CN204905420U - Cell -phone antenna device - Google Patents
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- CN204905420U CN204905420U CN201520593326.XU CN201520593326U CN204905420U CN 204905420 U CN204905420 U CN 204905420U CN 201520593326 U CN201520593326 U CN 201520593326U CN 204905420 U CN204905420 U CN 204905420U
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Abstract
The utility model relates to a cell -phone antenna device, including first antenna, second antenna, third antenna and ground connection piece, first antenna and second antenna are respectively back to setting up in the both sides that the ground connection piece is relative, the third antenna set up in the side of ground connection piece and lie in first day the line and the second antenna between, it leads to the groove to be equipped with first logical groove and second on ground connection piece and first antenna, the 2nd antenna connection's the side respectively, first logical groove and second lead to the groove keeps away from the direction setting of the border position of third antenna towards the third antenna along the ground connection piece respectively, the length in the logical groove of first logical groove and second is lighter than the length of ground connection piece and first antenna or the 2nd antenna connection's side respectively. The utility model discloses a cell -phone antenna device have be applicable to energy consumption that the wave speed formed the antenna and effectively reduced the cell -phone with extension battery life, effectively reduce ECC, is showing and is improving HAC in the cell -phone, and be particularly useful for the beneficial effect of small -size radio communication device.
Description
Technical field
The utility model relates to wireless communication technology, particularly a kind of antenna for mobile telephone set.
Background technology
Mobile phone is typical small-sized wireless communication equipment.Because the restriction of mobile phone size, make the application of antenna in mobile phone usually occur the improvement of a lot of needs in, such as, the problem that ECC (envelope correlation coefficient) is low not and HAC (hearing aid compatibility) is high not of beam formed antenna, mimo antenna can not be well applied to.
Specifically, about the problem being applied to beam formed antenna, in order to adapt to the size of mobile phone, beam formed antenna being used in mobile phone, needing the direction changing radiation diagram main beam.The conventional solution of antenna for mobile phone makes it have omnidirectional radiation diagram.But above-mentioned antenna does not have optimum performance in radiation, and reason has: what omnidirectional radiation diagram was subject to that user holds has a strong impact on; Energy is omnidirectional to be radiate, not only towards base station, also towards the direction obtaining best throughput as far as possible.Antenna for mobile telephone set of the present utility model allows the radiation diagram reinventing or revise antenna for mobile phone, and makes it re-start orientation towards specific direction.
About the problem that the ECC of mimo antenna is low not, MIMO technology is a kind of multi-antenna technology, namely multiple antenna is all equipped with at the receiving terminal of wireless communication system and transmitting terminal, create multiple parallel spatial channels, multiple information flow transmits in identical frequency band through multiple channel simultaneously, can increase power system capacity at double, improve the utilization ratio of frequency spectrum.Mimo system requires that in array, each unit has less correlation, and such guarantee mimo channel response matrix is close to full rank.But owing to being subject to the restriction of receiver or transmitter size and structure, often will in limited space layout antenna element as much as possible, this just makes the coupled problem between the miniaturization of antenna and multiple antennas become one of problem in the urgent need to address.The ECC of radiation pattern is the important parameter weighing mimo system diversity gain (diversitygain).Low signal coefficient correlation means that system diversity gain is high.
In order to make MIMO (multiple-input and multiple-output) antenna system have good performance, each antenna must by separately certain distance, the wavelength of this distance corresponding to given frequency.The distance of correlation between the signal received by each antenna normally and between antenna is inversely proportional to.In order to obtain good MIMO performance, low correlation, namely between antenna, need the distance that large.This means, be applied to the mimo antenna in radio communication mobile device, because the small size of portable equipment and the task of facing the challenge property, especially in the low-frequency band lower than 1GHz.
About the problem that HAC is not high enough, the loud speaker of mobile phone and/or the sound quality of hearing aids can significantly reduce because Electric and magnetic fields is coupled from mobile phone antenna to mobile phone and/or the audio system of hearing aids.In order to ensure certain tonequality, this field coupling needs are reduced.Loud speaker can be arranged in the low current region on the PCB of mobile phone usually.But due to the restriction of handset size size, the current value on the low current region on mobile phone PCB of the prior art is still comparatively large, and can not be effectively reduced or eliminate, and thus its HAC is lower.
