CN103324248A - Docking station and electronic equipment - Google Patents

Docking station and electronic equipment Download PDF

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Publication number
CN103324248A
CN103324248A CN2012100809981A CN201210080998A CN103324248A CN 103324248 A CN103324248 A CN 103324248A CN 2012100809981 A CN2012100809981 A CN 2012100809981A CN 201210080998 A CN201210080998 A CN 201210080998A CN 103324248 A CN103324248 A CN 103324248A
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China
Prior art keywords
fixed mechanism
electronic equipment
main body
snap fit
subject
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CN2012100809981A
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CN103324248B (en
Inventor
田平
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201210080998.1A priority Critical patent/CN103324248B/en
Publication of CN103324248A publication Critical patent/CN103324248A/en
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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

A kind of docking station and electronic equipment
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of docking station and electronic equipment.
Background technology
Along with the development of global IT application technology, electronic equipment has been infiltrated people's life fully.A lot of electronic equipment are such as notebook, mobile phone, PAD etc., because it has portable characteristics, so become the communication tool of widely popularizing.Along with the rise of panel computer, we find, the portability of panel computer is liked by the user.It is can insert in the base that panel computer has a kind of operating position, as common notebook computer, use, how panel computer and base are combined effectively in this case very important, accomplish should be easily in conjunction with separating easily again.In the prior art, usually adopt on docking station is locked in panel computer on the base, and then make that the user is convenient to be used.
In the process of technical scheme, the inventor finds that there is following shortcoming at least in prior art in realizing the embodiment of the present application:
In the prior art, if the user need to lift down panel computer from base (docking station), need the both hands compounding practice, and the sweeping two steps and panel computer can be lifted down from base (docking station) of needs.Namely, 1, the mechanism that needs the mode of a hand by pressing keys will be used for the locking panel computer in the docking station throw off relatively, and another hand need to stablize that panel computer is stated in the residence in case relatively throw off because of the mechanism of locking panel computer and to cause panel computer directly to fall down from base (docking station).2, after the mechanism of locking panel computer throws off relatively, again panel computer has been taken down from base (docking station).
In addition, a docking station may comprise as a plurality of web members for the mechanism that locks panel computer, connect base and panel computer, therefore, when panel computer is taken out from base, the disengaging time of possible each web member is different, first, can cause panel computer to take out from base not convenient; Second also can cause the wearing and tearing of this docking station.
Summary of the invention
The embodiment of the present application provides a kind of docking station and electronic equipment, has solved prior art middle plateform computer and has taken out from base, and perhaps display takes out not too easily technical matters from main frame.
On the one hand, the present invention provides following technical scheme by the application's a embodiment:
A kind of docking station comprises:
Body;
Middleware is connected with described body, and described middleware has a groove, and described groove is used for accepting the insertion of an electronic equipment;
Fixed mechanism, be fixedly installed on the bottom of described groove, be used for when described electronic equipment is inserted into described groove, the first of described fixed mechanism is positioned at hole clipping corresponding to described electronic equipment, being clasped with fixing described electronic equipment of described fixed sturcture snap fit that comprise and that be positioned at described first and described hole clipping;
Wherein, when described electronic equipment is inserted in the process of described groove, described electronic equipment is subject to the first pressure, the first of described fixed mechanism and second portion all are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at described fixed mechanism so that described the first pressure passes to described fixed mechanism; During the first earth pressure release that described electronic equipment is subject to, the first of described fixed mechanism is positioned at the hole clipping of described electronic equipment, the second portion of described fixed mechanism is positioned at outside the hole clipping of described electronic equipment, the first earth pressure release that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at outside the described fixed mechanism, so that described electronic equipment is connected with described docking station;
In the process that described electronic equipment is extracted from described groove, described electronic equipment is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at described fixed mechanism so that described the second pressure passes to described fixed mechanism; During the second earth pressure release that described electronic equipment is subject to, the release of the second pressure that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at described fixed mechanism, so that described electronic equipment separates with described docking station.
Describedly be inserted into before the described groove when described electronic equipment, described snap fit is positioned at the primary importance of described fixed mechanism;
Describedly be inserted in the process of described groove when described electronic equipment:
Described electronic equipment is subject to the first pressure, and the first of described fixed mechanism and second portion are positioned at the hole clipping of described electronic equipment, forces described snap fit to be positioned at the second place of described fixed mechanism so that described the first pressure passes to described fixed mechanism; The described second place is different from described primary importance;
During the first earth pressure release that described electronic equipment is subject to, hole clipping and described second portion that the first of described fixed mechanism is positioned at described electronic equipment are positioned at outside the hole clipping of described electronic equipment, the first earth pressure release that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at outside the described fixed mechanism;
Described in the process that described electronic equipment is extracted from described groove:
Described electronic equipment is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at the 3rd position of described fixed mechanism so that described the second pressure passes to described fixed mechanism; Described the 3rd position and described primary importance and the described second place are not identical position;
During the second earth pressure release that described electronic equipment is subject to, the release of the second pressure that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at the described primary importance of described fixed mechanism.
Further, in the aforesaid docking station, described fixed mechanism comprises:
Control flume, described control flume have four limit points;
Wherein, the first limit point is corresponding with the described primary importance that described snap fit is positioned at described fixed mechanism; The second limit point is corresponding with the described second place that described snap fit is positioned at described fixed mechanism; It is outer corresponding that the 3rd limit point and described snap fit are positioned at described fixed mechanism; The 4th limit point is corresponding with described the 3rd position that described snap fit is positioned at described fixed mechanism.
Further, described fixed mechanism also comprises:
Pull bar, the first end of described pull bar is connected with described snap fit; The second end of described pull bar is positioned at described control flume;
Flexible Connector is connected with described snap fit;
Wherein, described first limit point of described control flume is fixing limit point, when the second end of described pull bar is positioned at described the first limit point of described control flume, limit the motion of described snap fit by described pull bar, so that described Flexible Connector is in the first compressive state.
Further, docking station as mentioned above, during the first pressure that the described electronic equipment that is subject to when described fixed mechanism transmits, described the first pressure forces described Flexible Connector to be in the second compressive state, and so that described pull bar moves to described the second limit point from described first limit point of described control flume; During the first earth pressure release that the described electronic equipment that is subject to when described fixed mechanism transmits, described Flexible Connector recovers the first elastic force of producing so that the snap fit motion is positioned at outside the described fixed mechanism, and so that described pull bar moves to described the 3rd limit point from described second limit point of described control flume;
During the second pressure that the described electronic equipment that is subject to when described fixed mechanism transmits, described the second pressure forces described Flexible Connector to be in described the second compressive state, and so that described pull bar moves to described the 4th limit point from described the 3rd limit point of described control flume; During the second earth pressure release that the described electronic equipment that is subject to when described fixed mechanism transmits, the second elastic force that described Flexible Connector recovers to produce is so that the snap fit motion, and so that described the first limit point that described pull bar moves from described the 4th limit point of described control flume, described Flexible Connector returns to described the first compressive state.
