CN103324246B - A kind of docking station and electronic installation - Google Patents
A kind of docking station and electronic installation Download PDFInfo
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- CN103324246B CN103324246B CN201210080867.3A CN201210080867A CN103324246B CN 103324246 B CN103324246 B CN 103324246B CN 201210080867 A CN201210080867 A CN 201210080867A CN 103324246 B CN103324246 B CN 103324246B
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Abstract
The invention discloses a kind of docking station and electronic installation, described electronic installation includes: the first main body；Second main body；Snap-in structure；Wherein, described first main body realizes the connection with described second main body by snap-in structure and separates, described snap-in structure is arranged on the Part I of described second main body, described first main body has first groove corresponding with described snap-in structure, wherein, described snap-in structure includes: position-limit mechanism, is fixed on the described Part I of described second main body, and described position-limit mechanism has the first spigot surface；Retaining mechanism, is positioned at described position-limit mechanism, and described retaining mechanism has the first snap fit, and the eave tile of described first snap fit is appeared by described first spigot surface.
Description
Technical field
The present invention relates to technical field of electronic equipment, particularly relate to a kind of docking station and electronic installation.
Background technology
The portable electron device such as panel computer, notebook computer because being convenient for carrying, the feature such as fashion attractive in appearance,
The most important role is play in daily life；Along with panel computer, notebook computer etc.
The expansion of portable electron device range, as the docking station of stable these portable electron devices of support
Also the most important effect is played.
When user wishes to be connected these portable electron devices with docking station when, docking station be these just
Portable electronic apparatus provides a safe and stable working environment.Generally comprise limited location on docking station to make
Position-limit mechanism and the retaining mechanism of snap action so that portable electron device be placed on docking station time
Wait, it is possible to the most stably combine with docking station.But, in current technology, on docking station
Position-limit mechanism and retaining mechanism are split-type design, and a docking station typically has two position-limit mechanisms and two
Retaining mechanism, it is impossible to meet the demand that people are growing when using panel computer.
The present inventor, during realizing the present invention, finds that existing technical scheme at least suffers from the drawback that
One of:
1, the space taken is excessive: existing technical scheme needs to design two position-limit mechanisms on docking station
Having four bump mechanisms altogether with two retaining mechanisms, this occupies space valuable on docking station；
2, affect the good looking appearance of panel computer: due to needs bottom portable electron device on design right
Answering the groove of four projective structures on docking station, the number of openings is too many, have impact on the good looking appearance of panel computer.
3, the appearance of the easy panel computer that weares and teares: owing to four structures on docking station are protruded, people will just
Portable electronic apparatus with the when of connection on docking station, the appearance of this electronic installation that the most easily weares and teares, this
Negative effect is brought to the Consumer's Experience of portable electron device.
Summary of the invention
The present invention provides a kind of docking station and electronic installation, decreases docking station and protrudes above the quantity of structure, subtracts
Lack the docking station space that snap-in structure takies, decrease groove corresponding on portable electron device simultaneously
Opening, improves the mechanical performance of position-limit mechanism and retaining mechanism so that the profile of portable electron device is more
Add attractive in appearance, decrease the probability of docking station projective structure abrasion panel computer, meet people more
Demand.
One aspect of the present invention provides a kind of electronic installation, specifically includes: the first main body；Second main body；Engaging
Structure；Wherein, described first main body realizes the connection with described second main body by snap-in structure and separates,
Described snap-in structure is arranged on the Part I of described second main body, and described first main body has and described card
Closing the first groove corresponding to structure, wherein, described snap-in structure includes: position-limit mechanism, is fixed on described the
On the described Part I of two main bodys, described position-limit mechanism has the first spigot surface；Retaining mechanism, is positioned at institute
Stating in position-limit mechanism, described retaining mechanism has the first snap fit, and the eave tile of described first snap fit is by described the
One spigot surface appears；Wherein, during described first main body is connected with described second main body, described card
Close structure and enter described first groove, described first spigot surface of described position-limit mechanism and described first groove pair
Should coordinate to limit the position of the first main body described in when described first main body is connected to described second main body；Institute
During stating described first spigot surface and the described first groove corresponding matching of position-limit mechanism, described first card
The eave tile hooked is retracted in described first spigot surface by the compressing of described first main body；Described first snap fit
Eave tile is revealed at described first spigot surface outer and described first recessed when being discharged by the compressing of described first main body
Baffle plate engaging corresponding in groove, described first main body and the second main body are joined together.
Preferably, described second main body also includes Part II, and described Part I and Part II are movable
Link together.
Preferably, under the effect of an external force, the eave tile of described first snap fit retracts to the of described limited post
In one spigot surface, in described first groove, the baffle plate corresponding to the first snap fit no longer engages with described first snap fit,
Described snap-in structure is from described first groove removal, and described first main body and described second main body are separated.