At present, in prior art, still unexposed any known product or technology can solve the problems referred to above brought due to the restriction of handset size size.
Utility model content
Technical problem to be solved in the utility model is: provide a kind of and be applicable to mobile phone size and ensure the antenna for mobile telephone set of antenna various aspects of performance.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is:
A kind of antenna for mobile telephone set, comprise the first antenna, the second antenna, third antenna and earthing member, described first antenna and the second antenna respectively back to being arranged at the relative both sides of earthing member, described third antenna be arranged at earthing member side and between the first antenna and the second antenna;
Described first antenna comprises the first low band radiant body and the first high band radiant body, described first low band radiant body and the first high band radiant body are arranged on same straight line respectively along its length, be provided with the first gap between one end of described first low band radiant body and one end of the first high band radiant body, the other end of described first low band radiant body is connected with earthing member respectively with the other end of the first high band radiant body;
Described second antenna comprises the second low band radiant body and the second high band radiant body, described second low band radiant body and the second high band radiant body are arranged on same straight line respectively along its length, be provided with the second gap between one end of described second low band radiant body and one end of the second high band radiant body, the other end of described second low band radiant body is connected with earthing member respectively with the other end of the second high band radiant body;
The side that described earthing member is connected with the first antenna, the second antenna is respectively equipped with the first groove and the second groove, described first groove and the second groove are arranged along the marginal position of earthing member away from third antenna towards the direction of third antenna respectively, and described first groove is less than the length of the side that earthing member is connected with the first antenna or the second antenna respectively with the length of the second groove.
Further, also comprise the first grounding parts, the second grounding parts, the first earthing block and the second earthing block, described first earthing block and the second earthing block are respectively two, described first earthing block of two is arranged at the two ends of the first grounding parts respectively, the other end of described first low band radiant body is connected with the first grounding parts respectively by described first earthing block with the other end of the first high band radiant body, and described first grounding parts is arranged at the side of earthing member;
Described second earthing block of two is arranged at the two ends of the second grounding parts respectively, the other end of described second low band radiant body is connected with the second grounding parts respectively by described second earthing block with the other end of the second high band radiant body, and described second grounding parts is arranged at the opposite side of earthing member.
Further, the length of described first low band radiant body and the second low band radiant body is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 698MHz-960MHz.
Further, the length of described first high band radiant body and the second high band radiant body is 1/4 of high band honeycomb frequency corresponding wavelength, and the numerical value of described high band honeycomb frequency is 1710MHz-2170MHz or 2500MHz-2690MHz.
Further, also comprise the first low band feed port, the second low band feed port, the first high band feed port and the second high band feed port, described first low band feed port is arranged between the first low band radiant body and the first grounding parts, described second low band feed port is arranged between the second low band radiant body and the second grounding parts, described first high band feed port is arranged between the first high band radiant body and the first grounding parts, and described second high band feed port is arranged between the second high band radiant body and the second grounding parts.
Further, the band value of described first low band radiant body and the second low band radiant body is respectively 700MHz-960MHz, and the band value of described first high band radiant body and the second high band radiant body is respectively 1800MHz-2300MHz.
Further, the length in described first gap and the second gap is respectively 1mm-5mm.
Further, described first earthing block and the second earthing block along the first grounding parts to the first antenna or the second grounding parts to the length in the direction of the second antenna be 3mm-20mm.
Further, the length of described first groove and the second groove is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 700MHz-960MHz.
Further, the width of described first groove and the second groove is 0.5-2mm.