Further, described fixed mechanism also comprises:
Axle is fixedly installed in the described fixed mechanism;
Described snap fit comprises:
Through hole, described snap fit is movably arranged on the described axle by described through hole;
Depression bar, described the first side that is positioned at described rotating shaft; Described Flexible Connector and the junction of described snap fit are positioned at second side relative with described the first side of described rotating shaft
Wherein, described depression bar is subject to described the first pressure with described electronic equipment and is converted into the pressure of the described Flexible Connector of compressing and the power of described pull bar motion by described axle.
Further, aforesaid docking station also comprises:
Moving connecting mechanism, respectively with described body be connected middleware and be connected so that described middleware can be away from described body, and so that described middleware rotate with respect to described body.
Further, aforesaid docking station also comprises:
Locking protection mechanism; be arranged on the described middleware; described locking protection mechanism has protective position and non-protective position, stops described fixed mechanism to be subject to described the second pressure that described electronic equipment transmits when described locking protection mechanism is in described protective position.
On the other hand, the present invention also by another one embodiment, provides following technical scheme:
A kind of electronic equipment comprises:
The first main body;
The second main body; Described the first main body can be connected with described the second main body, and described the first main body can with described the second body portion from; Described the second main body comprises:
Body;
Middleware is connected with described body, and described middleware has a groove, and described groove is used for accepting the insertion of described the first main body;
Fixed mechanism, be fixedly installed on the bottom of described groove, be used for when described the first main body is inserted into described groove, the first of described fixed mechanism is positioned at hole clipping corresponding to described the first main body, being clasped with fixing described electronic equipment of described fixed sturcture snap fit that comprise and that be positioned at described first and described hole clipping;
Wherein, when described the first main body is inserted in the process of described groove, described the first main body is subject to the first pressure, the first of described fixed mechanism and second portion all are positioned at the hole clipping of described the first main body, force described snap fit to be positioned at described fixed mechanism so that described the first pressure passes to described fixed mechanism; During the first earth pressure release that described the first main body is subject to, the first of described fixed mechanism is positioned at the hole clipping of described the first main body, the second portion of described fixed mechanism is positioned at outside the hole clipping of described the first main body, described fixed mechanism is subject to the first earth pressure release that described the first main body is transmitted, and described snap fit is positioned at outside the described fixed mechanism;
In the process that described the first main body is extracted from described groove, described the first main body is subject to the second pressure, the second portion of described fixed mechanism is positioned at again described the first main body hole clipping, forces described snap fit to be positioned at described fixed mechanism so that described the second pressure passes to described fixed mechanism; During the second earth pressure release that described the first main body is subject to, described fixed mechanism is subject to the release of the second pressure that described the first main body transmits, and described snap fit is positioned at described fixed mechanism.
Aforesaid electronic equipment describedly is inserted into before the described groove when described the first main body, and described snap fit is positioned at the primary importance of described fixed mechanism;
Describedly be inserted in the process of described groove when described the first main body:
Described the first main body is subject to the first pressure, and the first of described fixed mechanism and second portion are positioned at the hole clipping of described the first main body, forces described snap fit to be positioned at the second place of described fixed mechanism so that described the first pressure passes to described fixed mechanism; The described second place is different from described primary importance;
During the first earth pressure release that described the first main body is subject to, hole clipping and described second portion that the first of described fixed mechanism is positioned at described the first main body are positioned at outside the hole clipping of described the first main body, the first earth pressure release that described the first main body that described fixed mechanism is subject to is transmitted, described snap fit is positioned at outside the described fixed mechanism;
Described in the process that described the first main body is extracted from described groove:
Described the first main body is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described the first main body, force described snap fit to be positioned at the 3rd position of described fixed mechanism so that described the second pressure passes to described fixed mechanism; Described the 3rd position and described primary importance and the described second place are not identical position;
During the second earth pressure release that described the first main body is subject to, the release of the second pressure that described the first main body that described fixed mechanism is subject to is transmitted, described snap fit is positioned at the described primary importance of described fixed mechanism.
Aforesaid electronic equipment, described fixed mechanism comprises:
Control flume, described control flume have four limit points;
Wherein, the first limit point is corresponding with the described primary importance that described snap fit is positioned at described fixed mechanism; The second limit point is corresponding with the described second place that described snap fit is positioned at described fixed mechanism; It is outer corresponding that the 3rd limit point and described snap fit are positioned at described fixed mechanism; The 4th limit point is corresponding with described the 3rd position that described snap fit is positioned at described fixed mechanism.
Aforesaid electronic equipment, described fixed mechanism also comprises:
Pull bar, the first end of described pull bar is connected with described snap fit; The second end of described pull bar is positioned at described control flume;
Flexible Connector is connected with described snap fit;
Wherein, described first limit point of described control flume is fixing limit point, when the second end of described pull bar is positioned at described the first limit point of described control flume, limit the motion of described snap fit by described pull bar, so that described Flexible Connector is in the first compressive state.
Further, aforesaid electronic equipment, during the first pressure that described the first main body that is subject to when described fixed mechanism is transmitted, described the first pressure forces described Flexible Connector to be in the second compressive state, and so that described pull bar moves to described the second limit point from described first limit point of described control flume; During the first earth pressure release that described the first main body that is subject to when described fixed mechanism is transmitted, described Flexible Connector recovers the first elastic force of producing so that the snap fit motion is positioned at outside the described fixed mechanism, and so that described the 3rd limit point that described pull bar moves from described second limit point of described control flume;
During the second pressure that described the first main body that is subject to when described fixed mechanism is transmitted, described the second pressure forces described Flexible Connector to be in described the second compressive state, and so that described pull bar moves to described the 4th limit point from described the 3rd limit point of described control flume; During the second earth pressure release that described the first main body that is subject to when described fixed mechanism is transmitted, the second elastic force that described Flexible Connector recovers to produce is so that the snap fit motion, and so that described the first limit point that described pull bar moves from described the 4th limit point of described control flume, described Flexible Connector returns to described the first compressive state.
Further, aforesaid electronic equipment, described fixed mechanism also comprises:
Axle is fixedly installed in the described fixed mechanism;
Described snap fit comprises:
Through hole, described snap fit is movably arranged on the described axle by described through hole;
Depression bar, described the first side that is positioned at described rotating shaft; Described Flexible Connector and the junction of described snap fit are positioned at second side relative with described the first side of described rotating shaft
Wherein, described depression bar is converted into the pressure of the described Flexible Connector of compressing and the power of described pull bar motion with described the first pressure that described the first main body is subject to by described axle.
Aforesaid electronic equipment, described the second main body also comprises:
Moving connecting mechanism, respectively with described body be connected middleware and be connected so that described middleware can be away from described body, and so that described middleware rotate with respect to described body.
Aforesaid electronic equipment, described the second main body also comprises:
Locking protection mechanism; be arranged on the described middleware; described locking protection mechanism has protective position and non-protective position, stops described fixed mechanism to be subject to described the second pressure that described the first main body is transmitted when described locking protection mechanism is in described protective position.
