CN103324246A - Docking station and electronic device - Google Patents
Docking station and electronic device Download PDFInfo
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- CN103324246A CN103324246A CN2012100808673A CN201210080867A CN103324246A CN 103324246 A CN103324246 A CN 103324246A CN 2012100808673 A CN2012100808673 A CN 2012100808673A CN 201210080867 A CN201210080867 A CN 201210080867A CN 103324246 A CN103324246 A CN 103324246A
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Abstract
The invention discloses a docking station and an electronic device. The electronic device comprises a first main body, a second main body and a clamp structure, wherein the first main body and the second main body are connected or separated through the clamp structure; the clamp structure is arranged at a first part of the second main body; the first main body is provided with a first groove corresponding to the clamp structure; and the clamp structure comprises a limit mechanism fixed at the first part of the second main body and provided with a first guide surface, as well as a locking mechanism located in the limit mechanism and provided with a first clamp hook, and a hook head of the first clamp hook is exposed through the first guide surface.
Description
Technical field
The present invention relates to technical field of electronic equipment, relate in particular to a kind of docking station and electronic installation.
Background technology
The portable electron device such as panel computer, notebook computer because of be convenient for carrying, the characteristics such as fashion attractive in appearance, in daily life, playing the part of more and more important role; Along with the expansion of the portable electron device usable range such as panel computer, notebook computer, also play a part more and more important as the docking station of these portable electron devices of stable support.
When the user wished these portable electron devices are linked to each other with docking station, docking station provided a safety, stable working environment for these portable electron devices.Usually portable electron device includes the position-limit mechanism of position-limiting action and the latch mechanism of snap action on the docking station, so that when being placed on the docking station, can very stably combine with docking station.But in present technology, the position-limit mechanism on the docking station and latch mechanism are split-type design, and two position-limit mechanisms and two latch mechanisms are generally arranged on the docking station, can't satisfy people's growing demand when using panel computer.
The inventor finds that there is one of following shortcoming at least in existing technical scheme in realizing process of the present invention:
1, the space that takies is excessive: existing technical scheme need to be designed altogether four bump mechanisms of two position-limit mechanisms and two latch mechanisms at docking station, and this has taken space valuable on the docking station;
2, affect the good looking appearance of panel computer: owing to need to design in the portable electron device bottom groove of four projective structures on the corresponding docking station, the number of openings is too many, has affected the good looking appearance of panel computer.
3, easily the wear and tear appearance of panel computer: because four structures on the docking station are protruded, people are when being connected on portable electron device and the docking station, extremely easily the wear and tear appearance of this electronic installation, this experiences for user of portable electron device and has brought passive impact.
Summary of the invention
The invention provides a kind of docking station and electronic installation, reduced the quantity of projective structure on the docking station, reduced the docking station space that snap-in structure takies, also reduced simultaneously the slot opening of correspondence on the portable electron device, improved the mechanical property of position-limit mechanism and latch mechanism, so that the profile of portable electron device is more attractive in appearance, also reduced the possibility of docking station projective structure wearing and tearing panel computers, satisfied the more demand of people.
One aspect of the present invention provides a kind of electronic installation, specifically comprises: the first main body; The second main body; Snap-in structure; Wherein, described the first main body realizes and being connected and separating of described the second main body by snap-in structure, described snap-in structure is arranged in the first of described the second main body, described the first main body has first groove corresponding with described snap-in structure, wherein, described snap-in structure comprises: position-limit mechanism, be fixed in the described first of described the second main body, and described position-limit mechanism has the first spigot surface; Latch mechanism is positioned at described position-limit mechanism, and described latch mechanism has the first snap fit, and the eave tile of described the first snap fit appears by described the first spigot surface; Wherein, in described the first main body and process that described the second main body is connected, described snap-in structure enters described the first groove, the position of described the first main body when described first spigot surface of described position-limit mechanism and described the first groove corresponding matching are connected to described the second main body to limit described the first main body; In the process of described first spigot surface of described position-limit mechanism and described the first groove corresponding matching, the compressing that the eave tile of described the first snap fit is subject to described the first main body is retracted in described the first spigot surface; The compressing that the eave tile of described the first snap fit is subject to described the first main body be revealed in when discharging described the first spigot surface outside with described the first groove in corresponding baffle plate engage, described the first main body and the second main body are joined together.
Preferably, described the second main body also comprises second portion, and described first is movably connected with second portion and is in the same place.
Preferably, under the effect of an external force, the eave tile of described the first snap fit retracts in the first spigot surface of described limited post, baffle plate corresponding to the first snap fit in described the first groove no longer engages with described the first snap fit, described snap-in structure shifts out from described the first groove, described the first main body and separated the coming of described the second main body.
Preferably, described position-limit mechanism also has the second spigot surface, and is relative with described the first spigot surface; Described latch mechanism also has the second snap fit, and the eave tile of described the second snap fit appears by described the second spigot surface.
