CN2932649Y

CN2932649Y - Antenna structure

Info

Publication number: CN2932649Y
Application number: CN 200620113885
Authority: CN
Inventors: 杨尚人
Original assignee: Input Output Precise Corp
Current assignee: Input Output Precise Corp
Priority date: 2006-05-24
Filing date: 2006-05-24
Publication date: 2007-08-08
Anticipated expiration: 2016-05-24

Abstract

The utility model relates to an antenna structure, which is equipped with a sleeve, which is provided with a signal receiving body which can receive a wireless signal. One end of the sleeve is in a pin joint with one end of a base body, and the sleeve can rotate on the base body. The signal receiving body is provided against one end of the sleeve and can extend from one end of the base body to the other end which is provided with a joint body, which is connected with the other end of the signal receiving body. When the joint body is connected with a connector of an electronic device, the signal receiving body is communicated with the electronic device. Thereby the antenna structure can be easily disposed on the electronic device and transmit the wireless signal to the electronic device.

Description

Antenna structure

Technical field

The utility model is about antenna structure, especially an end that refers to an a kind of body and a pedestal is articulated, and this pedestal is held in addition and gone up a set belled body is to be connected with an electronic installation, makes a signal set in this hollow base frame receive the wireless signal that body received and is transferred to this electronic installation.

Background technology

Society is in the information and the age of knowledge explosion now, interpersonal information interchange and communication, it is more and more important to seem, arriving along with cybertimes, network such as mobile communication and wireless telecommunications and mechanics of communication, just with speed not seen before, promptly expand to the every field of modern's life, thereby make the use kenel of electronic installation and mode also produce huge change thereupon, the end product of wireless communication applications particularly, the all functions that possessed of integrate information product constantly, and progressively towards gently, thin, short, little developing direction research and development progress greatly, so that the user carries and uses, this trend, not only highlight information equipment and properly cooperate the importance of various Radio Transmission Technologys, and stimulate each manufacturer to carry out the design and the improvement of Related product with higher standard.

The general being seen portable electronic devices of people (for example: mobile computer),, then must be equiped with an antenna receiving system, generally speaking, have following two kinds of ways if will have the wireless communication transmission ability or have the wireless Internet access ability:

1. external antenna module: be make the external stereo structure of this portable electronic devices antenna module (for example: radio access point Access Point, be called for short AP), perhaps make a wireless network card with stereo structure external antenna, directly be inserted in (as: Personal Computer Memory Card International Association in the set expansion slot of this portable electronic devices, be called for short PCMCIA), generally speaking, this kind antenna has radiation mode or antenna gain preferably, but it exposes to the outer three-dimensional antenna head of this electronic installation, often causes this antenna module to become and is unfavorable for being carried or taking in.

2. built-in antenna module or have the wireless network card of built-in antenna: be wireless communication module (wireless module) in this portable electronic devices, have a flat plane antenna in perhaps on the wireless network card, this kind antenna, though its cost is lower, but its radiation mode is relatively poor, polarization diversity difference and antenna gain are little, and the not good situation of reception easily takes place.

By on take off explanation as can be known, no matter adopt the antenna module which kind of is taken off, puzzlement and disappearance in the use are all arranged, cause the consumer in the very big puzzlement of choosing on the Related product, for solving this problem, promptly there is the dealer to develop a kind of rotable antenna, as shown in Figure 1, be to comprise a signal receiving part 11 and a junction 13 on an antenna body 1, but this signal receiving part 11 is the wireless signals in the admission of air, one end of this signal receiving part 11 is that the end with a runner assembly 15 is articulated, the end in addition of this runner assembly 15 is to be installed on the end of this connecting portion 13 with urgent ways of connecting, make this signal receiving part 11 be connected to one with connecting portion 13, and be to be provided with a screw (not shown) in the end in addition of this connecting portion 13, by this screw this antenna body 1 is arranged on the receiver of an electronic installation, so, reach when being electrically connected when this electronic installation and signal receiving part 11, can receive this wireless signal.