One or more technical schemes that the application provides have following technique effect or advantage at least:
Because in the embodiment of the present application, the structure of docking station is to use specific mechanism, first the groove of panel computer inserted base and depress, behind the relief pressure, being clasped in the snap fit of docking station and the panel computer hole clipping, so that panel computer is lockable, and then is fixed on panel computer on the base, as common notebook, use;
In the time of panel computer will being taken out, again with hand panel computer is depressed, behind the relief pressure, the snap fit of docking station separates with buckle in the panel computer hole clipping, at this moment, is hooked in the fixed mechanism in the docking station structure, panel computer is thrown off automatically from base, can directly take out, so operation is simple, be user-friendly to.
In addition, described specific mechanism is two, and described two described specific mechanisms are separately positioned on two positions of groove of described docking station, by the above-mentioned mode that described panel computer is connected to described docking station described panel computer is connected on the described docking station and by the above-mentioned mode that described panel computer is broken away from from described docking station with described panel computer from the process that described docking station breaks away from, described two specific mechanisms can both by described panel computer (because panel computer is an integral body) keep described two specific mechanisms synchronously.Thereby guarantee that two specific mechanisms as one man lock panel computer and as one man break away from respect to described panel computer.
Description of drawings
Fig. 1 is the structural representation of docking station among the embodiment 1;
Fig. 2 is the structural representation of docking station among the embodiment 1;
Fig. 3 is the annexation figure of electronic equipment and fixed mechanism when electronic equipment is subject to the first pressure and inserts in the groove among the embodiment 1;
When Fig. 4 is the first earth pressure release that electronic equipment is subject among the embodiment 1, the annexation figure of electronic equipment and fixed mechanism;
Fig. 5 is the annexation figure of electronic equipment and fixed mechanism when electronic equipment is extracted from groove among the embodiment 1;
Fig. 6 is the initial position figure of snap fit in the fixed mechanism among the embodiment 1;
Fig. 7 is the annexation figure of electronic equipment and fixed mechanism among the embodiment 1;
Fig. 8 is the annexation figure of electronic equipment and fixed mechanism among the embodiment 1;
Fig. 9 is the annexation figure of electronic equipment and fixed mechanism among the embodiment 1;
Figure 10 is the structural drawing of control flume in the fixed mechanism among the embodiment 1;
Figure 11 is the device explosive view of fixed mechanism among the embodiment 1;
Figure 12 is the package assembly stereographic map of the fixed mechanism among the embodiment 1;
Figure 13 is skeleton view, and the coupling arrangement according to the first example embodiment among the embodiment 1 is shown;
Figure 14 is decomposition view, and each element that the coupling arrangement according to the first example embodiment in the embodiment of the present application 1 comprises is shown;
The structural drawing of the electronic equipment that Figure 15 provides for the embodiment of the present application 2;
Figure 16 is amplification view, and the coupling part according to the notebook of example embodiment in the embodiment of the present application 2 is shown.
Embodiment
The embodiment of the present application provides a kind of docking station and electronic equipment, has solved prior art middle plateform computer and has taken out from base, and perhaps display takes out not too easily technical matters from main frame.
The application is in order to solve the problems of the technologies described above, and general thought is as follows:
Adopt the docking station of a specific structure of usefulness to connect panel computer and base, perhaps display and main frame, first with handgrip panel computer inserted base and depress, behind the relieving hand, panel computer is lockable, and can not lift down; When taking off, panel computer is depressed with hand, panel computer is thrown off automatically from base again, directly takes off.
In order better to understand technique scheme, the present invention is described below with reference to accompanying drawings in more detail, accompanying drawing illustrates example embodiment of the present invention.Yet the present invention can realize with many different forms, be confined to example embodiment disclosed herein and should not be construed as.It is in order to make the disclosure thoroughly and complete that these example embodiment are provided, and fully passes on scope of the present invention to those skilled in the art.In the following description, omitted the detailed description to known technology, to avoid unnecessarily bluring the present invention.The same or analogous element of same or analogous designated in the different accompanying drawings.
Embodiment 1
On the one hand, please refer to Fig. 1～Figure 12, the present invention provides following technical scheme by the application's a embodiment:
A kind of docking station that the embodiment of the present application 1 provides comprises:
As shown in Figure 1, body 101;
Middleware 102 is connected with body 101, and described middleware 102 has a groove 102a, and described groove 102a is used for accepting the insertion of an electronic equipment; Wherein, it can be that to be flexibly connected also can be to be fixedly connected with that middleware 102 is connected with body 101, and when being when being fixedly connected with, described middleware and described body are integrated design.
As shown in Figure 2, fixed mechanism 103, be fixedly installed on the bottom of groove 102a, be used for when electronic equipment is inserted into groove 102a, the first of fixed mechanism 103 is positioned at hole clipping A corresponding to electronic equipment, and fixed mechanism 103 snap fit 103a that comprise and that be positioned at described first cooperates to fix this electronic equipment with the buckle A1 of described hole clipping A;
As shown in Figure 3, wherein, when electronic equipment is inserted in the process of groove 102a, electronic equipment is subject to the first pressure, the first of fixed mechanism 103 (1031) and second portion (1032) all are positioned at the hole clipping A of electronic equipment, force snap fit 103a to be positioned at fixed mechanism 103 so that described the first pressure passes to fixed mechanism 103;
As shown in Figure 4, during the first earth pressure release that electronic equipment is subject to, the first of fixed mechanism 103 is positioned at the hole clipping A of electronic equipment, the second portion of fixed mechanism 103 is positioned at the outer A of hole clipping of electronic equipment, the first earth pressure release that the electronic equipment that fixed mechanism 103 is subject to transmits, snap fit 103a is positioned at outside the fixed mechanism 103, so that electronic equipment is connected with docking station;
As shown in Figure 5, in the process that electronic equipment is extracted from groove 102a, electronic equipment is subject to the second pressure, the first of fixed mechanism 103 and second portion are positioned at the hole clipping A of electronic equipment, force snap fit 103a to be positioned at fixed mechanism 103 so that described the second pressure passes to fixed mechanism 103; During the second earth pressure release that this electronic equipment is subject to, the release of the second pressure that the electronic equipment that fixed mechanism 103 is subject to transmits, snap fit 103a is positioned at fixed mechanism 103, so that electronic equipment separates with docking station.
Carefully be set forth in electronic equipment insertion and the taking-up process below in conjunction with accompanying drawing, be hooked in the moving process in the fixed mechanism 103.
As shown in Figure 6, before electronic equipment was inserted into described groove 102a, snap fit 103a was positioned at the primary importance of fixed mechanism 103; That is to say, the initial position of snap fit is position shown in Figure 6.
Be inserted in the process of groove 102a at electronic equipment:
As shown in Figure 7, this electronic equipment is subject to the first pressure, the first of fixed mechanism 103 and second portion all are positioned at the hole clipping A of this electronic equipment, force snap fit 103a to be positioned at the second place of fixed mechanism 103 so that described the first pressure passes to fixed mechanism 103; The described second place is different from described primary importance;
As shown in Figure 8, when the first earth pressure release that electronic equipment is subject to, the first of fixed mechanism 103 is positioned at the hole clipping A of electronic equipment, and second portion is positioned at outside the hole clipping A of electronic equipment, the first earth pressure release that the electronic equipment that fixed mechanism 103 is subject to transmits, snap fit 103a is positioned at outside the fixed mechanism 103; At this moment, the form of electronic equipment for being held by snap fit, electronic equipment is fixed on the docking station.