The beneficial effects of the utility model are:
(1) third antenna is as main antenna, first antenna and the second antenna are as secondary antenna, and make above-mentioned three antennas can form single beam-shaper respectively by the matching design in the first groove, the second groove, the first gap and the second gap, also can pass through between the first antenna and the second antenna by the phase shift of certain X degree, the value of phase shift can carry out multiple adjustment according to wave beam, thus forms the beam-shaper of different Configuration Type; The beam-shaper of above-mentioned different Configuration Type can allow the radiation diagram reinventing or revise antenna for mobile phone, and makes it re-start orientation towards specific direction; Antenna pattern can adapt to hold or device location (head to head), and towards the direction radiation away from user's health, thus reduce SAR value, on the direction of base station, carry out the radiation of energy in a more effective manner simply; The cell phone with velocity of wave Formation and characteristics effectively can reduce the energy ezpenditure of mobile phone to make the life of battery;
(2) third antenna is as main antenna, first antenna and the second antenna as secondary antenna, and make the envelope correlation coefficient (ECC) between the combination of 180 of two secondary antenna degree of phase shifts and main antenna can demonstrate low-down value by the matching design in the first groove, the second groove, the first gap and the second gap; Simultaneously can as required to the specific frequency spectrum that antenna adjustment adapts to, adjustable is good; When frequency lower than 1GHz, for ECC industry operative norm value be 0.5, the ECC that antenna for mobile telephone set of the present utility model obtains for lower than 0.05, this well below low-frequency range cellular band generally designate 0.5 restriction;
(3) third antenna is as main antenna, first antenna and the second antenna are as secondary antenna, and by the matching design in the first groove, the second groove, the first gap and the second gap, thus force via antenna stream to the electric current on earthing member from the first groove, second groove flow out, thus remaining current value reduces greatly on ground plate, there is electric current hardly even, and the region that is placed of loud speaker just, this region, namely by reducing or cancel the electric current in the region that telelecture is placed in mobile phone PCB, thus HAC in mobile phone is significantly improved;
(4) small size radio communications set is particularly useful for.
Accompanying drawing explanation
Fig. 1 is the stereogram of the antenna for mobile telephone set of the utility model embodiment;
Fig. 2 is the front view of the antenna for mobile telephone set of the utility model embodiment;
Fig. 3 is the antenna for mobile telephone set of the utility model embodiment two-dimensional radiation pattern when being applied to beam formed antenna;
Fig. 4 is the curve chart of the ECC value that the antenna for mobile telephone set of the utility model embodiment is corresponding when frequency is less than 1GHz.
Label declaration:
1, the first antenna; 11, the first low band radiant body; 12, the first high band radiant body; 13, the first gap; 2, the second antenna; 21, the second low band radiant body; 22, the second high band radiant body; 23, the second gap; 3, earthing member; 4, the first grounding parts; 5, the second grounding parts; 6, the first earthing block; 7, the second earthing block; 8, third antenna; 91, the first groove; 92, the second groove.
Embodiment
By describing technology contents of the present utility model in detail, realized object and effect, accompanying drawing is coordinated to be explained below in conjunction with execution mode.
The design of the utility model most critical is: by the design of three antennas and the first groove, the second groove, thus obtains and be applicable to mobile phone size and the antenna for mobile telephone set ensureing to have superperformance.
Please refer to Fig. 1 and Fig. 2, a kind of antenna for mobile telephone set, comprise the first antenna 1, second antenna 2, third antenna 8 and earthing member 3, described first antenna 1 and the second antenna 2 respectively back to being arranged at the relative both sides of earthing member 3, described third antenna 8 be arranged at earthing member 3 side and between the first antenna 1 and the second antenna 2;
Described first antenna 1 comprises the first low band radiant body 11 and the first high band radiant body 12, described first low band radiant body 11 and the first high band radiant body 12 are arranged on same straight line respectively along its length, be provided with the first gap 13 between one end of described first low band radiant body 11 and one end of the first high band radiant body 12, the other end of described first low band radiant body 11 is connected with earthing member respectively with the other end of the first high band radiant body 12;
Described second antenna 2 comprises the second low band radiant body 21 and the second high band radiant body 22, described second low band radiant body 21 and the second high band radiant body 22 are arranged on same straight line respectively along its length, be provided with the second gap 23 between one end of described second low band radiant body 21 and one end of the second high band radiant body 22, the other end of described second low band radiant body 21 is connected with earthing member respectively with the other end of the second high band radiant body 22;
The side that described earthing member 3 is connected with the first antenna 1, second antenna 2 is respectively equipped with the first groove 91 and the second groove 92, described first groove 91 and the second groove 92 are arranged along the marginal position of earthing member 3 away from third antenna 8 towards the direction of third antenna 8 respectively, and described first groove 91 and the length of the second groove 92 are less than the length of the side that earthing member 3 is connected with the first antenna 1 or the second antenna 2 respectively.