Preferably, described latch mechanism also comprises: the first elastic body, be positioned at described position-limit mechanism inner, and the described first elastomeric first end links to each other with described the first snap fit, and described first elastomeric the second end links to each other with described position-limit mechanism; The second elastic body is positioned at described position-limit mechanism inner, and the described second elastomeric first end links to each other with described the second snap fit, and described second elastomeric the second end links to each other with described position-limit mechanism.
Preferably, described snap-in structure also comprises control gear, and described control gear is positioned in the described first, and described control gear comprises: main long-armed; The first perpendicular wall is connected in the long-armed first end of described master; The second perpendicular wall is connected in the second long-armed end of described master; Wherein, the described first perpendicular wall and the second perpendicular wall are positioned at the long-armed the same side of described master; The 3rd elastic body, between the described first perpendicular wall and the second perpendicular wall, the described the 3rd elastomeric first end is connected with described master is long-armed, and the described the 3rd elastomeric the second end is connected with described first; First is long-armed, is connected in the other end of the described first perpendicular wall and is positioned at the second long-armed end away from described master, and described first has the first perforate on long-armed; Second is long-armed, is connected in the other end of the described second perpendicular wall and is positioned at the long-armed first end away from described master, and described second has the second perforate on long-armed; The first synchronous device, pass described the first perforate, described the first synchronous device is the inclined-plane away from an end of the described first perpendicular wall, and described inclined-plane tilts towards the direction away from the described first perpendicular wall, and described inclined-plane contacts with described the first perforate, and described the first synchronous device links to each other with described the first snap fit; The second synchronous device, pass described the second perforate, described the second synchronous device is the inclined-plane away from an end of the described second perpendicular wall, and described inclined-plane tilts towards the direction away from the described second perpendicular wall, and described inclined-plane contacts with described the second perforate, and described the second synchronous device links to each other with described the second snap fit; Wherein, when there being external force to put on described master when long-armed along first direction, described the 3rd elastomer contracts, described master is long-armed to move along first direction, described first is long-armed and described second long-armedly also move along first direction, the inclined-plane of described the first synchronous device and the inclined-plane of described the second synchronous device are oppressed in described the first perforate and described the second perforate, so that described the first synchronous device and described the second synchronous device move to the described first perpendicular wall and the described second perpendicular wall respectively, described the first synchronous device and described the second synchronous device drives respectively described the first snap fit and described the second snap fit retracts in described the first spigot surface and described the second spigot surface simultaneously.
Preferably, described position-limit mechanism also comprises the first opening, is formed on the described position-limit mechanism surface relative with described first.
Preferably, described electronic installation also comprises: the second data connecting interface, be arranged in described the first opening, and described the second data connecting interface is corresponding with the first data connecting interface that is arranged in described the first groove.
The present invention provides a kind of docking station on the other hand, is used for connecting an electronic equipment, and the first groove is arranged at described electronic equipment bottom, and described docking station comprises: body; Snap-in structure; Wherein, described electronic equipment is realized and being connected and separating of described body by snap-in structure, described snap-in structure is arranged in the first of described body, described electronic equipment has first groove corresponding with described snap-in structure, wherein, described snap-in structure comprises: position-limit mechanism, be fixed in the described first of described body, and described position-limit mechanism has the first spigot surface; Latch mechanism is positioned at described position-limit mechanism, and described latch mechanism has the first snap fit, and the eave tile of described the first snap fit appears by described the first spigot surface; Wherein, in described electronic equipment and process that described body is connected, described snap-in structure enters described the first groove, the position of described electronic equipment when described first spigot surface of described position-limit mechanism and described the first groove corresponding matching are connected to described body to limit described electronic equipment; In the process of described first spigot surface of described position-limit mechanism and described the first groove corresponding matching, the compressing that the eave tile of described the first snap fit is subject to described electronic equipment is retracted in described the first spigot surface; The compressing that the eave tile of described the first snap fit is subject to described electronic equipment be revealed in when discharging described the first spigot surface outside with described the first groove in corresponding baffle plate engage, described electronic equipment and described body are joined together.
Preferably, described body also comprises second portion, and described first is movably connected with second portion and is in the same place.
Preferably, under the effect of an external force, the eave tile of described the first snap fit retracts in the first spigot surface of described limited post, baffle plate corresponding to the first snap fit in described the first groove no longer engages with described the first snap fit, described snap-in structure shifts out from described the first groove, described electronic equipment and described body is separated comes.
Preferably, described position-limit mechanism also has the second spigot surface, and is relative with described the first spigot surface; Described latch mechanism also has the second snap fit, and the eave tile of described the second snap fit appears by described the second spigot surface.
Preferably, described latch mechanism also comprises: the first elastic body, be positioned at described position-limit mechanism inner, and the described first elastomeric first end links to each other with described the first snap fit, and described first elastomeric the second end links to each other with described position-limit mechanism; The second elastic body is positioned at described position-limit mechanism inner, and the described second elastomeric first end links to each other with described the second snap fit, and described second elastomeric the second end links to each other with described position-limit mechanism.
