CN202094275U

CN202094275U - Electronic device with antennas

Info

Publication number: CN202094275U
Application number: CN2011201628043U
Authority: CN
Inventors: 张峰铭; 黄宝毅
Original assignee: Wistron Neweb Corp
Current assignee: Wistron Neweb Corp
Priority date: 2011-05-20
Filing date: 2011-05-20
Publication date: 2011-12-28
Anticipated expiration: 2021-05-20

Abstract

An electronic device with antennas comprises a shell, an electronic module, the first antenna and the second antenna. The shell comprises a shell main body used for defining a shell space, and a first peripheral wall connected with the shell main body. The electronic module is accommodated into the shell space. The first antenna connected with the shell main body comprises an antenna shell, and an antenna component wrapped by the antenna shell and in electrical connection with the electronic module, and is provided with a first folding state and a first unfolding state; when the first antenna is under the first folding state, the antenna shell and the first peripheral wall can cooperatively define an accommodating groove; and when the first antenna is under the unfolding state, the antenna shell is separated from the first peripheral wall. The second antenna is connected with the shell main body, electrically connected with the electronic module, and provided with a second folding state and a second unfolding state, and the second antenna is accommodated into or separated from the accommodating groove when being under the second folding state or the second unfolding state. By adopting the electronic device provided by the utility model, the folding and the unfolding of the first and the second antennas are realized, and the integral appearance of the electronic device is not affected.

Description

Electronic installation with antenna

Technical field

The utility model relates to a kind of antenna container structure of the electronic installation with antenna, particularly a kind of electronic installation.

Background technology

Development of science and technology, make that the application of radio communication is more and more general, the electronic installation that generally possesses radio communication function now, the setting of its antenna comprises in-building type or circumscribed, the in-building type antenna promptly is that antenna is arranged in the shell of electronic installation, generally speaking, though the in-building type antenna is not easy to influence the overall appearance of electronic installation, but its receptivity is relatively poor, and external antenna promptly is that antenna is inserted in outside the shell of electronic installation, though its receptivity generally can be better than the in-building type antenna, be easier to influence the overall appearance of electronic installation.

Therefore, as the notebook computer with antenna of TaiWan, China utility model notification number 454962, its disclosed technology of taking in that is a kind of at external antenna.

Thereby, need provide a kind of electronic installation, to address the above problem with antenna.

The utility model content

Because the signal specification of radio communication is more and more, so that electronic installation need corresponding be provided with the antenna of different size usually, and must keep to a certain degree small size again for fear of the body of electronic installation, therefore, how in limited space, to reach taking in of several antennas, be the problem that the utility model institute desire solves.

In addition, another purpose of the present utility model, be that also reaching antenna takes in after, still can keep the overall structure outward appearance of electronic installation.

Therefore, the electronic installation with antenna of the present utility model comprises a shell spare, an electronic module, one first antenna and one second antenna; This shell spare comprises a shell spare body that defines a shell spare space and one first leg that is connected this shell spare body; This electronic module is placed in this shell spare space; This first antenna connects this shell spare body and comprises the antenna module that an antenna casing and is subjected to this antenna casing coating and electrically connects with this electronic module, this first antenna this shell spare body relatively is active in one first collapse state and one first deployed condition, when this first collapse state, this antenna casing cooperates with this first leg and defines a storage tank, when this first deployed condition, this antenna casing leaves this first leg; This second antenna connects this shell spare body and electrically connects with this electronic module, this second antenna can be active in one second collapse state and one second deployed condition with respect to this shell spare body, when this second collapse state, this second antenna is contained in this storage tank, when this second deployed condition, this second antenna leaves this storage tank.

Wherein, this shell spare body comprises that separately a roof is connected the first side wall of this roof and this diapire with a diapire,, this first leg cooperates with this first side wall and defines one first storage tank section, this antenna casing defines one second storage tank section, when this first collapse state, this first storage tank section is connected with this second storage tank section and forms this storage tank.