Preferably, described position-limit mechanism also has the second spigot surface, relative with described first spigot surface；Described
Retaining mechanism also has the second snap fit, and the eave tile of described second snap fit is appeared by described second spigot surface.
Preferably, described retaining mechanism also includes: the first elastomer, is positioned at inside described position-limit mechanism, institute
The first end stating the first elastomer is connected with described first snap fit, and the second end of described first elastomer is with described
Position-limit mechanism is connected；Second elastomer, is positioned at inside described position-limit mechanism, the first of described second elastomer
End is connected with described second snap fit, and the second end of described second elastomer is connected with described position-limit mechanism.
Preferably, described snap-in structure also includes that controlling organization, described controlling organization are positioned at described first
In part, described controlling organization includes: main long-armed；First erects wall, is connected to the first end that described master is long-armed；
Second erects wall, is connected to the second end that described master is long-armed；Wherein, described first erect wall and second and erect wall and be positioned at
The same side that described master is long-armed；3rd elastomer, erects wall and second described first and erects between wall, described
First end of the 3rd elastomer is long-armed with described master to be connected, second end and described first of described 3rd elastomer
Part connects；First is long-armed, is connected to described first other end erecting wall and to be located remotely from described master long-armed
Second end, described first long-armed on there is the first perforate；Second is long-armed, is connected to described second and erects the another of wall
One end is also located remotely from the first end that described master is long-armed, described second long-armed on there is the second perforate；First is same
Step device, through described first perforate, described first synchronous device is oblique away from one end that described first erects wall
Face, described described first direction erecting wall that tiltedly faces away from tilts, and described inclined-plane connects with described first perforate
Touching, described first synchronous device is connected with described first snap fit；Second synchronous device, opens through described second
Hole, described second synchronous device is inclined-plane away from one end that described second erects wall, described tiltedly face away from described
Second direction erecting wall tilts, and described inclined-plane and described second opening contacts, described second synchronous device with
Described second snap fit is connected；Wherein, when have external force put in the first direction described master long-armed time, described
Three elastomer contracts, described master is long-armed to be moved along the first direction, described first long-armed with described second long-armed also
Moving along the first direction, described first perforate oppresses the inclined-plane of described first synchronous device with described second perforate
Inclined-plane with described second synchronous device so that described first synchronous device and described second synchronous device are respectively
Erecting wall and described second to described first to erect wall and move, the most described first synchronous device and described second synchronizes
Device drives described first snap fit and described second snap fit to retract to described first spigot surface and described second respectively
In spigot surface.
Preferably, described position-limit mechanism also includes the first opening, is formed at described position-limit mechanism and described first
Partly relative to surface on.
Preferably, described electronic installation also includes: the second Datalink Interface, is positioned in described first opening,
Described second Datalink Interface is corresponding with the first Datalink Interface being arranged in described first groove.
Another aspect of the present invention provides a kind of docking station, for connecting an electronic equipment, at the bottom of described electronic equipment
Portion has the first groove, described docking station to include: body；Snap-in structure；Wherein, described electronic equipment passes through
Snap-in structure realizes the connection with described body and separates, and described snap-in structure is arranged at the first of described body
In part, described electronic equipment has first groove corresponding with described snap-in structure, wherein, described engaging
Structure includes: position-limit mechanism, is fixed on the described Part I of described body, and described position-limit mechanism has
First spigot surface；Retaining mechanism, is positioned at described position-limit mechanism, and described retaining mechanism has the first snap fit,
The eave tile of described first snap fit is appeared by described first spigot surface；Wherein, at described electronic equipment with described
During body connects, described snap-in structure enters described first groove, described the of described position-limit mechanism
One spigot surface and described first groove corresponding matching are with described in limiting when described electronic equipment is connected to described body
The position of electronic equipment；Described first spigot surface and described first groove corresponding matching at described position-limit mechanism
During, the eave tile of described first snap fit is retracted in described first by the compressing of described electronic equipment and guides
In face；The eave tile of described first snap fit is revealed in described first when being discharged by the compressing of described electronic equipment
The outer baffle plate engaging corresponding with in described first groove of spigot surface, described electronic equipment and described body are connected
Together.
Preferably, described body also includes that Part II, described Part I and Part II connect movably
It is connected together.
Preferably, under the effect of an external force, the eave tile of described first snap fit retracts to the of described limited post
In one spigot surface, in described first groove, the baffle plate corresponding to the first snap fit no longer engages with described first snap fit,
Described snap-in structure is from described first groove removal, and described electronic equipment and described body are separated.
Preferably, described position-limit mechanism also has the second spigot surface, relative with described first spigot surface；Described
Retaining mechanism also has the second snap fit, and the eave tile of described second snap fit is appeared by described second spigot surface.