Preferably, described snap-in structure also comprises control gear, and described control gear is positioned in the described first, and described control gear comprises: main long-armed; The first perpendicular wall is connected in the long-armed first end of described master; The second perpendicular wall is connected in the second long-armed end of described master; Wherein, the described first perpendicular wall and the second perpendicular wall are positioned at the long-armed the same side of described master; The 3rd elastic body, between the described first perpendicular wall and the second perpendicular wall, the described the 3rd elastomeric first end is connected with described master is long-armed, and the described the 3rd elastomeric the second end is connected with described first; First is long-armed, is connected in the other end of the described first perpendicular wall and is positioned at the second long-armed end away from described master, and described first has the first perforate on long-armed; Second is long-armed, is connected in the other end of the described second perpendicular wall and is positioned at the long-armed first end away from described master, and described second has the second perforate on long-armed; The first synchronous device, pass described the first perforate, described the first synchronous device is the inclined-plane away from an end of the described first perpendicular wall, and described inclined-plane tilts towards the direction away from the described first perpendicular wall, and described inclined-plane contacts with described the first perforate, and described the first synchronous device links to each other with described the first snap fit; The second synchronous device, pass described the second perforate, described the second synchronous device is the inclined-plane away from an end of the described second perpendicular wall, and described inclined-plane tilts towards the direction away from the described second perpendicular wall, and described inclined-plane contacts with described the second perforate, and described the second synchronous device links to each other with described the second snap fit; Wherein, when there being external force to put on described master when long-armed along first direction, described the 3rd elastomer contracts, described master is long-armed to move along first direction, described first is long-armed and described second long-armedly also move along first direction, the inclined-plane of described the first synchronous device and the inclined-plane of described the second synchronous device are oppressed in described the first perforate and described the second perforate, so that described the first synchronous device and described the second synchronous device move to the described first perpendicular wall and the described second perpendicular wall respectively, described the first synchronous device and described the second synchronous device drives respectively described the first snap fit and described the second snap fit retracts in described the first spigot surface and described the second spigot surface simultaneously.
Preferably, described position-limit mechanism also comprises the first opening, is formed on the described position-limit mechanism surface relative with described first.
Preferably, described body also comprises: the second data connecting interface, be arranged in described the first opening, and described the second data connecting interface is corresponding with the first data connecting interface that is arranged in described the first groove.
By the one or more technical schemes that provide in the embodiment of the present application, the application has following technique effect at least:
1, because four projective structures on the docking station are reduced to one, reduced the space that takies;
2, because original two position-limit mechanisms are integrated into one, position-limit mechanism is chap generally speaking, and physical strength obviously improves;
3, because latch mechanism is designed to embed in the position-limit mechanism, latch mechanism can transmit a part to position-limit mechanism when being subject to external force, and latch mechanism is not fragile, and prolong serviceable life;
4, owing to slot opening corresponding on the panel computer also only needs one, this is so that the profile of panel computer is more attractive in appearance, and also the more difficult projective structure that is expanded on the depressed place weares and teares;
5, solved the design requirement that docking station need to partly encase the panel computer base, so that the appearance design of docking station and panel computer becomes freer;
6, because the data connecting interface is designed in the middle of position-limit mechanism, can prevent that the data connecting interface from damaging, and prolonged the life-span of data connecting interfaces.
Description of drawings
Fig. 1 is the structural drawing before electronic equipment engages with docking station in the embodiment of the present application one;
Fig. 2 is the docking station vertical view in the embodiment of the present application one;
Fig. 3 is the snap-in structure sectional view in the embodiment of the present application one;
Fig. 4 is the control gear sectional view in the embodiment of the present application one;
Fig. 5 is the structural drawing that synchronous device links to each other with snap fit in the embodiment of the present application one;
Fig. 6 is the structural drawing that snap-in structure and electronic equipment engage fully in the embodiment of the present application one;
Fig. 7 is the stressed structural drawing of control gear in the embodiment of the present application one;
Fig. 8 is the structural drawing after the engaging of the first main body and the second main body in the embodiment of the present application two.
Embodiment
The invention provides a kind of docking station and electronic installation, reduced the quantity of projective structure on the docking station, reduced the docking station space that snap-in structure takies, also reduced simultaneously the slot opening of correspondence on the portable electron device, improved the mechanical property of position-limit mechanism and latch mechanism, so that the profile of portable electron device is more attractive in appearance, also reduced the possibility of docking station projective structure wearing and tearing portable electron devices, satisfied the more demand of people.
Below in conjunction with accompanying drawing, by specific embodiment the present techniques scheme is described in detail.
