CN103324248B - Docking station and electronic equipment - Google Patents
Docking station and electronic equipment Download PDFInfo
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- CN103324248B CN103324248B CN201210080998.1A CN201210080998A CN103324248B CN 103324248 B CN103324248 B CN 103324248B CN 201210080998 A CN201210080998 A CN 201210080998A CN 103324248 B CN103324248 B CN 103324248B
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Abstract
The invention discloses a docking station and electronic equipment. The docking station comprises a body, a middleware and a fixing mechanism, wherein the middleware is connected with the body and provided with a groove which is used for allowing the electronic equipment to be inserted; and the fixing mechanism is fixedly arranged at the bottom of the groove, a first part of the fixing mechanism is located in a clamp hole corresponding to the electronic equipment when the electronic equipment is inserted into the groove, and a clamp hook located in the first part of the fixing mechanism is matched with a clamp buckle in the clamp hole so as to fix the electronic equipment. The docking station is connected with the electronic equipment, and when the electronic equipment is subjected to first-time pressure, the electronic equipment is fixed in the docking station; and when the electronic equipment is subjected to second-time pressure, the electronic equipment is automatically separated from the docking station, and the electronic equipment can be taken out.
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 becoming the communication work widely popularized
Tool.With the rise of panel computer, it has been found that the portability of panel computer is liked by user.Panel computer has one kind to make
Can be in one base of insertion, to use as common notebook computer with situation, it is how that flat board is electric in this case
Brain and base be effectively bonded together it is critically important, to accomplish should easily combine and can easily separate.Existing
In technology, generally panel computer is locked on base using docking station, and then make user's convenient use.
In the embodiment of the present application is realized during technical scheme, inventor has found that prior art at least has following lacking
Point：
In prior art, if user needs to lift down panel computer from base (docking station), both hands are needed to coordinate
Operation, and needs sweep two steps and can lift down panel computer from base (docking station).That is, 1, one is needed
Handss will be used to lock the relative disengagement of mechanism of panel computer by way of pressing keys in docking station, and another handss need stabilized
The panel computer is in case because relative disengagement of the mechanism for locking panel computer causes panel computer directly from base (docking station)
Fall down.2nd, after the relative disengagement of mechanism of locking panel computer, then panel computer is taken down from base (docking station).
In addition, a docking station may be included as the multiple connectors for being used for the mechanism for locking panel computer, connect bottom
Seat and panel computer, therefore, when panel computer is taken out from base, the disengaging time of possible each connector is not
Equally, first, panel computer can be caused to take out from base not convenient；Second the abrasion of the docking station is also resulted in.
The content of the invention
The embodiment of the present application provides a kind of docking station and electronic equipment, solves prior art middle plateform computer from base
Upper taking-up, or display takes out far less convenient technical problem from main frame.
On the one hand, the present invention is by one embodiment of the application, there is provided following technical scheme：
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；
Fixed mechanism, is fixedly installed on the bottom of the groove, for being inserted in the groove when the electronic equipment
When, the Part I of the fixed mechanism is located in the corresponding hole clipping of the electronic equipment, the fixed structure includes and position
Being clasped with the fixation electronic equipment in snap fit and the hole clipping of the Part I；
Wherein, during the electronic equipment is inserted into the groove, the electronic equipment is subject to first pressure, institute
The Part I and Part II for stating fixed mechanism is all located in the hole clipping of the electronic equipment, so that first pressure transmission
The snap fit is forced to be located in the fixed mechanism to the fixed mechanism；The first pressure release that the electronic equipment is subject to
When, the Part I of the fixed mechanism is located in the hole clipping of the electronic equipment, and the Part II of the fixed mechanism is located at
Outside the hole clipping of the electronic equipment, the first pressure release of the electronic equipment transmission that the fixed mechanism is subject to, the card
Hook and be located at outside the fixed mechanism, so that the electronic equipment is connected with the docking station；
During the electronic equipment is extracted from the groove, the electronic equipment is subject to second pressure, described
The Part I and the Part II of fixed mechanism is located in the hole clipping of the electronic equipment, so that the second pressure
Passing to the fixed mechanism forces the snap fit to be located in the fixed mechanism；The second pressure that the electronic equipment is subject to is released
When putting, the second pressure of the electronic equipment that the fixed mechanism is subject to transmission discharges, and the snap fit is located at the fixation
In mechanism, so that the electronic equipment is separated with the docking station.
It is described before the electronic equipment is inserted into the groove, the snap fit be located at the fixed mechanism in first
Position；
It is described during the electronic equipment is inserted into the groove：
The electronic equipment is subject to the Part I and Part II of first pressure, the fixed mechanism to be located at the electronics
In the hole clipping of equipment, so that the first pressure passes to the fixed mechanism and forces the snap fit to be located in the fixed mechanism
The second position；The second position is different from the first position；
When the first pressure that the electronic equipment is subject to discharges, the Part I of the fixed mechanism sets positioned at the electronics
In standby hole clipping and the Part II is located at outside the hole clipping of the electronic equipment, the electronics that the fixed mechanism is subject to
The first pressure release of equipment transmission, the snap fit is located at outside the fixed mechanism；
It is described during the electronic equipment is extracted from the groove：
The electronic equipment is subject to second pressure, and the Part I and the Part II of the fixed mechanism are located at
In the hole clipping of the electronic equipment, so that the second pressure passes to the fixed mechanism and forces the snap fit positioned at described solid
Fixed in-house 3rd position；3rd position and the first position and the second position are the position for differing；
When the second pressure that the electronic equipment is subject to discharges, the electronic equipment transmission that the fixed mechanism is subject to
The release of second pressure, the snap fit is located at the first position in the fixed mechanism.
Further, in docking station as above, the fixed mechanism includes：
Control flume, the control flume has four limit points；
Wherein, the first limit point is corresponding with the first position that the snap fit is located in the fixed mechanism；Second limit
The second position that site is located in the fixed mechanism with the snap fit is corresponding；3rd limit point is located at institute with the snap fit
State correspondence outside fixed mechanism；The 3rd position that 4th limit point is located in the fixed mechanism with the snap fit is corresponding.
Further, the fixed mechanism also includes：
Push-pull bar, the first end of the push-pull bar is connected with the snap fit；Second end of the push-pull bar is located at the control
In groove processed；
Flexible Connector, is connected with the snap fit；
Wherein, first limit point of the control flume is fixed limit point, when the second end of the push-pull bar is located at
In the control flume during first limit point, the motion of the snap fit is limited by the push-pull bar so that the elasticity is even
Fitting is in the first compressive state.