In the process that electronic equipment is extracted from groove 102a:
As shown in Figure 9, during for piezoelectricity subset again, the annexation figure of electronic equipment and fixed mechanism; This electronic equipment is subject to the second pressure, and the first of fixed mechanism 103 and second portion all are positioned at the hole clipping A of this electronic equipment, forces snap fit 103a to be positioned at the 3rd position of fixed mechanism 103 so that the second pressure passes to fixed mechanism 103; The 3rd position and primary importance, the second place are not identical position;
As shown in Figure 6, when the second earth pressure release that electronic equipment is subject to, the release of the second pressure that the electronic equipment that fixed mechanism 103 is subject to transmits, fixed mechanism is got back to the state that is not subjected to any external force, snap fit 103a is positioned at again the primary importance of fixed mechanism 103, and namely snap fit is got back to again the initial position in the fixed mechanism 103.
As shown in figure 10, further, in the aforesaid docking station, fixed mechanism 103 comprises:
Control flume 103b, described control flume 103b has four limit points;
Wherein, the first limit point (103b1) is corresponding with the primary importance that snap fit 103a is positioned at fixed mechanism 103; The second limit point (103b2) is corresponding with the second place that snap fit 103a is positioned at fixed mechanism 103; It is outer corresponding that the 3rd limit point (103b3) and snap fit 103a are positioned at fixed mechanism 103; The 4th limit point (103b4) is corresponding with the 3rd position that snap fit 103a is positioned at fixed mechanism 103.Before electronic equipment was inserted into groove 102a, snap fit 103a was positioned at the primary importance of fixed mechanism 103;
As shown in figure 11, be the device explosive view of fixed mechanism 103, further, fixed mechanism 103 also comprises:
Pull bar 103c, the first end of described pull bar 103c is connected with snap fit 103a; The second end of described pull bar 103c is positioned at control flume 103b;
Flexible Connector 103d, 103a is connected with snap fit;
Wherein, the first limit point of control flume 103b is fixing limit point, when the second end of pull bar 103c is positioned at the first limit point of control flume 103b, by the motion of pull bar 103c restriction snap fit 103a, so that Flexible Connector 103d is in the first compressive state.Be above-mentioned said, before electronic equipment was inserted into groove 102a, snap fit 103a was positioned at the primary importance of fixed mechanism 103, and at this moment, snap fit 103a can not be emerging in outside the fixed mechanism 103.
Further, docking station as mentioned above, during the first pressure that the electronic equipment that is subject to when fixed mechanism 103 transmits, described the first pressure forces Flexible Connector 103d to be in the second compressive state, and so that pull bar 103c moves to the second limit point from the first limit point of control flume 103b;
During the first earth pressure release that the electronic equipment that is subject to when fixed mechanism 103 transmits, the first elastic force that Flexible Connector 103d recover to produce so that snap fit 103a motion be positioned at outside the fixed mechanism 103, and so that pull bar 103c moves to the 3rd limit point from the second limit point of control flume 103b;
During the second pressure that the electronic equipment that is subject to when fixed mechanism 103 transmits, described the second pressure forces Flexible Connector 103d to be in described the second compressive state, and so that pull bar 103c moves to the 4th limit point from the 3rd limit point of control flume 103b; During the second earth pressure release that the described electronic equipment that is subject to when fixed mechanism 103 transmits, the second elastic force that Flexible Connector 103d recovers to produce is so that the snap fit motion, and so that described the first limit point that pull bar 103c moves from described the 4th limit point of control flume 103b, Flexible Connector 103d returns to described the first compressive state.
As shown in figure 11, further, fixed mechanism 103 also comprises:
Rotating shaft 103e is fixedly installed in the fixed mechanism 103;
Snap fit 103a comprises:
Through hole 103a ', snap fit 103a is movably arranged on the described rotating shaft 103e by described through hole 103a ';
Depression bar 103a ", described the first side that is positioned at rotating shaft 103e; Flexible Connector 103d and the junction of snap fit 103a are positioned at second side relative with described the first side of rotating shaft 103e;
Wherein, depression bar 103a " described electronic equipment is subject to described the first pressure is converted into the pressure of compressing Flexible Connector 103d and the power of pull bar 103c motion by rotating shaft 103e.
Further, as shown in figure 11, for better tightness, described fixed mechanism 103 also comprises:
One cover plate 103f covers pull bar 103c, elastic connector spare 103d, protects, in order to avoid damage.
As shown in figure 12, be the package assembly stereographic map of fixed mechanism 103;
Further, aforesaid docking station also comprises:
Coupling arrangement 100 is connected with middleware with body 101 respectively and is connected so that middleware 102 can be away from body 101, and so that middleware 102 rotate with respect to body 101.
The below is described in detail by reference to the accompanying drawings to exemplary embodiment in the practical application scene of moving connecting mechanism.
The first example embodiment
Figure 13 is skeleton view, and the coupling arrangement 100 of the first example embodiment according to the present invention is shown; Figure 14 is decomposition view, and each element that the coupling arrangement 100 of the first example embodiment according to the present invention comprises is shown.
With reference to Figure 13 and Figure 14, the coupling arrangement 100 of the first example embodiment comprises the first fixed component 10, mobile member 20, revolving member 30 and the second fixed component 40 according to the present invention.The first fixed component 10 that the coupling arrangement 100 of the present invention's the first example embodiment comprises is contained in the body 101, and revolving member 30 is the part in the middleware 102, and the second fixed component 40 is equivalent to the electronic equipment in above-described embodiment.
The first fixed component 10 can be a sliding seat, and it can be fixed to will be by the miscellaneous part of coupling arrangement 100 connections.In example, the first fixed component 10 can have through hole and be connected to miscellaneous part to be used for screw.Alternatively, the first fixed component 10 can be to be connected to miscellaneous part such as welding, riveted joint, other bonding etc. modes.
Mobile member 20 can comprise two sliding parts that the energy relative translation is for example slided and the locating part that is used for the distance of two sliding part relative translations of restriction.In the present embodiment, as shown in the figure, the first sliding part can be formed in the slip chamber 22 in the first fixture 10.Slip chamber 22 can have predetermined shape, such as but not limited to the rectangle with chamfering.The second sliding part can be slide body 21.The first end of slide body 21 can be contained in the slip chamber 22 in the first fixed component 10, and the second end can be positioned at outside the slip chamber 22.Slide body 21 can have predetermined shape, the shape that for example cooperates with slip chamber 22.Like this, slip chamber 22 and slide body 21 in the first fixed component 10 cooperatively interact, so that slide body 21 can be carried out the one dimension rectilinear motion in slip chamber 22, direction of motion is identical with the bearing of trend between the second end with the first end of slide body 21.
In the present embodiment, the locating part of mobile member 20 can followingly form.Such as Figure 13 and shown in Figure 14, slide body 21 can have the opening 23 that is formed at wherein, and catch 11 can run through opening 23 and be fixed to the first fixed component 10, thereby an end of slide body 21 is limited in the slip chamber 22.