Wherein, this antenna casing comprises that a basal wall is connected second leg of this basal wall with one, and this basal wall is hubbed at this shell spare and cooperates with this second leg and defines this second storage tank section, and when this first collapse state, this second leg and this first leg join.

Wherein, this second antenna comprises that an antenna body and protrudes the connecting portion of this antenna body, and this this connecting portion of second antenna mat wears the first side wall that is articulated in this shell spare.

Wherein, this first leg roughly takes the shape of the letter U and has 2 first ends, this second leg roughly takes the shape of the letter U and has 2 second ends, and when this first antenna was in this first collapse state, these first ends joined with these second ends respectively and around defining this storage tank.

Wherein, this connecting portion comprises that a shaft part and that protrudes this antenna body is radially protruded and is interval in the retaining edge of this antenna body by this shaft part end, this shaft part is in order to be stretched through this first side wall, this the retaining edge in order to block in the inboard of this first side wall towards this shell spare space, this antenna body can be with respect to this first side wall lateral displacement in a primary importance and a second place, when this primary importance, this antenna body is close to this first side wall and is positioned at this storage tank, when this second place, this antenna body is away from this first side wall and shift out this storage tank, and should keep off the edge block in the inboard of this first side wall.

Wherein, this electronic installation also comprises a drawing-out mechanism, this drawing-out mechanism comprises that a set casing spare and that is arranged at this shell spare body is arranged at the movable part of this set casing spare, this movable part can be active in one towards this second day linear elasticity with respect to this set casing spare and stretch out a state and a retraction state, when this second antenna is in this second collapse state, this movable part is in this retraction state, and when this movable part was in this and stretches out state, this movable part pushed away this storage tank with this second antenna.

The utility model not only reaches folding of this first antenna and this second antenna by the respective outer side edges between this shell spare and this first antenna, and when this first antenna and this second antenna are all folded, also can not influence the overall appearance of this electronic installation.

Description of drawings

Fig. 1 is the stereogram of a preferred embodiment that the utlity model has the electronic installation of antenna, and one first antenna of this preferred embodiment and one second antenna are in one first collapse state and one second collapse state respectively;

Fig. 2 is the stereogram of a shell spare of this preferred embodiment;

Fig. 3 is the stereogram of this preferred embodiment;

Fig. 4 is the stereogram that a drawing-out mechanism of this preferred embodiment is arranged at this shell spare, and a roof of this shell spare is removed;

Fig. 5 is the vertical view that the drawing-out mechanism of this preferred embodiment is in a retraction state, and a roof of this shell spare is removed;

Fig. 6 is that the drawing-out mechanism of this preferred embodiment is in a vertical view that stretches out state, and a roof of this shell spare is removed; And

Fig. 7 is first antenna of this preferred embodiment and the stereogram that second antenna is in one first deployed condition and one second deployed condition respectively.

The primary clustering symbol description:

1 shell spare, 3 first antennas

10 storage tanks, 31 antenna casings

100 electronic installations, 310 second storage tank sections

11 shell spare bodies, 311 basal walls

111 shell spare spaces, 312 second legs

112 roofs, 313 second ends

113 diapires, 32 antenna modules

114 the first side walls, 4 second antennas

115 second sidewalls, 41 antenna bodies

116 leading edges, 411 coating layers

117 trailing edges, 412 antenna modules

118 first storage tank sections, 42 connecting portions

12 first legs, 421 shaft parts

121 first terminal 422 retaining edge

122 external end edges, 5 drawing-out mechanisms

13 upper casing spares, 51 set casing spares

14 lower shells, 52 movable parts

15 the 3rd legs, 53 springs

2 electronic modules, 6 third antennas

Embodiment

About aforementioned and other technology contents, characteristics and effect of the present utility model, in the detailed description of a following cooperation preferred embodiment with reference to the accompanying drawings, can clearly present.

Consult Fig. 1, a preferred embodiment that the utlity model has the electronic installation 100 of antenna comprises a shell spare 1, an electronic module 2, one first antenna 3 and one second antenna 4, the electronic installation 100 of present embodiment is a router, first antenna 3 and second antenna 4 can be in order to receive the antenna of unlike signal specification, but electronic installation 100 does not exceed with router, also can be that notebook computer or other can carry out the electronic installation of radio communication.

