CN103324247B - A kind of docking station and electronic equipment - Google Patents
A kind of docking station and electronic equipment Download PDFInfo
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- CN103324247B CN103324247B CN201210080997.7A CN201210080997A CN103324247B CN 103324247 B CN103324247 B CN 103324247B CN 201210080997 A CN201210080997 A CN 201210080997A CN 103324247 B CN103324247 B CN 103324247B
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Abstract
The invention discloses a kind of docking station and electronic equipment, wherein, the docking station includes：Body；Middleware, is connected with body, and middleware has a groove, and groove is used for the insertion for receiving an electronic equipment；First connector, is arranged on the first position of the bottom of groove；First connector has the first latched position and the first non-locked position；Second connector, is arranged on the second places different from first position of the bottom of groove；Second connector has the second latched position and the second non-locked position, wherein, when electronic equipment is inserted into groove, the first connector is located at the first latched position, and the second connector is located at the second latched position, so that electronic equipment is fixed in groove；Button, is arranged on middleware；Synchronous component, is connected with the first connector and the second connector, is located at the first non-locked position for the connector of Synchronization Control first when the button is pressed and the second connector is located at the second non-locked position, so that electronic equipment departs from groove.
Description
Technical field
The present invention relates to electronic technology field, more particularly to a kind of docking station and electronic equipment.
Background technology
With the development of global IT application technology, electronic equipment has fully penetrated into the life of people.Many electronics
Device product, such as notebook, mobile phone, PAD etc., because it has portable feature, so as the communication work widely popularized
Tool.
In many cases, a machine can realize a variety of applications, such as, and PAD is inserted on main frame, then can work as PAD
Display is used, and if it taken out from main frame, can be used alone again.In the prior art, generally will using docking station
Display lock is scheduled on main frame, and then makes user's convenient use.
During technical scheme in realizing the embodiment of the present application, inventor has found that prior art at least has following lack
Point：
In the prior art, a docking station can incited somebody to action with that may include multiple connectors in respective hosts and on display
When display takes out from main frame, the disengaging time of each possible connector be it is different, first, can cause display from
Take out not convenient on main frame；Second the abrasion of the docking station is also resulted in.
The content of the invention
The present invention provides a kind of docking station and electronic equipment, is taken out not from main frame to solve display in the prior art
Easily technical problem.
On the one hand, there is provided following technical scheme for one embodiment of the invention by the application：
A kind of docking station, including：
Body；
Middleware, is connected with the body, and the middleware has a groove, and the groove is used to receive an electronic equipment
Insertion；
First connector, is arranged on the first position of the bottom of the groove；First connector has the first locking
Position and the first non-locked position；
Second connector, is arranged on the second places different from the first position of the bottom of the groove；Described
Two connectors have the second latched position and the second non-locked position, wherein, when the electronic equipment is inserted into the groove
When, first connector is located at first latched position, and second connector is located at second latched position, so that
The electronic equipment is fixed in the groove；
Button, is arranged on the middleware；
Synchronous component, is connected with first connector and the second connector, for same when the button is pressed
Step control first connector is located at first non-locked position and second connector is located at the described second non-lock
Positioning is put, so that the electronic equipment departs from the groove.
Further, the synchronous component, is specifically included：
First rack；
Gear, is arranged on first rack surface；
Second rack, is arranged at the gear surface；
First pull bar, the first end of first pull bar is connected to first rack, first pull bar
Second end is connected to first connector；
Second pull bar, the first end of second pull bar is connected to second rack, second pull bar
Second end is connected to second connector；
Wherein, when the button is pressed, first connector is controlled to be moved to described first to first direction non-
Latched position, so that first pull bar is moved to the first direction, so as to control first rack to described first
Direction is moved, to control second rack to be moved to second direction by the gear, so as to control second pull bar
Moved to the second direction, and then control the second connector synchronizing moving to second non-locked position, wherein, institute
It is opposite direction to state first direction and the second direction.
Further, the docking station also includes：
First elastic element, is arranged at the second end of first connector；
Second elastic element, is arranged at the first end of second connector.
Further, the button, is specifically included：
4th elastic element, is arranged at the middleware surface；
Wedge-shaped element, is arranged at the 4th elastic element surface, and the first end of the wedge-shaped element is connected to described
The first end of a connection piece, the second end of the wedge-shaped element is connected to the second end of second connector.
Further, the first end of the wedge-shaped element is in the first inclined-plane that upper end is wide, lower end is narrow；The wedge-shaped element
Second end is in the second narrow inclined-plane of the wide lower end in upper end.
Further, the second end of first connector is in the 3rd inclined-plane that upper end is narrow, lower end is wide, the 3rd inclined-plane
It is corresponding with first inclined-plane；The first end of second connector is in the 4th inclined-plane that upper end is narrow, lower end is wide, and the described 4th is oblique
Face is corresponding with second inclined-plane；
Wherein, when the button is pressed, the cooperation based on first inclined-plane and the 3rd inclined-plane promotes described
First connector is moved to the first direction, and then promotes first elastic element to be compressed to the first direction, so that
First connector is set to be moved to first non-locked position from first latched position；Based on second inclined-plane and
The cooperation on the 4th inclined-plane, promotes second connector to be moved to the second direction, and then promotes second elasticity
Device compresses to the second direction, so as to be moved to described second from second latched position non-for second connector
Latched position.
Further, the first end of the wedge-shaped element is in the 5th inclined-plane that upper end is narrow, lower end is wide；The wedge-shaped element
Second end is in the 6th inclined-plane that upper end is narrow, lower end is wide.
Further, the second end of first connector is in the 7th inclined-plane that upper end is wide, lower end is narrow, the 7th inclined-plane
It is corresponding with the 5th inclined-plane；The first end of second connector is in the 8th inclined-plane that upper end is wide, lower end is narrow, and the described 8th is oblique
Face is corresponding with the 6th inclined-plane；
Wherein, when the button maintains the original state, the cooperation based on the 5th inclined-plane and the 7th inclined-plane makes described
First elastic element is in compressive state, so that first connector is in first latched position；Based on described
The cooperation on six inclined-planes and the 8th inclined-plane, so that second connector is in second latched position；
When the button is pressed, elastic force based on first elastic element promotes first connector to described
First direction is moved, so that first connector is moved to first non-locked position from first latched position；
Elastic force based on second elastic element promotes second connector to be moved to the second direction, so that described second
Connector is moved to second non-locked position from second latched position.