Alternatively, coupling arrangement 100 also can comprise elastic component, thereby provides elastic force that mobile member 20 is pressed to the first fixed component 10.In the present embodiment, shown in Figure 13 and 14, elastic component can be the first elastic component 12 that is arranged in the opening 23.Elastic component 12 can be spring or other elastic bodys such as elastic caoutchouc etc.One end of elastic component 12 can be resisted against on the sidewall of opening 23, and the other end can be resisted against on the catch 11, thereby provides elastic force slide body 21 to be pressed to the inside of slip chamber 22.Will be understood that, when applying external force, can overcome the elastic force pulling slide body 21 outside translations of elastic component 12.
Revolving member 30 can be connected to mobile member 20, thereby passes through mobile member 20 with respect to the first fixed component translation.In the present embodiment, revolving member 30 can be for example rotating shaft.Rotating shaft generally includes a mandrel, an axle sleeve and two fixed heads.Two fixed heads are fixedly connected with respectively (or integrally formed) to mandrel and axle sleeve.Thereby can being socketed on, axle sleeve realizes on the mandrel rotating.Rotating shaft also can comprise two axle sleeves, all is socketed on also to be fixedly attached to respectively two fixed heads on the mandrel, thereby realizes rotating.
In the present embodiment, such as Figure 13 and shown in Figure 14, revolving member 30 comprises mandrel 32 and axle sleeve 31.Slide body 21 and the second fixed component 40 can be used as above-mentioned two fixed heads.In the present embodiment, mandrel 32 can extend from the outdoor end of sliding cavity that is positioned at of slide body 21, and axle sleeve 31 and the second fixed component 40 are integrally formed.The bearing of trend of mandrel 32 can be different from the glide direction of slide body 21.Preferably, the bearing of trend of mandrel 32 is in fact perpendicular to the glide direction of slide body 21, but the invention is not restricted to this, also can become other angles between the glide direction of the bearing of trend of mandrel 32 and slide body 21.
In another embodiment, mandrel 32 can extend from the side of the second fixed component 40, and axle sleeve 31 can be integrally formed in the second end of slide body 21.
In another embodiment, revolving member can comprise two axle sleeves.Axle sleeve and the second fixed component 40 integrally formed (such as Figure 13 and shown in Figure 14), another axle sleeve is formed in the second end of slide body 21.Mandrel 32 can be inserted in two axle sleeves.
In each embodiment, the design of axle sleeve and mandrel can be similar to conventional rotating shaft.For example, in axle sleeve, friction disc is set so that rotating shaft is compact.Repeat no more herein.
Such as Figure 13 and shown in Figure 14, the second fixed component 40 is fixedly connected with (or integrally formed) to axle sleeve 31, thereby rotates with respect to the first fixed component 10 by revolving member 30, and can be by mobile member 20 with respect to 10 translations of the first fixed component.The second fixed component 40 can have through hole and be connected to miscellaneous part to be used for screw.Alternatively, the second fixed component 40 can be to be connected to miscellaneous part such as welding, riveted joint, other bonding etc. modes.
In the modification of the first embodiment, opening 23 can be formed in the non-sealing opening of the one or both sides of slide body 21, i.e. depression.Elastic component for example the first elastic component 12 1 ends is resisted against on the sidewall of opening 23, and the other end is resisted against on the catch 11 that passes opening 23, thereby provides elastic force slide body 21 to be pressed to the inside of slip chamber 22.
In another modification, slide body 21 can have the projection that is formed on its one or both sides.The opening part of slip chamber 22 has the flange of a part that covers slip chamber 22.The second elastic component 12 1 ends as elastic component are resisted against on the projection of slide body 21, and the other end is resisted against on the flange of opening part of slip chamber 22, thereby provides elastic force slide body 21 to be pressed to the inside of slip chamber 22.
As mentioned above, in the rotating shaft 100 according to the first example embodiment, can be with respect to 40 translations of the second fixed component and rotation by mobile member 20 and revolving member 30, the first fixed components 10.
Further, aforesaid docking station also comprises:
Locking protection mechanism is arranged on the middleware 102, and locking protection mechanism has protective position and non-protective position, stops fixed mechanism 103 to be subject to described the second pressure that electronic equipment transmits when locking protection mechanism is in protective position.
Have above-mentioned locking protection mechanism; so that electronic equipment is when being fixed on the docking station; so that this height of first that extend into the fixed mechanism 103 among the groove 102a is more than or equal to the height of the second portion of fixed mechanism 103; so that electronic equipment just can not be in the docking station nature come off out, electronic equipment is played a very good protection.
Aforesaid electronic equipment can be panel computer, display etc.
The docking station that provides in the embodiment of the present application 1 can be simple hardware unit, also can be for having the independently equipment of CPU, hardware system, software systems.
Embodiment 2
As shown in figure 15, the structural drawing of electronic equipment among the another one embodiment that provides for the embodiment of the present application, concrete technical scheme is as follows:
A kind of electronic equipment comprises:
The first main body 201;
The second main body 202; The first main body 201 can be connected with the second main body 202, and the first main body 201 can be separated with the second main body 202; Described the second main body 202 comprises:
Body 202a;
Middleware 202b, 202a is connected with body, and described middleware 202b has a groove 202b1, and groove 202b1 is used for accepting the insertion of the first main body 201;
Such as the fixed mechanism that provides among the embodiment 1, be fixedly installed on the bottom of groove, be used for when the first main body is inserted into groove, the first of fixed mechanism is positioned at hole clipping corresponding to the first main body, that fixed sturcture comprises and be positioned at the snap fit of first and hole clipping be clasped to fix the first main body;
Wherein, when the first main body is inserted in the process of groove, the first main body is subject to the first pressure, and the first of fixed mechanism and second portion all are positioned at the hole clipping of the first main body, forces snap fit to be positioned at fixed mechanism so that described the first pressure passes to fixed mechanism; During the first earth pressure release that the first main body is subject to, the first of fixed mechanism is positioned at the hole clipping of the first main body, the second portion of fixed mechanism is positioned at outside the hole clipping of the first main body, and fixed mechanism is subject to the first earth pressure release that the first main body is transmitted, and snap fit is positioned at outside the fixed mechanism;
In the process that the first main body is extracted from groove, the first main body is subject to the second pressure, and the second portion of fixed mechanism is positioned at again the first main body hole clipping, forces snap fit to be positioned at fixed mechanism so that described the second pressure passes to fixed mechanism; During the second earth pressure release that the first main body is subject to, fixed mechanism is subject to the release of the second pressure that the first main body transmits, and snap fit is positioned at fixed mechanism.