Preferably, described retaining mechanism also includes: the first elastomer, is positioned at inside described position-limit mechanism, institute
The first end stating the first elastomer is connected with described first snap fit, and the second end of described first elastomer is with described
Position-limit mechanism is connected；Second elastomer, is positioned at inside described position-limit mechanism, the first of described second elastomer
End is connected with described second snap fit, and the second end of described second elastomer is connected with described position-limit mechanism.
Preferably, described snap-in structure also includes that controlling organization, described controlling organization are positioned at described first
In part, described controlling organization includes: main long-armed；First erects wall, is connected to the first end that described master is long-armed；
Second erects wall, is connected to the second end that described master is long-armed；Wherein, described first erect wall and second and erect wall and be positioned at
The same side that described master is long-armed；3rd elastomer, erects wall and second described first and erects between wall, described
First end of the 3rd elastomer is long-armed with described master to be connected, second end and described first of described 3rd elastomer
Part connects；First is long-armed, is connected to described first other end erecting wall and to be located remotely from described master long-armed
Second end, described first long-armed on there is the first perforate；Second is long-armed, is connected to described second and erects the another of wall
One end is also located remotely from the first end that described master is long-armed, described second long-armed on there is the second perforate；First is same
Step device, through described first perforate, described first synchronous device is oblique away from one end that described first erects wall
Face, described described first direction erecting wall that tiltedly faces away from tilts, and described inclined-plane connects with described first perforate
Touching, described first synchronous device is connected with described first snap fit；Second synchronous device, opens through described second
Hole, described second synchronous device is inclined-plane away from one end that described second erects wall, described tiltedly face away from described
Second direction erecting wall tilts, and described inclined-plane and described second opening contacts, described second synchronous device with
Described second snap fit is connected；Wherein, when have external force put in the first direction described master long-armed time, described
Three elastomer contracts, described master is long-armed to be moved along the first direction, described first long-armed with described second long-armed also
Moving along the first direction, described first perforate oppresses the inclined-plane of described first synchronous device with described second perforate
Inclined-plane with described second synchronous device so that described first synchronous device and described second synchronous device are respectively
Erecting wall and described second to described first to erect wall and move, the most described first synchronous device and described second synchronizes
Device drives described first snap fit and described second snap fit to retract to described first spigot surface and described second respectively
In spigot surface.
Preferably, described position-limit mechanism also includes the first opening, is formed at described position-limit mechanism and described first
Partly relative to surface on.
Preferably, described body also includes: the second Datalink Interface, is positioned in described first opening, institute
The first Datalink Interface stating the second Datalink Interface and be arranged in described first groove is corresponding.
By the one or more technical schemes provided in the embodiment of the present application, the application at least has following
Technique effect:
1, it is reduced to one due to four projective structures on docking station, decreases the space taken；
2, owing to original two position-limit mechanisms are integrated into one, position-limit mechanism is the most thicker, and machinery is strong
Degree significantly improves；
3, owing to being designed as by retaining mechanism in embedding position-limit mechanism, retaining mechanism can pass when by external force
Pass a part give position-limit mechanism, retaining mechanism is hardly damaged, service life extend；
4, also needing only to one due to slot opening corresponding on panel computer, this makes outside panel computer
Shape is more attractive in appearance, the most more difficult projective structure abrasion being expanded on depressed place；
5, solve docking station and need partly to encase the design requirement on panel computer base so that docking station and flat board
The appearance design of computer becomes freer；
6, owing to being designed in the middle of position-limit mechanism by Datalink Interface, can prevent Datalink Interface from damaging,
Extend the life-span of Datalink Interface.
Accompanying drawing explanation
Fig. 1 is the structure chart before electronic equipment engages with docking station in the embodiment of the present application one；
Fig. 2 is the docking station top view in the embodiment of the present application one；
Fig. 3 is the snap-in structure profile in the embodiment of the present application one；
Fig. 4 is the controlling organization profile in the embodiment of the present application one；
Fig. 5 is the structure chart that in the embodiment of the present application one, synchronous device is connected with snap fit；
Fig. 6 is the structure chart that in the embodiment of the present application one, snap-in structure engages completely with electronic equipment；
Fig. 7 is the structure chart of controlling organization stress in the embodiment of the present application one；
Fig. 8 be in the embodiment of the present application two first main body and the second main body engaging after structure chart.
Detailed description of the invention
The present invention provides a kind of docking station and electronic installation, decreases docking station and protrudes above the quantity of structure, subtracts
Lack the docking station space that snap-in structure takies, decrease groove corresponding on portable electron device simultaneously
Opening, improves the mechanical performance of position-limit mechanism and retaining mechanism so that the profile of portable electron device is more
Add attractive in appearance, decrease the probability of docking station projective structure abrasion portable electron device, meet people
More demand.