On the other hand, the application provides following technical scheme by another embodiment of the application：
A kind of electronic equipment, including：
First main body；
Second main body, first main body can be connected with second main body, and first main body can and institute
State the separation of the second main body；Second main body includes：
Body；
Middleware, is connected with the body, and the middleware has a groove, and the groove is used to receive the described in first
The insertion of one main body；
First connector, is arranged on the first position of the bottom of the groove；First connector has the first locking
Position and the first non-locked position；
Second connector, is arranged on the second places different from the first position of the bottom of the groove；Described
Two connectors have the second latched position and the second non-locked position, wherein, when first main body is inserted into the groove
When, first connector is located at first latched position, and second connector is located at second latched position, so that
First main body is fixed on the connection that first main body and second main body are realized in the groove；
Button, is arranged on the middleware；
Synchronous component, is connected with first connector and the second connector, for same when the button is pressed
Step control first connector is located at first non-locked position and second connector is located at the described second non-lock
Positioning is put, so that first main body departs from the separation that the groove realizes first main body and second main body.
Further, the synchronous component, is specifically included：
First rack；
Gear, is arranged on first rack surface；
Second rack, is arranged at the gear surface；
First pull bar, the first end of first pull bar is connected to first rack, first pull bar
Second end is connected to first connector；
Second pull bar, the first end of second pull bar is connected to second rack, second pull bar
Second end is connected to second connector；
Wherein, when the button is pressed, first connector is controlled to be moved to described first to first direction non-
Latched position, so that first pull bar is moved to the first direction, so as to control first rack to described first
Direction is moved, to control second rack to be moved to second direction by the gear, so as to control second pull bar
Moved to the second direction, and then control the second connector synchronizing moving to second non-locked position, wherein, institute
It is opposite direction to state first direction and the second direction.
Further, second main body, in addition to:
First elastic element, is arranged at the second end of first connector；
Second elastic element, is arranged at the first end of second connector.
Further, the button, is specifically included：
4th elastic element, is arranged at the middleware surface；
Wedge-shaped element, is arranged at the 4th elastic element surface, and the first end of the wedge-shaped element is connected to described
The first end of a connection piece, the second end of the wedge-shaped element is connected to the second end of second connector.
Further, the first end of the wedge-shaped element is in the first inclined-plane that upper end is wide, lower end is narrow；The wedge-shaped element
Second end is in the second narrow inclined-plane of the wide lower end in upper end.
Further, the second end of first connector is in the 3rd inclined-plane that upper end is narrow, lower end is wide, the 3rd inclined-plane
It is corresponding with first inclined-plane；The first end of second connector is in the 4th inclined-plane that upper end is narrow, lower end is wide, and the described 4th is oblique
Face is corresponding with second inclined-plane；
Wherein, when the button is pressed, the cooperation based on first inclined-plane and the 3rd inclined-plane promotes described
First connector is moved to the first direction, and then promotes first elastic element to be compressed to the first direction, so that
First connector is set to be moved to first non-locked position from first latched position；Based on second inclined-plane and
The cooperation on the 4th inclined-plane, promotes second connector to be moved to the second direction, and then promotes second elasticity
Device compresses to the second direction, so as to be moved to described second from second latched position non-for second connector
Latched position.
Further, the first end of the wedge-shaped element is in the 5th inclined-plane that upper end is narrow, lower end is wide；The wedge-shaped element
Second end is in the 6th inclined-plane that upper end is narrow, lower end is wide.
Further, the second end of first connector is in the 7th inclined-plane that upper end is wide, lower end is narrow, the 7th inclined-plane
It is corresponding with the 5th inclined-plane；The first end of second connector is in the 8th inclined-plane that upper end is wide, lower end is narrow, and the described 8th is oblique
Face is corresponding with the 6th inclined-plane；
Wherein, when the button maintains the original state, the cooperation based on the 5th inclined-plane and the 7th inclined-plane makes described
First elastic element is in compressive state, so that first connector is in first latched position；Based on described
The cooperation on six inclined-planes and the 8th inclined-plane, so that second connector is in second latched position；
When the button is pressed, elastic force based on first elastic element promotes first connector to described
First direction is moved, so that first connector is moved to first non-locked position from first latched position；
Elastic force based on second elastic element promotes second connector to be moved to the second direction, so that described second
Connector is moved to second non-locked position from second latched position.
Further, first main body includes：Include the first hardware system and energy base in the first system, the first system
The first operating system run in first hardware system.
Further, second main body includes：Include the second hardware system and energy base in second system, second system
The second operating system run in second hardware system.
One or more technical schemes that the application is provided, have at least the following technical effects or advantages：
(1) due in the embodiment of the present application, controlling docking station based on synchronous component, and then make electronic equipment and extension
Multiple connector separated in synchronization in depressed place, and then enable electronic equipment is convenient to be taken out from docking station, it will not also cause extension
Depressed place and the abrasion of electronic equipment.
(2) due in the embodiment of the present application, the synchronous component is matched somebody with somebody based on a gear, two racks, two pull bars
Close to realize multiple connector separated in synchronization of electronic equipment and docking station, that is,：If the first connector is in non-locking
Position, then based on corresponding the first pull bar rack will be promoted to be moved to first direction, thus based on gear promote with
Corresponding second rack of second connector and the second pull bar are moved to the second direction opposite with first direction, so that second
Connector is also at non-locked position, so, the action of user's pressing keys enables to first connector and described
Two connectors must synchronously be in the non-locking state.Even (such as, button is long is applied to for the action of user's pressing keys
Power thereon is uneven to cause button integrally to sink) cause the connector of button side to be in non-locking state can also to lead to
Crossing the synchronous regime causes the connector of button opposite side to be synchronously in non-locking state.So it is easy to operate, and spirit
Sensitivity is high, seldom there is a situation where error.
(3) due in the embodiment of the present application, triggering the first connector using button and the second connector is in locking bit
Put or non-locked position, so operation is simple, be user-friendly.