Further, docking station as described above, when the first pressure of the electronic equipment transmission that the fixed mechanism is subject to
During power, the first pressure forces the Flexible Connector in the second compressive state, and causes the push-pull bar from the control
First limit point of groove processed moves to second limit point；When the electronic equipment that the fixed mechanism is subject to is transmitted
First pressure when discharging, the first elastic force that the Flexible Connector recovers to produce causes snap fit motion to be located at the fixed mechanism
Outward, and cause the push-pull bar move to the 3rd limit point from second limit point of the control flume；
When the second pressure of the electronic equipment transmission that the fixed mechanism is subject to, the second pressure forces described
Flexible Connector is in second compressive state, and the push-pull bar is moved from the 3rd limit point of the control flume
Move the 4th limit point；It is described when the second pressure of the electronic equipment transmission that the fixed mechanism is subject to discharges
The second elastic force that Flexible Connector recovers to produce causes snap fit to move, and causes the push-pull bar from the control flume described the
First limit point of four limit points movement, the Flexible Connector returns to first compressive state.
Further, the fixed mechanism also includes：
Axle, is fixedly installed in the fixed mechanism；
The snap fit includes：
Through hole, the snap fit is movably arranged on the axle by the through hole；
Depression bar, first side positioned at the rotating shaft；The Flexible Connector is located at institute with the junction of the snap fit
State second side relative with first side of rotating shaft
Wherein, the electronic equipment is subject to the first pressure to be converted into the compressing bullet by the axle by the depression bar
Property connector pressure and the push-pull bar motion power.
Further, docking station as above also includes：
Moving connecting mechanism, is connected respectively with the body and the middleware so that the middleware can be away from institute
Body is stated, and the middleware is rotated relative to the body.
Further, docking station as above also includes：
Locking protection mechanism, is arranged on the middleware, and the locking protection mechanism has protective position and non-protected
Position, prevents the fixed mechanism from being transmitted by the electronic equipment when the locking protection mechanism is in the protective position
The second pressure.
On the other hand, the present invention also passes through another embodiment, there is provided following technical scheme：
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 first master
The insertion of body；
Fixed mechanism, is fixedly installed on the bottom of the groove, for being inserted in the groove when first main body
When, the Part I of the fixed mechanism is located in the corresponding hole clipping of first main body, the fixed structure includes and position
Being clasped with the fixation electronic equipment in snap fit and the hole clipping of the Part I；
Wherein, during first main body is inserted into the groove, first main body is subject to first pressure, institute
The Part I and Part II for stating fixed mechanism is all located in the hole clipping of first main body, so that first pressure transmission
The snap fit is forced to be located in the fixed mechanism to the fixed mechanism；The first pressure release that first main body is subject to
When, the Part I of the fixed mechanism is located in the hole clipping of first main body, and the Part II of the fixed mechanism is located at
Outside the hole clipping of first main body, the fixed mechanism is subject to the first pressure release of first main body transmission, the snap fit
Outside the fixed mechanism；
During first main body is extracted from the groove, first main body is subject to second pressure, described
The Part II of fixed mechanism is located in the first main body hole clipping, so that the second pressure passes to the fixed mechanism again
The snap fit is forced to be located in the fixed mechanism；When the second pressure that first main body is subject to discharges, the fixed mechanism
The second pressure transmitted by first main body discharges, and the snap fit is located in the fixed mechanism.
Electronic equipment as above, described before first main body is inserted into the groove, the snap fit is located at
First position in the fixed mechanism；
It is described during first main body is inserted into the groove：
First main body is subject to the Part I and Part II of first pressure, the fixed mechanism to be located at described first
In the hole clipping of main body, so that the first pressure passes to the fixed mechanism and forces the snap fit to be located in the fixed mechanism
The second position；The second position is different from the first position；
When the first pressure that first main body is subject to discharges, the Part I of the fixed mechanism is positioned at the described first master
In the hole clipping of body and the Part II is located at outside the hole clipping of first main body, the fixed mechanism be subject to described first
The first pressure release of main body transmission, the snap fit is located at outside the fixed mechanism；
It is described during first main body is extracted from the groove：
First main body is subject to second pressure, and the Part I and the Part II of the fixed mechanism are located at
In the hole clipping of first main body, so that the second pressure passes to the fixed mechanism and forces the snap fit positioned at described solid
Fixed in-house 3rd position；3rd position and the first position and the second position are the position for differing；
When the second pressure that first main body is subject to discharges, first main body transmission that the fixed mechanism is subject to
The release of second pressure, the snap fit is located at the first position in the fixed mechanism.
Electronic equipment as above, the fixed mechanism includes：
Control flume, the control flume has four limit points；
Wherein, the first limit point is corresponding with the first position that the snap fit is located in the fixed mechanism；Second limit
The second position that site is located in the fixed mechanism with the snap fit is corresponding；3rd limit point is located at institute with the snap fit
State correspondence outside fixed mechanism；The 3rd position that 4th limit point is located in the fixed mechanism with the snap fit is corresponding.
Electronic equipment as above, the fixed mechanism also includes：
Push-pull bar, the first end of the push-pull bar is connected with the snap fit；Second end of the push-pull bar is located at the control
In groove processed；
Flexible Connector, is connected with the snap fit；
Wherein, first limit point of the control flume is fixed limit point, when the second end of the push-pull bar is located at
In the control flume during first limit point, the motion of the snap fit is limited by the push-pull bar so that the elasticity is even
Fitting is in the first compressive state.
Further, electronic equipment as above, the of first main body transmission being subject to when the fixed mechanism
During one pressure, the first pressure forces the Flexible Connector in the second compressive state, and causes the push-pull bar from institute
First limit point for stating control flume moves to second limit point；When first main body that the fixed mechanism is subject to
When the first pressure of transmission discharges, the first elastic force that the Flexible Connector recovers to produce causes snap fit motion to be located at the fixation
Outside mechanism, and the push-pull bar is caused from the 3rd limit point of second limit point movement of the control flume；
When the second pressure of first main body transmission that the fixed mechanism is subject to, the second pressure forces described
Flexible Connector is in second compressive state, and the push-pull bar is moved from the 3rd limit point of the control flume
Move the 4th limit point；It is described when the second pressure of first main body transmission that the fixed mechanism is subject to discharges
The second elastic force that Flexible Connector recovers to produce causes snap fit to move, and causes the push-pull bar from the control flume described the
First limit point of four limit points movement, the Flexible Connector returns to first compressive state.
Further, electronic equipment as above, the fixed mechanism also includes：
Axle, is fixedly installed in the fixed mechanism；
The snap fit includes：
Through hole, the snap fit is movably arranged on the axle by the through hole；
Depression bar, first side positioned at the rotating shaft；The Flexible Connector is located at institute with the junction of the snap fit
State second side relative with first side of rotating shaft
Wherein, it is described that the first pressure that the depression bar is subject to first main body is converted into compressing by the axle
The pressure of Flexible Connector and the power of push-pull bar motion.
Electronic equipment as above, second main body also includes：
Moving connecting mechanism, is connected respectively with the body and the middleware so that the middleware can be away from institute
Body is stated, and the middleware is rotated relative to the body.
Electronic equipment as above, second main body also includes：
Locking protection mechanism, is arranged on the middleware, and the locking protection mechanism has protective position and non-protected
Position, prevents the fixed mechanism from being transmitted by first main body when the locking protection mechanism is in the protective position
The second pressure.