Below in conjunction with the accompanying drawings, by specific embodiment, technical scheme is described in detail.
Embodiment one:
The embodiment of the present invention one provides a kind of docking station, for connecting an electronic equipment, has bottom electronic equipment
First groove 801, refer to Fig. 1, Fig. 1 is the structural representation before electronic equipment 80 engages with docking station 90
Figure, docking station 90 includes: body 10 and snap-in structure 11；As in figure 2 it is shown, Fig. 2 is docking station 90
Top view, wherein, electronic equipment 80 is realized the connection with body 10 by snap-in structure 11 and is separated, card
Close structure 11 and be arranged at the Part I 101 of body 10.
As it is shown on figure 3, the profile that Fig. 3 is snap-in structure 11, please also refer to Fig. 2 and Fig. 3, engaging
Structure 11 includes: position-limit mechanism 20, is fixed on the Part I 101 of body 10, and position-limit mechanism 20 has
There is the first spigot surface 201；Retaining mechanism 30, is positioned at position-limit mechanism 20, and retaining mechanism 20 has first
Snap fit 301, the eave tile of the first snap fit 301 is appeared by the first spigot surface 201；Due to by retaining mechanism 30
Design, in the inside of position-limit mechanism 20, decreases the space taken, improves space availability ratio.
During electronic equipment 80 is connected with body 10, snap-in structure 11 enters the first groove 801,
Position-limit mechanism 20 first spigot surface 201 is connected to limit electronic equipment 80 with the first groove 801 corresponding matching
Position to electronic equipment during body 10 80.
During first spigot surface 201 and the first groove 801 corresponding matching of position-limit mechanism 20, first
The eave tile of snap fit 301 is retracted in the first spigot surface 201 by the compressing of electronic equipment 80；First snap fit 301
Eave tile be revealed in when being discharged by the compressing of electronic equipment 80 at the first spigot surface 201 outer with the first groove
Baffle plate engaging corresponding in 801, electronic equipment 80 and body 10 are joined together；At the first snap fit 301
After the baffle plate engaging corresponding with in the first groove 801, stress can be passed to spacing by the first snap fit 301
Mechanism 20, improves the mechanical performance of snap fit, also improves the service life of snap fit, simultaneously as electronics
Slot opening corresponding bottom equipment 80 has only to one so that the profile of electronic equipment is more attractive in appearance, the most more
Add the projective structure abrasion being not easy to be expanded on depressed place.
Further, when, under the effect in an external force, the eave tile of the first snap fit 301 retracts to the first of limited post
In spigot surface 201, in the first groove 801 corresponding to the first snap fit 301 baffle plate no longer with the first snap fit 301
Engaging, snap-in structure 11 removes from the first groove 801, and electronic equipment 80 and body 10 are separated.
Further, in another embodiment, body 10 also includes Part II 102, Part I 101 He
Part II 102 is movably connected together, such as, be attached by rotating shaft or hinge.Therefore,
When user needs the angle adjusting electronic equipment 80 to obtain optimum experience when, can be by user's oneself
Need to adjust the angle of this electronic equipment 80.
In order to preferably electronic equipment 80 and body 10 are fixed, position-limit mechanism 20 also has second leads
To face 202, relative with the first spigot surface 201；Retaining mechanism 30 also has the second snap fit 302, the second card
The eave tile of hook 302 is appeared, owing to being designed to by two original position-limit mechanisms by the second spigot surface 202
One, position-limit mechanism is the most thicker, and mechanical strength significantly improves, and greatly strengthen making of position-limit mechanism
By life-span and the stability of electronic equipment.
Further, please continue to refer to Fig. 3, retaining mechanism 30 also includes: the first elastomer 303, is positioned at limit
Position mechanism 20 is internal, and the first end and first snap fit 301 of the first elastomer 303 are connected, the first elastomer 303
The second end be connected with position-limit mechanism 20；Second elastomer 304, is positioned at position-limit mechanism 20 internal, the second bullet
First end and second snap fit 302 of gonosome 304 are connected, the second end of the second elastomer 304 and position-limit mechanism
20 are connected.