Brief description of the drawings
Figure 1A is the explosive view of docking station in the embodiment of the present application one；
Figure 1B is the constitutional diagram of docking station in the embodiment of the present application one；
Fig. 1 C are the first latched position of docking station, the first non-locked position, the second locking bit in the embodiment of the present application one
Put the partial enlarged drawing with the second non-locked position；
Fig. 2A is the explosive view of synchronous component in the embodiment of the present application one；
Fig. 2 B are the constitutional diagram of synchronous component in the embodiment of the present application one；
Fig. 3 includes the first elastic element, the structure chart of the second elastic element for docking station in the embodiment of the present application one；
Fig. 4 is the explosive view of button in the embodiment of the present application one；
Fig. 5 is the first cooperation figure of wedge-shaped element and the first connector, the second connector in the embodiment of the present application one；
Fig. 6 is the first cooperation based on wedge-shaped element and the first connector, the second connector in the embodiment of the present application one
The schematic diagram for promoting first connector to be moved to first direction；
Fig. 7 is wedge-shaped element and the first connector, second of cooperation figure of the second connector in the embodiment of the present application one；
Fig. 8 is second of cooperation based on wedge-shaped element and the first connector, the second connector in the embodiment of the present application one
The schematic diagram for promoting first connector to be moved to first direction；
Fig. 9 is the structure chart of docking station in the embodiment of the present application two；
Figure 10 is the explosive view of docking station in the embodiment of the present application two；
Figure 11 is the structure chart of electronic equipment in the embodiment of the present application three；
Figure 12 is the structure chart of notebook computer in the embodiment of the present application four.
Embodiment
In order that the application the technical staff in the technical field is more clearly understood that the application, with reference to specification
Accompanying drawing carries out detailed to the main realization principle of the embodiment of the present invention, specific implementation process and its to the beneficial effect that should be able to be reached
Thin elaboration.
Embodiment one
The embodiment of the present application one provides a kind of docking station, refer to Figure 1A, Figure 1B and Fig. 1 C, wherein, Figure 1A expands to be described
Open up depressed place it is quick-fried according to figure, Figure 1B be the docking station assembling figure, Fig. 1 C be first latched position, the first non-locked position,
The partial enlarged drawing of second latched position and the second non-locked position.
Specifically, the docking station includes following structure：
Body 101；
Middleware 102, is connected with the body 101, and the middleware 102 has a groove 103, and the groove 103 is used
In the insertion for receiving an electronic equipment；In specific implementation process, the middleware 102 movable can connect with the body 101
Connect or be fixedly connected；If body 101 and the flexible connection of middleware 102, then body 101 and middleware 102
For different parts；If body 101 is fixedly connected with middleware 102, then body 101 and middleware 102 are integrated
Design；
First connector 104, is arranged on the first position 103A of the bottom of the groove 103；First connector 104
With the first latched position 104A and the first non-locked position 104B, certainly, the first latched position 104A and the first non-locking position
104B is put based on different conditions, its position is also different, behind will be described in detail；
Second connector 105, is arranged on the seconds different from the first position 103A of the bottom of the groove 103
Put 103B；Second connector 105 has the second latched position 105A and the second non-locked position 105B, wherein, when described
When electronic equipment is inserted into the groove 103, first connector 104 is located at the first latched position 104A, described
Second connector 105 is located at the second latched position 105A, so that the electronic equipment is fixed in the groove 103；
In specific implementation process, based on different conditions, the second latched position 105A, the second non-locked position 105B position not yet
Together, subsequently it will also be described in detail；
Button 106, is arranged on the middleware 102；
Synchronous component 107, is connected with the connector 105 of the first connector 104 and second, for when the button
106 first connectors 104 described in Synchronization Control when being pressed are located at the first non-locked position 104B and described second and connected
Fitting 105 is located at the second non-locked position 104B, so that the electronic equipment departs from the groove 103.
Further, the synchronous component 107, as shown in Figure 2 A and 2 B, wherein Fig. 2A are the quick-fried of synchronous component
Fried figure, Fig. 2 B are the constitutional diagram of synchronous component, in addition to following structure：
First rack 201；
Gear 202, is arranged on the surface of the first rack 201；
Second rack 203, is arranged at the surface of gear 202；
First pull bar 204, the first end of first pull bar 204 is connected to first rack 201, described first
Second end of pull bar 204 is connected to first connector 104；
Second pull bar 205, the first end of second pull bar 205 is connected to second rack 203, described second
Second end of pull bar 205 is connected to second connector 105；
Wherein, when the button 106 is pressed, first connector 104 is controlled to be moved to first direction described
First non-locked position 104B, so that first pull bar 204 is moved to the first direction, so as to control first tooth
Bar 201 is moved to the first direction, to control second rack 203 to be moved to second direction by the gear 202, from
And control second pull bar 205 to be moved to the second direction, and then control the synchronizing moving of the second connector 105 to arrive
The second non-locked position 105B, wherein, the first direction and the second direction are opposite direction.
Further, as shown in figure 3, the docking station is in addition to said structure, following structure can be included：
First elastic element 301, is arranged at the second end of first connector 104；
Second elastic element 302, is arranged at the first end of second connector 105.
Further, as shown in figure 4, the button 106 also includes following structure：
4th elastic element 401, is arranged at the surface of middleware 102；
Wedge-shaped element 402, is arranged at the surface of the 4th elastic element 401, the first end 402A of the wedge-shaped element 402
The second end of first connector 104 is connected to, the second end 402B of the wedge-shaped element 401 is connected to second connection
The first end of part 105.
In specific implementation process, the difference of the shape based on wedge-shaped element 402, the docking station locking electronic equipment
Principle slightly difference, is introduced separately below.