Embodiment one:
The embodiment of the invention one provides a kind of docking station, be used for connecting an electronic equipment, the first groove 801 is arranged at the electronic equipment bottom, please refer to Fig. 1, Fig. 1 is the structural representation before electronic equipment 80 engages with docking station 90, and docking station 90 comprises: body 10 and snap-in structure 11; As shown in Figure 2, Fig. 2 is the vertical view of docking station 90, and wherein, electronic equipment 80 realizes and being connected and separating of body 10 by snap-in structure 11, and snap-in structure 11 is arranged at the first 101 of body 10.
As shown in Figure 3, Fig. 3 is the sectional view of snap-in structure 11, please also refer to Fig. 2 and Fig. 3, and snap-in structure 11 comprises: position-limit mechanism 20, be fixed in the first 101 of body 10, and position-limit mechanism 20 has the first spigot surface 201; Latch mechanism 30 is positioned at position-limit mechanism 20, and the eave tile that latch mechanism 20 has the first snap fit 301, the first snap fits 301 appears by the first spigot surface 201; Owing to latch mechanism 30 designs in the inside of position-limit mechanism 20, have been reduced the space that takies, have improved space availability ratio.
In electronic equipment 80 and process that body 10 is connected, snap-in structure 11 enters the first groove 801, the position of electronic equipment 80 when position-limit mechanism 20 first spigot surfaces 201 and the first groove 801 corresponding matching are connected to body 10 to limit electronic equipment 80.
In the process of the first spigot surface 201 of position-limit mechanism 20 and the first groove 801 corresponding matching, the compressing that the eave tile of the first snap fit 301 is subject to electronic equipment 80 is retracted in the first spigot surface 201; The compressing that the eave tile of the first snap fit 301 is subject to electronic equipment 80 is revealed in the first spigot surface 201 outside when discharging and engages with the first groove 801 interior corresponding baffle plates, and electronic equipment 80 and body 10 are joined together; After the interior corresponding baffle plates engaging of the first snap fit 301 and the first groove 801, the first snap fit 301 can be with the stressed position-limit mechanism 20 that passes to, improved the mechanical property of snap fit, also improved the serviceable life of snap fit, simultaneously, because the slot opening of electronic equipment 80 bottom correspondences only needs one, so that the profile of electronic equipment is more attractive in appearance, also more be not easy to be expanded the projective structure wearing and tearing on the depressed place.
Further, when under the effect of an external force, the eave tile of the first snap fit 301 retracts in the first spigot surface 201 of limited post, baffle plate corresponding to the first snap fit 301 in the first groove 801 no longer engages with the first snap fit 301, snap-in structure 11 shifts out from the first groove 801, electronic equipment 80 and body 10 separated coming.
Further, in another embodiment, body 10 also comprises second portion 102, and first 101 is movably connected with second portion 102 and is in the same place, and for example connects by rotating shaft or hinge.Therefore, the angle that need to adjust electronic equipment 80 as the user can be adjusted by user's oneself needs the angle of this electronic equipment 80 when obtaining optimum experience.
In order better electronic equipment 80 and body 10 to be fixed, position-limit mechanism 20 also has the second spigot surface 202, and is relative with the first spigot surface 201; Latch mechanism 30 also has the second snap fit 302, the eave tile of the second snap fit 302 appears by the second spigot surface 202, because two original position-limit mechanisms are designed to one, position-limit mechanism is chap generally speaking, physical strength obviously improves, and has greatly strengthened the serviceable life of position-limit mechanism and the stability of electronic equipment.
Further, please continue with reference to figure 3, latch mechanism 30 also comprises: the first elastic body 303, be positioned at position-limit mechanism 20 inside, and the first end of the first elastic body 303 links to each other with the first snap fit 301, and the second end of the first elastic body 303 links to each other with position-limit mechanism 20; The second elastic body 304 is positioned at position-limit mechanism 20 inside, and the first end of the second elastic body 304 links to each other with the second snap fit 302, and the second end of the second elastic body 304 links to each other with position-limit mechanism 20.
For convenient with electronic equipment 80 and body portion from, snap-in structure 11 also comprises control gear 40, control gear 40 is positioned in the first 101, as shown in Figure 4, control gear 40 comprises: main long-armed 401; The first perpendicular wall 402 is connected in main long-armed 401 first end; The second perpendicular wall 403 is connected in the second end of main long-armed 401; Wherein, the first perpendicular wall 402 and the second perpendicular wall 403 are positioned at the same side of main long-armed 401; The 3rd elastic body 404, between the first perpendicular wall 402 and the second perpendicular wall 403, the first end of the 3rd elastic body 404 is connected with main long-armed 401, and the second end of the 3rd elastic body 404 is connected with first; First is long-armed 405, is connected in the other end of the first perpendicular wall 402 and is positioned at the second end away from main long-armed 401, has the first perforate on first long-armed 405; Second is long-armed 406, is connected in the other end of the second perpendicular wall 403 and is positioned at first end away from main long-armed 401, has the second perforate on second long-armed 406; The first synchronous device 407 is passed the first perforate, and the first synchronous device 407 is the inclined-plane away from an end of the first perpendicular wall 402, and the inclined-plane tilts towards the direction away from the first perpendicular wall 402, and the inclined-plane contacts with the first perforate, and the first synchronous device 407 links to each other with the first snap fit 301; The second synchronous device 408, pass the second perforate, the second synchronous device 408 is the inclined-plane away from an end of the second perpendicular wall, and this inclined-plane tilts towards the direction away from the second perpendicular wall 403, and this inclined-plane contacts with the second perforate, and the second synchronous device 408 links to each other with the second snap fit 302.