Being separated with main body by electronic equipment 80 for convenience, snap-in structure 11 also includes controlling organization 40, control
Mechanism 40 processed is positioned on Part I 101, and as shown in Figure 4, controlling organization 40 includes: main long-armed 401；
First erects wall 402, is connected to first end of main long-armed 401；Second erects wall 403, is connected to main long-armed 401
The second end；Wherein, first erect wall 402 and second and erect wall 403 and be positioned at the same side of main long-armed 401；The
Three elastomers 404, erect wall 402 and second first and erect between wall 403, the first of the 3rd elastomer 404
Holding and be connected with main long-armed 401, the second end of the 3rd elastomer 404 is connected with Part I；First long-armed 405,
It is connected to first other end erecting wall 402 and is located remotely from second end of main long-armed 401, first long-armed 405
On there is the first perforate；Second long-armed 406, it is connected to second other end erecting wall 403 and is located remotely from main length
First end of arm 401, has the second perforate on second long-armed 406；First synchronous device 407, through first
Perforate, the first synchronous device 407 is inclined-plane away from one end that first erects wall 402, tiltedly faces away from first and erects
The direction of wall 402 tilts, and inclined-plane and the first opening contacts, the first synchronous device 407 and the first snap fit 301
It is connected；Second synchronous device 408, through the second perforate, the second synchronous device 408 erects the one of wall away from second
End is for inclined-plane, and this tiltedly faces away from the second direction erecting wall 403 and tilts, and this inclined-plane and the second opening contacts,
Second synchronous device 408 is connected with the second snap fit 302.
It follows that refer to Fig. 5, Fig. 5 is the first synchronous device 407 and retaining mechanism 30 in controlling organization
In the structure chart that is connected of the first snap fit 301, in the present embodiment, the first synchronous device 407 and retaining mechanism
In 30, the first snap fit 301 is formed in one, and so makes in the first synchronous device 407 and retaining mechanism 30 the
One snap fit 301 connects more firm, in other embodiments, it would however also be possible to employ other modes connect；Second
The structure that synchronous device 408 is connected with the first snap fit 302 and the first synchronous device 407 with in retaining mechanism 30
The structure that first snap fit 301 connects is identical.
Wherein, when there being external force to put on main long-armed 401 in the first direction, the 3rd elastomer 404 shrinks,
Main long-armed 401 move along the first direction, and first long-armed 405 long-armed with second 406 also moves along the first direction,
Inclined-plane and the inclined-plane of the second synchronous device 408 of the first synchronous device 407 is oppressed in first perforate and the second perforate,
Make the first synchronous device 407 and the second synchronous device 408 erect wall 402 and second to first respectively and erect wall 403
Mobile, the first synchronous device 407 and the second synchronous device 408 drive the first snap fit 301 and the respectively simultaneously
Two snap fits 302 retract in the first spigot surface 201 and the second spigot surface 202.
In another embodiment, position-limit mechanism 20 also includes the first opening 50, as in figure 2 it is shown, be formed at limit
On the surface that position mechanism 20 is relative with Part I 101.
And body 10 also includes the second Datalink Interface 60, as in figure 2 it is shown, be positioned in the first opening 50,
Second Datalink Interface 60 is corresponding with the first Datalink Interface 61 being arranged in the first groove 801,
Owing to being designed in the opening of position-limit mechanism 20 by Datalink Interface, can prevent Datalink Interface from damaging,
Extend the life-span of Datalink Interface.
In the specific implementation process of the present invention, an electronic equipment for example, panel computer, below with reference to tool
The use scene of body illustrates the present invention.
As shown in Figure 6, when panel computer is connected on docking station by hope, user is by bottom panel computer
The first groove 801 be directed at snap-in structure 11 and insert, the cell wall compressing snap-in structure 11 of the first groove 801
In the first snap fit 301 and the second snap fit 302, make the first snap fit 301 and the second snap fit 302 retract respectively
First spigot surface 201 and the second spigot surface 202, when the first groove 801 is completely combined with snap-in structure 11,
First snap fit 301 and the second snap fit 302 be not owing to having the cell wall of the first groove 801 to oppress, again by first
Spigot surface and the second spigot surface expose, and are blocked by the baffle plate of the first groove 801 correspondence, the second data cube computation
Interface 60 is connected with the first Datalink Interface 61 in the first groove 801, and so, panel computer is just
Stably linked together with docking station.
As it is shown in fig. 7, when panel computer is taken off from docking station by hope, user controls knot with hands pressing
The master long-armed 401 of structure 40, the 3rd elastomer 404 is compressed, and main long-armed 401 drive first to erect wall 402 He
Second erects wall 403 moves downward, and drives first long-armed 405 and second long-armed 406 to move downward, simultaneously
Perforate on first long-armed 405 and second long-armed 406 is oppressed the first synchronous device 407 and second respectively and is synchronized
Device 408, owing to the pressure suffered by the first synchronous device 407 and the second synchronous device 408 is decomposed by inclined-plane
Can not move downward for the power on vertical direction and the power in horizontal direction and two synchronous device, so,
One synchronous device 407 and the second synchronous device 408 are erected wall 402 and second to first respectively and are erected wall 403 and move,
Simultaneously because the first synchronous device 407 is connected with synchronous device the first snap fit 301,408 and second snap fit 302
It is connected, leads so the first snap fit 301 and the second snap fit 302 retract to the first spigot surface 201 and second respectively
In face 202.First groove 801 of panel computer the most no longer with the first snap fit 301 and the second snap fit 302
Engaging, so, panel computer is just separated with docking station.Then, the first snap fit 301 and the second snap fit
302 expose the first spigot surface respectively under the elastic reaction of the first elastomer 303 and the second elastomer 304 again
201 and second spigot surface 202, in case reusing next time.