Shell spare 1 is the shell of this router, and shell spare 1 comprises that a shell spare body 11 is connected first leg 12 of shell spare body 11 with one, and shell spare body 11 defines a shell spare space 111.Electronic module 2 is contained in the shell spare space 111, and the electronic module 2 of present embodiment indication comprises circuit board and is arranged on some electronic building bricks on the circuit board, in order to reach the running of this router.

Consult Fig. 2, particularly, the shell spare body 11 of present embodiment roughly is box-like and comprises up and down separately a roof 112 and a diapire 113, the first side wall 114 and one second sidewall 115 that connect roof 112 and diapire 113, aforesaid roof 112, diapire 113, first, second sidewall 114,115 cooperate around defining shell spare space 111, in fact, shell spare body 11 can be the formation that combines up and down of a upper casing spare 13 and a lower shell 14, upper casing spare 13 combines with lower shell 14 and also defines a leading edge 116 and a trailing edge 117 of shell spare body 11, roof 112 is integrally formed in upper casing spare 13, diapire 113 is integrally formed in lower shell 14, the first side wall 114 and second sidewall 115 can be to be integrally formed in upper casing spare 13 and lower shell 14 wherein, and the first side wall 114 and second sidewall 115 lay respectively at the left and right sides of shell spare body 11.

First leg 12 of present embodiment is toward extending laterally out away from the direction of roof 112 with diapire 113 by the first side wall 114, it is tabular and have separately and 2 first terminal 121 and one external end edges 122 of roof 112 dorsad forward that the concrete structure of first leg 12 roughly can be U-shaped, first leg 12 cooperates an end that defines one first storage tank section, 118, the first storage tank sections 118 open with the first side wall 114.In fact, first leg 12 is that segmentation is formed on upper casing spare 13 and lower shell 14, and when upper casing spare 13 combined with lower shell 14, segmented structure promptly was connected into first leg 12 mutually.

Consult Fig. 3, Fig. 7, first antenna 3 comprises the antenna module 32 that an antenna casing 31 and is coated by antenna casing 31, antenna module 32 electrically connects with electronic module 2, first antenna 3 connects shell spare body 11 and can be active in one first collapse state and one first deployed condition with respect to shell spare body 11, when first collapse state, antenna casing 31 cooperates with first leg 12 and defines a storage tank 10, when first deployed condition, as shown in Figure 7, antenna casing 31 leaves first leg 12.

Particularly, the antenna casing 31 of first antenna 3 comprises that a basal wall 311 and connects second leg 312 of basal wall 311, wherein, basal wall 311 be hubbed on the contiguous shell spare bodies 11 of shell spare body 11 leading edge 116 and with the first side wall 114 in the same way, second leg 312 is extended laterally out by basal wall 311 and roughly takes the shape of the letter U tabular and have two second ends 313, second leg 312 cooperates with basal wall 311 and defines one second storage tank section, 310, the second storage tank sections 310 and also be the open shape of an end.Antenna casing 31 can be with respect to 11 rotations of shell spare body by its basal wall 311 is hubbed on shell spare body 11, when antenna shell 31 is rotated to as shown in Figure 3, when its two second end 313 joins with two first ends 121 of first leg 12 backward and respectively, first leg 12 and second leg 312 join and are rectangular occluded ellipse shape, in other words, the first storage tank section 310 is connected with the second storage tank section 118 and forms the strip space, be aforesaid storage tank 10, at this moment, first antenna 3 is in one first collapse state.And as shown in Figure 7, when first antenna 3 is made two second ends 313 of its second leg 312 up leave the two first terminal 121 time of first leg 12 by rotation up, first antenna 3 is in one first deployed condition.