(1) as shown in figure 5, the first end 402A of the wedge-shaped element 402 is in the first inclined-plane that upper end is wide, lower end is narrow
402C；Second end 402B of the wedge-shaped element is in the second narrow inclined-plane 402D of the wide lower end in upper end.In specific implementation process, institute
It can be arc, prismatic etc. to state the first inclined-plane 402C, the second inclined-plane 402D, as long as upper end is wide, lower end is narrow, for its tool
Shape is not restricted；
In this case, the second end 104D of the first connector 104 is in the 3rd inclined-plane 104E that upper end is narrow, lower end is wide,
The 3rd inclined-plane 104E is corresponding with the first inclined-plane 402C；The first end 105C of second connector 105 in upper end it is narrow,
The 4th wide inclined-plane 105E of lower end, the 4th inclined-plane 105E are corresponding with the second inclined-plane 402D；In specific implementation process,
The 3rd inclined-plane 104E, the 4th inclined-plane 105E can be for arc, prismatics etc., as long as upper end is narrow, lower end is wide, can be with described the
One inclined-plane 402C and the second inclined-plane 402D coordinates, and is not restricted for its concrete shape；
As shown in fig. 6, the first position 103A of the groove 103 points are the He of two parts 603 by first connector 104
605；The second place 103B of the groove 103 points are two parts 604 and 606 by second connector 105；
When electronic equipment insert the groove 103 when, its first be caught in part insertion first position 103A at 603
Point；And second is caught in 604 parts that part inserts second place 103B；Wherein, based on button 106 the first inclined-plane 104C and
The 3rd inclined-plane 104E of a connection piece 104 cooperation and the 4th of the second inclined-plane 104D of button 106 and the second connector 105 the
Stress balance between inclined-plane 105E, the electronic equipment is caught in the docking station；Now, where first connector 104
Position is first latched position, and the second connector position is second latched position；
Wherein, when the button 106 is pressed, based on matching somebody with somebody for the first inclined-plane 402C and the 3rd inclined-plane 104E
Close, promote first connector 104 to be moved to the first direction 601, that is, be moved to the left, and then promote described first
Elastic element 301 compresses to the first direction 601, so that first connector 104 is from first latched position
104A is moved to the first non-locked position 104B；Based on matching somebody with somebody for the second inclined-plane 402D and the 4th inclined-plane 105E
Close, promote second connector 105 to be moved to the second direction, and then promote second elastic element 302 to described
Second direction is compressed, so that second connector 105 is moved to the described second non-lock from the second latched position 105A
105B is put in positioning；Now, because the space between position 603 and position 604 is big with time-varying, so the first of electronic equipment is caught in
Device and second is caught in device and can taken out from docking station.
(2) as shown in fig. 7, the first end 402A of the wedge-shaped element 402 is in the 5th inclined-plane that upper end is narrow, lower end is wide
402E；Second end 402B of the wedge-shaped element 502 is in the 6th inclined-plane 402F that upper end is narrow, lower end is wide；In specific implementation process
In, the 5th inclined-plane 402E, the 6th inclined-plane 402F can be right as long as upper end is narrow, lower end is wide for arc, prismatic etc.
It is not restricted in its concrete shape.
In this case, the second end 104D of first connector 104 is in the 7th inclined-plane that upper end is wide, lower end is narrow
104F, the 7th inclined-plane 104F is corresponding with the 5th inclined-plane 402F；The first end 105C of second connector 105 is presented
The 8th inclined-plane 105F for holding wide, lower end narrow, the 8th inclined-plane 105F are corresponding with the 6th inclined-plane 402F, are being embodied
Cheng Zhong, the 7th inclined-plane 104F, the 8th inclined-plane 105F can be for arc, prismatics etc., as long as upper end is narrow, lower end is wide, can be with
The 5th inclined-plane 402E and the 6th inclined-plane 402F coordinate, and are not restricted for its concrete shape.
As shown in figure 8, the first position 103A of the groove 103 points are still two parts by first connector 104
603 and 605；The second place 103B of the groove 103 points are still two parts 604 and 606 by second connector 105；
Wherein, when electronic equipment insert the groove 103 when, its first be caught in part insertion first position 103A at
605 parts；And second is caught in 606 parts that part inserts second place 103B；When the button 106 maintains the original state, it is based on
The cooperation of the 5th inclined-plane 402F and the 7th inclined-plane 104F, make first elastic element 301 be in compressive state, from
And first connector 104 is in the first latched position 104A；Based on the 6th inclined-plane 402F and the described 8th
Inclined-plane 105F cooperation, so that second connector 105 is in the second latched position 105A；
When the button 106 is pressed, the elastic force based on first elastic element 301 promotes first connector
104 move to the first direction 801, that is, move right, so that first connector 104 is locked from described first
Position 104A is moved to the first non-locked position 104B；Elastic force based on second elastic element 105 promotes described the
Two connectors 105 are moved to the second direction 802, that is, are moved to the left, so that second connector 105 is from described
Second latched position 105A is moved to the second non-locked position 105B；Now, the space of position 605 and position 606 becomes big,
So that the first of the electronic equipment is caught in device and second and is caught in device and can synchronously be taken out from the docking station, make described
Electronic equipment is separated with the docking station.
In addition, in specific implementation process, the docking station can not include system, simple support or other is only played
Effect, such as keyboard, support frame etc.；But, the docking station can also include hardware system, and in this hardware system
On the basis of the software systems installed.Now, if electronic equipment includes a system, then if the electronic equipment from this
Separated on docking station, then the electronic equipment can be used as tablet personal computer；And if electronic equipment insertion is described
Docking station, then electronic equipment and docking station combine, can be used, such as the electronic equipment of a dual system again：
Hybrid systems.Certainly, in specific implementation process, how the system for docking station and electronic equipment is set, and the application is not
It is restricted.
Embodiment two
In order that technical staff described in this area can do a understanding in detail to the docking station in the application, the application is real
Applying example two will be discussed in detail based on middleware to make one to the docking station in the application.
Fig. 9 is perspective view, shows the docking station according to the first one exemplary embodiment of the invention；Figure 10 is decomposition view, is shown
Go out each element included according to the docking station of the first one exemplary embodiment of the invention.
Fig. 9, Figure 10 are refer to, the docking station that the embodiment of the present application two is provided includes：Body 10, middleware are (in the middle of wherein
Part includes：Mobile member 20, revolving member 30 and fixing component 40).
Body 10 can be a sliding seat, and it can be fixed to the miscellaneous part that will be connected by docking station.In an example
In, body 10 can have through hole for mode connects for screw to miscellaneous part.Alternatively, body 10 can such as to weld, rivet,
The other modes of bonding etc. are connected to miscellaneous part.
Mobile member 20 may include two sliding parts of energy relative translation such as slip and for limiting two sliding parts
The locating part of the distance of relative translation.In the present embodiment, as illustrated, the first sliding part can be formed in body 10
Slide chamber 22.Predetermined shape, the such as, but not limited to rectangle with chamfering can be had by sliding chamber 22.Second sliding part can be with
It is slide body 21.The first end of slide body 21 can be contained in the slip chamber 22 in the first fixing component 10, the second end
It can be located at and slide outside chamber 22.Slide body 21 can have predetermined shape, such as with sliding the shape that chamber 22 coordinates.This
Slip chamber 22 and slide body 21 in sample, body 10 cooperate so that slide body 21 can be entered in chamber 22 is slided
The one-dimensional linear motion of row, the bearing of trend between the direction of motion and the first end of slide body 21 and the second end is identical.