One or more technical schemes that the application is provided, at least have the following technical effect that or advantage：
Because in the embodiment of the present application, the structure of docking station is to use specific mechanism, and panel computer is inserted first
The groove of base is simultaneously depressed, after release pressure, being clasped in the snap fit of docking station and panel computer hole clipping so that flat board is electric
Capsules of brain is pinned, and then panel computer is fixed on base, is used as common notebook；
When panel computer is taken out, again panel computer is depressed with handss, after release pressure, the snap fit of docking station with it is flat
Buckle in plate computer hole clipping is separated, and now, is hooked in the fixed mechanism in docking station structure, and panel computer is automatic from base
Disengage, can directly take out and, so operation is simple, be user-friendly to.
In addition, the specific mechanism is two, and described two specific mechanisms are separately positioned on the expansion
Exhibition depressed place groove two positions on, it is above-mentioned the panel computer is connected to into the docking station by way of will it is described put down
Plate computer be connected on the docking station and it is above-mentioned the panel computer is departed from from the docking station by way of will
During the panel computer departs from from the docking station, described two specific mechanisms can be by flat board electricity
Brain (because panel computer is one overall) keeps the synchronization of described two specific mechanisms.So as to ensure two specific mechanisms one
Cause ground locking panel computer and as one man relative to panel computer disengaging.
Description of the drawings
Fig. 1 is the structural representation of docking station in embodiment 1；
Fig. 2 is the structural representation of docking station in embodiment 1；
Fig. 3 is that electronic equipment is subject to first pressure to insert the company of electronic equipment and fixed mechanism when in groove in embodiment 1
Connect graph of a relation；
When Fig. 4 is that the first pressure that electronic equipment is subject in embodiment 1 discharges, electronic equipment is closed with the connection of fixed mechanism
System's figure；
Fig. 5 is the annexation figure of electronic equipment and fixed mechanism when electronic equipment is extracted from groove in embodiment 1；
Fig. 6 is the initial position figure of snap fit in fixed mechanism in embodiment 1；
Fig. 7 is the annexation figure of electronic equipment and fixed mechanism in embodiment 1；
Fig. 8 is the annexation figure of electronic equipment and fixed mechanism in embodiment 1；
Fig. 9 is the annexation figure of electronic equipment and fixed mechanism in embodiment 1；
Figure 10 is the structure chart of control flume in fixed mechanism in embodiment 1；
Figure 11 is the device explosive view of fixed mechanism in embodiment 1；
Figure 12 is the package assembly axonometric chart of the fixed mechanism in embodiment 1；
Figure 13 is perspective view, illustrates the attachment means according to the first one exemplary embodiment in embodiment 1；
Figure 14 is decomposition view, and illustrate includes according to the attachment means of the first one exemplary embodiment in the embodiment of the present application 1
Each element；
Figure 15 is the structure chart of the electronic equipment that the embodiment of the present application 2 is provided；
Figure 16 is amplification view, is illustrated according to the notebook of one exemplary embodiment in the embodiment of the present application 2
Coupling part.
Specific embodiment
The embodiment of the present application provides a kind of docking station and electronic equipment, solves prior art middle plateform computer from base
Upper taking-up, or display takes out far less convenient technical problem from main frame.
The application is in order to solve above-mentioned technical problem, and general thought is as follows：
Connect panel computer and base, or display and main frame using a docking station using specific structure,
First with handling panel computer inserted base and depressing, after decontroling handss, panel computer is lockable, it is impossible to lift down；When removing,
With handss panel computer is depressed again, panel computer is disengaged automatically from base, directly taken off.
In order to be better understood from above-mentioned technical proposal, the present invention is more fully described below with reference to accompanying drawings, accompanying drawing is illustrated
The one exemplary embodiment of the present invention.However, the present invention can be embodied in many different forms, and it is not intended to be limited to this
In disclosed one exemplary embodiment.It is in order that the disclosure is thorough and complete, and to this area to provide these one exemplary embodiments
Technical staff fully passes on the scope of the present invention.In explained below, the detailed description to known technology is eliminated, to avoid not
Necessarily obscure the present invention.Same or analogous reference identifies same or analogous element in different accompanying drawings.
Embodiment 1
On the one hand, Fig. 1～Figure 12 is refer to, the present invention is by one embodiment of the application, there is provided following technical scheme：
A kind of docking station that the embodiment of the present application 1 is provided, including：
As shown in figure 1, body 101；
Middleware 102, is connected with body 101, and there is the middleware 102 a groove 102a, the groove 102a to be used for
Receive the insertion of an electronic equipment；Wherein, middleware 102 be connected with body 101 can be flexibly connected can also be the company of fixation
Connect, when being to be fixedly connected, the middleware and the body are integrated design.
As shown in Fig. 2 fixed mechanism 103, is fixedly installed on the bottom of groove 102a, for when electronic equipment be inserted into it is recessed
When in groove 102a, the Part I of fixed mechanism 103 is located in corresponding hole clipping A of electronic equipment, it is that fixed mechanism 103 includes and
Snap fit 103a and the buckle A1 in hole clipping A positioned at the Part I coordinates to fix the electronic equipment；
As shown in figure 3, wherein, during electronic equipment is inserted into groove 102a, electronic equipment is subject to first pressure,
The Part I (1031) and Part II (1032) of fixed mechanism 103 is all located in hole clipping A of electronic equipment, so that described
One pressure transmission forces snap fit 103a to be located in fixed mechanism 103 to fixed mechanism 103；
As shown in figure 4, when the first pressure that electronic equipment is subject to discharges, the Part I of fixed mechanism 103 is located at electronics
In hole clipping A of equipment, the Part II of fixed mechanism 103 is located at the outer A of hole clipping of electronic equipment, the electricity that fixed mechanism 103 is subject to
The first pressure release of sub- equipment transmission, snap fit 103a is located at outside fixed mechanism 103, so that electronic equipment is connected with docking station；
As shown in figure 5, during electronic equipment is extracted from groove 102a, electronic equipment is subject to second pressure, Gu
The Part I and Part II for determining mechanism 103 is located in hole clipping A of electronic equipment, so that the second pressure passes to fixation
Mechanism 103 forces snap fit 103a to be located in fixed mechanism 103；When the second pressure that the electronic equipment is subject to discharges, fixed mechanism
The second pressure of the 103 electronic equipments transmission being subject to discharges, and snap fit 103a is located in fixed mechanism 103, so that electronic equipment
Separate with docking station.
Carefully it is set forth in below in conjunction with the accompanying drawings during electronic equipment is inserted and removed from, is hooked in fixed mechanism 103
Moving process.
As shown in fig. 6, before electronic equipment is inserted into the groove 102a, snap fit 103a is located in fixed mechanism 103
First position；That is, the initial position of snap fit is the position shown in Fig. 6.
