CN201294266Y - Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set - Google Patents
Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set Download PDFInfo
- Publication number
- CN201294266Y CN201294266Y CNU2008201349486U CN200820134948U CN201294266Y CN 201294266 Y CN201294266 Y CN 201294266Y CN U2008201349486 U CNU2008201349486 U CN U2008201349486U CN 200820134948 U CN200820134948 U CN 200820134948U CN 201294266 Y CN201294266 Y CN 201294266Y
- Authority
- CN
- China
- Prior art keywords
- radiant body
- antenna
- radiating surface
- section radiating
- connecting portion
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Telephone Set Structure (AREA)
- Support Of Aerials (AREA)
Abstract
The utility model discloses a built-in monopole dual-frequency mobile phone antenna radiating piece, a mobile phone antenna and an antenna module group, which comprise a feed point and two radiators. The first radiator is in an elongated sheet shape, one end of the second radiator is connected with one end of the first radiator, and surrounds the first radiator, a gap is left between the free end and a first connecting portion to form a first narrow slit, and the narrow slit is parallel to a second narrow slit formed by the upper portion of the upper edge of the first radiator, and is parallel to a third narrow slit formed by the lower portion of the lower edge of the first radiator and the lower edge. The upper portion is backwards bent, and the upper portion which is far away from the free end portion of the second radiator is narrower than other portions of the second radiator, the feed points are connected with the first radiator and the second radiator, and are attached to the lower surface of an antenna supporting stand, and are connected with a radio-frequency R F signal feed point on the main board of a mobile phone, and an electric inductance is connected between the R F signal feed point and the direct current area on the main board of the mobile phone. The utility model can simultaneously reduce the actual occupied space of antennas when keeping the efficiency of the antennas.
Description
Technical field
The utility model relates to the antenna for mobile phone technology, particularly built-in one pole dual-band mobile phone aerial radiation sheet, antenna for mobile phone and antenna modules.
Background technology
Present built-in antenna of cell phone mainly contains two kinds on flat shape (PIFA) antenna and one pole (Monopole) antenna.Along with mobile phone in recent years develops to miniaturization and ultra-thinization direction gradually, the space of antenna for mobile phone also is compressed more and more forr a short time.The space that PIFA dual-band antenna wherein needs is not less than 600 * 7mm
3The needed volume of the needed volume ratio PIFA dual-band antenna of Monopole antenna is much smaller, yet can not place metal parts at distance Monopole antenna body 7mm in interior space, otherwise can influence antenna efficiency, this space is called the headroom district of Monopole antenna.Because the Monopole antenna needs bigger headroom district, therefore, the actual occupation space of Monopole antenna is bigger, has limited the miniaturization development of mobile phone.
The utility model content
In view of this, the utility model provides built-in one pole dual-band mobile phone aerial radiation sheet, antenna for mobile phone and antenna modules, can reduce the actual occupation space of Monopole antenna when guaranteeing antenna for mobile phone efficient.
A kind of built-in one pole dual-band mobile phone aerial radiation sheet that the utility model provides, this radiation fin comprises first radiant body, second radiant body and distributing point;
First radiant body is a long and narrow sheet;
One end of first radiant body upwards extends first connecting portion and second connecting portion perpendicular to the top edge of this first radiant body successively in this plane, first radiant body place, distributing point directly links to each other with second connecting portion;
Second radiant body, an end that extends first connecting portion with first radiant body links to each other, along the direction vertical with the lower limb of first radiant body in plane, the first radiant body place under extend first section radiating surface, in this plane, extend free-ended direction again and turn a right angle to first radiant body, the lower limb that is parallel to first radiant body extends second section radiating surface, in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body, form the 3rd section radiating surface, deviating from first radiant body again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface, upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body again, in this plane, extend the 5th section radiating surface, leave the slit between the free end of the 5th section radiating surface and first connecting portion, form first slit, the top edge of the 5th section radiating surface and first radiant body constitutes second slit, the lower limb of the second section radiating surface and first radiant body constitutes the 3rd slit, and the width of the 4th section radiating surface is less than the width of second other parts of radiant body.