In the present embodiment, the locating part of mobile member 20 may be formed.As shown in Figures 9 and 10, slide body 21 can
With opening 23 formed therein, catch 11 can be through opening 23 and fixed to the first fixing component 10, so that this will be slided
One end of body 21 is limited in slip chamber 22.
Alternatively, docking station may also include elastic component, so that provide elastic force presses to body 10 by mobile member 20.
In the present embodiment, as shown in Figure 9 and Figure 10, elastic component can be disposed on the first elastic component 12 in opening 23.Elastic component
12 can be spring (as shown in Figure 9 and Figure 10) or other elastomers such as elastic caoutchouc.One end of elastic component 12 can be against
On the side wall of opening 23, the other end can be resisted against on catch 11, so that provide elastic force presses to sliding cavity by slide body 21
The inside of room 22.It will be appreciated that when an external force is applied, the elastic force of elastic component 12 can be overcome to pull slide body 21 outwards flat
Move.
Revolving member 30 may be connected to mobile member 20, so that flat relative to the first fixing component by mobile member 20
Move.In the present embodiment, revolving member 30 can be such as rotating shaft.It is solid that rotating shaft generally includes a mandrel, an axle sleeve and two
Fixed board.Two fixed plates are respectively fixedly connected with (or integrally formed) to mandrel and axle sleeve.Axle sleeve can be socketed on mandrel so as to real
Now rotate.Rotating shaft also may include two axle sleeves, is socketed on mandrel and is respectively fixedly connected with to two fixed plates, so as to realize
Rotate.
In the present embodiment, as shown in Figure 9 and Figure 10, revolving member 30 includes mandrel 32 and axle sleeve 31.Slide body 21
It can be used as above-mentioned two fixed plate with fixing component 40.In embodiment as shown in Figure 9 and Figure 10, mandrel 32 can be from slip originally
The end being located at outside the sliding cavity room extension of body 21, axle sleeve 31 and fixing component 40 are integrally formed.The bearing of trend of mandrel 32 can
Different from the glide direction of slide body 21.Preferably, cunning of the bearing of trend of mandrel 32 substantially perpendicular to slide body 21
Dynamic direction, but the invention is not restricted to this, also can be into other between the bearing of trend of mandrel 32 and the glide direction of slide body 21
Angle.
In another embodiment, mandrel 32 can extending sideways from the second fixing component 40, axle sleeve 31 can be integrally formed at
Second end of slide body 21.
In another embodiment, revolving member may include two axle sleeves.One axle sleeve is integrally formed (such as with fixing component 40
Shown in Fig. 9 and Figure 10), another axle sleeve is formed in the second end of slide body 21.Mandrel 32 is inserted into two axle sleeves.
In each example, axle sleeve and core shaft design can be similar to conventional shaft.For example, setting friction in axle sleeve
Piece is so that rotating shaft is compact.Here is omitted.
As shown in Figure 9 and Figure 10, fixing component 40 is fixedly connected with (or integrally formed) to axle sleeve 31, so that by rotating structure
Part 30 is rotated relative to body 10, and can be translated by mobile member 20 relative to body 10.Fixing component 40 can have through hole
For mode connects for screw to miscellaneous part.Alternatively, its other party that fixing component 40 can be to weld, rivet, be bonded etc.
Formula is connected to miscellaneous part.
In another embodiment, opening 23 can be formed in the non-close opening of the one or both sides of slide body 21,
It is recessed.Elastic component such as one end of the first elastic component 12 is resisted against on the side wall of opening 23, and the other end is resisted against through opening
On 23 catch 11, so that providing elastic force presses to slide body 21 inside for sliding chamber 22.
In another change embodiment, slide body 21 can have the projection formed in its one or both sides.Slide chamber 22
Opening at have covering slide chamber 22 a part flange.It is resisted against as one end of the second elastic component 12 of elastic component
In the projection of slide body 21, the other end is resisted against on the flange at the opening for sliding chamber 22, so as to provide elastic force by cunning
Dynamic body 21 presses to the inside for sliding chamber 22.
As described above, in the rotating shaft 100 according to the present embodiment, passing through mobile member 20 and revolving member 30, body 10
It can translate and rotate relative to fixing component 40.
Embodiment three
The embodiment of the present application three provides a kind of electronic equipment, and as shown in figure 11, the electronic equipment includes：
First main body 1102；
Second main body 1102, first main body 1101 can be connected with second main body 1102, and described first
Main body 1101 can be separated with second main body 1102；In specific implementation process, second main body 1102 can expand for one
Open up depressed place, can also be the other equipment for including a docking station, such as the keyboard comprising docking station, the electronic system comprising docking station
Etc., second main body 902 is same inventive concept with the docking station in the embodiment of the present application one；
Second main body 1102 includes：
Body；
Middleware, is connected with the body, and the middleware has a groove, and the groove is used to receive the described in first
The insertion of one main body 1101；
First connector, is arranged on the first position of the bottom of the groove；First connector has the first locking
Position and the first non-locked position；
Second connector, is arranged on the second places different from the first position of the bottom of the groove；Described
Two connectors have the second latched position and the second non-locked position, wherein, when first main body 1101 be inserted into it is described recessed
When in groove, first connector is located at first latched position, and second connector is located at second latched position,
So that first main body 1101 is fixed in the groove and realizes first main body 1101 and second main body
1102 connection；
Button, is arranged on the middleware；
Synchronous component, is connected with first connector and the second connector, for same when the button is pressed
Step control first connector is located at first non-locked position and second connector is located at the described second non-lock
Positioning is put, so that first main body 1101 departs from the groove and realizes first main body 1101 and second main body 1102
Separation.
Further, the synchronous component, is specifically included：
First rack；
Gear, is arranged on first rack surface；
Second rack, is arranged at the gear surface；
First pull bar, the first end of first pull bar is connected to first rack, first pull bar
Second end is connected to first connector；
Second pull bar, the first end of second pull bar is connected to second rack, second pull bar
Second end is connected to second connector；
Wherein, when the button is pressed, first connector is controlled to be moved to described first to first direction non-
Latched position, so that first pull bar is moved to the first direction, so as to control first rack to described first
Direction is moved, to control second rack to be moved to second direction by the gear, so as to control second pull bar
Moved to the second direction, and then control the second connector synchronizing moving to second non-locked position, wherein, institute
It is opposite direction to state first direction and the second direction.