Consult Fig. 1, Fig. 7, second antenna 4 comprises that one is the antenna body 41 and the connecting portion 42 by antenna body 41 contiguous end place side direction protrusions of strip, its connecting portion 42 of second antenna, 4 mats is connected shell spare body 11 and can be active in one second collapse state and one second deployed condition with respect to shell spare body 11, when second collapse state, as shown in Figure 1, antenna body 41 is contained in the storage tank 10, when second deployed condition, as shown in Figure 7, antenna body 41 leaves storage tank 10.

The antenna module 412 that the concrete structure of antenna body 41 can be the coating layer 411 that for example comprises an insulation material and coated by coating layer 411, when second antenna 4 was connected shell spare body 11, antenna module 412 electrically connected by the position and the electronic module 2 of connecting portion 42.

Further, consult Fig. 5, the connecting portion 42 of present embodiment is a pivot structure, and it wears the first side wall 114 that is articulated in shell spare body 11.Particularly, the connecting portion 42 of present embodiment comprises that a shaft part 421 and that protrudes antenna body 41 is radially protruded and is interval in the retaining edge 422 of antenna body 41 by shaft part 421 ends, connecting portion 42 is to be stretched through the first side wall 114 with its shaft part 421, makes retaining edge 422 be positioned at the inboard of the first side wall 114 towards shell spare space 111.

Further, consult Fig. 5, Fig. 6, in the present embodiment, the design of shaft part 421 is to make when connecting portion 42 wears the first side wall 114 that is articulated in shell spare body 11, antenna body 41 can be in a primary importance and a second place by lateral displacement, when primary importance, as shown in Figure 5, antenna body 41 is close to the first side walls 114 and is positioned at storage tank 10, so whole second antenna 4 also is to be in second collapse state that is accommodated in storage tank 10, and the preferably, antenna body 41 roughly trims the external end edge 122 of first leg 12, at this moment, antenna body 41 can't be with respect to shell spare 1 rotary moveable owing to be subjected to centering on of first leg 12 and second leg 312.When the second place, as shown in Figure 6, antenna body 41 leaves storage tank 10 away from the first side wall 114, and shifts out the scope that first leg 12 centers on and can supply rotary moveable.The design of retaining edge 422 is in order to the inboard of block in the first side wall 114, avoids the connecting portion 42 of second antenna 4 to detach shell spare body 11 fully.

Therefore, as mentioned above, the utility model is by the respective outer side edges between first antenna 3 and the shell spare 1, make when first antenna 3 is collapsed in first collapse state, the storage tank 10 that can hold second antenna 4 simultaneously with part-structure (present embodiment the is meant first leg 12) formation of shell spare 1, not only can reach the purpose that folds first antenna 3 and second antenna 4, and the overall appearance that also can not be destroyed electronic installation 100 by first antenna 3 that folded and second antenna 4.

Further, for making second antenna 4 can be positioned second collapse state, for example between first leg 12 and antenna body 41 of shell spare 1, the salient point and the groove that can engage relatively also can be set, make and to be folded when being positioned at storage tank 10 when antenna body 41 quilts, be sticked in groove by corresponding salient point, form the interference strength that second antenna 4 withdraws from storage tank 10, avoid second antenna 4 to withdraw from storage tank 10 easily, identical, between first antenna 3 and the shell spare 1, also similar structural design can be arranged, limit first antenna 3 and be positioned first collapse state.

Consult Fig. 4 to Fig. 6, can the more convenient primary importance and the second place of being operated at for making second antenna 4, perhaps in other words, second antenna 4 is more convenient to be withdrawed from by storage tank 10 in order to make, and present embodiment also comprises a drawing-out mechanism 5.

