CN104157970B - A kind of multi-frequency multi-mode antenna and the method for manufacture - Google Patents
A kind of multi-frequency multi-mode antenna and the method for manufacture Download PDFInfo
- Publication number
- CN104157970B CN104157970B CN201410405151.5A CN201410405151A CN104157970B CN 104157970 B CN104157970 B CN 104157970B CN 201410405151 A CN201410405151 A CN 201410405151A CN 104157970 B CN104157970 B CN 104157970B
- Authority
- CN
- China
- Prior art keywords
- horizontal
- ground wire
- vertical
- lordosis
- dipole
- 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.)
- Active
Links
Landscapes
- Variable-Direction Aerials And Aerial Arrays (AREA)
Abstract
A kind of multi-frequency multi-mode antenna and the method for manufacture, including first preparing antenna pcb board and a reflecting plate, then in the top left region of antenna pcb board, prepare a horizontal dipole main body, then the lower right area at resonance arm opposite side, i.e. pcb board prepares a vertical dipole main body, then following in horizontal dipole main body, the i.e. left side of pcb board, arranges horizontal dipole ground wire；Then in the downside in the left side of vertical dipole main body, i.e. pcb board, vertical dipole ground wire is set；Described resonance arm along pcb board the lower left corner to the upper right corner diagonal arrange；Size of the present invention is little, only 280mm × 280mm × 20mm；Low cost, the 1/2 of the most similar antenna cost；Excellent performance of the present invention, it is possible to stably receive transmitting.
Description
Technical field
The present invention relates to antenna, especially relate to a kind of multi-frequency multi-mode antenna and the method for manufacture.
Background technology
In prior art, there are method and antenna assembly that in wireless telecommunications, antenna manufactures.At 1710MHz～
1880MHz, and 2.5G～2.7G, and 791MHz～862MHz frequency range, prior art antenna size is big, generally 500mm
× 500mm, more importantly thickness is the thickest, and thickness is all at 50mm～60mm, and at some special occasions, the antenna of this size cannot
It is arranged among rack, and the size reducing multi-frequency multi-mode antenna is confronted with numerous difficulties, through great many of experiments, it has been found that, will
Multi-frequency multi-mode antenna often reduces the size of 10 millimeters will make substantial amounts of experiment to find the form of optimal current feed terminal.
And the multi-frequency multi-mode antenna performance of prior art is the best, after long transmission distance, signal is then intermittent, nothing
Method uses.
The multi-frequency multi-mode antenna cost of prior art is high.
People look forward to the multi-frequency multi-mode antenna of the excellent performance that price that size that a kind of Industry Control uses is little is low.
Have not seen highly satisfactory solution at present.
Summary of the invention
In order to solve technical problem present in prior art, the present invention proposes the side that a kind of multi-frequency multi-mode antenna manufactures
Method and antenna assembly.
The present invention is by realizing by the following technical solutions:
Implement the method that multi-frequency multi-mode antenna manufactures, comprise the steps:
A, first preparing an antenna pcb board, they are a size of 220～230mm × 220～230mm × 0.8mm years old；At antenna PCB
A reflecting plate is prepared below plate；Described antenna pcb board is supported by plastic cement pillar；
B, then in the top left region of antenna pcb board, prepare a horizontal dipole main body, described horizontal dipole main body includes water
Flat high frequency oscillator principal arm, horizontal high-frequent oscillator auxiliary and horizontal high-frequent oscillator lordosis are connected with horizontal dipole base；Described level
Oscillator base connects horizontal low frequencies oscillator principal arm, and the other end of horizontal low frequencies oscillator principal arm connects the left side of resonance arm；Described water
Flat high frequency oscillator lordosis has a horizontal dipole lordosis sideline；
C, then lower right area at resonance arm opposite side, i.e. pcb board prepare a vertical dipole main body, described vertical dipole
Main body includes that vertical high frequency oscillator principal arm, vertical high frequency oscillator auxiliary and vertical high frequency oscillator lordosis are with vertical dipole base even
Connect；Described vertical dipole base connects vertical low-frequency vibrator principal arm, and the other end of vertical low-frequency vibrator principal arm connects resonance arm
Right side；Described vertical high frequency oscillator lordosis has a vertical dipole lordosis sideline；
D, then following in horizontal dipole main body, i.e. the left side of pcb board, horizontal dipole ground wire is set；Described level is shaken
Sub-ground wire includes that horizontal ground wire principal arm, horizontal ground wire auxiliary and horizontal ground wire lordosis are connected with horizontal ground wire base；Described level
Ground wire base connects the external district of horizontal ground wire；Described horizontal ground wire lordosis has a horizontal ground wire lordosis sideline, and this line shakes with level
Sub-lordosis sideline is the most relative；
E, then in the downside in the left side of vertical dipole main body, i.e. pcb board, vertical dipole ground wire is set；Described Vertical Vibrating
Sub-ground wire includes that vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis are connected with vertical ground wire base；Described vertically
Ground wire base connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, this line and Vertical Vibrating
Sub-lordosis sideline is the most relative.
Described resonance arm along pcb board the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board centre bore
21mm, 42mm, remainder 37mm at centre bore to horizontal low frequencies oscillator principal arm and vertical low-frequency vibrator principal arm access.
