior translation drives adapter 1 upper and lower displacement, reach the electrical grafting of electric connector 321 of adapter 1 and cabinet 3 or the object of disengaging, not only need not take the casing of cabinet 3 outside apart, and effectively utilize the space on front side of cabinet 3 to get final product operation, and need not by needing the vertical contraposition grafting of greater room, to reach the object of adapter 1 easily movable plug in cabinet 3.
Guide pin 215 contraposition is respectively located when slipping into the spacing slide rail 33 in cabinet 3 in above-mentioned location-plate 21 top, if adapter 1 and driving mechanism 2 are not inserted into precalculated position, namely pusher shoe 22 is promoted, docking side 11 now in adapter 1 not yet aligns the electric connector 321 in cabinet 3, because location guide pin 215 is subject to the spacing location-plate 21 that just cannot drive of spacing slide rail 33 and moves down, when adapter 1 and driving mechanism 2 are inserted into precalculated position (the corresponding electric connector 321 in the docking side 11 in adapter 1), location guide pin 215 departs from spacing slide rail 33 location-plates 21 and can move down, and then docking side 11 can be avoided to move down collision generation damage, the object of protection docking side 11 can be reached, and the plug-in card plate 212 in location-plate 21 is not when adapter 1 and driving mechanism 2 are inserted into precalculated position, because not yet align the fixing slot 312 of cabinet 3, so cannot be able to move down because being held in inner frame 31 when plug-in card plate 212 moves down, when adapter 1 and driving mechanism 2 are inserted into precalculated position, plug-in card plate 212 just can move down and insert fixing slot 312, docking side 11 can be avoided to move down collision and to produce damage, also can reach the object of protection docking side 11.
Then the adapter 1 of cabinet 3 inside plugs, substitute or maintenance activity time, will not take apart the outer cover panel of cabinet 3 outside, driving mechanism 2 can be utilized to have driven the plug operation of adapter 1, can reach and save time, the effect of saving of labor, and the plug of adapter 1 is carried out in the side of cabinet 3, unlikelyly be subject on cabinet 3, the impact of lower locus, even if multiple cabinet 3 is presented, push-down stack is installed in large electric rack, also the plug operation of adapter 1 conveniently can be completed by cabinet 3 side, the inner adapter of cabinet 31 for large electric interior of equipment cabinet carries out follow-up plug, substitute or the operation such as maintenance all quite convenient.
The foregoing is only better possible embodiments of the present utility model; non-ly therefore namely limit to protection domain of the present utility model; therefore such as use the utility model instructions and graphic content to do to fly equivalent structure change, be all in like manner all contained in protection domain of the present utility model, close and give Chen Ming.
In sum, the above-mentioned adapter drive unit that the utility model provides is for really can reach its effect and object, therefore the utility model is really the utility model of a practicality excellence, meets the application important document of new patent in fact, files an application in whence in accordance with the law.
Claims (8)
1. an adapter drive unit, comprises cabinet, adapter and driving mechanism, it is characterized in that:
This cabinet inside has inserts space, insert space bottom and be provided with inner frame, this insert space bottom inner frame surface be provided with run through wear groove, circuit board is provided with below inner frame, be formed with grafting space between inner frame and circuit board, then be provided with in circuit board and correspondingly respectively respectively wear groove and electric connector in this grafting space;
This adapter one side surface, for this driving mechanism of assembling, is convexly equipped with docking side bottom this adapter; And
This driving mechanism comprises the location-plate being assembled in this adapter side, be assembled in the pusher shoe of this location-plate another side and the substrate for the assembling of this pusher shoe, this pusher shoe translation gliding is arranged at this substrate side, this location-plate vertical sliding motion is arranged at this substrate side, the side of this location-plate this pusher shoe contiguous is convexly equipped with more than one sliding bar, this pusher shoe surface is provided with the limit sliding chutes that more than one anterior-posterior horizontal extends, and more than one the oblique guide groove embedded for this sliding bar contraposition is provided with in the adjacent each limit sliding chutes place of this pusher shoe, this substrate side surfaces is convexly equipped with more than one the spacing guide rod be nested with for this limit sliding chutes, when this pusher shoe is in the position farthest away from this substrate front end, the bottom, docking side of this adapter is higher than this top, grafting space, when this pusher shoe is in the position near this substrate front end, this oblique guide groove drives more than one sliding bar in this location-plate towards bottom offset, and this location-plate of interlock also drives this adapter towards bottom offset, and this docking side extend out in this grafting space.