From foregoing description, the beneficial effects of the utility model are:
(1) third antenna is as main antenna, first antenna and the second antenna are as secondary antenna, and make above-mentioned three antennas can form single beam-shaper respectively by the matching design in the first groove, the second groove, the first gap and the second gap, also can pass through between the first antenna and the second antenna by the phase shift of certain X degree, the value of phase shift can carry out multiple adjustment according to wave beam, thus forms the beam-shaper of different Configuration Type; The beam-shaper of above-mentioned different Configuration Type can allow the radiation diagram reinventing or revise antenna for mobile phone, and makes it re-start orientation towards specific direction; Antenna pattern can adapt to hold or device location (head to head), and towards the direction radiation away from user's health, thus reduce SAR value, on the direction of base station, carry out the radiation of energy in a more effective manner simply; The cell phone with velocity of wave Formation and characteristics effectively can reduce the energy ezpenditure of mobile phone to make the life of battery;
(2) third antenna is as main antenna, first antenna and the second antenna as secondary antenna, and make the envelope correlation coefficient (ECC) between the combination of 180 of two secondary antenna degree of phase shifts and main antenna can demonstrate low-down value by the matching design in the first groove, the second groove, the first gap and the second gap; Simultaneously can as required to the specific frequency spectrum that antenna adjustment adapts to, adjustable is good; When frequency lower than 1GHz, for ECC industry operative norm value be 0.5, the ECC that antenna for mobile telephone set of the present utility model obtains for lower than 0.05, this well below low-frequency range cellular band generally designate 0.5 restriction;
(3) third antenna is as main antenna, first antenna and the second antenna are as secondary antenna, and by the matching design in the first groove, the second groove, the first gap and the second gap, thus force via antenna stream to the electric current on earthing member from the first groove, second groove flow out, thus remaining current value reduces greatly on ground plate, there is electric current hardly even, and the region that is placed of loud speaker just, this region, namely by reducing or cancel the electric current in the region that telelecture is placed in mobile phone PCB, thus HAC in mobile phone is significantly improved;
(4) small size radio communications set is particularly useful for.
Further, also comprise the first grounding parts 4, second grounding parts 5, first earthing block 6 and the second earthing block 7, described first earthing block 6 and the second earthing block 7 are respectively two, described first earthing block 6 of two is arranged at the two ends of the first grounding parts 4 respectively, the other end of described first low band radiant body 11 is connected with the first grounding parts 4 respectively by described first earthing block 6 with the other end of the first high band radiant body 12, and described first grounding parts 4 is arranged at the side of earthing member 3;
Described second earthing block 7 of two is arranged at the two ends of the second grounding parts 5 respectively, the other end of described second low band radiant body 21 is connected with the second grounding parts 5 respectively by described second earthing block 7 with the other end of the second high band radiant body 22, and described second grounding parts 5 is arranged at the opposite side of earthing member 3.
Seen from the above description, preferably, also comprise the first grounding parts, the second grounding parts, the first earthing block and the second earthing block, first antenna is connected with earthing member by the first grounding parts, the first earthing block, second antenna is connected with earthing member by the second grounding parts, the second earthing block, can increase the relative distance of two antennas further, optimizes the mutually orthogonal radiation diagram obtained, thus the isolation increased between two antennas, the raising for antenna various aspects of performance provides basis.
Further, the length of described first low band radiant body 11 and the second low band radiant body 21 is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 698MHz-960MHz.The length of described first high band radiant body 12 and the second high band radiant body 22 is 1/4 of high band honeycomb frequency corresponding wavelength, and the numerical value of described high band honeycomb frequency is 1710MHz-2170MHz or 2500MHz-2690MHz.
Seen from the above description, the known adjustment carrying out proper range according to actual needs of length of the first low band radiant body, the second low band radiant body, the first high band radiant body and the second high band radiant body.