Further, second main body 1102, in addition to:
First elastic element, is arranged at the second end of first connector；
Second elastic element, is arranged at the first end of second connector.
Further, the button, is specifically included：
4th elastic element, is arranged at the middleware surface；
Wedge-shaped element, is arranged at the 4th elastic element surface, and the first end of the wedge-shaped element is connected to described
The first end of a connection piece, the second end of the wedge-shaped element is connected to the second end of second connector.
Further, the first end of the wedge-shaped element is in the first inclined-plane that upper end is wide, lower end is narrow；The wedge-shaped element
Second end is in the second narrow inclined-plane of the wide lower end in upper end.
Further, the second end of first connector is in the 3rd inclined-plane that upper end is narrow, lower end is wide, the 3rd inclined-plane
It is corresponding with first inclined-plane；The first end of second connector is in the 4th inclined-plane that upper end is narrow, lower end is wide, and the described 4th is oblique
Face is corresponding with second inclined-plane；
Wherein, when the button is pressed, the cooperation based on first inclined-plane and the 3rd inclined-plane promotes described
First connector is moved to the first direction, and then promotes first elastic element to be compressed to the first direction, so that
First connector is set to be moved to first non-locked position from first latched position；Based on second inclined-plane and
The cooperation on the 4th inclined-plane, promotes second connector to be moved to the second direction, and then promotes second elasticity
Device compresses to the second direction, so as to be moved to described second from second latched position non-for second connector
Latched position.
Further, the first end of the wedge-shaped element is in the 5th inclined-plane that upper end is narrow, lower end is wide；The wedge-shaped element
Second end is in the 6th inclined-plane that upper end is narrow, lower end is wide.
Further, the second end of first connector is in the 7th inclined-plane that upper end is wide, lower end is narrow, the 7th inclined-plane
It is corresponding with the 5th inclined-plane；The first end of second connector is in the 8th inclined-plane that upper end is wide, lower end is narrow, and the described 8th is oblique
Face is corresponding with the 6th inclined-plane；
Wherein, when the button maintains the original state, the cooperation based on the 5th inclined-plane and the 7th inclined-plane makes described
First elastic element is in compressive state, so that first connector is in first latched position；Based on described
The cooperation on six inclined-planes and the 8th inclined-plane, so that second connector is in second latched position；
When the button is pressed, elastic force based on first elastic element promotes first connector to described
First direction is moved, so that first connector is moved to first non-locked position from first latched position；
Elastic force based on second elastic element promotes second connector to be moved to the second direction, so that described second
Connector is moved to second non-locked position from second latched position.
Further, first main body 1101 includes：The first system, include in the first system the first hardware system and
The first operating system that can be run based on first hardware system.
Further, second main body 1102 includes：Second system, include in second system the second hardware system and
The second operating system that can be run based on second hardware system.
The electronic equipment that the embodiment of the present application two is introduced is the docking station manufacture introduced based on the embodiment of the present application one
Form, the docking station introduced based on the embodiment of the present application, technical staff can understand the embodiment of the present application two described in this area
The occupation mode of described electronic equipment and its specific configuration and deformation, so no longer detailed for the electronic equipment herein
Introduce.As long as those skilled in the art are belonged to using the electronic equipment manufactured by the docking station of the embodiment of the present application one
The scope to be protected of the application.
Example IV
To enable technical staff described in this area to understand the electronic equipment in the embodiment of the present application three in detail, the application is real
Actual conditions will be combined by applying example four, to be further introduced to it.
Figure 12 is refer to, the embodiment of the present application four provides a kind of notebook, and notebook includes base portion
Point 710 (equivalent to the second above-mentioned main bodys), connection seating portion 715 (equivalent to the middleware in the second main body described above),
Display portion 720 (relative to the first above-mentioned main body) and attachment means 730.Connect seating portion 715 have one height, width and
Length；When the connection seating portion is in first position state relative to the base portion, the height of the connection seating portion
Equal to the height of the base portion, the length of the connection seating portion is equal to the length of the base portion；The connecting seat
During partly relative to the base portion from the first position State Transferring into second place state, the connection seating portion
Length is still equal to the length of the base portion, the connecting seat be partially in the height conversion of the first position state into
The connecting seat is partially in the width of the second place state, and the connecting seat is partially in the first position state
Width is converted into the height that the connecting seat is partially in the second place state.Connecting seating portion 715 can be filled by connecting
Put 730 and be connected to base portion 710, so as to translate and rotate relative to base portion 710.Display portion 720 can be detachable
Ground is connected to connection seating portion 715.After being dismantled from connection seating portion 715, display portion 720 can be used as tablet device,
Remaining connection seating portion 715 and base portion 710 can still have upper surface (that is, above-mentioned first of substantially flat together
Configuration state).When be installed to connection seating portion 715 when, display portion 720 can be used in conjunction with base portion 710 so as to
With enhanced function.After the groove that the display portion is inserted in the connection seating portion is connected with the base portion,
The display portion with it is described link seating portion together with the attachment means effect under can enter relative to the base portion
Row, which is rotated, causes the display portion to contact (that is, above-mentioned second place state) with the base portion, for example, notebook
Closure state.Now, the connecting seat is partially in thickness (height of the height of the second place state for the display portion
Degree) with thickness (height) sum of the base portion.
In one example, display portion 720 may include the first hardware system and the first behaviour based on the first hardware system
Make the first system of system composition.Base portion 710 is used as the expansion of the first system, such as including keyboard, touch pad, refers to
Line identifier, card reader etc..
In another example, base portion 710 may include the second hardware system and based on the second hardware system second
The second system that operating system is constituted.Display portion 720 can as second system output display part.
In another example, display portion 720 may include the first hardware system and based on the first hardware system first
The first system that operating system is constituted, and base portion 710 may include the second hardware system and based on the second hardware system
The second system that second operating system is constituted.When display portion 720 is installed to connection seating portion 715, the first system and the
Two system can constitute hybrid system.
Second operating system may be selected from Linux system, windows systems, MacOS systems；First operating system can
Selected from iOS system, android system, Symbian system, windows phone systems etc..
Although it should be understood that being illustrated above by taking notebook as an example, the attachment means of the present invention also may be used
Applied to other electronic equipments, such as mobile phone, video camera.