A kind of one pole dual-band mobile phone antenna that the utility model provides comprises first radiant body, second radiant body and distributing point;
First radiant body is a long and narrow sheet;
One end of first radiant body upwards extends first connecting portion and second connecting portion perpendicular to the top edge of this first radiant body successively in this plane, first radiant body place, distributing point directly links to each other with second connecting portion;
Second radiant body, an end that extends first connecting portion with first radiant body links to each other, along the direction vertical with the lower limb of first radiant body in plane, the first radiant body place under extend first section radiating surface, in this plane, extend free-ended direction again and turn a right angle to first radiant body, the lower limb that is parallel to first radiant body extends second section radiating surface, in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body, form the 3rd section radiating surface, deviating from first radiant body again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface, upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body again, in this plane, extend the 5th section radiating surface, leave the slit between the free end of the 5th section radiating surface and first connecting portion, form first slit, the top edge of the 5th section radiating surface and first radiant body constitutes second slit, the lower limb of the second section radiating surface and first radiant body constitutes the 3rd slit, and the width of the 4th section radiating surface is less than the width of second other parts of radiant body;
The 4th section radiating surface is affixed on the chamfering that antenna holder front surface and upper surface intersect and the 5th section radiating surface turns down backward;
The bending backward of first connecting portion, second connecting portion be downwards more forward after the bending, and distributing point links to each other with radio frequency rf signal distributing point on the cell phone mainboard, wherein, connects an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
A kind of one pole dual-band mobile phone antenna modules that the utility model provides comprises antenna body and antenna holder;
Described antenna body has one and is first radiant body of long and narrow sheet, second radiant body and the distributing point that links to each other with an end of first radiant body; The end that first radiant body links to each other with second radiant body upwards extends first connecting portion and second connecting portion perpendicular to the top edge of this first radiant body successively in this plane, first radiant body place, distributing point directly links to each other with second connecting portion; Second radiant body along the direction vertical with the lower limb of first radiant body in plane, the first radiant body place under extend first section radiating surface, in this plane, extend free-ended direction again and turn a right angle to first radiant body, the lower limb that is parallel to first radiant body extends second section radiating surface, in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body, form the 3rd section radiating surface, deviating from first radiant body again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface, upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body again, in this plane, extend the 5th section radiating surface, leave the slit between the free end of the 5th section radiating surface and first connecting portion, form first slit, the top edge of the 5th section radiating surface and first radiant body constitutes second slit, the lower limb of the second section radiating surface and first radiant body constitutes the 3rd slit, and the width of the 4th section radiating surface is less than the width of second other parts of radiant body;
Antenna holder comprises the antenna fixed part, first radiant body of antenna body is affixed on the front surface of antenna fixed part, and the 4th section radiating surface of second radiant body is affixed on the chamfering that antenna fixed part front surface and upper surface intersect and the 5th section radiating surface turns down and be affixed on the upper surface of described antenna fixed part backward; The bending backward of first connecting portion, second connecting portion are downwards more forward after the bending, first connecting portion and second connecting portion are affixed on the surface of described antenna fixed part, distributing point is affixed on the lower surface of antenna fixed part, and link to each other with radio frequency rf signal distributing point on the cell phone mainboard, wherein, connect an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
As seen from the above technical solution, built-in one pole dual-band mobile phone antenna and antenna modules in the utility model comprise first radiant body, second radiant body and distributing point, and distributing point wherein links to each other with described cell phone mainboard by the inductance that is connected in parallel between cell phone mainboard and the described distributing point.First radiant body is a long and narrow sheet, one end of second radiant body links to each other with an end of first radiant body, and around described first radiant body, leave the slit between the second radiant body free end and first connecting portion, constitute first slit, top and described top edge that second radiant body is parallel to the described first radiant body top edge constitute second slit, and bottom and described lower limb that second radiant body is parallel to the described first radiant body lower limb constitute the 3rd slit; The described top bending backward of second radiant body, this top is away from the width of the second radiant body free end portion width less than other parts of this second radiant body; Distributing point links to each other with second radiant body with described first radiant body by second connecting portion, first connecting portion; The bending backward of first connecting portion, second connecting portion be downwards more forward after the bending, and distributing point links to each other with radio frequency rf signal distributing point on the cell phone mainboard, wherein, connects an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.By adjusting first slit, the length of second slit and the 3rd slit and width, and the length and the width of the length of second radiant body and first radiant body, can adjust the high-frequency resonant frequency of antenna for mobile phone, the low-frequency resonant frequency, high frequency bandwidth, the radiation direction of low frequency bandwidth and antenna, because the top of second radiant body is away from the width of the second radiant body free end portion width less than second other parts of radiant body, far away to bigger first slit of the radiation efficiency of antenna influence and second slit and described top away from the distance of the second radiant body free end portion, therefore, described top is lower away from the radiation efficiency of the second radiant body free end portion, when near this part, placing metal parts, the capacitance characteristic that antenna has been produced owing to placed metal parts can be eliminated by inductance in parallel between distributing point and antenna mainboard, therefore, it is less to the integral radiation effectiveness affects of antenna to place metal parts on described top near away from the part of the second radiant body free end portion, thereby can reduce the actual occupation space of Monopole antenna when keeping antenna efficiency.