Further, also comprise the first low band feed port, second low band feed port, first high band feed port and the second high band feed port, described first low band feed port is arranged between the first low band radiant body 11 and the first grounding parts 4, described second low band feed port is arranged between the second low band radiant body 21 and the second grounding parts 5, described first high band feed port is arranged between the first high band radiant body 12 and the first grounding parts 4, described second high band feed port is arranged between the second high band radiant body 22 and the second grounding parts 5.
Seen from the above description, the position of the first low band feed port and the first high band feed port can be arranged at the optional position between they and the first grounding parts.The position of the second low band feed port and the second high band feed port can be arranged at the optional position between they and the second grounding parts.
Further, the band value of described first low band radiant body 11 and the second low band radiant body 21 is respectively 700MHz-960MHz, and the band value of described first high band radiant body 12 and the second high band radiant body 22 is respectively 1800MHz-2300MHz.
Seen from the above description, the band value of the first low band radiant body and the second low band radiant body is preferably 700MHz-960MHz, and the band value of the first high band radiant body and the second high band radiant body is preferably 1800MHz-2300MHz.
Further, the length in described first gap 13 and the second gap 23 is respectively 1mm-5mm.Described first earthing block 6 and the second earthing block 7 are 3mm-20mm along the length in the direction of the first grounding parts 4 to the first antenna 1 or the second grounding parts 5 to the second antenna 2.
Seen from the above description, the length in the first gap and the second gap is preferably 1mm-5mm; First earthing block and the second earthing block are preferably 3mm-20mm to the first antenna or the second grounding parts to the length in the direction of the second antenna along the first grounding parts.Can radiance be ensured on the one hand, mutually orthogonal radiation diagram can be optimized further on the other hand, improve the isolation index between two antennas, obtain higher isolation performance.
Further, the length of described first groove 91 and the second groove 92 is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 700MHz-960MHz.The width of described first groove 91 and the second groove 92 is 0.5-2mm.
Seen from the above description, the design of above-mentioned length and width, be more suitable for the size of mobile phone on the one hand, radiance can be ensured, the performance of antenna can be optimized on the other hand further, make it obtain better velocity of wave morphogenesis characters, effectively reduction ECC further and significantly improve the technique effect of HAC in mobile phone.
Please refer to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, embodiment one of the present utility model is:
A kind of antenna for mobile telephone set, comprise the first antenna 1, second antenna 2, third antenna 8 and earthing member 3, described first antenna 1 and the second antenna 2 respectively back to being arranged at the relative both sides of earthing member 3, described third antenna 8 be arranged at earthing member 3 side and between the first antenna 1 and the second antenna 2; Described first antenna 1 comprises the first low band radiant body 11 and the first high band radiant body 12, described first low band radiant body 11 and the first high band radiant body 12 are arranged on same straight line respectively along its length, be provided with the first gap 13 between one end of described first low band radiant body 11 and one end of the first high band radiant body 12, the other end of described first low band radiant body 11 is connected with earthing member respectively with the other end of the first high band radiant body 12; Described second antenna 2 comprises the second low band radiant body 21 and the second high band radiant body 22, described second low band radiant body 21 and the second high band radiant body 22 are arranged on same straight line respectively along its length, be provided with the second gap 23 between one end of described second low band radiant body 21 and one end of the second high band radiant body 22, the other end of described second low band radiant body 21 is connected with earthing member respectively with the other end of the second high band radiant body 22; The side that described earthing member 3 is connected with the first antenna 1, second antenna 2 is respectively equipped with the first groove 91 and the second groove 92, described first groove 91 and the second groove 92 are arranged along the marginal position of earthing member 3 away from third antenna 8 towards the direction of third antenna 8 respectively, and described first groove 91 and the length of the second groove 92 are less than the length of the side that earthing member 3 is connected with the first antenna 1 or the second antenna 2 respectively.Described first low band radiant body 11 and the second low band radiant body 21 are respectively the radiant body that service band is low band, and described first high band radiant body 12 and the second high band radiant body 22 are respectively the radiant body that service band is high band.Also comprise the first grounding parts 4, second grounding parts 5, first earthing block 6 and the second earthing block 7, described first earthing block 6 and the second earthing block 7 are respectively two, described first earthing block 6 of two is arranged at the two ends