One or more technical schemes that the application is provided, have at least the following technical effects or advantages：
(1) due in the embodiment of the present application, controlling docking station based on synchronous component, and then make electronic equipment and extension
Multiple connector separated in synchronization in depressed place, and then enable electronic equipment is convenient to be taken out from docking station, it will not also cause extension
Depressed place and the abrasion of electronic equipment.
(2) due in the embodiment of the present application, the synchronous component is matched somebody with somebody based on a gear, two racks, two pull bars
Close to realize multiple connector separated in synchronization of electronic equipment and docking station, that is,：If the first connector is in non-locking
Position, then based on corresponding the first pull bar rack will be promoted to be moved to first direction, thus based on gear promote with
Corresponding second rack of second connector and the second pull bar are moved to the second direction opposite with first direction, so that second
Connector is also at non-locked position, so, the action of user's pressing keys enables to first connector and described
Two connectors must synchronously be in the non-locking state.Even (such as, button is long is applied to for the action of user's pressing keys
Power thereon is uneven to cause button integrally to sink) cause the connector of button side to be in non-locking state can also to lead to
Crossing the synchronous regime causes the connector of button opposite side to be synchronously in non-locking state.So it is easy to operate, and spirit
Sensitivity is high, seldom there is a situation where error.
(3) due in the embodiment of the present application, triggering the first connector using button and the second connector is in locking bit
Put or non-locked position, so operation is simple, be user-friendly.
Although having been described for the preferred embodiment of the application, those skilled in the art once know basic creation
Property concept, then can make other change and modification to these embodiments.So, appended claims are intended to be construed to include excellent
Select embodiment and fall into having altered and changing for the application scope.
Obviously, those skilled in the art can carry out the essence of various changes and modification without departing from the application to the application
God and scope.So, if these modifications and variations of the application belong to the scope of the application claim and its equivalent technologies
Within, then the application is also intended to comprising including these changes and modification.
Claims (16)
1. a kind of docking station, it is characterised in that including：
Body；
Middleware, is connected with the body, and the middleware has a groove, and the groove is used to receive inserting for an electronic equipment
Enter；
First connector, is arranged on the first position of the bottom of the groove；First connector has the first latched position
With the first non-locked position；
Second connector, is arranged on the second places different from the first position of the bottom of the groove；Described second connects
Fitting has the second latched position and the second non-locked position, wherein, when the electronic equipment is inserted into the groove, institute
The first connector is stated positioned at first latched position, second connector is located at second latched position, so that described
Electronic equipment is fixed in the groove；
Button, is arranged on the middleware；
Synchronous component, is connected with first connector and the second connector, for synchronously being controlled when the button is pressed
Make first connector and be located at the described second non-locking position positioned at first non-locked position and second connector
Put, so that the electronic equipment departs from the groove；
Wherein, the synchronous component, is specifically included：
First rack；
Gear, is arranged on first rack surface；
Second rack, is arranged at the gear surface；
First pull bar, the first end of first pull bar is connected to first rack, the second of first pull bar
End is connected to first connector；
Second pull bar, the first end of second pull bar is connected to second rack, the second of second pull bar
End is connected to second connector；
Wherein, when the button is pressed, first connector is controlled to be moved to described first to first direction non-locking
Position, so that first pull bar is moved to the first direction, so as to control first rack to the first direction
It is mobile, to control second rack to be moved to second direction by the gear, so as to control second pull bar to institute
Second direction movement is stated, and then controls the second connector synchronizing moving to second non-locked position, wherein, described the
One direction and the second direction are opposite direction.
2. docking station as claimed in claim 1, it is characterised in that the docking station also includes：
First elastic element, is arranged at the second end of first connector；
Second elastic element, is arranged at the first end of second connector.
3. docking station as claimed in claim 2, it is characterised in that the button, is specifically included：
4th elastic element, is arranged at the middleware surface；
Wedge-shaped element, is arranged at the 4th elastic element surface, and the first end of the wedge-shaped element is connected to described first and connected
The first end of fitting, the second end of the wedge-shaped element is connected to the second end of second connector.
4. docking station as claimed in claim 3, it is characterised in that the first end of the wedge-shaped element is in upper end is wide, lower end is narrow
The first inclined-plane；Second end of the wedge-shaped element is in the second narrow inclined-plane of the wide lower end in upper end.
5. docking station as claimed in claim 4, it is characterised in that the second end of first connector is in upper end is narrow, lower end is wide
The 3rd inclined-plane, the 3rd inclined-plane is corresponding with first inclined-plane；The first end of second connector is in upper end is narrow, lower end
The 4th wide inclined-plane, the 4th inclined-plane is corresponding with second inclined-plane；
Wherein, when the button is pressed, the cooperation based on first inclined-plane and the 3rd inclined-plane promotes described first
Connector is moved to the first direction, and then promotes first elastic element to be compressed to the first direction, so that the
A connection piece is moved to first non-locked position from first latched position；Based on second inclined-plane and the described 4th
The cooperation on inclined-plane, promotes second connector to be moved to the second direction, and then promotes second elastic element to institute
Second direction compression is stated, so that the second connector is moved to second non-locked position from second latched position.
6. docking station as claimed in claim 3, it is characterised in that the first end of the wedge-shaped element is in upper end is narrow, lower end is wide
The 5th inclined-plane；Second end of the wedge-shaped element is in the 6th inclined-plane that upper end is narrow, lower end is wide.
7. docking station as claimed in claim 6, it is characterised in that the second end of first connector is in upper end is wide, lower end is narrow
The 7th inclined-plane, the 7th inclined-plane is corresponding with the 5th inclined-plane；The first end of second connector is in upper end is wide, lower end
The 8th narrow inclined-plane, the 8th inclined-plane is corresponding with the 6th inclined-plane；
Wherein, when the button maintains the original state, the cooperation based on the 5th inclined-plane and the 7th inclined-plane makes described first
Elastic element is in compressive state, so that first connector is in first latched position；It is oblique based on the described 6th
Face and the cooperation on the 8th inclined-plane, so that second connector is in second latched position；
When the button is pressed, the elastic force based on first elastic element promotes first connector to described first
Direction is moved, so that first connector is moved to first non-locked position from first latched position；It is based on
The elastic force of second elastic element promotes second connector to be moved to the second direction, so that second connection
Part is moved to second non-locked position from second latched position.