But, the composition of said modules only can solve and use the not good puzzlement of built-in antenna reception that assembly takes place, but in the use, still there are several disappearances, at first, the member of this antenna body 1 is numerous, cause assembling and production cost significantly to increase, secondly, the end in addition of this runner assembly 15 is to be installed on the end of this connecting portion 13 with urgent ways of connecting, this signal receiving part 11 is bent when vertical angle, promptly can't adjust its angle of inclination again to signal optimum reception position with other direction, if to unclamp this screw and receiver is means, to adjust the angle of inclination of this signal receiving part 11 at other direction, this antenna body 1 can't be fixed on this electronic installation, the user promptly needs in hand steered mode to keep specific angle of inclination, again, use or when dismantling this antenna at every turn, all need be screwed into again or spiral shell goes out etc. to finish the action of assembling or dismounting, so, with the very big inconvenience that causes in the use, and easily therefore this receiver is come off on this electronic installation, cause the situation of damage to take place.

Have the aforementioned existing rotable antenna of mirror have member numerous, can't freely adjust in signal optimum reception position, the use many disappearances such as inconvenience, the creator is according to being engaged in the technical experience that antenna is made for many years, and the professional knowledge of being accumulated, at above-mentioned disappearance, the various solutions of concentrated research, and after constantly research, experiment and improvement, development and Design goes out a kind of antenna structure of the present utility model finally.

The utility model content

A purpose of the present utility model, provide a kind of antenna structure, be to comprise a body and a pedestal, wherein be to be provided with for a signal that receives a wireless signal to receive body in this body, one end of this pedestal is to be provided with an articulated section, this articulated section is to be articulated with this body, this body can be rotated on this pedestal, to adjust the optimum position that receives this wireless signal, this signal receives the end of body back to this body, be that a end through this pedestal extends in the end in addition of this pedestal, and hold a set belled body to join in addition with this pedestal, this belled body is to be connected easily on the set a connector of this electronic installation for this antenna structure, and with this transmission of wireless signals to this electronic installation, and this belled body is to rotate on this connector, makes this antenna structure be able to the optimum position that the other direction adjustment receives this wireless signal, to keep the optimum state of received signal.

Another purpose of the present utility model, be to this electronic installation with this transmission of wireless signals, this belled body is to be provided with a hole, this hole is to be opened on the end in addition of this pedestal, and an end of this hole is contiguous this articulated section, be to be respectively equipped with an insulator and a terminal in this hole, wherein an end of this insulator is provided in a side of in this hole one end, end is the end in addition that extends to this hole in addition, and this terminal is to be located in the two ends of this insulator, one end of this terminal is to receive holding in addition of body with this signal to join, end is the end in addition that extends to this insulator in addition, in the time of in this connector stretches into this hole, this signal receives this wireless signal that body received can be sent to this connector through this terminal, and this insulator is to guarantee that this wireless signal transmits uninterruptedly.

Antenna structure of the present utility model can overcome prior art can't freely adjust many disappearances such as inconvenience in signal optimum reception position, the use.

For can be to the purpose of this utility model, shape, constructing apparatus feature and effect thereof, do further understanding and understand, cooperate graphicly now for embodiment, be described in detail as follows:

Description of drawings

Fig. 1 is the schematic diagram of existing rotable antenna;

Fig. 2 is an antenna structure exploded view of the present utility model;

Fig. 3 is an antenna structure profile of the present utility model;

Fig. 4 is an antenna structure outside drawing of the present utility model.