of the first grounding parts 4 respectively, the other end of described first low band radiant body 11 is connected with the first grounding parts 4 respectively by described first earthing block 6 with the other end of the first high band radiant body 12, and described first grounding parts 4 is arranged at the side of earthing member 3; Described second earthing block 7 of two is arranged at the two ends of the second grounding parts 5 respectively, the other end of described second low band radiant body 21 is connected with the second grounding parts 5 respectively by described second earthing block 7 with the other end of the second high band radiant body 22, and described second grounding parts 5 is arranged at the opposite side of earthing member 3.The length of described first low band radiant body 11 and the second low band radiant body 21 is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 698MHz-960MHz.The length of described first high band radiant body 12 and the second high band radiant body 22 is 1/4 of high band honeycomb frequency corresponding wavelength, and the numerical value of described high band honeycomb frequency is 1710MHz-2170MHz or 2500MHz-2690MHz.Also comprise the first low band feed port, the second low band feed port, the first high band feed port and the second high band feed port, described first low band feed port is arranged between the first low band radiant body 11 and the first grounding parts 4, described second low band feed port is arranged between the second low band radiant body 21 and the second grounding parts 5, described first high band feed port is arranged between the first high band radiant body 12 and the first grounding parts 4, and described second high band feed port is arranged between the second high band radiant body 22 and the second grounding parts 5.The band value of described first low band radiant body 11 and the second low band radiant body 21 is respectively 700MHz-960MHz, and the band value of described first high band radiant body 12 and the second high band radiant body 22 is respectively 1800MHz-2300MHz.The length in described first gap 13 and the second gap 23 is respectively 1mm-5mm.Described first earthing block 6 and the second earthing block 7 are 3mm-20mm along the length in the direction of the first grounding parts 4 to the first antenna 1 or the second grounding parts 5 to the second antenna 2.The length of described first groove 91 and the second groove 92 is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 700MHz-960MHz.The width of described first groove 91 and the second groove 92 is 0.5-2mm.
In Fig. 3, " Mainantenna (8) " represent the radiation curve of third antenna, " secondaryantenna (2a) " represents the radiation curve of the first antenna, " secondaryantenna (2b) " represents the radiation curve of the second antenna, and " secondaryantenna180deg " represents that the first antenna and the second antenna are in conjunction with 180 degree of dephased radiation curves.
In Fig. 4, abscissa represents frequency, and unit is GHz, and ordinate represents ECC value.As shown in Figure 4, its ECC value significantly reduces.
In sum, the antenna for mobile telephone set that the utility model provides have be applicable to velocity of wave form antenna and the energy ezpenditure effectively reducing mobile phone with extending battery life, effectively reduce ECC, significantly improve HAC in mobile phone and be particularly useful for the beneficial effect of small size radio communications set.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalents utilizing the utility model specification and accompanying drawing content to do; or be directly or indirectly used in relevant technical field, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. an antenna for mobile telephone set, it is characterized in that, comprise the first antenna, the second antenna, third antenna and earthing member, described first antenna and the second antenna respectively back to being arranged at the relative both sides of earthing member, described third antenna be arranged at earthing member side and between the first antenna and the second antenna;
Described first antenna comprises the first low band radiant body and the first high band radiant body, described first low band radiant body and the first high band radiant body are arranged on same straight line respectively along its length, be provided with the first gap between one end of described first low band radiant body and one end of the first high band radiant body, the other end of described first low band radiant body is connected with earthing member respectively with the other end of the first high band radiant body;
Described second antenna comprises the second low band radiant body and the second high band radiant body, described second low band radiant body and the second high band radiant body are arranged on same straight line respectively along its length, be provided with the second gap between one end of described second low band radiant body and one end of the second high band radiant body, the other end of described second low band radiant body is connected with earthing member respectively with the other end of the second high band radiant body;
The side that described earthing member is connected with the first antenna, the second antenna is respectively equipped with the first groove and the second groove, described first groove and the second groove are arranged along the marginal position of earthing member away from third antenna towards the direction of third antenna respectively, and described first groove is less than the length of the side that earthing member is connected with the first antenna or the second antenna respectively with the length of the second groove.