Description of drawings
Fig. 1 is the expanded view of built-in one pole dual-band mobile phone antenna among the utility model embodiment one.
Fig. 2 is the stereogram of the state of built-in one pole dual-band mobile phone antenna when reality is used among the utility model embodiment one.
Fig. 3 is the stereogram of built-in one pole dual-band mobile phone antenna modules among the utility model embodiment two.
Fig. 4 is the return loss plot figure of built-in one pole dual-band mobile phone antenna in the utility model.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the utility model is further described.
Built-in one pole dual-band mobile phone aerial radiation sheet in the utility model has a distributing point, two radiant bodies and three slits that are used to regulate antenna radiation efficiency, wherein first radiant body is long and narrow sheet, second radiant body links to each other with an end of first radiant body, and around first radiant body, leave the slit between the free end of second radiant body and first connecting portion, described slit is first slit, top and described top edge that second radiant body is parallel to the described first radiant body top edge constitute second slit, and bottom and described lower limb that second radiant body is parallel to the described first radiant body lower limb constitute the 3rd slit; The described top bending backward of second radiant body, this top is away from the width of the second radiant body free end portion width less than other parts of this second radiant body; Distributing point links to each other with second radiant body by second connecting portion, first radiant body.This aerial radiation sheet is when reality is used, the top that second radiant body is parallel to the first radiant body top edge turns down backward, first connecting portion backward bending be affixed on antenna holder upper surface, second connecting portion downwards more forward bending be affixed on upper surface, rear surface and the lower surface of antenna holder, distributing point is affixed on the lower surface of antenna holder.First radiant body is used for the radiation high-frequency signal, the second radiant body radiation low frequency signal, and wherein, first slit and the 3rd slit are bigger to the radiation efficiency influence of antenna.Adjust the length and the width of the slit between the length, width, two radiant bodies of two radiant bodies and be connected in parallel on distributing point and cell phone mainboard between inductance value, promptly can be when guaranteeing antenna radiation efficiency, near antenna, lay metal parts, thereby reduce the actual occupation space of built-in one pole dual-band mobile phone antenna.
Embodiment one
Fig. 1 is the expanded view of built-in one pole dual-band mobile phone antenna among the utility model embodiment one, and Fig. 2 is the stereogram of the state of built-in one pole dual-band mobile phone antenna when reality is used among the utility model embodiment one.Front, back, left, right, up, down direction described herein is all according to the direction coordinate among Fig. 2.
With reference to Fig. 1, the built-in one pole dual-band mobile phone antenna in the utility model is launched, promptly obtain built-in one pole dual-band mobile phone aerial radiation sheet, this handset antenna radiation sheet comprises first radiant body 11, second radiant body 12 and distributing point 13.
First radiant body 11 is a long and narrow sheet.
One end of first radiant body 11 upwards extends first connecting portion 101 and second connecting portion 102 successively perpendicular to the top edge of this first radiant body 11 in this plane, first radiant body, 11 place, distributing point 13 directly links to each other with second connecting portion 102.
Second radiant body 12, an end that extends first connecting portion 101 with first radiant body 11 links to each other, along the direction vertical with the lower limb of first radiant body 11 in plane, first radiant body, 11 place under extend first section radiating surface 121, in this plane, extend free-ended direction again and turn a right angle to first radiant body 11, the lower limb that is parallel to first radiant body 11 extends second section radiating surface 122, in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body 11, form the 3rd section radiating surface 123, deviating from first radiant body 11 again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface 124, after upwards turning a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body 11 again, in this plane, extend the 5th section radiating surface 125, leave the slit between the free end of the 5th section radiating surface 125 and first connecting portion 101, form first slit 14, the lower limb of the 5th section radiating surface 125 and the top edge of first radiant body 11 constitute second slit 15, the lower limb of the second section radiating surface 122 and first radiant body 11 constitutes the 3rd slit 16, and the width of the 4th section radiating surface 124 is less than the width of second radiant body, 12 other parts.