Aforesaid electronic equipment, before the first main body was inserted into groove 102a, described snap fit was positioned at the primary importance of fixed mechanism;
When the first main body is inserted in the process of groove:
Described the first main body is subject to the first pressure, and the first of fixed mechanism and second portion are positioned at the hole clipping of the first main body, forces snap fit to be positioned at the second place of fixed mechanism so that the first pressure passes to fixed mechanism; The described second place is different from described primary importance;
During the first earth pressure release that described the first main body is subject to, hole clipping and second portion that the first of fixed mechanism is positioned at the first main body are positioned at outside the hole clipping of the first main body, the first earth pressure release that the first main body that fixed mechanism is subject to is transmitted, snap fit is positioned at outside the fixed mechanism;
In the process that the first main body is extracted from groove:
Described the first main body is subject to the second pressure, and the first of fixed mechanism and second portion are positioned at the hole clipping of the first main body, forces snap fit to be positioned at the 3rd position of fixed mechanism so that the second pressure passes to fixed mechanism; Described the 3rd position and described primary importance and the described second place are not identical position;
During the second earth pressure release that described the first main body is subject to, the release of the second pressure that the first main body that fixed mechanism is subject to is transmitted, snap fit is positioned at the primary importance of fixed mechanism.
Aforesaid electronic equipment, described fixed mechanism comprises:
Control flume, described control flume have four limit points;
Wherein, the first limit point is corresponding with the primary importance that snap fit is positioned at fixed mechanism; The second limit point is corresponding with the second place that snap fit is positioned at fixed mechanism; It is outer corresponding that the 3rd limit point and snap fit are positioned at fixed mechanism; The 4th limit point is corresponding with the 3rd position that snap fit is positioned at fixed mechanism.
Aforesaid electronic equipment, described fixed mechanism also comprises:
Pull bar, the first end of described pull bar is connected with snap fit; The second end of pull bar is positioned at control flume;
Flexible Connector is connected with snap fit;
Wherein, the first limit point of control flume is fixing limit point, when the second end of pull bar is positioned at control flume the first limit point, limits the motion of snap fit by pull bar, so that Flexible Connector is in the first compressive state.
Further, aforesaid electronic equipment, during the first pressure that the first main body that is subject to when fixed mechanism is transmitted, described the first pressure forces Flexible Connector to be in the second compressive state, and so that pull bar moves to the second limit point from the first limit point of control flume; During the first earth pressure release that the first main body that is subject to when fixed mechanism is transmitted, Flexible Connector recovers the first elastic force of producing so that the snap fit motion is positioned at outside the fixed mechanism, and so that pull bar moves to the 3rd limit point from the second limit point of control flume;
During the second pressure that the first main body that is subject to when fixed mechanism is transmitted, described the second pressure forces Flexible Connector to be in the second compressive state, and so that pull bar moves to the 4th limit point from the 3rd limit point of control flume; During the second earth pressure release that the first main body that is subject to when fixed mechanism is transmitted, the second elastic force that Flexible Connector recovers to produce is so that the snap fit motion, and so that the first limit point that pull bar moves from the 4th limit point of control flume, Flexible Connector returns to the first compressive state.
Further, aforesaid electronic equipment, described fixed mechanism also comprises:
Rotating shaft is fixedly installed in the fixed mechanism;
Described snap fit comprises:
Through hole, described snap fit is movably arranged in the rotating shaft by through hole;
Depression bar, described depression bar are positioned at the first side of rotating shaft; Flexible Connector and the junction of snap fit are positioned at second side relative with the first side of rotating shaft;
Wherein, described depression bar is converted into the pressure of compressing Flexible Connector and the power of pull bar motion with the first pressure that the first main body is subject to by rotating shaft.
Aforesaid electronic equipment, described the second main body also comprises:
Such as the coupling arrangement 100 that provides among the embodiment 1, respectively with described body be connected middleware and be connected so that described middleware can be away from described body, and so that described middleware rotate with respect to described body.
In this embodiment 2, with among the above-mentioned embodiment 1 such as Figure 13 and coupling arrangement shown in Figure 14, the first fixed component 10 that comprises is contained in the body of the second main body, mobile member 20 can be contained in again in the first fixed component 10, revolving member 30 is the part in the middleware, and the second fixed component 40 is equivalent to the first main body among this embodiment 2.
Embodiment and various modification structures as for the first fixed component 10, mobile member 20, revolving member 30 have all been carried out detailed elaboration in embodiment 1, therefore, repeat no more.
Aforesaid electronic equipment, described the second main body also comprises:
Locking protection mechanism; be arranged on the described middleware; described locking protection mechanism has protective position and non-protective position, stops described fixed mechanism to be subject to described the second pressure that described the first main body is transmitted when described locking protection mechanism is in described protective position.
Further, wherein, described the first main body and the second main body can for having the independently equipment of system, also can form the computing machine of a commingled system jointly.Be explained in detail below in conjunction with accompanying drawing.
Please refer to accompanying drawing 16, be amplification view, the rotating shaft coupling part according to the notebook 700 in the embodiment of the present application 2 is shown.
As shown in figure 16, notebook 700 comprises base portion 710, Connection Block part 715, display part 720 and coupling arrangement 730.Base portion 710 (body that is equivalent to the second main body) and Connection Block part 715 (the middleware part that is equivalent to the second main body) form the second main body, display part 720 is equivalent to above-mentioned the first main body, and the first main body and the second main body are flexibly connected by coupling arrangement 730.
Connection Block part 715 can be connected to base portion 710 by coupling arrangement 730, thereby can be with respect to base portion 710 translations and rotation.Display part 720 can be detachably connected to Connection Block part 715.When after 715 dismountings of Connection Block part, display part 720 can be used as flat-panel devices and uses, and remaining Connection Block part 715 and base portion 710 still can have the upper surface of substantially flat together.When being installed to Connection Block part 715, thereby display part 720 can combine to use with base portion 710 and has the function of enhancing.
In an example, display part 720 can comprise the first hardware system and the first system that consists of based on the first operating system of the first hardware system.Base portion 710 is as the expansion of the first system, such as comprising keyboard, touch pad, Fingerprint Identification Unit, card reader etc.
In another example, base portion 710 can comprise the second hardware system and the second system that consists of based on the second operating system of the second hardware system.Display part 720 can be used as the output display part of second system.
In another example, display part 720 can comprise the first hardware system and the first system that consists of based on the first operating system of the first hardware system, and base portion 710 can comprise the second hardware system and the second system that consists of based on the second operating system of the second hardware system.When display part 720 was installed to Connection Block part 715, the first system and second system can form commingled system.
Described the second operating system can be selected from linux system, windows system, MacOS system; The first operating system can be selected from iOS system, Android system, Symbian system, windows phone system etc.
Although should be understood that toply to be illustrated as an example of notebook example, coupling arrangement of the present invention also can be applicable to other electronic equipments, such as mobile phone, video camera etc.
The application has following technique effect or advantage at least by the technical scheme that above-mentioned one or more embodiment provide:
Because in the embodiment of the present application, the structure of docking station is to use specific mechanism, first the groove of panel computer inserted base and depress, behind the relief pressure, being clasped in the snap fit of docking station and the panel computer hole clipping, so that panel computer is lockable, and then is fixed on panel computer on the base, as common notebook, use;
In the time of panel computer will being taken out, again with hand panel computer is depressed, behind the relief pressure, the snap fit of docking station separates with buckle in the panel computer hole clipping, at this moment, is hooked in the fixed mechanism in the docking station structure, panel computer is thrown off automatically from base, can directly take out, so operation is simple, be user-friendly to.