During electronic equipment is inserted into groove 102a：
As shown in fig. 7, the electronic equipment is subject to first pressure, Part I and Part II all positions of fixed mechanism 103
In hole clipping A of the electronic equipment, so that the first pressure passes to fixed mechanism 103 and forces snap fit 103a to be located at fixed machine
The second position in structure 103；The second position is different from the first position；
As shown in figure 8, when the first pressure that electronic equipment is subject to discharges, the Part I of fixed mechanism 103 is located at electricity
In hole clipping A of sub- equipment, and Part II is located at outside hole clipping A of electronic equipment, and the electronic equipment that fixed mechanism 103 is subject to is passed
The first pressure release passed, snap fit 103a is located at outside fixed mechanism 103；Now, electronic equipment is the form held by snap fit, electric
Sub- equipment is integrally fixed on docking station.
During electronic equipment is extracted from groove 102a：
As shown in figure 9, when being to press electronic equipment again, the annexation figure of electronic equipment and fixed mechanism；The electronics sets
The Part I and Part II for enjoying second pressure, fixed mechanism 103 is all located in hole clipping A of the electronic equipment, so that
Second pressure passes to fixed mechanism 103 forces snap fit 103a to be located at the 3rd position in fixed mechanism 103；3rd position and the
One position, the second position are the position for differing；
As shown in fig. 6, when the second pressure that electronic equipment is subject to discharges, the electronic equipment that fixed mechanism 103 is subject to is passed
The release of the second pressure passed, fixed mechanism is returned to not by the state of any external force, and snap fit 103a is located in fixed mechanism 103 again
First position, i.e. snap fit is returned to the initial position in fixed mechanism 103.
As shown in Figure 10, further, in docking station as above, fixed mechanism 103 includes：
Control flume 103b, the control flume 103b have four limit points；
Wherein, the first limit point (103b1) is corresponding with the first position that snap fit 103a is located in fixed mechanism 103；Second
The second position that limit point (103b2) is located in fixed mechanism 103 with snap fit 103a is corresponding；3rd limit point (103b3) and card
Hook 103a and be located at the outer correspondence of fixed mechanism 103；4th limit point (103b4) and snap fit 103a are located at the in fixed mechanism 103
Three positions correspondence.Before electronic equipment is inserted into groove 102a, snap fit 103a is located at the first position in fixed mechanism 103；
As shown in figure 11, it is the device explosive view of fixed mechanism 103, further, fixed mechanism 103 also includes：
Push-pull bar 103c, the first end of the push-pull bar 103c is connected with snap fit 103a；The second of the push-pull bar 103c
End is located in control flume 103b；
Flexible Connector 103d, is connected with snap fit 103a；
Wherein, first limit point of control flume 103b is fixed limit point, when second end of push-pull bar 103c is located at control
During the first limit point in groove 103b, the motion of snap fit 103a is limited by push-pull bar 103c so that at Flexible Connector 103d
In the first compressive state.I.e. above-mentioned described, before electronic equipment is inserted into groove 102a, snap fit 103a is located at fixed mechanism
First position in 103, now, snap fit 103a will not be emerging in outside fixed mechanism 103.
Further, docking station as described above, when the first pressure of the electronic equipment transmission that fixed mechanism 103 is subject to,
The first pressure forces Flexible Connector 103d in the second compressive state, and causes push-pull bar 103c from control flume 103b's
First limit point moves to the second limit point；
When the first pressure of the electronic equipment transmission that fixed mechanism 103 is subject to discharges, Flexible Connector 103d recovers to produce
The first raw elastic force causes snap fit 103a motions to be located at outside fixed mechanism 103, and causes push-pull bar 103c from control flume 103b's
Second limit point moves to the 3rd limit point；
When the second pressure of the electronic equipment transmission that fixed mechanism 103 is subject to, the second pressure forces elastic connection
Part 103d is in second compressive state, and causes push-pull bar 103c to move to the 4th from the 3rd limit point of control flume 103b
Limit point；When the second pressure of the electronic equipment transmission that fixed mechanism 103 is subject to discharges, Flexible Connector 103d recovers
The second elastic force for producing causes snap fit to move, and causes what push-pull bar 103c was moved from the 4th limit point of control flume 103b
First limit point, Flexible Connector 103d returns to first compressive state.
As shown in figure 11, further, fixed mechanism 103 also includes：
Rotating shaft 103e, is fixedly installed in fixed mechanism 103；
Snap fit 103a includes：
Through hole 103a ', snap fit 103a are movably arranged on the rotating shaft 103e by the through hole 103a '；
Depression bar 103a ", first side positioned at rotating shaft 103e；The junction position of Flexible Connector 103d and snap fit 103a
In second side relative with first side of rotating shaft 103e；
Wherein, the electronic equipment is converted into compressing bullet by depression bar 103a " by the first pressure by rotating shaft 103e
Property connector 103d pressure and push-pull bar 103c motion power.
Further, as shown in figure 11, for more preferable tightness, the fixed mechanism 103 also includes：
One cover plate 103f, push-pull bar 103c, elastic connection device 103d are covered, and are protected, in order to avoid damage.
As shown in figure 12, it is the package assembly axonometric chart of fixed mechanism 103；
Further, docking station as above also includes：
Attachment means 100, are connected respectively with body 101 and middleware 102 so that middleware 102 can be away from body
101, and middleware 102 is rotated relative to body 101.
Combining accompanying drawing to exemplary embodiment in the practical application scene of moving connecting mechanism below is carried out specifically
It is bright.
First one exemplary embodiment
Figure 13 is perspective view, illustrates the attachment means 100 according to the first one exemplary embodiment of the invention；Figure 14 is to decompose to regard
Figure, illustrates each element included according to the attachment means 100 of the first one exemplary embodiment of the invention.
With reference to Figure 13 and Figure 14, include that first fixes structure according to the attachment means 100 of the first one exemplary embodiment of the invention
Part 10, mobile member 20, the fixing component 40 of revolving member 30 and second.The attachment means 100 of the first example embodiment of the invention
Including the first fixing component 10 be contained in body 101, revolving member 30 be middleware 102 in a part, second fix
Component 40 is equivalent to the electronic equipment in above-described embodiment.
First fixing component 10 can be a sliding seat, its can be fixed to will pass through attachment means 100 connect other
Part.In this example, the first fixing component 10 can have through hole for mode connects for screw to miscellaneous part.Alternatively, first consolidates
Determine component 10 can to weld, rivet, the other modes of bonding etc. be 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 the first fixture
Slip chamber 22 in 10.Slip chamber 22 can have predetermined shape, the such as but not limited to rectangle with chamfering.Second slides
Part can be slide body 21.The first end of slide body 21 can be contained in the slip chamber 22 in the first fixing component 10,
Second end can be located at outside slip chamber 22.Slide body 21 can have predetermined shape, for example, coordinate with slip chamber 22
Shape.So, the slip chamber 22 and slide body 21 in the first fixing component 10 cooperates so that slide body 21 can be
The extension side between the first end of one-dimensional linear motion, the direction of motion and slide body 21 and the second end is carried out in slip chamber 22
To identical.