The length of the length of first radiant body 11 and width, second radiant body 12 and the 4th section radiating surface 124, first slit 14, second slit 15 and the 3rd slit 16 width separately are all bigger to the radiation efficiency influence of antenna.
The width of first connecting portion 101 matches with the length of second radiant body 12 and the width of first slit 14, particularly, because the length of second radiant body 12 and the width of first slit 14 are bigger to the radiation efficiency influence of antenna, therefore, the width of first connecting portion 101 need change with the length of second radiant body 12 and the width of first slit 14.The width of second connecting portion 102 is less to the radiation efficiency influence of antenna, and the width of second connecting portion 102 is mainly determined by technology.
In order to improve feed efficient, and then improve the radiation efficiency of antenna, distributing point 13 can turn a right angle in the plane at distributing point 13 places, extend preset length, forms additional feed face 106.Wherein, distributing point 13 can extend free-ended direction to first radiant body 11 and turn described right angle, also can extend free-ended direction and turn described right angle, specifically which side depend on the space of reserving for distributing point 13 to turning described right angle in mobile phone to deviating from first radiant body 11.
In order to improve the radiation efficiency of antenna, also can turn a right angle along the direction that deviates from first radiant body 11 at the free end of the 5th section radiating surface 125, in plane, the 5th section radiating surface 125 place, extend preset length, form lengthening radiating surface 126.Lengthening radiating surface 126 is used for when reality is used this aerial radiation sheet strengthening the coupling length with distributing point 13.
With reference to Fig. 2, built-in one pole dual-band mobile phone antenna among Fig. 1 is when reality is used, the 4th section radiating surface 124 is affixed on the chamfering that antenna holder front surface and upper surface intersect, and the top edge of the 4th section radiating surface 124 is no more than the edge of the upper surface of antenna holder, and the 5th section radiating surface 125 turned down backward, paste with the upper surface of antenna holder and, first connecting portion 101 bending backward is affixed on the upper surface of antenna holder, second connecting portion 102 is bending forward downwards, be affixed on the upper surface of antenna holder, rear surface and lower surface, distributing point 13 is affixed on the lower surface of antenna holder, link to each other with the radio frequency rf signal distributing point on the cell phone mainboard, wherein, connect an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
The utility model also provides another one embodiment, and the antenna modules that comprises antenna body and antenna holder is illustrated, and has specified the position of placing metal parts in antenna modules.
Embodiment two
Fig. 3 is the stereogram of built-in one pole dual-band mobile phone antenna modules among the utility model embodiment two.
With reference to Fig. 3, antenna modules comprises antenna body and antenna holder, and antenna body wherein promptly is the antenna that sees figures.1.and.2 and introduce, and antenna holder comprises antenna body fixed part 311, first cavity 312 and second cavity 313.
Antenna body fixed part 311 is used for fixing antenna body, particularly, the lower limb of second radiant body 12 alignd with the lower limb of antenna fixed part 311 front surfaces or parallel, the 4th section radiating surface 124 of antenna body is affixed on the chamfering that antenna fixed part 311 front surfaces and upper surface intersect, and the top edge of the 4th section radiating surface 124 is no more than the edge of the upper surface of antenna body fixed part 311, first radiant body 11 and first section radiating surface 121 with antenna body, second section radiating surface 122 and the 3rd section radiating surface 123 are affixed on the front surface of antenna fixed part 311, and the 5th section radiating surface 125 are turned down and be affixed on the upper surface of antenna fixed part 311 backward; First connecting portion 101 of antenna body is turned down and is affixed on the surface of antenna body fixed part 311 backward along the surface of antenna body fixed part 311, then with the turnover forward downwards of second connecting portion 102, second connecting portion 102 is affixed on upper surface, rear surface and the lower surface of antenna fixed part 311, distributing point 13 is affixed on the lower surface of antenna body fixed part 311, link to each other with the radio frequency rf signal distributing point on the cell phone mainboard, wherein, connect an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
The chamfering 3111 that the front surface of the fixed part of antenna shown in Fig. 3 311 and upper surface intersect is a kind of schematic diagram, and chamfering 3111 is an arc angling usually.
The free end of the 5th section radiating surface 125 of second radiant body and distributing point 13 (invisible among Fig. 3) coupling are used to increase the length of coupling, improve the radiation efficiency of antenna.