Next, please refer to Fig. 5, Fig. 5 is the structural drawing that the first synchronous device 407 links to each other with the first snap fit 301 in the latch mechanism 30 in the control gear, in the present embodiment, the first snap fit 301 is formed in one in the first synchronous device 407 and the latch mechanism 30, so that the first synchronous device 407 is connected more firmly with the first snap fit 301 in the latch mechanism 30, in other embodiments, also can adopt other modes to connect like this; The second synchronous device 408 is identical with the structure that the first snap fit 301 in the latch mechanism 30 is connected with the first synchronous device 407 with the structure that the first snap fit 302 links to each other.
Wherein, when having external force to put on main long-armed 401 along first direction, the 3rd elastic body 404 shrinks, main long-armed 401 move along first direction, first long-armed 405 and second long-armed 406 also moves along first direction, the inclined-plane of the first synchronous device 407 and the inclined-plane of the second synchronous device 408 are oppressed in the first perforate and the second perforate, so that the first synchronous device 407 and the second synchronous device 408 move to the first perpendicular wall 402 and the second perpendicular wall 403 respectively, the first synchronous device 407 and the second synchronous device 408 drives respectively the first snap fit 301 and the second snap fit 302 retracts in the first spigot surface 201 and the second spigot surface 202 simultaneously.
In another embodiment, position-limit mechanism 20 also comprises the first opening 50, as shown in Figure 2, is formed on the relative surface of position-limit mechanism 20 and first 101.
And body 10 also comprises the second data connecting interface 60, as shown in Figure 2, be arranged in the first opening 50, the second data connecting interface 60 is corresponding with the first data connecting interface 61 in being arranged at the first groove 801, because the data connecting interface is designed in the opening of position-limit mechanism 20, can prevent that the data connecting interface from damaging, and prolonged the life-span of data connecting interfaces.
In specific implementation process of the present invention, electronic equipment for example is a panel computer, below with reference to concrete use scenes the present invention is described.
As shown in Figure 6, when hope is connected to panel computer on the docking station, the user aims at snap-in structure 11 with the first groove 801 of panel computer bottom and inserts, the first snap fit 301 and the second snap fit 302 in the cell wall compressing snap-in structure 11 of the first groove 801, respectively so that the first snap fit 301 and the second snap fit 302 retraction the first spigot surface 201 and the second spigot surfaces 202, when the first groove 801 when snap-in structure 11 is combined fully, the first snap fit 301 and the second snap fit 302 be not owing to there being the cell wall compressing of the first groove 801, again exposed by the first spigot surface and the second spigot surface, and blocked by the baffle plate of the first groove 801 correspondences, the second data connecting interface 60 is connected with the first data connecting interface 61 in the first groove 801, like this, panel computer is just stably linked together with docking station.
As shown in Figure 7, when hope is taken off panel computer from docking station, the user presses the master long-armed 401 of control structure 40 with hand, the 3rd elastic body 404 is compressed, main long-armed 401 drives the first perpendicular wall 402 and the second perpendicular wall 403 move downward, and drive first long-armed 405 and second long-armed 406 and move downward, the first synchronous device 407 and the second synchronous device 408 are oppressed respectively in perforate on while first long-armed 405 and second long-armed 406, because the inclined-plane is decomposed into power on the vertical direction and the power on the horizontal direction and two synchronous device with the first synchronous device 407 and the second synchronous device 408 suffered pressure and can not moves downward, so, the first synchronous device 407 and the second synchronous device 408 are respectively to the first perpendicular wall 402 and the second perpendicular wall 403 motions, link to each other with synchronous device the first snap fit 301 owing to the first synchronous device 407 simultaneously, 408 link to each other with the second snap fit 302, so the first snap fit 301 and the second snap fit 302 retract to respectively in the first spigot surface 201 and the second spigot surface 202.The first groove 801 of panel computer just no longer engage with the first snap fit 301 and the second snap fit 302, like this, panel computer with regard to and docking station separate.Then, the first snap fit 301 and the second snap fit 302 expose respectively the first spigot surface 201 and the second spigot surface 202 again under the elastic reaction of the first elastic body 303 and the second elastic body 304, in order to reusing next time.