In addition, described specific mechanism is two, and described two described specific mechanisms are separately positioned on two positions of groove of described docking station, by the above-mentioned mode that described panel computer is connected to described docking station described panel computer is connected on the described docking station and by the above-mentioned mode that described panel computer is broken away from from described docking station with described panel computer from the process that described docking station breaks away from, described two specific mechanisms can both by described panel computer keep described two specific mechanisms synchronously.Because panel computer is that the both sides of the top end face of an integral body and described two specific mechanisms all are the dip plane.That is, because described panel computer is as a whole, it is synchronous to guarantee described two specific mechanisms that described panel computer is equivalent to connect the web member of described two specific mechanisms.So panel computer is inserted into the process in the docking station groove, the upper corresponding hole clipping of described panel computer (electronic equipment) is subject to the guiding of dip plane of top end face of described specific mechanism so that described panel computer can be subject to the first pressure synchronously moves downward.Snap fit when described panel computer (electronic equipment) is subject to the second pressure and described the second earth pressure release again in described two specific mechanisms can be thrown off synchronously.
Although described the preferred embodiments of the present invention, in a single day those skilled in the art get the basic creative concept of cicada, then can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, if of the present invention these are revised and modification belongs within the scope of claim of the present invention and equivalent technologies thereof, then the present invention also is intended to comprise these changes and modification interior.

Claims (16)

1. a docking station is characterized in that, comprising:
Body;
Middleware is connected with described body, and described middleware has a groove, and described groove is used for accepting the insertion of an electronic equipment;
Fixed mechanism, be fixedly installed on the bottom of described groove, be used for when described electronic equipment is inserted into described groove, the first of described fixed mechanism is positioned at hole clipping corresponding to described electronic equipment, being clasped with fixing described electronic equipment of described fixed sturcture snap fit that comprise and that be positioned at described first and described hole clipping;
Wherein, when described electronic equipment is inserted in the process of described groove, described electronic equipment is subject to the first pressure, the first of described fixed mechanism and second portion all are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at described fixed mechanism so that described the first pressure passes to described fixed mechanism; During the first earth pressure release that described electronic equipment is subject to, the first of described fixed mechanism is positioned at the hole clipping of described electronic equipment, the second portion of described fixed mechanism is positioned at outside the hole clipping of described electronic equipment, the first earth pressure release that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at outside the described fixed mechanism, so that described electronic equipment is connected with described docking station;
In the process that described electronic equipment is extracted from described groove, described electronic equipment is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at described fixed mechanism so that described the second pressure passes to described fixed mechanism; During the second earth pressure release that described electronic equipment is subject to, the release of the second pressure that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at described fixed mechanism, so that described electronic equipment separates with described docking station.
2. docking station as claimed in claim 1 is characterized in that, describedly is inserted into before the described groove when described electronic equipment, and described snap fit is positioned at the primary importance of described fixed mechanism;
Describedly be inserted in the process of described groove when described electronic equipment:
Described electronic equipment is subject to the first pressure, and the first of described fixed mechanism and second portion are positioned at the hole clipping of described electronic equipment, forces described snap fit to be positioned at the second place of described fixed mechanism so that described the first pressure passes to described fixed mechanism; The described second place is different from described primary importance;
During the first earth pressure release that described electronic equipment is subject to, hole clipping and described second portion that the first of described fixed mechanism is positioned at described electronic equipment are positioned at outside the hole clipping of described electronic equipment, the first earth pressure release that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at outside the described fixed mechanism;
Described in the process that described electronic equipment is extracted from described groove:
Described electronic equipment is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described electronic equipment, force described snap fit to be positioned at the 3rd position of described fixed mechanism so that described the second pressure passes to described fixed mechanism; Described the 3rd position and described primary importance and the described second place are not identical position;
During the second earth pressure release that described electronic equipment is subject to, the release of the second pressure that the described electronic equipment that described fixed mechanism is subject to transmits, described snap fit is positioned at the described primary importance of described fixed mechanism.
3. docking station as claimed in claim 2 is characterized in that, described fixed mechanism comprises:
Control flume, described control flume have four limit points;
Wherein, the first limit point is corresponding with the described primary importance that described snap fit is positioned at described fixed mechanism; The second limit point is corresponding with the described second place that described snap fit is positioned at described fixed mechanism; It is outer corresponding that the 3rd limit point and described snap fit are positioned at described fixed mechanism; The 4th limit point is corresponding with described the 3rd position that described snap fit is positioned at described fixed mechanism.
4. docking station as claimed in claim 3 is characterized in that, described fixed mechanism comprises:
Pull bar, the first end of described pull bar is connected with described snap fit; The second end of described pull bar is positioned at described control flume;
Flexible Connector is connected with described snap fit;
Wherein, described first limit point of described control flume is fixing limit point, when the second end of described pull bar is positioned at described the first limit point of described control flume, limit the motion of described snap fit by described pull bar, so that described Flexible Connector is in the first compressive state.
5. docking station as claimed in claim 4 is characterized in that:
During the first pressure that the described electronic equipment that is subject to when described fixed mechanism transmits, described the first pressure forces described Flexible Connector to be in the second compressive state, and so that described pull bar moves to described the second limit point from described first limit point of described control flume; During the first earth pressure release that the described electronic equipment that is subject to when described fixed mechanism transmits, described Flexible Connector recovers the first elastic force of producing so that the snap fit motion is positioned at outside the described fixed mechanism, and so that described pull bar moves to described the 3rd limit point from described second limit point of described control flume;
During the second pressure that the described electronic equipment that is subject to when described fixed mechanism transmits, described the second pressure forces described Flexible Connector to be in described the second compressive state, and so that described pull bar moves to described the 4th limit point from described the 3rd limit point of described control flume; During the second earth pressure release that the described electronic equipment that is subject to when described fixed mechanism transmits, the second elastic force that described Flexible Connector recovers to produce is so that the snap fit motion, and so that described the first limit point that described pull bar moves from described the 4th limit point of described control flume, described Flexible Connector returns to described the first compressive state.
6. docking station as claimed in claim 4 is characterized in that, described fixed mechanism also comprises:
Rotating shaft is fixedly installed in the described fixed mechanism;
Described snap fit comprises:
Through hole, described snap fit is movably arranged in the described rotating shaft by described through hole;
Depression bar, described depression bar are positioned at the first side of described rotating shaft; Described Flexible Connector and the junction of described snap fit are positioned at second side relative with described the first side of described rotating shaft;
Wherein, described depression bar is subject to described the first pressure with described electronic equipment and is converted into the pressure of the described Flexible Connector of compressing and the power of described pull bar motion by described rotating shaft.
7. docking station as claimed in claim 1 is characterized in that, described docking station also comprises:
Moving connecting mechanism, respectively with described body be connected middleware and be connected so that described middleware can be away from described body, and so that described middleware rotate with respect to described body.
8. docking station as claimed in claim 1 is characterized in that, described docking station also comprises:
Locking protection mechanism; be arranged on the described middleware; described locking protection mechanism has protective position and non-protective position, stops described fixed mechanism to be subject to described the second pressure that described electronic equipment transmits when described locking protection mechanism is in described protective position.