When after having laid metal parts near the antenna, metal parts can produce capacitive reactances to antenna, this capacitive reactances can cause the impedance mismatching of the RF circuit on antenna and the cell phone mainboard, thereby cause antenna efficiency to reduce, inductance in parallel between the RF of cell phone mainboard signal feed point and direct current ground can be eliminated described capacitive reactances, lays the influence of metal parts to antenna efficiency thereby eliminate near antenna.Our experiments show that when the high-frequency resonant frequency is 1800MHz, when the low-frequency resonant frequency was 900MHz, the optimum value of inductance in parallel was 4.2nH.
Because antenna body is attached on a plurality of of antenna holder, and the cabling form of antenna body and the inductance that connects between the RF of cell phone mainboard signal feed point and direct current ground make can place metal parts near antenna bodies, wherein, described RF signal feed point links to each other with the distributing point 13 of antenna, the distance of the minimum of described metal parts and antenna body can be 3mm, therefore, the volume of antenna holder can be done very for a short time, particularly, the length of antenna holder from its left side to its right side can be 40mm, width from its front to its back is the wideest to be 20.8mm, the narrowest is 6.7mm, and face can be 6.85mm to the height minimum below it from it.The height minimum of antenna holder from top to following has only 6.85mm, this for design a relatively thin mobile phone provide may, and the overall volume of antenna holder is also less, thus for design a not only thin but little mobile phone provide may.
Antenna described in the foregoing description, antenna body in other words, the material that is adopted all is flexible circuit board (Flexible Printed Circuit, FPC) so that with antenna in other words antenna body stick on antenna holder.
Below, low-and high-frequency resonance frequency and bandwidth that how three slits in the foregoing description and two radiant bodies and distributing point are adjusted antenna further specify:
(1) can adjust high frequency frequency resonant point and high frequency bandwidth, can adjust low frequency frequency resonant point and low frequency bandwidth by length and the width of adjusting first radiant body 11 by the length of adjusting second radiant body 12, length and width by adjusting first slit 14, second slit 15, the 3rd slit 16 and be connected the RF signal feed point of cell phone mainboard and the inductance value between the direct current ground can be adjusted the radiation efficiency of antenna.Wherein, the 5th section radiating surface 125 of second radiant body and first radiant body 11 are by 15 couplings of second slit, and the length and the width of second slit 15 and the 3rd slit 16 are bigger to the influence of the radiation efficiency of antenna.
(2) for the adjustment of the length of second radiant body 12, can realize by adjusting the length that second radiant body 12 is parallel to first radiant body part on two limits about in the of 11, also can realize by the length of adjusting lengthening radiating surface 126.
After utilizing an above-mentioned distributing point, two radiant bodies, three slits and inductance value that high-frequency resonant frequency, low-frequency resonant frequency, high frequency bandwidth, low frequency bandwidth and the radiation efficiency of antenna are adjusted, the return loss plot of built-in one pole dual-band mobile phone antenna is to be example with low frequency frequency range about 900MHz and the high-frequency band about 1800MHz among Fig. 4 as shown in Figure 4 in the utility model.
As seen, in antenna of the present utility model and the antenna modules, because the top of second radiant body is narrow away from other parts of the second radiant body free end proportion by subtraction, second radiant body, with far away again away from the distance of the second radiant body free end portion to bigger first slit of the radiation efficiency of antenna influence and second slit and described top, therefore radiation efficiency is lower, when near this part, placing metal parts, the capacitance characteristic that antenna has been produced owing to placed metal parts can be eliminated by inductance in parallel between distributing point and antenna mainboard, therefore, it is less to the integral radiation effectiveness affects of antenna to place metal parts on described top near away from the part of the second radiant body free end portion, thereby can reduce the actual occupation space of Monopole antenna when keeping antenna efficiency.
The above is preferred embodiment of the present utility model only, is not to be used to limit protection range of the present utility model.All within spirit of the present utility model and principle, any modification of being done, be equal to and replace and improvement etc., all should be included within the protection range of the present utility model.