It should be noted that; above-described embodiment is only for description and interpretation the present invention; and be not used in restriction the present invention; two or more sub-position-limit mechanisms that one fixed gap is arranged in the middle of the present invention can also be designed to position-limit mechanism 20; so that in the space of the second data connecting interface 60 between two or more sub-position-limit mechanisms; perhaps use the modes such as gear combination to replace control gear 40, these also should be included within protection scope of the present invention.
Embodiment two:
The embodiment of the present application two also provides a kind of electronic installation, and this electronic equipment for example is notebook computer.Specifically comprise:
The first main body for example is the display of a notebook computer; The second main body is a notebook host, and 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; Snap-in structure, for example identical with snap-in structure in the embodiment of the invention one, the various versions of the snap-in structure in the previous embodiment one are fit to card and the structure in the present embodiment equally.
In specific implementation process of the present invention, as shown in Figure 8, Fig. 8 is the side view after notebook display is inserted notebook host, when needs insert notebook host to notebook display, by cooperating of the groove on the notebook display and snap-in structure, notebook display just stably links together with notebook host; When needs take off notebook display from notebook host, the user gives the master who presses control structure long-armed, so that snap-in structure separates with the groove of notebook display, thereby notebook display and notebook host are just separated, notebook display in the present embodiment and the engaging of notebook host with separate with previous embodiment in the engaging with separating analogous of electronic equipment and docking station, separate and the detailed process that is connected because embodiment one has told about in detail, just do not giving unnecessary details at this.
In other implementation processes, described the second main body can be a docking station, also can be other equipment that comprise a docking station, such as the docking station that comprises keyboard, comprise docking station of other system etc.; Based on the snap-in structure that the embodiment of the present application one is introduced, the use-pattern that the described technician in this area can understand the embodiment of the present application two described electronic installations with and specifically construct and be out of shape, so introduce no longer in detail for this electronic installation at this.
By an above-mentioned embodiment or a plurality of embodiment, the present invention have following beneficial effect or advantage it
1, because four projective structures on the docking station are reduced to one, reduced the space that takies;
2, because original two position-limit mechanisms are integrated into one, position-limit mechanism is chap generally speaking, and physical strength obviously improves;
3, because latch mechanism is designed to embed in the position-limit mechanism, latch mechanism can transmit a part to position-limit mechanism when being subject to external force, and latch mechanism is not fragile, and prolong serviceable life;
4, owing to slot opening corresponding on the portable electron device also only needs one, this is so that the profile of portable electron device is more attractive in appearance, and also the more difficult projective structure that is expanded on the depressed place weares and teares;
5, solved the design requirement that docking station need to partly encase portable electron device, so that the appearance design of docking station and portable electron device becomes freer;
6, because the data connecting interface is designed in the middle of docking station, have to prevent that the data connecting interface from damaging, and prolonged the life-span of data connecting interfaces.
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. an electronic installation is characterized in that, comprising:
The first main body;
The second main body;
Snap-in structure; Wherein, described the first main body realizes and being connected and separating of described the second main body by snap-in structure, and described snap-in structure is arranged in the first of described the second main body, and described the first main body has first groove corresponding with described snap-in structure, wherein, described snap-in structure comprises:
Position-limit mechanism is fixed in the described first of described the second main body, and described position-limit mechanism has the first spigot surface;
Latch mechanism is positioned at described position-limit mechanism, and described latch mechanism has the first snap fit, and the eave tile of described the first snap fit appears by described the first spigot surface;
Wherein, in described the first main body and process that described the second main body is connected, described snap-in structure enters described the first groove, the position of described the first main body when described first spigot surface of described position-limit mechanism and described the first groove corresponding matching are connected to described the second main body to limit described the first main body;
In the process of described first spigot surface of described position-limit mechanism and described the first groove corresponding matching, the compressing that the eave tile of described the first snap fit is subject to described the first main body is retracted in described the first spigot surface; The compressing that the eave tile of described the first snap fit is subject to described the first main body be revealed in when discharging described the first spigot surface outside with described the first groove in corresponding baffle plate engage, described the first main body and the second main body are joined together.
2. electronic installation as claimed in claim 1 is characterized in that, described the second main body also comprises second portion, and described first is movably connected with second portion and is in the same place.
3. electronic installation as claimed in claim 1, it is characterized in that, under the effect of an external force, the eave tile of described the first snap fit retracts in the first spigot surface of described limited post, baffle plate corresponding to the first snap fit in described the first groove no longer engages with described the first snap fit, described snap-in structure shifts out from described the first groove, described the first main body and separated the coming of described the second main body.
4. electronic installation as claimed in claim 1 is characterized in that, described position-limit mechanism also has the second spigot surface, and is relative with described the first spigot surface; Described latch mechanism also has the second snap fit, and the eave tile of described the second snap fit appears by described the second spigot surface.