[primary clustering symbol description]

Antenna structure ... 2 bodies ... 3

Connecting ring ... 30 signals receive body ... 4

The vibration piece ... 40 antenna conductors ... 42

Pedestal ... 5 holes ... 50

Groove ... 501 another grooves ... 502

Insulator ... 51 terminals ... 52

The articulated section ... 53 pivot joint blocks ... 54

Pivoted hole ... 540 articulate sleeve ... 55

Another pivoted hole ... 550 breach ... 552

Spacing block ... 554 openings ... 556

Drive-connecting shaft ... 56 through holes ... 58

Belled body ... 6 first sleeve pipes ... 60

Second sleeve pipe ... 62 shell fragments ... 620

Bending edge ... 622

Embodiment

The utility model is a kind of antenna structure, see also Fig. 2, shown in Figure 3, be to comprise a body 3, one signal receives body 4, one pedestal 5 and a belled body 6, wherein this signal reception body 4 is provided in a side of in this body 3, be available for receiving a wireless signal, one end of this pedestal 5 is to be provided with an articulated section 53, this articulated section 53 is that the end with this body 3 is articulated, this body 3 can be rotated on this pedestal 5, to adjust the optimum position that receives this wireless signal, this signal receives the end of body 4 back to this body 3, be that a end through this pedestal 5 extends in the end in addition of this pedestal 5, and this belled body 6 is provided in a side of in the end in addition of this pedestal 5, and the end in addition that receives body 4 with this signal joins, when this belled body 6 is socketed in the connector of an electronic installation, this wireless signal can be transferred on this electronic installation, and this belled body 6 is to rotate on this connector, make this antenna structure 2 be able to adjust upward the optimum position that receives this wireless signal the opposing party, so, not only can easily this antenna structure 2 be installed on this electronic installation easily, and this antenna structure 2 can be adjusted to different directions and angle, to keep the optimum state of received signal.

In an embodiment of the present utility model, see also Fig. 2 again, shown in Figure 3, the end in addition of this pedestal 5 is to comprise a hole 50, one insulator 51 and a terminal 52, wherein this hole 50 is to be opened on the end in addition of this pedestal 5, one end of this hole 50 is contiguous these articulated sections 53, by this hole 50 is to be plugged on this connector for this antenna structure 2, one end of this insulator 51 is provided in a side of in these hole 50 1 ends, end is the end in addition that extends to this hole 50 in addition, and this terminal 52 is to be located in the two ends of this insulator 51, one end of this terminal 52 is to receive holding in addition of body 4 with this signal to join, end is the end in addition that extends to this insulator 51 in addition, in the time of in this connector stretches into this hole 50, this wireless signal that this signal reception body 4 is received can be sent to this connector through this terminal 52, and this insulator 51 is that this wireless signal is sent in this electronic installation under interference-free state.

In this embodiment, see also Fig. 2 again, shown in Figure 3, be to be arranged with a groove 501 between the two ends of this hole 50, the end in addition of this hole 50 is to be arranged with another groove 502, and this belled body 6 is to comprise one first sleeve pipe 60 and one second sleeve pipe 62, wherein this first sleeve pipe 60 is to be set between this hole 50 and the insulator 51, one end of this first sleeve pipe 60 is to stretch in the through hole 58 set between these pedestal 5 one ends and this hole 50 1 ends, the end in addition of this first sleeve pipe 60 is the ends in addition that extend to contiguous this insulator 51, can be installed in this first sleeve pipe 60 for this insulator 51, and an end of this second sleeve pipe 62 is to be set in addition between end of this groove 501 and contiguous this first sleeve pipe 60, the end in addition of this second sleeve pipe 62 is to extend in this another groove 502, this belled body 6 firmly is arranged in this hole 50, and in the time of in this connector packs into this hole 50, can make the free end of this connector be set in addition between end of holding in addition of this insulator 51 and this second sleeve pipe 62, and an end of the interior signal transmssion line of this terminal 52 and this connector is joined, make this electronic installation be received this wireless signal.