Claims (12)
1, a kind of built-in one pole dual-band mobile phone aerial radiation sheet is characterized in that this radiation fin comprises first radiant body (11), second radiant body (12) and distributing point (13);
First radiant body (11) is a long and narrow sheet;
One end of first radiant body (11) upwards extends first connecting portion (101) and second connecting portion (102) successively perpendicular to the top edge of this first radiant body (11) in this first radiant body (11) plane, place, distributing point (13) directly links to each other with second connecting portion (102);
Second radiant body (12), an end that extends first connecting portion (101) with first radiant body (11) links to each other, along the direction vertical with the lower limb of first radiant body (11) in first radiant body (11) plane, place under extend first section radiating surface (121), in this plane, extend free-ended direction again and turn a right angle to first radiant body (11), and the lower limb that is parallel to first radiant body (11) extends second section radiating surface (122), in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body (11), form the 3rd section radiating surface (123), deviating from first radiant body (11) again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface (124), upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body (11) again, in this plane, extend the 5th section radiating surface (125);
Leave the slit between the free end of the 5th section radiating surface (125) and first connecting portion (101), form first slit (14), the 5th section radiating surface (125) constitutes second slit (15) with the top edge of first radiant body (11), second section radiating surface (122) constitutes the 3rd slit (16) with the lower limb of first radiant body (11), and the width of the 4th section radiating surface (124) is less than the width of other parts of second radiant body (12).
2, handset antenna radiation sheet as claimed in claim 1 is characterized in that,
The free end of described the 5th section radiating surface (125) turns a right angle along the direction that deviates from described second slit (15) in the 5th section radiating surface (125) plane, place, extend preset length, forms lengthening radiating surface (126).
3, handset antenna radiation sheet as claimed in claim 1 or 2 is characterized in that,
Described distributing point (13) turns a right angle in the plane at distributing point (13) place, extend preset length, forms additional feed face (106).
4, a kind of built-in one pole dual-band mobile phone antenna is characterized in that, this antenna comprises first radiant body (11), second radiant body (12) and distributing point (13);
First radiant body (11) is a long and narrow sheet;
One end of first radiant body (11) upwards extends first connecting portion (101) and second connecting portion (102) successively perpendicular to the top edge of this first radiant body (11) in this first radiant body (11) plane, place, distributing point (13) directly links to each other with second connecting portion (102);
Second radiant body (12), an end that extends first connecting portion (101) with first radiant body (11) links to each other, along the direction vertical with the lower limb of first radiant body (11) in first radiant body (11) plane, place under extend first section radiating surface (121), in this plane, extend free-ended direction again and turn a right angle to first radiant body (11), and the lower limb that is parallel to first radiant body (11) extends second section radiating surface (122), in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body (11), form the 3rd section radiating surface (123), deviating from first radiant body (11) again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface (124), upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body (11) again, in this plane, extend the 5th section radiating surface (125);
Leave the slit between the free end of the 5th section radiating surface (125) and first connecting portion (101), form first slit (14), the 5th section radiating surface (125) constitutes second slit (15) with the top edge of first radiant body (11), second section radiating surface (122) constitutes the 3rd slit (16) with the lower limb of first radiant body (11), and the width of the 4th section radiating surface (124) is less than the width of other parts of second radiant body (12);
The 4th section radiating surface (124) is affixed on the chamfering that antenna holder front surface and upper surface intersect and the 5th section radiating surface (125) turns down backward;
First connecting portion (101) bending backward, second connecting portion (102) are downwards more forward after the bending, distributing point (13) links to each other with radio frequency rf signal distributing point on the cell phone mainboard, wherein, connect an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
5, antenna for mobile phone as claimed in claim 4 is characterized in that,
The free end of described the 5th section radiating surface (125) turns a right angle along the direction that deviates from described second slit (15) in the 5th section radiating surface (125) plane, place, extend preset length, forms lengthening radiating surface (126).
6, as claim 4 or 5 described antenna for mobile phone, it is characterized in that,
Described distributing point (13) turns a right angle in the plane at distributing point (13) place, extend preset length, forms additional feed face (106).