5. electronic installation as claimed in claim 4 is characterized in that, described latch mechanism also comprises:
The first elastic body is positioned at described position-limit mechanism inner, and the described first elastomeric first end links to each other with described the first snap fit, and described first elastomeric the second end links to each other with described position-limit mechanism;
The second elastic body is positioned at described position-limit mechanism inner, and the described second elastomeric first end links to each other with described the second snap fit, and described second elastomeric the second end links to each other with described position-limit mechanism.
6. electronic installation as claimed in claim 5 is characterized in that, described snap-in structure also comprises control gear, and described control gear is positioned in the described first, and described control gear comprises:
Main long-armed;
The first perpendicular wall is connected in the long-armed first end of described master;
The second perpendicular wall is connected in the second long-armed end of described master; Wherein, the described first perpendicular wall and the second perpendicular wall are positioned at the long-armed the same side of described master;
The 3rd elastic body, between the described first perpendicular wall and the second perpendicular wall, the described the 3rd elastomeric first end is connected with described master is long-armed, and the described the 3rd elastomeric the second end is connected with described first;
First is long-armed, is connected in the other end of the described first perpendicular wall and is positioned at the second long-armed end away from described master, and described first has the first perforate on long-armed;
Second is long-armed, is connected in the other end of the described second perpendicular wall and is positioned at the long-armed first end away from described master, and described second has the second perforate on long-armed;
The first synchronous device, pass described the first perforate, described the first synchronous device is the inclined-plane away from an end of the described first perpendicular wall, and described inclined-plane tilts towards the direction away from the described first perpendicular wall, and described inclined-plane contacts with described the first perforate, and described the first synchronous device links to each other with described the first snap fit;
The second synchronous device, pass described the second perforate, described the second synchronous device is the inclined-plane away from an end of the described second perpendicular wall, and described inclined-plane tilts towards the direction away from the described second perpendicular wall, and described inclined-plane contacts with described the second perforate, and described the second synchronous device links to each other with described the second snap fit;
Wherein, when there being external force to put on described master when long-armed along first direction, described the 3rd elastomer contracts, described master is long-armed to move along first direction, described first is long-armed and described second long-armedly also move along first direction, the inclined-plane of described the first synchronous device and the inclined-plane of described the second synchronous device are oppressed in described the first perforate and described the second perforate, so that described the first synchronous device and described the second synchronous device move to the described first perpendicular wall and the described second perpendicular wall respectively, described the first synchronous device and described the second synchronous device drives respectively described the first snap fit and described the second snap fit retracts in described the first spigot surface and described the second spigot surface simultaneously.
7. such as each described electronic installation of claim 1-6, it is characterized in that, described position-limit mechanism also comprises the first opening, is formed on the described position-limit mechanism surface relative with described first.
8. electronic installation as claimed in claim 7 is characterized in that, described electronic installation also comprises:
The second data connecting interface is arranged in described the first opening, and described the second data connecting interface is corresponding with the first data connecting interface that is arranged in described the first groove.
9. a docking station is used for connecting an electronic equipment, and the first groove is arranged at described electronic equipment bottom, it is characterized in that, described docking station comprises:
Body;
Snap fastener; Wherein, described electronic equipment realizes and being connected and separating of described body by snap-in structure, and described snap-in structure is arranged in the first of described body, and described electronic equipment has first groove corresponding with described snap-in structure, wherein, described snap-in structure comprises:
Position-limit mechanism is fixed in the described first of described body, and described position-limit mechanism has the first spigot surface;
Latch mechanism is positioned at described position-limit mechanism, and described latch mechanism has the first snap fit, and the eave tile of described the first snap fit appears by described the first spigot surface;
Wherein, in described electronic equipment and process that described body is connected, described snap-in structure enters described the first groove, the position of described electronic equipment when described first spigot surface of described position-limit mechanism and described the first groove corresponding matching are connected to described body to limit described electronic equipment;
In the process of described first spigot surface of described position-limit mechanism and described the first groove corresponding matching, the compressing that the eave tile of described the first snap fit is subject to described electronic equipment is retracted in described the first spigot surface; The compressing that the eave tile of described the first snap fit is subject to described electronic equipment be revealed in when discharging described the first spigot surface outside with described the first groove in corresponding baffle plate engage, described electronic equipment and described body are joined together.
10. docking station as claimed in claim 9 is characterized in that, described body also comprises second portion, and described first is movably connected with second portion and is in the same place.
11. docking station as claimed in claim 9, it is characterized in that, under the effect of an external force, the eave tile of described the first snap fit retracts in the first spigot surface of described limited post, baffle plate corresponding to the first snap fit in described the first groove no longer engages with described the first snap fit, described snap-in structure shifts out from described the first groove, described electronic equipment and described body is separated comes.
12. docking station as claimed in claim 9 is characterized in that, described position-limit mechanism also has the second spigot surface, and is relative with described the first spigot surface; Described latch mechanism also has the second snap fit, and the eave tile of described the second snap fit appears by described the second spigot surface.