It should be noted that, above-described embodiment is only for the description and interpretation present invention, rather than limit the present invention,
The present invention can also be designed to centre position-limit mechanism 20 two or more sub-position restrainers of a fixed gap
Structure so that in second Datalink Interface 60 space between two or more sub-position-limit mechanisms, or
Person uses the modes such as gear combination to replace controlling organization 40, and these should also be as being included in protection scope of the present invention
Within.
Embodiment two:
The embodiment of the present application two also provides for a kind of electronic installation, this electronic equipment e.g. notebook computer.Tool
Body includes:
First main body, the display of for example, one notebook computer；Second main body, is a notebook host,
Described first main body can be connected with described second main body, and described first main body can be main with described second
Body separates；Snap-in structure, such as identical with the snap-in structure in the embodiment of the present invention one, previous embodiment one
In snap-in structure the similarly suitable the present embodiment of various versions in card and structure.
In the specific implementation process of the present invention, as shown in Figure 8, Fig. 8 is that notebook display inserts notes
Side view after this main frame, when needs insert notebook host notebook display, is shown by notebook
Showing coordinating of groove on device and snap-in structure, notebook display is the most stably connected to notebook host
Together；When needs take off notebook display from notebook host, user gives pressing control structure
Main long-armed so that snap-in structure separates with the groove of notebook display, thus notebook display and notes
This main frame is just separated, notebook display in the present embodiment and the engaging of notebook host with separate with
Electronic equipment in previous embodiment and the engaging of docking station with separate similar, owing to embodiment one is the most detailed
Teach separation and the detailed process being connected, do not repeating at this.
In other implementation processes, described second main body can be a docking station, can also be to comprise a docking station
Other equipment, such as comprise the docking station of keyboard, the docking station comprising other system etc.；Based on this Shen
Please the snap-in structure introduced of embodiment one, technical staff described in this area will appreciate that the embodiment of the present application two
The occupation mode of described electronic installation and its specific configuration and deformation, so filling for this electronics at this
Put and be no longer discussed in detail.
By said one embodiment or multiple embodiment, the invention have the advantages that or advantage it
1, it is reduced to one due to four projective structures on docking station, decreases the space taken；
2, owing to original two position-limit mechanisms are integrated into one, position-limit mechanism is the most thicker, and machinery is strong
Degree significantly improves；
3, owing to being designed as by retaining mechanism in embedding position-limit mechanism, retaining mechanism can pass when by external force
Pass a part give position-limit mechanism, retaining mechanism is hardly damaged, service life extend；
4, also needing only to one due to slot opening corresponding on portable electron device, this makes portable
The profile of electronic installation is more attractive in appearance, the most more difficult projective structure abrasion being expanded on depressed place；
5, solve docking station and need partly to encase the design requirement of portable electron device so that docking station with just
The appearance design of portable electronic apparatus becomes freer；
6, owing to Datalink Interface is designed in the middle of docking station, have and can prevent Datalink Interface from damaging,
Extend the life-span of Datalink Interface.
Obviously, those skilled in the art can carry out various change and modification without deviating from this to the present invention
Bright spirit and scope.So, if the present invention these amendment and modification belong to the claims in the present invention and
Within the scope of its equivalent technologies, then the present invention is also intended to comprise these change and modification.
Claims (16)
1. an electronic installation, it is characterised in that including:
First main body；
Second main body；
Snap-in structure；Wherein, described first main body realizes the connection with described second main body by snap-in structure
And separation, described snap-in structure is arranged on the Part I of described second main body, and described first main body has
First groove corresponding with described snap-in structure, wherein, described snap-in structure includes:
Position-limit mechanism, is fixed on the described Part I of described second main body, and described position-limit mechanism has
First spigot surface；
Retaining mechanism, is positioned at described position-limit mechanism, and described retaining mechanism has the first snap fit, and described
The eave tile of one snap fit is appeared by described first spigot surface；
Wherein, during described first main body is connected with described second main body, described snap-in structure enters
Enter described first groove, described first spigot surface of described position-limit mechanism and described first groove corresponding matching with
Limit the position of the first main body described in when described first main body is connected to described second main body；
During described first spigot surface and described first groove corresponding matching of described position-limit mechanism,
The eave tile of described first snap fit is retracted in described first spigot surface by the compressing of described first main body；Described
The eave tile of the first snap fit be revealed in when being discharged by the compressing of described first main body described first spigot surface outer with
Baffle plate engaging corresponding in described first groove, described first main body and the second main body are joined together.