7, a kind of built-in one pole dual-band mobile phone antenna modules is characterized in that this antenna modules comprises antenna body and antenna holder;
Described antenna body has one and is first radiant body (11) of long and narrow sheet, second radiant body (12) and the distributing point (13) that links to each other with an end of first radiant body (11); The end that first radiant body (11) links to each other with second radiant body (12) upwards extends first connecting portion (101) and second connecting portion (102) successively perpendicular to the top edge of this first radiant body (11) in this first radiant body (11) plane, place, distributing point (13) directly links to each other with second connecting portion (102); Second radiant body along the direction vertical with the lower limb of first radiant body (11) in first radiant body (11) plane, place under extend first section radiating surface (121), in this plane, extend free-ended direction again and turn a right angle to first radiant body (11), and the lower limb that is parallel to first radiant body (11) extends second section radiating surface (122), in this plane, upwards turn a right angle and extension again until the free end of crossing first radiant body (11), form the 3rd section radiating surface (123), deviating from first radiant body (11) again extends free-ended direction and turns a right angle, in this plane, extend the 4th section radiating surface (124), upwards turn a right angle then, extend free-ended direction and turn a right angle to deviating from first radiant body (11) again, in this plane, extend the 5th section radiating surface (125), leave the slit between the free end of the 5th section radiating surface (125) and first connecting portion (101), form first slit (14), the 5th section radiating surface (125) constitutes second slit (15) with the top edge of first radiant body (11), second section radiating surface (122) constitutes the 3rd slit (16) with the lower limb of first radiant body (11), and the width of the 4th section radiating surface (124) is less than the width of other parts of second radiant body (12);
Antenna holder comprises antenna fixed part (311), first radiant body (11) of antenna body is affixed on the front surface of antenna fixed part (311), and the 4th section radiating surface (124) of second radiant body (12) is affixed on the chamfering that antenna fixed part (311) front surface and upper surface intersect and the 5th section radiating surface (125) turns down and be affixed on the upper surface of described antenna fixed part (311) backward; First connecting portion (101) bending backward, second connecting portion (102) are downwards more forward after the bending, first connecting portion (101) and second connecting portion (102) are affixed on the surface of described antenna fixed part (311), distributing point (13) is affixed on the lower surface of antenna fixed part (311), and link to each other with radio frequency rf signal distributing point on the cell phone mainboard, wherein, connect an inductance between the direct current ground on described RF signal feed point and the described cell phone mainboard.
8, antenna modules as claimed in claim 7 is characterized in that,
The free end of described the 5th section radiating surface (125) turns a right angle along the direction that deviates from described second slit (15) in the 5th section radiating surface (125) plane, place, extend preset length, forms lengthening radiating surface (126).
9, antenna modules as claimed in claim 7 is characterized in that,
Described distributing point (13) turns a right angle in the plane at distributing point (13) place, extend preset length, forms additional feed face (106).
10, as the described antenna modules of the arbitrary claim of claim 7 to 9, it is characterized in that,
Described antenna fixed part (311) is used to lay metal parts extending back first cavity (312) near on the position of described the 4th section radiating surface (124).
11, as the described antenna modules of the arbitrary claim of claim 7 to 9, it is characterized in that,
Described antenna fixed part (311) extends back second cavity (313) near the position of posting first connecting portion (101) and second connecting portion (102), second cavity (313) and first cavity (312) are positioned at the same side of antenna holder (31), and lay respectively at the left and right sides of distributing point (13) with first cavity (312), second cavity (313) is used to lay metal parts.
12, as the described antenna modules of the arbitrary claim of claim 7 to 9, it is characterized in that,
The lower limb of second radiant body (12) aligns with the lower limb of antenna holder (31) or is parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201349486U CN201294266Y (en) | 2008-09-05 | 2008-09-05 | Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008201349486U CN201294266Y (en) | 2008-09-05 | 2008-09-05 | Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201294266Y true CN201294266Y (en) | 2009-08-19 |