In the present embodiment, the locating part of mobile member 20 may be formed.As shown in Figure 13 and Figure 14, slide body 21
There can be opening 23 formed therein, catch 11 can run through opening 23 and be fixed to the first fixing component 10, so as to slide
One end of body 21 is limited in slip chamber 22.
Alternatively, attachment means 100 may also include elastic component, and mobile member 20 is pressed to into first so as to provide elastic force
Fixing component 10.In the present embodiment, as shown in Figs. 13 and 14, elastic component can be disposed on being open first elastic in 23
Part 12.Elastic component 12 can be spring or other elastomers such as gum elastic etc..One end of elastic component 12 can be resisted against opening
On 23 side wall, the other end can be resisted against on catch 11, and slide body 21 is pressed to into slip chamber 22 so as to provide elastic force
It is internal.It will be appreciated that when an external force is applied, the elastic force that can overcome elastic component 12 pulls slide body 21 outwards to translate.
Revolving member 30 may be connected to mobile member 20, flat relative to the first fixing component so as to pass through 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 reality
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 13 and Figure 14, revolving member 30 includes mandrel 32 and axle sleeve 31.Slide body 21
Can be used as above-mentioned two fixed plate with the second fixing component 40.In the present embodiment, mandrel 32 being located at from slide body 21
End outside sliding cavity room extends, and the fixing component 40 of axle sleeve 31 and second is integrally formed.The bearing of trend of mandrel 32 may differ from
The glide direction of slide body 21.Preferably, the bearing of trend of mandrel 32 substantially perpendicular to slide body 21 glide direction,
But the invention is not restricted to this, also can be into other angles between the bearing of trend of mandrel 32 and the glide direction of slide body 21.
In another embodiment, mandrel 32 can extend from the side of the second fixing component 40, and 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 and the bodily form of the second fixing component 40 1
Into (as shown in Figure 13 and Figure 14), another axle sleeve is formed in the second end of slide body 21.Mandrel 32 is inserted into two axle sleeves
In.
In each example, axle sleeve and core shaft design can be similar to conventional shaft.For example, friction is set in axle sleeve
Piece is so that rotating shaft is compact.Here is omitted.
As shown in Figure 13 and Figure 14, the second fixing component 40 is fixedly connected (or integrally formed) to axle sleeve 31, so as to pass through
Revolving member 30 is rotated relative to the first fixing component 10, and can be flat relative to the first fixing component 10 by mobile member 20
Move.Second fixing component 40 can have through hole for mode connects for screw to miscellaneous part.Alternatively, the second fixing component 40 can be with
To weld, rivet, the other modes of bonding etc. be connected to miscellaneous part.
In a modification of first embodiment, opening 23 can be formed in the non-envelope of the one or both sides of slide body 21
Make and break mouth, that is, be 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 to be worn
Cross on the catch 11 of opening 23, so as to provide the inside that slide body 21 is pressed to elastic force slip chamber 22.
In another modification, slide body 21 can have the projection for being formed in its one or both sides.Slip chamber 22 is opened
There is the flange for the part for covering slip chamber 22 at mouthful.Slip is resisted against as one end of the second elastic component 12 of elastic component
In the projection of body 21, the other end is resisted against on the flange at the opening of slip chamber 22, and this will be slided so as to provide elastic force
Body 21 presses to the inside of slip chamber 22.
As described above, in the rotating shaft 100 according to the first one exemplary embodiment, by mobile member 20 and revolving member
30, the first fixing component 10 can be translated and rotated relative to the second fixing component 40.
Further, docking station as above also includes：
Locking protection mechanism, is arranged on middleware 102, and locking protection mechanism has protective position and non-protected position,
Fixed mechanism 103 is prevented to be subject to the second pressure of electronic equipment transmission when locking protection mechanism is in protective position.
Possess above-mentioned locking protection mechanism so that when electronic equipment is fixed on docking station so that this extend into groove
Height of the height of the Part I of the fixed mechanism 103 in 102a more than or equal to the Part II of fixed mechanism 103 so that electricity
Sub- equipment cannot be naturally backing out from docking station, and electronic equipment is played a very good protection.
Electronic equipment as above can be panel computer, display etc..
The docking station provided in the embodiment of the present application 1 can be simple hardware unit, or possess independent
CPU, hardware system, the equipment of software system.
Embodiment 2
As shown in figure 15, the structure chart of electronic equipment in the another embodiment for providing for the embodiment of the present application, specifically
Technical scheme is as follows：
A kind of electronic equipment, including：
First main body 201；
Second main body 202；First main body 201 can be connected with the second main body 202, and the first main body 201 can be with
Two main bodys 202 are separated；Second main body 202 includes：
Body 202a；
Middleware 202b, is connected with body 202a, and there is the middleware 202b groove 202b1, groove 202b1 to be used for
Receive the insertion of the first main body 201；
Such as the fixed mechanism provided in embodiment 1, be fixedly installed on the bottom of groove, for when the first main body be inserted into it is recessed
When in groove, the Part I of fixed mechanism is located in the corresponding hole clipping of the first main body, that fixed structure includes and positioned at first
It is clasped to fix the first main body in the snap fit for dividing and hole clipping；
Wherein, during the first main body is inserted into groove, the first main body be subject to first pressure, the first of fixed mechanism
Part and Part II are all located in the hole clipping of the first main body, so that the first pressure passes to fixed mechanism and forces snap fit position
In fixed mechanism；When the first pressure that first main body is subject to discharges, the Part I of fixed mechanism is located at the card of the first main body
In hole, the Part II of fixed mechanism is located at outside the hole clipping of the first main body, and fixed mechanism is subject to the first pressure of the first main body transmission
Power discharges, and snap fit is located at outside fixed mechanism；
During the first main body is extracted from groove, the first main body be subject to second pressure, second of fixed mechanism
Divide and be located at again in the first main body hole clipping, so that the second pressure passes to fixed mechanism and forces snap fit to be located in fixed mechanism；
When the second pressure that first main body is subject to discharges, fixed mechanism is subject to discharging for the second pressure of the first main body transmission, snap fit position
In fixed mechanism.
Electronic equipment as above, before the first main body is inserted into groove 102a, the snap fit is located at fixed mechanism
Interior first position；
During the first main body is inserted into groove：
First main body is subject to first pressure, the Part I and Part II of fixed mechanism to be located at the card of the first main body
In hole, so that first pressure passes to fixed mechanism and forces snap fit to be located at the second position in fixed mechanism；The second position
It is different from the first position；
When the first pressure that first main body is subject to discharges, the Part I of fixed mechanism is located at the hole clipping of the first main body
Interior and Part II is located at outside the hole clipping of the first main body, the first pressure release of the first main body transmission that fixed mechanism is subject to,
Snap fit is located at outside fixed mechanism；
During the first main body is extracted from groove：
First main body is subject to second pressure, the Part I and Part II of fixed mechanism to be located at the card of the first main body
In hole, so that second pressure passes to fixed mechanism and forces snap fit to be located at the 3rd position in fixed mechanism；3rd position
It is the position that differs with the first position and the second position；
When the second pressure that first main body is subject to discharges, the second pressure of the first main body transmission that fixed mechanism is subject to
Release, snap fit be located at fixed mechanism in first position.