2. electronic installation as claimed in claim 1, it is characterised in that described second main body also includes second
Part, together with described Part I is movably connected with Part II.
3. electronic installation as claimed in claim 1, it is characterised in that under the effect of an external force, described
The eave tile of the first snap fit retracts in the first spigot surface of described limited post, corresponding to the in described first groove
The baffle plate of one snap fit no longer engages with described first snap fit, and described snap-in structure removes from described first groove,
Described first main body and described second main body are separated.
4. electronic installation as claimed in claim 1, it is characterised in that described position-limit mechanism also has second
Spigot surface is relative with described first spigot surface；Described retaining mechanism also has the second snap fit, described second card
The eave tile hooked is appeared by described second spigot surface.
5. electronic installation as claimed in claim 4, it is characterised in that described retaining mechanism also includes:
First elastomer, is positioned at inside described position-limit mechanism, the first end of described first elastomer and described the
One snap fit is connected, and the second end of described first elastomer is connected with described position-limit mechanism；
Second elastomer, is positioned at inside described position-limit mechanism, the first end of described second elastomer and described the
Two snap fits are connected, and the second end of described second elastomer is connected with described position-limit mechanism.
6. electronic installation as claimed in claim 5, it is characterised in that described snap-in structure also includes
Controlling organization, described controlling organization is positioned on described Part I, and described controlling organization includes:
Main long-armed；
First erects wall, is connected to the first end that described master is long-armed；
Second erects wall, is connected to the second end that described master is long-armed；Wherein, described first erect wall and second and erect wall
It is positioned at the same side that described master is long-armed；
3rd elastomer, erects wall and second described first and erects between wall, the first of described 3rd elastomer
Holding be connected long-armed with described master, the second end of described 3rd elastomer is connected with described Part I；
First is long-armed, is connected to described first other end erecting wall and is located remotely from the second end that described master is long-armed,
Described first long-armed on there is the first perforate；
Second is long-armed, is connected to described second other end erecting wall and is located remotely from the first end that described master is long-armed,
Described second long-armed on there is the second perforate；
First synchronous device, through described first perforate, described first synchronous device erects wall away from described first
One end be inclined-plane, described described first direction erecting wall that tiltedly faces away from tilts, and described inclined-plane is with described
First opening contacts, described first synchronous device is connected with described first snap fit；
Second synchronous device, through described second perforate, described second synchronous device erects wall away from described second
One end be inclined-plane, described described second direction erecting wall that tiltedly faces away from tilts, and described inclined-plane is with described
Second opening contacts, described second synchronous device is connected with described second snap fit；
Wherein, when have external force put in the first direction described master long-armed time, described 3rd elastomer contracts,
Described master is long-armed to be moved along the first direction, described first long-armed and described second long-armed also move along the first direction,
Described first perforate oppresses the inclined-plane of described first synchronous device and described second lock unit with described second perforate
The inclined-plane of part so that described first synchronous device and described second synchronous device respectively to described first erect wall and
Described second erects wall moves, and the most described first synchronous device and described second synchronous device drive described respectively
First snap fit and described second snap fit retract in described first spigot surface and described second spigot surface.
7. the electronic installation as described in any one of claim 1-6, it is characterised in that described position-limit mechanism is also
Including the first opening, it is formed on the surface that described position-limit mechanism is relative with described Part I.
8. electronic installation as claimed in claim 7, it is characterised in that described electronic installation also includes:
Second Datalink Interface, is positioned in described first opening, described second Datalink Interface and setting
The first Datalink Interface in described first groove is corresponding.
9. a docking station, for connecting an electronic equipment, has the first groove bottom described electronic equipment, its
Being characterised by, described docking station includes:
Body；
Snap fastener；Wherein, described electronic equipment realizes the connection with described body by snap-in structure and divides
From, described snap-in structure is arranged on the Part I of described body, and described electronic equipment has and described card
Closing the first groove that structure is corresponding, wherein, described snap-in structure includes:
Position-limit mechanism, is fixed on the described Part I of described body, and described position-limit mechanism has first
Spigot surface；
Retaining mechanism, is positioned at described position-limit mechanism, and described retaining mechanism has the first snap fit, and described
The eave tile of one snap fit is appeared by described first spigot surface；
Wherein, during described electronic equipment is connected with described body, described snap-in structure enters institute
Stating the first groove, described first spigot surface of described position-limit mechanism and described first groove corresponding matching are to limit
Described electronic equipment is connected to the position of described electronic equipment during described body；
During described first spigot surface and described first groove corresponding matching of described position-limit mechanism,
The eave tile of described first snap fit is retracted in described first spigot surface by the compressing of described electronic equipment；Described
The eave tile of the first snap fit be revealed in when being discharged by the compressing of described electronic equipment described first spigot surface outer with
Baffle plate engaging corresponding in described first groove, described electronic equipment and described body are joined together.