2. adapter drive unit according to claim 1, it is characterized in that, this pusher shoe is provided with adjacent, spaced more than one oblique guide groove and more than one limit sliding chutes in surface, and more than one oblique guide groove and more than one limit sliding chutes are equally or non-equidistance arrangement, this oblique guide groove extends shape in towards front lower place.
3. adapter drive unit according to claim 1, it is characterized in that, this adapter front end is provided with tenon seat, this location-plate is assembled in this adapter one side, be bent with the holding division fixed for the tenon seat on front side of this adapter on front side of this location-plate, the rear of this location-plate this adapter adjacent is provided with the stator for gripping this adapter rear end again.
4. adapter drive unit according to claim 1, it is characterized in that, this grafting space bottom inner frame surface is provided with fixing slot, is convexly equipped with plug-in card plate bottom the opposite side of the location-plate in this driving mechanism relative to this docking side, and this fixing slot position is to should plug-in card plate; When this docking side plant wear groove through this and be in grafting space time, this plug-in card plate is planted through this fixing slot; And when this docking side departs from this grafting space, this plug-in card plate departs from this fixing slot.
5. adapter drive unit according to claim 4, is characterized in that, this grafting space bottom inner frame surface is provided with guide groove, and this guide groove position is to should substrate, extended in this inner frame surface and for this substrate slippage before and after this guide groove.
6. adapter drive unit according to claim 1, is characterized in that, the spacing slide rail extended before and after this cabinet end face correspondence is provided with, and this rear, location-plate top is provided with the location guide pin that contraposition slips into this spacing slide rail; When this adapter docking side not to should electric connector time, this location guide pin is limited to this spacing slide rail; And when this adapter docking side to should electric connector time, this location guide pin departs from this spacing slide rail.
7. adapter drive unit according to claim 6, is characterized in that, this grafting space bottom inner frame surface is provided with guide groove, and this guide groove position is to should substrate, extended in this inner frame surface and for this substrate slippage before and after this guide groove.
8. adapter drive unit according to claim 7, it is characterized in that, this grafting space bottom inner frame surface is provided with fixing slot, is convexly equipped with plug-in card plate bottom the opposite side of the location-plate in this driving mechanism relative to this docking side, and this fixing slot position is to should plug-in card plate; When this docking side plant wear groove through this and be in grafting space time, this plug-in card plate is planted through this fixing slot; And when this docking side departs from this grafting space, this plug-in card plate departs from this fixing slot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520182694.5U CN204613838U (en) | 2015-03-30 | 2015-03-30 | Adapter drive unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520182694.5U CN204613838U (en) | 2015-03-30 | 2015-03-30 | Adapter drive unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204613838U true CN204613838U (en) | 2015-09-02 |
Family
ID=53966379
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520182694.5U Expired - Fee Related CN204613838U (en) | 2015-03-30 | 2015-03-30 | Adapter drive unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204613838U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111755034A (en) * | 2020-05-11 | 2020-10-09 | 中科可控信息产业有限公司 | Screw fast assembly device is exempted from to hard disk |
-
2015
- 2015-03-30 CN CN201520182694.5U patent/CN204613838U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111755034A (en) * | 2020-05-11 | 2020-10-09 | 中科可控信息产业有限公司 | Screw fast assembly device is exempted from to hard disk |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20150902 |