Electronic equipment as above, the fixed mechanism includes：
Control flume, the control flume has four limit points；
Wherein, the first limit point is corresponding with the first position that snap fit is located in fixed mechanism；Second limit point and snap fit position
Second position correspondence in fixed mechanism；3rd limit point is located at corresponding outside fixed mechanism with snap fit；4th limit point and card
Hook the 3rd position correspondence in fixed mechanism.
Electronic equipment as above, the fixed mechanism also includes：
Push-pull bar, the first end of the push-pull bar is connected with snap fit；Second end of push-pull bar is located in control flume；
Flexible Connector, is connected with snap fit；
Wherein, the first limit point of control flume is fixed limit point, when the second end of push-pull bar is located at first in control flume
During limit point, the motion of snap fit is limited by push-pull bar so that Flexible Connector is in the first compressive state.
Further, electronic equipment as above, when the first pressure of the first main body transmission that fixed mechanism is subject to,
The first pressure forces Flexible Connector in the second compressive state, and push-pull bar is moved from the first limit point of control flume
Move to the second limit point；When the first pressure of the first main body transmission that fixed mechanism is subject to discharges, Flexible Connector recovers to produce
The first raw elastic force causes snap fit motion to be located at outside fixed mechanism, and push-pull bar is moved to from the second limit point of control flume
3rd limit point；
When the second pressure of the first main body transmission that fixed mechanism is subject to, the second pressure is forced at Flexible Connector
In the second compressive state, and push-pull bar is caused to move to the 4th limit point from the 3rd limit point of control flume；When fixed mechanism is received
When the second pressure of the first main body transmission arrived discharges, the second elastic force that Flexible Connector recovers to produce causes snap fit to move, and
So that the first limit point that push-pull bar is moved from the 4th limit point of control flume, Flexible Connector returns to the first compressive state.
Further, electronic equipment as above, the fixed mechanism also includes：
Rotating shaft, is fixedly installed in fixed mechanism；
The snap fit includes：
Through hole, the snap fit is movably arranged in rotating shaft by through hole；
Depression bar, the depression bar is located at the first side of rotating shaft；The junction of Flexible Connector and snap fit be located at rotating shaft with the
The second relative side of side；
Wherein, the first pressure that the depression bar is subject to the first main body is converted into pressing for compressing Flexible Connector by rotating shaft
Power and the power of push-pull bar motion.
Electronic equipment as above, second main body also includes：
Such as the attachment means 100 provided in embodiment 1, it is connected with the body and the middleware respectively so that described
Middleware away from the body, and can cause the middleware to rotate relative to the body.
In the embodiment 2, with the attachment means in above-described embodiment 1 as shown in Figure 13 and Figure 14, including first consolidate
Determine component 10 to be contained in the body of the second main body, mobile member 20 can be contained in the first fixing component 10 again, rotate structure
Part 30 is the part in middleware, and the second fixing component 40 is equivalent to the first main body in the embodiment 2.
As for the first fixing component 10, mobile member 20, the specific embodiment of revolving member 30 and various modifications knot
Structure all has been carried out in embodiment 1 detailed elaboration, therefore, repeat no more.
Electronic equipment as above, second main body also includes：
Locking protection mechanism, is arranged on the middleware, and the locking protection mechanism has protective position and non-protected
Position, prevents the fixed mechanism from being transmitted by first main body when the locking protection mechanism is in the protective position
The second pressure.
Further, wherein, first main body and the second main body can be the equipment of the system for possessing independent, it is also possible to
Collectively constitute the computer of a hybrid system.It is explained in detail below in conjunction with the accompanying drawings.
Accompanying drawing 16 is refer to, is amplification view, notebook 700 in the embodiment of the present application 2 is shown
Rotating shaft coupling part.
As shown in figure 16, notebook 700 includes base portion 710, connection seating portion 715, the and of display portion 720
Attachment means 730.Base portion 710 (equivalent to the body of the second main body) and connection seating portion 715 are (equivalent to the second main body
Middleware section) the second main body is constituted, display portion 720 passes through equivalent to above-mentioned first main body, the first main body and the second main body
Attachment means 730 are flexibly connected.
Connection seating portion 715 can be connected to base portion 710 by attachment means 730, so as to relative to base portion
710 translations and rotation.Display portion 720 can be detachably connected to connection seating portion 715.When from connection seating portion 715 dismantle
Afterwards, display portion 720 can be used as tablet device, and remaining connection seating portion 715 and base portion 710 still can have together
The upper surface of substantially flat.When connection seating portion 715 is installed to, display portion 720 can be combined together with base portion 710
Using so as to enhanced function.
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, refer to
Stricture of vagina evaluator, 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 be used as the output display part of second system.
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 by taking notebook as an example above, the attachment means of the present invention also may be used
It is applied to other electronic equipments, such as mobile phone, video camera etc..
The technical scheme that the application is provided by said one or multiple embodiments, at least has the following technical effect that or excellent
Point：
Because in the embodiment of the present application, the structure of docking station is to use specific mechanism, and panel computer is inserted first
The groove of base is simultaneously depressed, after release pressure, being clasped in the snap fit of docking station and panel computer hole clipping so that flat board is electric
Capsules of brain is pinned, and then panel computer is fixed on base, is used as common notebook；
When panel computer is taken out, again panel computer is depressed with handss, after release pressure, the snap fit of docking station with it is flat
Buckle in plate computer hole clipping is separated, and now, is hooked in the fixed mechanism in docking station structure, and panel computer is automatic from base
Disengage, can directly take out and, so operation is simple, be user-friendly to.
In addition, the specific mechanism is two, and described two specific mechanisms are separately positioned on the expansion
Exhibition depressed place groove two positions on, it is above-mentioned the panel computer is connected to into the docking station by way of will it is described put down
Plate computer be connected on the docking station and it is above-mentioned the panel computer is departed from from the docking station by way of will
During the panel computer departs from from the docking station, described two specific mechanisms can be by flat board electricity
Brain keeps the synchronization of described two specific mechanisms.Because panel computer is overall and described two specific mechanisms a top
The both sides of end face are all inclined plane.That is, because the panel computer is an entirety, the panel computer is described equivalent to connection
The connector of two specific mechanisms is ensureing described two specific mechanism's synchronizations.So panel computer to be inserted into docking station recessed
Process in groove, corresponding hole clipping is subject to inclining for the top end face of the specific mechanism on the panel computer (electronic equipment)
The guiding in face enables the panel computer synchronously to be moved downward by first pressure.The panel computer (electronic equipment) is again
Snap fit when being discharged by second pressure and the second pressure in described two specific mechanisms can be disengaged synchronously.