2. antenna for mobile telephone set according to claim 1, it is characterized in that, also comprise the first grounding parts, the second grounding parts, the first earthing block and the second earthing block, described first earthing block and the second earthing block are respectively two, described first earthing block of two is arranged at the two ends of the first grounding parts respectively, the other end of described first low band radiant body is connected with the first grounding parts respectively by described first earthing block with the other end of the first high band radiant body, and described first grounding parts is arranged at the side of earthing member;
Described second earthing block of two is arranged at the two ends of the second grounding parts respectively, the other end of described second low band radiant body is connected with the second grounding parts respectively by described second earthing block with the other end of the second high band radiant body, and described second grounding parts is arranged at the opposite side of earthing member.
3. antenna for mobile telephone set according to claim 1, it is characterized in that, the length of described first low band radiant body and the second low band radiant body is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 698MHz-960MHz.
4. antenna for mobile telephone set according to claim 1, it is characterized in that, the length of described first high band radiant body and the second high band radiant body is 1/4 of high band honeycomb frequency corresponding wavelength, and the numerical value of described high band honeycomb frequency is 1710MHz-2170MHz or 2500MHz-2690MHz.
5. antenna for mobile telephone set according to claim 1, it is characterized in that, also comprise the first low band feed port, second low band feed port, first high band feed port and the second high band feed port, described first low band feed port is arranged between the first low band radiant body and the first grounding parts, described second low band feed port is arranged between the second low band radiant body and the second grounding parts, described first high band feed port is arranged between the first high band radiant body and the first grounding parts, described second high band feed port is arranged between the second high band radiant body and the second grounding parts.
6. antenna for mobile telephone set according to claim 1, it is characterized in that, the band value of described first low band radiant body and the second low band radiant body is respectively 700MHz-960MHz, and the band value of described first high band radiant body and the second high band radiant body is respectively 1800MHz-2300MHz.
7. antenna for mobile telephone set according to claim 1, is characterized in that, the length in described first gap and the second gap is respectively 1mm-5mm.
8. antenna for mobile telephone set according to claim 2, is characterized in that, described first earthing block and the second earthing block along the first grounding parts to the first antenna or the second grounding parts to the length in the direction of the second antenna be 3mm-20mm.
9. antenna for mobile telephone set according to claim 1, is characterized in that, the length of described first groove and the second groove is 1/4 of low band honeycomb frequency corresponding wavelength, and the numerical value of described low band honeycomb frequency is 700MHz-960MHz.
10. antenna for mobile telephone set according to claim 1, is characterized in that, the width of described first groove and the second groove is 0.5-2mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520593326.XU CN204905420U (en) | 2015-08-03 | 2015-08-03 | Cell -phone antenna device |
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| CN201520593326.XU CN204905420U (en) | 2015-08-03 | 2015-08-03 | Cell -phone antenna device |
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| CN204905420U true CN204905420U (en) | 2015-12-23 |
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| CN201520593326.XU Active CN204905420U (en) | 2015-08-03 | 2015-08-03 | Cell -phone antenna device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105048064A (en) * | 2015-08-03 | 2015-11-11 | 深圳市信维通信股份有限公司 | Antenna device for mobile phone |
| CN110495049A (en) * | 2016-12-30 | 2019-11-22 | 三星电子株式会社 | For the Wave beam forming auxiliary unit of antenna and including its terminal |
-
2015
- 2015-08-03 CN CN201520593326.XU patent/CN204905420U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105048064A (en) * | 2015-08-03 | 2015-11-11 | 深圳市信维通信股份有限公司 | Antenna device for mobile phone |
| CN105048064B (en) * | 2015-08-03 | 2018-07-17 | 深圳市信维通信股份有限公司 | A kind of antenna for mobile telephone set |
| CN110495049A (en) * | 2016-12-30 | 2019-11-22 | 三星电子株式会社 | For the Wave beam forming auxiliary unit of antenna and including its terminal |
| CN110495049B (en) * | 2016-12-30 | 2021-11-02 | 三星电子株式会社 | Beamforming auxiliary unit for antenna and terminal including the same |
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