In this embodiment, see also Fig. 2 again, shown in Figure 3, be to be provided with most shell fragments 620 on the end in addition of this second sleeve pipe 62, the free end of this shell fragment 620 is to extend to this hole 50 to hold the joint in addition with this pedestal 5, be to be respectively equipped with a bending edge 622 on the free end of this shell fragment 620, this bending edge 622 is protruding in these shell fragment 620 opposed facing one sides, by free end and this bending edge 622 by this shell fragment 620, when this belled body 6 is socketed on this connector, can be clamped on this connector by this shell fragment 620 and bending edge 622 thereof, make this antenna structure 2 be located at easily on this electronic installation, and make this antenna structure 2 be able on this connector, rotate, by direction and angle, to keep the optimum state that receives this wireless signal to adjust this antenna structure 2.

In this embodiment, see also Fig. 2 again, shown in Figure 3, this articulated section 53 is pivot joint blocks 54, one pivot joint sleeve 55 and two drive-connecting shafts 56 are formed, wherein this pivot joint block 54 is provided in a side of on the end of this pedestal 5, be to be respectively equipped with a pivoted hole 540 on the two-phase respective side of this pivot joint block 54, one end of this pivot joint sleeve 55 is to be set on the end of this body 3, on the two-phase respective side that contiguous this pivot joint sleeve 55 is held in addition is to be respectively equipped with another pivoted hole 550, and respectively this another pivoted hole 550 is respectively to this pivoted hole 540 respectively, and this two drive-connecting shaft 56 is to be located at opposed facing this pivoted hole 540 respectively, in 550, be to be hubbed on this pivot joint block 54 for this pivot joint sleeve 55, so, by by this articulated section 53, not only making this body 3 and signal receive body 4 promptly is hubbed on this pedestal 5, and can on this pedestal 5, rotate, to adjust position and the angle that receives this wireless signal.

In this embodiment, see also Fig. 2, shown in Figure 4 again, the end in addition of this pivot joint sleeve 55 is to be provided with a breach 552 on a side of adjacent this another pivoted hole 550, when this pivot joint sleeve 55 rotates on this pivot joint block 54, this breach 552 is can be for holding this pivot joint block 54, this pivots joint sleeve 55 is turned to and 5 of this pedestals are 90 angles of spending at least.

In this embodiment, see also Fig. 2 again, shown in Figure 3, this signal receives body 4 and is made up of a vibration piece 40 and an antenna conductor 42, wherein an end of this vibration piece 40 is provided in a side of an end of contiguous this hollow base frame 5, end is to extend on the spacing block 554 set between the two ends of this pivot joint sleeve 55 in addition, and an end of this antenna conductor 42 is to extend in the end in addition of contiguous this hollow base frame 5, the end in addition of this antenna conductor 42 is to pass this vibration piece 40 and this pivot joint sleeve 55, extend to this pedestal 5 in this pivot

joint block

54 and 50 these set through holes 58 of hole, and join with this terminal 52, so, this vibration piece 40 removes and can form a concentric conductor with 42 of this antenna conductors, still can prevent the radiated interference that these antenna conductor 42 outside leakage currents are produced, make this signal receive body 4 and produce the aerial radiation of expection, and be sent to this electronic installation through this antenna conductor 42 and terminal 52.

In this embodiment, see also Fig. 2, shown in Figure 3 again, be to be provided with an opening 556 on this spacing block 554, be that the two ends of this pivot joint sleeve 55 are communicated, extending in this hole 50 by this pivot joint sleeve 55 for this antenna conductor 42, again, is to be provided with a connecting ring 30 on the end of this hollow base frame 5, one end of this connecting ring 30 is to be inserted in tightly in the end of this pivot joint sleeve 55, makes this hollow base frame 5 be able to firmly be articulated with this pedestal 5.

The above, only be a specific embodiment of the utility model the best, but structural feature of the present utility model is not limited thereto, anyly is familiar with this skill person in the utility model field, can think easily and variation or modification, all can be encompassed in the claim of following this case.