, but those skilled in the art once know basic creation although preferred embodiments of the present invention have been described
Property concept, then can make other change and modification to these embodiments.So, claims are intended to be construed to include excellent
Select embodiment and fall into having altered and changing for the scope of the invention.
Obviously, those skilled in the art can carry out the essence of various changes and modification without deviating from the present invention to the present invention
God and scope.So, if these modifications of the present invention and modification belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising these changes and modification.
Claims (14)
1. a kind of docking station, it is characterised in that include：
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；
Fixed mechanism, is fixedly installed on the bottom of the groove, for when the electronic equipment is inserted in the groove, institute
The Part I for stating fixed mechanism is located in the corresponding hole clipping of the electronic equipment, that the fixed structure includes and positioned at described
Being clasped with the fixation electronic equipment in the snap fit of Part I and the hole clipping；
Wherein, during the electronic equipment is inserted into the groove, the electronic equipment is subject to first pressure, described solid
The Part I and Part II for determining mechanism is all located in the hole clipping of the electronic equipment, so that the first pressure passes to institute
Stating fixed mechanism forces the snap fit to be located in the fixed mechanism；When the first pressure that the electronic equipment is subject to discharges, institute
The Part I for stating fixed mechanism is located in the hole clipping of the electronic equipment, and the Part II of the fixed mechanism is located at the electricity
Outside the hole clipping of sub- equipment, the first pressure release of the electronic equipment transmission that the fixed mechanism is subject to, the snap fit is located at
Outside the fixed mechanism, so that the electronic equipment is connected with the docking station；
During the electronic equipment is extracted from the groove, the electronic equipment is subject to second pressure, the fixation
The Part I and the Part II of mechanism is located in the hole clipping of the electronic equipment, so that second pressure transmission
The snap fit is forced to be located in the fixed mechanism to the fixed mechanism；The second pressure release that the electronic equipment is subject to
When, the second pressure of the electronic equipment that the fixed mechanism is subject to transmission discharges, and the snap fit is located at the fixed machine
In structure, so that the electronic equipment is separated with the docking station；
The fixed mechanism includes：
Control flume；
Push-pull bar, the first end of the push-pull bar is connected with the snap fit；Second end of the push-pull bar is located at the control flume
It is interior；
Flexible Connector, is connected with the snap fit；
When the first pressure of the electronic equipment transmission that the fixed mechanism is subject to, the first pressure forces the elasticity
Connector is in the second compressive state, and it is spacing to cause the push-pull bar to move to second from the first limit point of the control flume
Point；When the first pressure of the electronic equipment transmission that the fixed mechanism is subject to discharges, the Flexible Connector is extensive
The first raw elastic force is reproduced so that snap fit motion is located at outside the fixed mechanism, and causes the push-pull bar from the control
Second limit point of groove moves to the 3rd limit point；
When the second pressure of the electronic equipment transmission that the fixed mechanism is subject to, the second pressure forces the elasticity
Connector is in second compressive state, and the push-pull bar is moved to from the 3rd limit point of the control flume
4th limit point；When the second pressure of the electronic equipment transmission that the fixed mechanism is subject to discharges, the elasticity
The second elastic force that connector recovers to produce causes the snap fit to move, and causes the push-pull bar from the control flume described the
First limit point of four limit points movement, the Flexible Connector returns to the first compressive state.
2. docking station as claimed in claim 1, it is characterised in that it is described when the electronic equipment be inserted into the groove it
Before, the snap fit is located at the first position in the fixed mechanism；
It is described during the electronic equipment is inserted into the groove：
The electronic equipment is subject to the Part I and Part II of first pressure, the fixed mechanism to be located at the electronic equipment
Hole clipping in so that the first pressure passes to that the fixed mechanism forces that the snap fit is located in the fixed mechanism
Two positions；The second position is different from the first position；
When the first pressure that the electronic equipment is subject to discharges, the Part I of the fixed mechanism is located at the electronic equipment
In hole clipping and the Part II is located at outside the hole clipping of the electronic equipment, the electronic equipment that the fixed mechanism is subject to
The first pressure release of transmission, the snap fit is located at outside the fixed mechanism；
It is described during the electronic equipment is extracted from the groove：
The electronic equipment is subject to second pressure, and the Part I and the Part II of the fixed mechanism is positioned at described
In the hole clipping of electronic equipment, so that the second pressure passes to the fixed mechanism and forces the snap fit to be located at the fixed machine
The 3rd position in structure；3rd position and the first position and the second position are the position for differing；
When the second pressure that the electronic equipment is subject to discharges, the second of the electronic equipment transmission that the fixed mechanism is subject to
The release of pressure, the snap fit is located at the first position in the fixed mechanism.
3. docking station as claimed in claim 2, it is characterised in that the fixed mechanism includes：
The first position that first limit point is located in the fixed mechanism with the snap fit is corresponding；Described second is spacing
The second position that point is located in the fixed mechanism with the snap fit is corresponding；3rd limit point is located at the snap fit
Correspondence outside the fixed mechanism；4th limit point is located at the 3rd position pair in the fixed mechanism with the snap fit
Should.
4. docking station as claimed in claim 3, it is characterised in that first limit point of the control flume is spacing for fixation
Point, when the second end of the push-pull bar is located at first limit point in the control flume, by the push-pull bar institute is limited
State the motion of snap fit so that the Flexible Connector is in the first compressive state.
5. docking station as claimed in claim 4, it is characterised in that the fixed mechanism also includes：
Rotating shaft, is fixedly installed in the fixed mechanism；
The snap fit includes：
Through hole, the snap fit is movably arranged in the rotating shaft by the through hole；
Depression bar, the depression bar is located at the first side of the rotating shaft；The Flexible Connector is located at institute with the junction of the snap fit
State second side relative with first side of rotating shaft；
Wherein, the electronic equipment is subject to the first pressure to be converted into the compressing elasticity by the rotating shaft by the depression bar
The pressure of connector and the power of push-pull bar motion.
6. docking station as claimed in claim 1, it is characterised in that the docking station also includes：
Moving connecting mechanism, is connected respectively with the body and the middleware so that the middleware can be away from described
Body, and the middleware is rotated relative to the body.
7. docking station as claimed in claim 1, it is characterised in that the docking station also includes：
Locking protection mechanism, is arranged on the middleware, and the locking protection mechanism has protective position and non-protected position,
The fixed mechanism is prevented to be subject to the institute of electronic equipment transmission when the locking protection mechanism is in the protective position
State second pressure.