8. a kind of electronic equipment, it is characterised in that including：
First main body；
Second main body, first main body can be connected with second main body, and first main body can be with described
Two main bodys are separated；Second main body includes：
Body；
Middleware, is connected with the body, and the middleware has a groove, and the groove is used to receive the first master described in first
The insertion of body；
First connector, is arranged on the first position of the bottom of the groove；First connector has the first latched position
With the first non-locked position；
Second connector, is arranged on the second places different from the first position of the bottom of the groove；Described second connects
Fitting has the second latched position and the second non-locked position, wherein, when first main body is inserted into the groove, institute
The first connector is stated positioned at first latched position, second connector is located at second latched position, so that described
First main body is fixed on the connection that first main body and second main body are realized in the groove；
Button, is arranged on the middleware；
Synchronous component, is connected with first connector and the second connector, for synchronously being controlled when the button is pressed
Make first connector and be located at the described second non-locking position positioned at first non-locked position and second connector
Put, so that first main body departs from the separation that the groove realizes first main body and second main body；
Wherein, the synchronous component, is specifically included：
First rack；
Gear, is arranged on first rack surface；
Second rack, is arranged at the gear surface；
First pull bar, the first end of first pull bar is connected to first rack, the second of first pull bar
End is connected to first connector；
Second pull bar, the first end of second pull bar is connected to second rack, the second of second pull bar
End is connected to second connector；
Wherein, when the button is pressed, first connector is controlled to be moved to described first to first direction non-locking
Position, so that first pull bar is moved to the first direction, so as to control first rack to the first direction
It is mobile, to control second rack to be moved to second direction by the gear, so as to control second pull bar to institute
Second direction movement is stated, and then controls the second connector synchronizing moving to second non-locked position, wherein, described the
One direction and the second direction are opposite direction.
9. electronic equipment as claimed in claim 8, it is characterised in that second main body, in addition to:
First elastic element, is arranged at the second end of first connector；
Second elastic element, is arranged at the first end of second connector.
10. electronic equipment as claimed in claim 9, it is characterised in that the button, is specifically included：
4th elastic element, is arranged at the middleware surface；
Wedge-shaped element, is arranged at the 4th elastic element surface, and the first end of the wedge-shaped element is connected to described first and connected
The first end of fitting, the second end of the wedge-shaped element is connected to the second end of second connector.
11. electronic equipment as claimed in claim 10, it is characterised in that the first end of the wedge-shaped element in upper end it is wide, under
The first narrow inclined-plane of end；Second end of the wedge-shaped element is in the second narrow inclined-plane of the wide lower end in upper end.
12. electronic equipment as claimed in claim 11, it is characterised in that the second end of first connector in upper end it is narrow, under
The 3rd wide inclined-plane of end, the 3rd inclined-plane is corresponding with first inclined-plane；The first end of second connector in upper end it is narrow,
The 4th wide inclined-plane of lower end, the 4th inclined-plane is corresponding with second inclined-plane；
Wherein, when the button is pressed, the cooperation based on first inclined-plane and the 3rd inclined-plane promotes described first
Connector is moved to the first direction, and then promotes first elastic element to be compressed to the first direction, so that the
A connection piece is moved to first non-locked position from first latched position；Based on second inclined-plane and the described 4th
The cooperation on inclined-plane, promotes second connector to be moved to the second direction, and then promotes second elastic element to institute
Second direction compression is stated, so that the second connector is moved to second non-locked position from second latched position.
13. electronic equipment as claimed in claim 10, it is characterised in that the first end of the wedge-shaped element in upper end it is narrow, under
The 5th wide inclined-plane of end；Second end of the wedge-shaped element is in the 6th inclined-plane that upper end is narrow, lower end is wide.
14. electronic equipment as claimed in claim 13, it is characterised in that the second end of first connector in upper end it is wide, under
The 7th narrow inclined-plane of end, the 7th inclined-plane is corresponding with the 5th inclined-plane；The first end of second connector in upper end it is wide,
The 8th narrow inclined-plane of lower end, the 8th inclined-plane is corresponding with the 6th inclined-plane；
Wherein, when the button maintains the original state, the cooperation based on the 5th inclined-plane and the 7th inclined-plane makes described first
Elastic element is in compressive state, so that first connector is in first latched position；It is oblique based on the described 6th
Face and the cooperation on the 8th inclined-plane, so that second connector is in second latched position；
When the button is pressed, the elastic force based on first elastic element promotes first connector to described first
Direction is moved, so that first connector is moved to first non-locked position from first latched position；It is based on
The elastic force of second elastic element promotes second connector to be moved to the second direction, so that second connection
Part is moved to second non-locked position from second latched position.
15. electronic equipment as claimed in claim 8, it is characterised in that first main body includes：The first system, first is
Including the first hardware system and the first operating system that can be run based on first hardware system in system.
16. the electronic equipment as described in claim 8 or 15, it is characterised in that second main body includes：Second system, the
Including the second hardware system and the second operating system that can be run based on second hardware system in two system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080997.7A CN103324247B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080997.7A CN103324247B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103324247A CN103324247A (en) | 2013-09-25 |
| CN103324247B true CN103324247B (en) | 2017-09-29 |
Family
ID=49193050
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210080997.7A Active CN103324247B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103324247B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885542B (en) * | 2014-02-21 | 2019-01-15 | 联想(北京)有限公司 | A kind of electronic equipment |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5579528A (en) * | 1991-12-31 | 1996-11-26 | Dell Usa, L.P. | Computer system employing docking bay with spring loaded connector pins and file coherency method |
| CN1821934A (en) * | 2005-02-18 | 2006-08-23 | 微软公司 | Mobile device expansion system |
| CN101093404A (en) * | 2006-06-23 | 2007-12-26 | 鸿富锦精密工业（深圳）有限公司 | Clipping united set, and expanding slot of using the set |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI237172B (en) * | 2004-02-05 | 2005-08-01 | Asustek Comp Inc | Hook-linked latch lock structure |
-
2012
- 2012-03-23 CN CN201210080997.7A patent/CN103324247B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5579528A (en) * | 1991-12-31 | 1996-11-26 | Dell Usa, L.P. | Computer system employing docking bay with spring loaded connector pins and file coherency method |
| CN1821934A (en) * | 2005-02-18 | 2006-08-23 | 微软公司 | Mobile device expansion system |
| CN101093404A (en) * | 2006-06-23 | 2007-12-26 | 鸿富锦精密工业（深圳）有限公司 | Clipping united set, and expanding slot of using the set |
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| Publication number | Publication date |
|---|---|
| CN103324247A (en) | 2013-09-25 |
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