Claims

1, a kind of antenna structure is characterized in that comprising:

One body;

One pedestal, an end of this pedestal are to be provided with an articulated section, and this articulated section is that the end with this body is articulated;

One signal receives body, is provided in a side of in this body, and for receiving a wireless signal, this signal receives the end of body back to this body, is that the end through this pedestal extends in the end in addition of this pedestal;

One belled body is provided in a side of in the end in addition of this pedestal, and joins with holding in addition of this signal reception body, and this belled body is socketed on the connector of an electronic installation, and this signal receives body and promptly is conducted with this electronic installation.

2, antenna structure as claimed in claim 1 is characterized in that, the end in addition of described this pedestal is to comprise:

One hole is to be opened on the end in addition of this pedestal, and an end of this hole is contiguous this articulated section;

One insulator, an end of this insulator are provided in a side of in the end of this hole, and end is the end in addition that extends to this hole in addition;

One terminal is to be located in the two ends of this insulator, and an end of this terminal is to receive holding in addition of body with this signal to join, and end is the end in addition that extends to this insulator in addition.

3, antenna structure as claimed in claim 2 is characterized in that, between the two ends of described this hole is to be arranged with a groove, and the end in addition of this hole is to be arranged with another groove.

4, antenna structure as claimed in claim 3 is characterized in that, described this belled body is to comprise:

One first sleeve pipe is to be set between this hole and the insulator, and an end of this first sleeve pipe is to stretch in the through hole set between this pedestal one end and this hole one end, and the end in addition of this first sleeve pipe is the end in addition that extends to contiguous this insulator;

One second sleeve pipe, an end of this second sleeve pipe are to be set between other end of this groove and contiguous this first sleeve pipe, and the end in addition of this second sleeve pipe is to extend in this another groove.

5, antenna structure as claimed in claim 4, it is characterized in that, be to be provided with most shell fragments on the end in addition of described this second sleeve pipe, the free end of this shell fragment is to extend to this hole and this pedestal is held the joint in addition, be to be respectively equipped with a bending edge on the free end of this shell fragment, this bending edge is protruding in the opposed facing one side of this shell fragment, and this belled body is socketed on this connector, and this shell fragment and bending edge thereof promptly are clamped on this connector.

6, antenna structure as claimed in claim 5 is characterized in that, described this articulated section comprises:

One pivot joint block is provided in a side of on the end of this pedestal, is to be respectively equipped with a pivoted hole on the two-phase respective side of this pivot joint block;

One articulates sleeve, and an end of this pivots joint sleeve is to be set on the end of this body, is to be respectively equipped with another pivoted hole on other the two-phase respective side of holding of contiguous this pivots joint sleeve, and respectively this another pivoted hole is respectively to this pivoted hole respectively;

Two drive-connecting shafts are to be located at respectively in opposed facing this pivoted hole, are hubbed on this pivot joint block for this pivot joint sleeve.

7, antenna structure as claimed in claim 6 is characterized in that, the end in addition of described this pivot joint sleeve is to be provided with a breach on a side of adjacent this another pivoted hole, and this pivot joint sleeve rotates on this pivot joint block, and this breach is promptly for holding this pivot joint block.

8, antenna structure as claimed in claim 6 is characterized in that, described this signal receives body and comprises:

One vibration piece, an end of this vibration piece is provided in a side of an end of contiguous this hollow base frame, and end is to extend on the spacing block set between the two ends of this pivot joint sleeve in addition;

One antenna conductor, one end of this antenna conductor is to extend in the end in addition of contiguous this hollow base frame, the in addition end of this antenna conductor is to pass this vibration piece and this pivot joint sleeve, extends to this pedestal between this pivot joint block and hole in set this through hole, and joins with this terminal.

9, antenna structure as claimed in claim 8 is characterized in that, is to be provided with a connecting ring on the end of described this hollow base frame, and an end of this connecting ring is to be inserted in the end of this pivot joint sleeve.

10, antenna structure as claimed in claim 8 is characterized in that, is to be provided with an opening on described this spacing block, articulates sleeve for this antenna conductor by this.