8. a kind of electronic equipment, it is characterised in that include：
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 first main body
Insertion；
Fixed mechanism, is fixedly installed on the bottom of the groove, for when first main body is inserted in the groove, institute
The Part I for stating fixed mechanism is located in the corresponding hole clipping of first main body, that the fixed structure includes and positioned at described
Being clasped with fixation first main body in the snap fit of Part I and the hole clipping；
Wherein, during first main body is inserted into the groove, first main body is subject to first pressure, described solid
The Part I and Part II for determining mechanism is all located in the hole clipping of first main body, so that the first pressure passes to institute
Stating fixed mechanism forces the snap fit to be located in the fixed mechanism；When the first pressure that first main body is subject to discharges, institute
The Part I for stating fixed mechanism is located in the hole clipping of first main body, and the Part II of the fixed mechanism is located at described the
Outside the hole clipping of one main body, the fixed mechanism is subject to the first pressure release of first main body transmission, the snap fit to be located at institute
State outside fixed mechanism；
During first main body is extracted from the groove, first main body is subject to second pressure, the fixation
The Part II of mechanism is located in the first main body hole clipping, so that the second pressure passes to the fixed mechanism and forces again
The snap fit is located in the fixed mechanism；When the second pressure that first main body is subject to discharges, the fixed mechanism is subject to
The release of the second pressure of the first main body transmission, the snap fit is located in the fixed mechanism；
The fixed mechanism includes：
Control flume；
Push-pull bar, the first end of the push-pull bar is connected with the snap fit；Second end of the push-pull bar is located at the control flume
It is interior；
Flexible Connector, is connected with the snap fit；
When the first pressure of the electronic equipment transmission that the fixed mechanism is subject to, the first pressure forces the elasticity
Connector is in the second compressive state, and it is spacing to cause the push-pull bar to move to second from the first limit point of the control flume
Point；When the first pressure of the electronic equipment transmission that the fixed mechanism is subject to discharges, the Flexible Connector is extensive
The first raw elastic force is reproduced so that snap fit motion is located at outside the fixed mechanism, and causes the push-pull bar from the control
Second limit point of groove moves to the 3rd limit point；
When the second pressure of the electronic equipment transmission that the fixed mechanism is subject to, the second pressure forces the elasticity
Connector is in second compressive state, and the push-pull bar is moved to from the 3rd limit point of the control flume
4th limit point；When the second pressure of the electronic equipment transmission that the fixed mechanism is subject to discharges, the elasticity
The second elastic force that connector recovers to produce causes the snap fit to move, and causes the push-pull bar from the control flume described the
First limit point of four limit points movement, the Flexible Connector returns to the first compressive state.
9. electronic equipment as claimed in claim 8, it is characterised in that it is described when first main body be inserted into the groove it
Before, the snap fit is located at the first position in the fixed mechanism；
It is described during first main body is inserted into the groove：
First main body is subject to the Part I and Part II of first pressure, the fixed mechanism to be located at first main body
Hole clipping in so that the first pressure passes to that the fixed mechanism forces that the snap fit is located in the fixed mechanism
Two positions；The second position is different from the first position；
When the first pressure that first main body is subject to discharges, the Part I of the fixed mechanism is located at first main body
In hole clipping and the Part II is located at outside the hole clipping of first main body, first main body that the fixed mechanism is subject to
The first pressure release of transmission, the snap fit is located at outside the fixed mechanism；
It is described during first main body is extracted from the groove：
First main body is subject to second pressure, and the Part I and the Part II of the fixed mechanism is positioned at described
In the hole clipping of the first main body, so that the second pressure passes to the fixed mechanism and forces the snap fit to be located at the fixed machine
The 3rd position in structure；3rd position and the first position and the second position are the position for differing；
When the second pressure that first main body is subject to discharges, the second of first main body transmission that the fixed mechanism is subject to
The release of pressure, the snap fit is located at the first position in the fixed mechanism.
10. electronic equipment as claimed in claim 9, it is characterised in that first limit point is located at described with the snap fit
First position correspondence in fixed mechanism；Second limit point and the snap fit are located at described in the fixed mechanism
Second position correspondence；3rd limit point is located at corresponding outside the fixed mechanism with the snap fit；4th limit point with
The snap fit is located at the correspondence of the 3rd position in the fixed mechanism.
11. electronic equipments as claimed in claim 10, it is characterised in that first limit point of the control flume is fixation
Limit point, when the second end of the push-pull bar is located at first limit point in the control flume, is limited by the push-pull bar
Make the motion of the snap fit so that the Flexible Connector is in first compressive state.
12. electronic equipments as claimed in claim 10, it is characterised in that the fixed mechanism also includes：
Rotating shaft, is fixedly installed in the fixed mechanism；
The snap fit includes：
Through hole, the snap fit is movably arranged in the rotating shaft by the through hole；
Depression bar, the depression bar is located at the first side of the rotating shaft；The Flexible Connector is located at institute with the junction of the snap fit
State second side relative with first side of rotating shaft；
Wherein, first main body is subject to the first pressure to be converted into the compressing elasticity even by the axle by the depression bar
The pressure of fitting and the power of push-pull bar motion.
13. electronic equipments as claimed in claim 8, it is characterised in that second main body also includes：
Moving connecting mechanism, is connected respectively with the body and the middleware so that the middleware can be away from described
Body, and the middleware is rotated relative to the body.
14. electronic equipments as claimed in claim 8, it is characterised in that second main body also includes：
Locking protection mechanism, is arranged on the middleware, and the locking protection mechanism has protective position and non-protected position,
The fixed mechanism is prevented to be subject to the institute of first main body transmission when the locking protection mechanism is in the protective position
State second pressure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080998.1A CN103324248B (en) | 2012-03-23 | 2012-03-23 | Docking station and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080998.1A CN103324248B (en) | 2012-03-23 | 2012-03-23 | Docking station and electronic equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103324248A CN103324248A (en) | 2013-09-25 |
| CN103324248B true CN103324248B (en) | 2017-04-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210080998.1A Active CN103324248B (en) | 2012-03-23 | 2012-03-23 | Docking station and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN103324248B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Detachment mechanism for combination of notebook computer and docking station |
| CN1940810A (en) * | 2005-09-30 | 2007-04-04 | 鸿富锦精密工业（深圳）有限公司 | Expanding duck clutch of portable computer |
| CN201199336Y (en) * | 2008-04-23 | 2009-02-25 | 联想(北京)有限公司 | Switching equipment and card hook structure thereof |
| CN102073339A (en) * | 2009-11-23 | 2011-05-25 | 英业达股份有限公司 | Expansion base |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012032919A (en) * | 2010-07-29 | 2012-02-16 | Toshiba Corp | Docking station and positioning apparatus |
-
2012
- 2012-03-23 CN CN201210080998.1A patent/CN103324248B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Detachment mechanism for combination of notebook computer and docking station |
| CN1940810A (en) * | 2005-09-30 | 2007-04-04 | 鸿富锦精密工业（深圳）有限公司 | Expanding duck clutch of portable computer |
| CN201199336Y (en) * | 2008-04-23 | 2009-02-25 | 联想(北京)有限公司 | Switching equipment and card hook structure thereof |
| CN102073339A (en) * | 2009-11-23 | 2011-05-25 | 英业达股份有限公司 | Expansion base |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103324248A (en) | 2013-09-25 |
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