Family
ID=41007748
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008201349486U Expired - Fee Related CN201294266Y (en) | 2008-09-05 | 2008-09-05 | Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201294266Y (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102271171A (en) * | 2010-06-02 | 2011-12-07 | 上海德门电子科技有限公司 | Mobile phone antenna communication system with harmonic suppression |
| CN102983394A (en) * | 2012-09-19 | 2013-03-20 | 电子科技大学 | Small size planar antenna with five frequency ranges being covered |
| CN106207400A (en) * | 2014-12-04 | 2016-12-07 | 纬创资通股份有限公司 | Wideband monopole type antenna, electronic installation and Anneta module |
| CN107394368A (en) * | 2017-08-02 | 2017-11-24 | 江苏爱吉亚电子科技有限公司 | The antenna of height radiation |
| WO2020047867A1 (en) * | 2018-09-07 | 2020-03-12 | 华为技术有限公司 | Antenna and mobile terminal |
| CN113067124A (en) * | 2019-12-28 | 2021-07-02 | 中国移动通信集团终端有限公司 | Miniaturized Wi-Fi dual-frequency antenna and working method |
| CN117525895A (en) * | 2024-01-04 | 2024-02-06 | 深圳市亿道数码技术有限公司 | Broadband separation type antenna and mobile terminal |
-
2008
- 2008-09-05 CN CNU2008201349486U patent/CN201294266Y/en not_active Expired - Fee Related
Cited By (14)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102271171A (en) * | 2010-06-02 | 2011-12-07 | 上海德门电子科技有限公司 | Mobile phone antenna communication system with harmonic suppression |
| CN102983394A (en) * | 2012-09-19 | 2013-03-20 | 电子科技大学 | Small size planar antenna with five frequency ranges being covered |
| CN102983394B (en) * | 2012-09-19 | 2015-07-15 | 电子科技大学 | Small size planar antenna with five frequency ranges being covered |
| CN106207400A (en) * | 2014-12-04 | 2016-12-07 | 纬创资通股份有限公司 | Wideband monopole type antenna, electronic installation and Anneta module |
| CN106207400B (en) * | 2014-12-04 | 2020-03-10 | 纬创资通股份有限公司 | Broadband monopole antenna, electronic device, and antenna module |
| CN107394368A (en) * | 2017-08-02 | 2017-11-24 | 江苏爱吉亚电子科技有限公司 | The antenna of height radiation |
| WO2020047867A1 (en) * | 2018-09-07 | 2020-03-12 | 华为技术有限公司 | Antenna and mobile terminal |
| CN112534641A (en) * | 2018-09-07 | 2021-03-19 | 华为技术有限公司 | Antenna and mobile terminal |
| CN112534641B (en) * | 2018-09-07 | 2022-04-22 | 华为技术有限公司 | Antenna and mobile terminal |
| US11522296B2 (en) | 2018-09-07 | 2022-12-06 | Huawei Technologies Co., Ltd. | Antenna and mobile terminal |
| CN113067124A (en) * | 2019-12-28 | 2021-07-02 | 中国移动通信集团终端有限公司 | Miniaturized Wi-Fi dual-frequency antenna and working method |
| CN113067124B (en) * | 2019-12-28 | 2022-10-04 | 中国移动通信集团终端有限公司 | Miniaturized Wi-Fi dual-band antenna and working method |
| CN117525895A (en) * | 2024-01-04 | 2024-02-06 | 深圳市亿道数码技术有限公司 | Broadband separation type antenna and mobile terminal |
| CN117525895B (en) * | 2024-01-04 | 2024-04-12 | 深圳市亿道数码技术有限公司 | Broadband separation type antenna and mobile terminal |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101106211B (en) | Dual loop multi-frequency antenna | |
| CN201294266Y (en) | Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set | |
| CN1330050C (en) | Internal antenna of mobile communication terminal | |
| CN201294259Y (en) | Built-in double-frequency mobile phone antenna | |
| US8994596B2 (en) | Multi-band antenna | |
| CN101345341B (en) | Multiband antenna | |
| CN105846055A (en) | Multi-frequency PIFA mobile phone antenna containing parasitic element | |
| CN108400427A (en) | Antenna system | |
| CN107834206B (en) | Antenna and mobile terminal | |
| CN104377426A (en) | LTE coupling type mobile phone antenna with metal frame | |
| CN103346393A (en) | Multi-frequency plane printed antenna comprising protruded floor and applied to mobile terminal | |
| CN103515699A (en) | Antenna and method used for forming antenna | |
| KR20090030116A (en) | Dvb-h antenna | |
| CN101931121B (en) | Antenna device | |
| CN207852905U (en) | A kind of LTE antenna and mobile terminal | |
| JP2013232883A (en) | Antenna | |
| CN101192708B (en) | Multi-frequency antenna | |
| CN201629392U (en) | Antenna and moveable terminal | |
| CN114914666B (en) | Antenna and electronic equipment | |
| CN201294260Y (en) | Radiation piece for built-in monopole double-frequency mobile phone antenna, mobile phone antenna and antenna die set | |
| US20130194150A1 (en) | Antenna of a laptop device and methods | |
| CN207868398U (en) | Double frequency linear polarized antenna | |
| CN208299037U (en) | A kind of multi-band mobile phone antenna | |
| CN201266676Y (en) | Mobile phone antenna and mobile phone | |
| US11973277B2 (en) | Antenna module and antenna device having the same |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090819 Termination date: 20150905 |
|
| EXPY | Termination of patent right or utility model |