10. docking station as claimed in claim 9, it is characterised in that described body also includes Part II,
Together with described Part I is movably connected with Part II.
11. docking stations as claimed in claim 9, it is characterised in that under the effect of an external force, described
The eave tile of the first snap fit retracts in the first spigot surface of described limited post, corresponding to the in described first groove
The baffle plate of one snap fit no longer engages with described first snap fit, and described snap-in structure removes from described first groove,
Described electronic equipment and described body are separated.
12. docking stations as claimed in claim 9, it is characterised in that described position-limit mechanism also has second
Spigot surface is relative with described first spigot surface；Described retaining mechanism also has the second snap fit, described second card
The eave tile hooked is appeared by described second spigot surface.
13. docking stations as claimed in claim 12, it is characterised in that described retaining mechanism also includes:
First elastomer, is positioned at inside described position-limit mechanism, the first end of described first elastomer and described the
One snap fit is connected, and the second end of described first elastomer is connected with described position-limit mechanism；
Second elastomer, is positioned at inside described position-limit mechanism, the first end of described second elastomer and described the
Two snap fits are connected, and the second end of described second elastomer is connected with described position-limit mechanism.
14. docking stations as claimed in claim 13, it is characterised in that described snap-in structure also includes
Controlling organization, described controlling organization is positioned on described Part I, and described controlling organization includes:
Main long-armed；
First erects wall, is connected to the first end that described master is long-armed；
Second erects wall, is connected to the second end that described master is long-armed；Wherein, described first erect wall and second and erect wall
It is positioned at the same side that described master is long-armed；
3rd elastomer, erects wall and second described first and erects between wall, the first of described 3rd elastomer
Holding be connected long-armed with described master, the second end of described 3rd elastomer is connected with described Part I；
First is long-armed, is connected to described first other end erecting wall and is located remotely from the second end that described master is long-armed,
Described first long-armed on there is the first perforate；
Second is long-armed, is connected to described second other end erecting wall and is located remotely from the first end that described master is long-armed,
Described second long-armed on there is the second perforate；
First synchronous device, through described first perforate, described first synchronous device erects wall away from described first
One end be inclined-plane, described described first direction erecting wall that tiltedly faces away from tilts, and described inclined-plane is with described
First opening contacts, described first synchronous device is connected with described first snap fit；
Second synchronous device, through described second perforate, described second synchronous device erects wall away from described second
One end be inclined-plane, described described second direction erecting wall that tiltedly faces away from tilts, and described inclined-plane is with described
Second opening contacts, described second synchronous device is connected with described second snap fit；
Wherein, when have external force put in the first direction described master long-armed time, described 3rd elastomer contracts,
Described master is long-armed to be moved along the first direction, described first long-armed and described second long-armed also move along the first direction,
Described first perforate oppresses the inclined-plane of described first synchronous device and described second lock unit with described second perforate
The inclined-plane of part so that described first synchronous device and described second synchronous device respectively to described first erect wall and
Described second erects wall moves, and the most described first synchronous device and described second synchronous device drive described respectively
First snap fit and described second snap fit retract in described first spigot surface and described second spigot surface.
15. docking stations as described in any one of claim 9-14, it is characterised in that described position-limit mechanism is also
Including the first opening, it is formed on the surface that described position-limit mechanism is relative with described Part I.
16. docking stations as claimed in claim 15, it is characterised in that described body also includes:
Second Datalink Interface, is positioned in described first opening, described second Datalink Interface and setting
The first Datalink Interface in described first groove is corresponding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080867.3A CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080867.3A CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103324246A CN103324246A (en) | 2013-09-25 |
| CN103324246B true CN103324246B (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210080867.3A Active CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
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| Country | Link |
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| CN (1) | CN103324246B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6068307A (en) * | 1998-06-16 | 2000-05-30 | Micron Electronics, Inc. | Closure system for devices having a stylus |
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Clutching mechanism between notebook computer and expandor |
| 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 |
| CN201546548U (en) * | 2009-11-06 | 2010-08-11 | 联想(北京)有限公司 | Portable device |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100745813B1 (en) * | 2003-08-11 | 2007-08-02 | 엘지전자 주식회사 | Bidirectional latch assembly and electronic apparatuses using the same |
-
2012
- 2012-03-23 CN CN201210080867.3A patent/CN103324246B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6068307A (en) * | 1998-06-16 | 2000-05-30 | Micron Electronics, Inc. | Closure system for devices having a stylus |
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Clutching mechanism between notebook computer and expandor |
| 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 |
| CN201546548U (en) * | 2009-11-06 | 2010-08-11 | 联想(北京)有限公司 | Portable device |
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| Publication number | Publication date |
|---|---|
| CN103324246A (en) | 2013-09-25 |
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