Drawing-out mechanism 5 is arranged on contiguous trailing edge 117 places in the shell spare body 11, drawing-out mechanism 5 roughly comprises a set casing spare 51, one is convexly equipped with at set casing spare 51 and can be with respect to the movable part 52 of set casing spare 51 telescopic displacements, one is connected to spring 53 and between set casing spare 51 and the movable part 52 is arranged on guide bar (figure does not show) between set casing spare and the movable part 52, set casing spare 51 wherein one is provided with a guiding conduit (figure does not show) with movable part 52, guide bar one end is fixed on set casing spare 51 and movable part 52 wherein, the guide bar other end then stretches in the guiding conduit slidably, the bias voltage of spring 53 makes movable part 52 can permanent be in the state that stretches out of a protrusion set casing spare 51, when movable part 52 is pushed in set casing spare 51, be positioned a retraction state (as shown in Figure 5) with cooperating of guide bar in the movable part 52 retraction set casing spares 51 and by the structure of guiding conduit, and when the movable part 52 that is in the retraction state is pressed once more, i.e. releasing guiding conduit cooperates with guide bar, and the bias voltage that movable part 52 is subjected to spring 53 once again protrudes set casing spare 51 and is in the state of stretching out (as shown in Figure 6).About the relevant thin bilge construction and the operating principle of drawing-out mechanism 5, also can be with reference to related content as patent cases such as No. 5,217,262, United States Patent (USP) case US 7,393,026, United States Patent (USP) case US 6,986,535, United States Patent (USP) case US.

When drawing-out mechanism 5 is arranged in the shell spare body 11, connecting portion 42 protrusions of its movable part 52 past second antennas 4 and contiguous connecting portion 42 are (perhaps, also can be to allow movable part 52 be maintained at the state that contacts at connecting portion 42), but and movable part 52 relative fixed shell spares 51 direction of stretching out and withdrawing, also be that the 41 energy displacements of parallel antenna body are in the direction of the primary importance and the second place, therefore, as shown in Figure 5, when second antenna 4 is in second collapse state (being that antenna body 41 is in primary importance) that is contained in the storage tank 10, the movable part 52 of drawing-out mechanism 5 be subjected to second antenna 4 connecting portion 42 pushing and pressing and be in the retraction state, and when the user need shift out 4 uses of second antenna, by the dorsal part position of pushing antenna body 41 corresponding to connecting portion 42, by connecting portion 42 pushing and pressing movable parts 52, make movable part 52 be moved to as shown in Figure 6 the state that stretches out, simultaneously connecting portion 42 is pushed against toward the direction away from the first side wall 114, second antenna 4 can be passed outward to the second place and be left storage tank 10, then, just antenna body 41 up can be rotated to as shown in Figure 7, suitably second deployed condition of receiving angle.

On the contrary, when desiring to fold second antenna 4, it is parallel and corresponding to the outside of storage tank 10 earlier second antenna 4 down to be rotated to antenna body 41, then antenna body 41 is passed toward the direction of contiguous the first side wall 114, just can allow antenna body 41 move in the storage tanks 10 and be in primary importance (i.e. second collapse state), and be pushed in the process of primary importance at antenna body 41, the connecting portion 42 of second antenna 4 makes it get back to the retraction state toward interior passing the movable part 52 of drawing-out mechanism 5 simultaneously.

Therefore, as mentioned above, present embodiment provides to be accommodated in the convenience that the storage tank 10 second interior antennas 4 shift out by the setting of drawing-out mechanism 5.

In sum, effect of the present utility model is, by the respective outer side edges of first antenna 3 with shell spare 1, make when first antenna 3 is folded, can incorporate in the structure of shell spare 1, further, when second antenna 4 is folded, then can incorporate once again between the shell spare 1 and first antenna 3 that matches, not only reach folding of many antennas 3,4, also can keep the overall appearance of electronic installation 100, so can reach the purpose of this utility model really.

What remark additionally is, in the present embodiment, when first antenna 3 is in first collapse state, its first leg 12 is to join with second leg 312 to being rectangular occluded ellipse shape, but the antenna casing 31 of first antenna 3 and the respective outer side edges between the shell spare 1 be not as limit, and it still can change along with the contour structures of shell spare 1, as long as when first antenna 3 is folded, can incorporate becomes shell spare 1 an integrally-built part, and simultaneously can provide second antenna 4 to be contained in therebetween to get final product.