13. docking station as claimed in claim 12 is characterized in that, described latch mechanism also comprises:
The first elastic body is positioned at described position-limit mechanism inner, and the described first elastomeric first end links to each other with described the first snap fit, and described first elastomeric the second end links to each other with described position-limit mechanism;
The second elastic body is positioned at described position-limit mechanism inner, and the described second elastomeric first end links to each other with described the second snap fit, and described second elastomeric the second end links to each other with described position-limit mechanism.
14. docking station as claimed in claim 13 is characterized in that, described snap-in structure also comprises control gear, and described control gear is positioned in the described first, and described control gear comprises:
Main long-armed;
The first perpendicular wall is connected in the long-armed first end of described master;
The second perpendicular wall is connected in the second long-armed end of described master; Wherein, the described first perpendicular wall and the second perpendicular wall are positioned at the long-armed the same side of described master;
The 3rd elastic body, between the described first perpendicular wall and the second perpendicular wall, the described the 3rd elastomeric first end is connected with described master is long-armed, and the described the 3rd elastomeric the second end is connected with described first;
First is long-armed, is connected in the other end of the described first perpendicular wall and is positioned at the second long-armed end away from described master, and described first has the first perforate on long-armed;
Second is long-armed, is connected in the other end of the described second perpendicular wall and is positioned at the long-armed first end away from described master, and described second has the second perforate on long-armed;
The first synchronous device, pass described the first perforate, described the first synchronous device is the inclined-plane away from an end of the described first perpendicular wall, and described inclined-plane tilts towards the direction away from the described first perpendicular wall, and described inclined-plane contacts with described the first perforate, and described the first synchronous device links to each other with described the first snap fit;
The second synchronous device, pass described the second perforate, described the second synchronous device is the inclined-plane away from an end of the described second perpendicular wall, and described inclined-plane tilts towards the direction away from the described second perpendicular wall, and described inclined-plane contacts with described the second perforate, and described the second synchronous device links to each other with described the second snap fit;
Wherein, when there being external force to put on described master when long-armed along first direction, described the 3rd elastomer contracts, described master is long-armed to move along first direction, described first is long-armed and described second long-armedly also move along first direction, the inclined-plane of described the first synchronous device and the inclined-plane of described the second synchronous device are oppressed in described the first perforate and described the second perforate, so that described the first synchronous device and described the second synchronous device move to the described first perpendicular wall and the described second perpendicular wall respectively, described the first synchronous device and described the second synchronous device drives respectively described the first snap fit and described the second snap fit retracts in described the first spigot surface and described the second spigot surface simultaneously.
15. such as each described docking station of claim 9-14, it is characterized in that, described position-limit mechanism also comprises the first opening, is formed on the described position-limit mechanism surface relative with described first.
16. docking station as claimed in claim 15 is characterized in that, described body also comprises:
The second data connecting interface is arranged in described the first opening, and described the second data connecting interface is corresponding with the first data connecting interface that is arranged in described the first groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080867.3A CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210080867.3A CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
Publications (2)
| Publication Number | Publication Date |
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| CN103324246A true CN103324246A (en) | 2013-09-25 |
| CN103324246B CN103324246B (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210080867.3A Active CN103324246B (en) | 2012-03-23 | 2012-03-23 | A kind of docking station and electronic installation |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6068307A (en) * | 1998-06-16 | 2000-05-30 | Micron Electronics, Inc. | Closure system for devices having a stylus |
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Clutching mechanism between notebook computer and expandor |
| US20050036284A1 (en) * | 2003-08-11 | 2005-02-17 | Lg Electronics Inc. | Bidirectional latch assembly and electronic apparatuses using the same |
| CN101093404A (en) * | 2006-06-23 | 2007-12-26 | 鸿富锦精密工业（深圳）有限公司 | Clipping united set, and expanding slot of using the set |
| CN201546548U (en) * | 2009-11-06 | 2010-08-11 | 联想(北京)有限公司 | Portable device |
-
2012
- 2012-03-23 CN CN201210080867.3A patent/CN103324246B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6068307A (en) * | 1998-06-16 | 2000-05-30 | Micron Electronics, Inc. | Closure system for devices having a stylus |
| CN1453682A (en) * | 2002-04-23 | 2003-11-05 | 神基科技股份有限公司 | Clutching mechanism between notebook computer and expandor |
| US20050036284A1 (en) * | 2003-08-11 | 2005-02-17 | Lg Electronics Inc. | Bidirectional latch assembly and electronic apparatuses using the same |
| CN101093404A (en) * | 2006-06-23 | 2007-12-26 | 鸿富锦精密工业（深圳）有限公司 | Clipping united set, and expanding slot of using the set |
| CN201546548U (en) * | 2009-11-06 | 2010-08-11 | 联想(北京)有限公司 | Portable device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103324246B (en) | 2016-08-17 |
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