9. an electronic equipment is characterized in that, comprising:
The first main body;
The second main body; Described the first main body can be connected with described the second main body, and described the first main body can with described the second body portion from; Described the second main body comprises:
Body;
Middleware is connected with described body, and described middleware has a groove, and described groove is used for accepting the insertion of described the first main body;
Fixed mechanism, be fixedly installed on the bottom of described groove, be used for when described the first main body is inserted into described groove, the first of described fixed mechanism is positioned at hole clipping corresponding to described the first main body, being clasped with fixing described the first main body of described fixed sturcture snap fit that comprise and that be positioned at described first and described hole clipping;
Wherein, when described the first main body is inserted in the process of described groove, described the first main body is subject to the first pressure, the first of described fixed mechanism and second portion all are positioned at the hole clipping of described the first main body, force described snap fit to be positioned at described fixed mechanism so that described the first pressure passes to described fixed mechanism; During the first earth pressure release that described the first main body is subject to, the first of described fixed mechanism is positioned at the hole clipping of described the first main body, the second portion of described fixed mechanism is positioned at outside the hole clipping of described the first main body, described fixed mechanism is subject to the first earth pressure release that described the first main body is transmitted, and described snap fit is positioned at outside the described fixed mechanism;
In the process that described the first main body is extracted from described groove, described the first main body is subject to the second pressure, the second portion of described fixed mechanism is positioned at again described the first main body hole clipping, forces described snap fit to be positioned at described fixed mechanism so that described the second pressure passes to described fixed mechanism; During the second earth pressure release that described the first main body is subject to, described fixed mechanism is subject to the release of the second pressure that described the first main body transmits, and described snap fit is positioned at described fixed mechanism.
10. electronic equipment as claimed in claim 9 is characterized in that, describedly is inserted into before the described groove when described the first main body, and described snap fit is positioned at the primary importance of described fixed mechanism;
Describedly be inserted in the process of described groove when described the first main body:
Described the first main body is subject to the first pressure, and the first of described fixed mechanism and second portion are positioned at the hole clipping of described the first main body, forces described snap fit to be positioned at the second place of described fixed mechanism so that described the first pressure passes to described fixed mechanism; The described second place is different from described primary importance;
During the first earth pressure release that described the first main body is subject to, hole clipping and described second portion that the first of described fixed mechanism is positioned at described the first main body are positioned at outside the hole clipping of described the first main body, the first earth pressure release that described the first main body that described fixed mechanism is subject to is transmitted, described snap fit is positioned at outside the described fixed mechanism;
Described in the process that described the first main body is extracted from described groove:
Described the first main body is subject to the second pressure, the described first of described fixed mechanism and described second portion are positioned at the hole clipping of described the first main body, force described snap fit to be positioned at the 3rd position of described fixed mechanism so that described the second pressure passes to described fixed mechanism; Described the 3rd position and described primary importance and the described second place are not identical position;
During the second earth pressure release that described the first main body is subject to, the release of the second pressure that described the first main body that described fixed mechanism is subject to is transmitted, described snap fit is positioned at the described primary importance of described fixed mechanism.
11. electronic equipment as claimed in claim 10 is characterized in that, described fixed mechanism comprises:
Control flume, described control flume have four limit points;
Wherein, the first limit point is corresponding with the described primary importance that described snap fit is positioned at described fixed mechanism; The second limit point is corresponding with the described second place that described snap fit is positioned at described fixed mechanism; It is outer corresponding that the 3rd limit point and described snap fit are positioned at described fixed mechanism; The 4th limit point is corresponding with described the 3rd position that described snap fit is positioned at described fixed mechanism.
12. electronic equipment as claimed in claim 11 is characterized in that, described fixed mechanism comprises:
Pull bar, the first end of described pull bar is connected with described snap fit; The second end of described pull bar is positioned at described control flume;
Flexible Connector is connected with described snap fit;
Wherein, described first limit point of described control flume is fixing limit point, when the second end of described pull bar is positioned at described the first limit point of described control flume, limit the motion of described snap fit by described pull bar, so that described Flexible Connector is in the first compressive state.
13. electronic equipment as claimed in claim 12 is characterized in that:
During the first pressure that described the first main body that is subject to when described fixed mechanism is transmitted, described the first pressure forces described Flexible Connector to be in the second compressive state, and so that described pull bar moves to described the second limit point from described first limit point of described control flume; During the first earth pressure release that described the first main body that is subject to when described fixed mechanism is transmitted, described Flexible Connector recovers the first elastic force of producing so that the snap fit motion is positioned at outside the described fixed mechanism, and so that described the 3rd limit point that described pull bar moves from described second limit point of described control flume;
During the second pressure that described the first main body that is subject to when described fixed mechanism is transmitted, described the second pressure forces described Flexible Connector to be in described the second compressive state, and so that described pull bar moves to described the 4th limit point from described the 3rd limit point of described control flume; During the second earth pressure release that described the first main body that is subject to when described fixed mechanism is transmitted, the second elastic force that described Flexible Connector recovers to produce is so that the snap fit motion, and so that described the first limit point that described pull bar moves from described the 4th limit point of described control flume, described Flexible Connector returns to described the first compressive state.
14. electronic equipment as claimed in claim 12 is characterized in that, described fixed mechanism also comprises:
Rotating shaft is fixedly installed in the described fixed mechanism;
Described snap fit comprises:
Through hole, described snap fit is movably arranged in the described rotating shaft by described through hole;
Depression bar, described depression bar are positioned at the first side of described rotating shaft; Described Flexible Connector and the junction of described snap fit are positioned at second side relative with described the first side of described rotating shaft;
Wherein, described depression bar is subject to described the first pressure with described the first main body and is converted into the pressure of the described Flexible Connector of compressing and the power of described pull bar motion by described axle.
15. electronic equipment as claimed in claim 9 is characterized in that, described the second main body also comprises:
Moving connecting mechanism, respectively with described body be connected middleware and be connected so that described middleware can be away from described body, and so that described middleware rotate with respect to described body.
16. electronic equipment as claimed in claim 9 is characterized in that, described the second main body also comprises:
Locking protection mechanism; be arranged on the described middleware; described locking protection mechanism has protective position and non-protective position, stops described fixed mechanism to be subject to described the second pressure that described the first main body is transmitted when described locking protection mechanism is in described protective position.
CN201210080998.1A 2012-03-23 2012-03-23 Docking station and electronic equipment Active CN103324248B (en)

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 true CN103324248A (en) 2013-09-25
CN103324248B CN103324248B (en) 2017-04-19

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Citations (5)

* Cited by examiner, † Cited by third party
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 Clutching mechanism between notebook computer and expandor
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 Docking station
US20120025051A1 (en) * 2010-07-29 2012-02-02 Kabushiki Kaisha Toshiba Docking station and positioning apparatus

Patent Citations (5)

* Cited by examiner, † Cited by third party
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 Clutching mechanism between notebook computer and expandor
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 Docking station
US20120025051A1 (en) * 2010-07-29 2012-02-02 Kabushiki Kaisha Toshiba Docking station and positioning apparatus

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