In addition, consult Fig. 1 to Fig. 3, shell spare 1 can comprise that also one connects the 3rd leg 15 of second sidewall 115, the 3rd leg 15 is identical with the structure of first leg 12, thus, the position that this shell spare 1 is positioned at second sidewall 115 also can provide a third antenna 6 and the 4th antenna as second antenna 4 (figure does not show) as first antenna 3 is set again, thus, this electronic installation 100 can comprise first to fourth antenna altogether, certainly, Ci Shi this electronic installation 100 has also comprised in order to another drawing-out mechanism (figure does not show) that the 4th antenna is withdrawed from and structure and aforesaid drawing-out mechanism 5 are identical.

The above person of thought, it only is preferred embodiment of the present utility model, can not limit the scope that the utility model is implemented with this, be every simple equivalent variations and modification of being done according to the scope and the utility model description of the utility model claims, all still belong in the scope that the utility model patent contains.

Claims

1. electronic installation with antenna, this electronic installation comprises:

One shell spare is characterized in that, this shell spare comprises:

One shell spare body, this shell spare body defining goes out a shell spare space; And

One first leg, this first leg connects this shell spare body;

One electronic module, this electronic module are placed in this shell spare space;

One first antenna, this first antenna connects this shell spare body and comprises the antenna module that an antenna casing and is subjected to this antenna casing coating and electrically connects with this electronic module, this first antenna this shell spare body relatively is active in one first collapse state and one first deployed condition, when this first collapse state, this antenna casing cooperates with this first leg and defines a storage tank, when this first deployed condition, this antenna casing leaves this first leg; And

One second antenna, this second antenna connects this shell spare body and electrically connects with this electronic module, this second antenna can be active in one second collapse state and one second deployed condition with respect to this shell spare body, when this second collapse state, this second antenna is contained in this storage tank, when this second deployed condition, this second antenna leaves this storage tank.

2. electronic installation according to claim 1, it is characterized in that, this shell spare body comprises that separately a roof is connected the first side wall of this roof and this diapire with a diapire,, this first leg cooperates with this first side wall and defines one first storage tank section, this antenna casing defines one second storage tank section, when this first collapse state, this first storage tank section is connected with this second storage tank section and forms this storage tank.

3. electronic installation according to claim 2, it is characterized in that, this antenna casing comprises that a basal wall is connected second leg of this basal wall with one, this basal wall is hubbed at this shell spare and cooperates with this second leg and defines this second storage tank section, when this first collapse state, this second leg and this first leg join.

4. electronic installation according to claim 3 is characterized in that, this second antenna comprises that an antenna body and protrudes the connecting portion of this antenna body, and this this connecting portion of second antenna mat wears the first side wall that is articulated in this shell spare.

5. electronic installation according to claim 4, it is characterized in that, this first leg roughly takes the shape of the letter U and has 2 first ends, this second leg roughly takes the shape of the letter U and has 2 second ends, when this first antenna was in this first collapse state, these first ends joined with these second ends respectively and around defining this storage tank.

6. electronic installation according to claim 5, it is characterized in that, this connecting portion comprises that a shaft part and that protrudes this antenna body is radially protruded and is interval in the retaining edge of this antenna body by this shaft part end, this shaft part is in order to be stretched through this first side wall, this the retaining edge in order to block in the inboard of this first side wall towards this shell spare space, this antenna body can be with respect to this first side wall lateral displacement in a primary importance and a second place, when this primary importance, this antenna body is close to this first side wall and is positioned at this storage tank, when this second place, this antenna body is away from this first side wall and shift out this storage tank, and should keep off the edge block in the inboard of this first side wall.

7. according to each described electronic installation in the claim 1 to 6, it is characterized in that, this electronic installation also comprises a drawing-out mechanism, this drawing-out mechanism comprises that a set casing spare and that is arranged at this shell spare body is arranged at the movable part of this set casing spare, this movable part can be active in one towards this second day linear elasticity with respect to this set casing spare and stretch out a state and a retraction state, when this second antenna is in this second collapse state, this movable part is in this retraction state, when this movable part was in this and stretches out state, this movable part pushed away this storage tank with this second antenna.