Described horizontal low frequencies oscillator principal arm width 13mm, including one section of straightway 17mm being connected with resonance arm and curved section,
Curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base is a sector, picks out horizontal high-frequent oscillator principal arm, horizontal high-frequent oscillator master to the left
The chord length 60mm arc radius 68mm, a width of 13mm of arm of arm；
Horizontal high-frequent oscillator auxiliary is picked out, its chord length 32mm arc radius 68mm, arm width 13mm on the right side of horizontal dipole base；
At the bottom water receiving flat high frequency oscillator lordosis of horizontal dipole base, horizontal dipole lordosis side line length 20+18mm.
Described horizontal ground wire base is a sector, picks out horizontal ground wire principal arm, described horizontal ground wire principal arm width to the left
13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on the right side of horizontal ground wire base；
At water receiving level land, the top line lordosis of horizontal ground wire base, horizontal ground wire lordosis side line length 37mm.
Manufacturing and designing a kind of multi-frequency multi-mode antenna, described antenna includes:
One antenna pcb board, they are a size of 220～230mm × 220～230mm × 0.8mm years old；
A reflecting plate is prepared below antenna pcb board；Described antenna pcb board is supported by plastic cement pillar；
In the top left region of antenna pcb board, being a horizontal dipole main body, described horizontal dipole main body includes that horizontal high-frequent shakes
Sub-principal arm, horizontal high-frequent oscillator auxiliary and horizontal high-frequent oscillator lordosis are connected with horizontal dipole base；Described horizontal dipole base
Connecting horizontal low frequencies oscillator principal arm, the other end of horizontal low frequencies oscillator principal arm connects the left side of resonance arm；Described horizontal high-frequent shakes
Sub-lordosis has a horizontal dipole lordosis sideline；
Lower right area at resonance arm opposite side, i.e. pcb board is a vertical dipole main body, and described vertical dipole main body includes
Vertical high frequency oscillator principal arm, vertical high frequency oscillator auxiliary and vertical high frequency oscillator lordosis are connected with vertical dipole base；Described vertical
Straight oscillator base connects vertical low-frequency vibrator principal arm, and the other end of vertical low-frequency vibrator principal arm connects the right side of resonance arm；Described
Vertical high frequency oscillator lordosis has a vertical dipole lordosis sideline；
Following in horizontal dipole main body, i.e. the left side of pcb board, horizontal dipole ground wire is set；Described horizontal dipole ground wire
It is connected with horizontal ground wire base including horizontal ground wire principal arm, horizontal ground wire auxiliary and horizontal ground wire lordosis；Described horizontal ground wire base
District connects the external district of horizontal ground wire；Described horizontal ground wire lordosis has a horizontal ground wire lordosis sideline, this line and horizontal dipole lordosis
Sideline is the most relative；
In the downside in the left side of vertical dipole main body, i.e. pcb board, vertical dipole ground wire is set；Described vertical dipole ground wire
It is connected with vertical ground wire base including vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis；Described vertical ground wire base
District connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, this line and vertical dipole lordosis
Sideline is the most relative.
Described resonance arm along pcb board the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board centre bore
21mm, 42mm, remainder 37mm at centre bore to horizontal low frequencies oscillator principal arm and vertical low-frequency vibrator principal arm access.
Described horizontal low frequencies oscillator principal arm width 13mm, including one section of straightway 17mm being connected with resonance arm and curved section,
Curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base is a sector, picks out horizontal high-frequent oscillator principal arm, horizontal high-frequent oscillator master to the left
The chord length 60mm arc radius 68mm, a width of 13mm of arm of arm；
Horizontal high-frequent oscillator auxiliary is picked out, its chord length 32mm arc radius 68mm, arm width 13mm on the right side of horizontal dipole base；
At the bottom water receiving flat high frequency oscillator lordosis of horizontal dipole base, horizontal dipole lordosis side line length 20+18mm.
Described horizontal ground wire base is a sector, picks out horizontal ground wire principal arm, described horizontal ground wire principal arm width to the left
13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on the right side of horizontal ground wire base；
At water receiving level land, the top line lordosis of horizontal ground wire base, horizontal ground wire lordosis side line length 37mm.
The external district of horizontal ground wire of described horizontal dipole ground wire connects has an external horizontal ground pads, on a left side for pcb board
Lateral edges is arranged；
The size of described reflecting plate is 274mm × 274mm.
The external district of vertical ground wire of described vertical dipole ground wire connects has an external vertical ground pads, at the end of pcb board
Edge, portion is arranged.
Compared with prior art, the invention have the advantage that
One, size is little, only 280mm × 280mm × 20mm.
Two, price is only the 1/2 of like product.
Three, excellent performance, stably receives transmitting.
Accompanying drawing explanation
Fig. 1 is the pcb board in the method for multi-frequency multi-mode antenna of the present invention and manufacture and the structure signal after reflecting plate assembling
Figure；
Fig. 2 be multi-frequency multi-mode antenna of the present invention and manufacture method in the schematic diagram of horizontal dipole main-body structure；
Fig. 3 is the schematic diagram of horizontal dipole ground wire in multi-frequency multi-mode antenna of the present invention；
Fig. 4 be multi-frequency multi-mode antenna of the present invention and manufacture method in the size of reflecting plate, plastic cement pillar and feed seat spiral shell
Female schematic diagram；Wherein plastic cement pillar be numbered 7, totally 9；Feed seat nut is numbered 9, totally 2；
Fig. 5 be multi-frequency multi-mode antenna of the present invention and manufacture method in reflecting plate 1, plastic cement pillar 7, pcb board 10, antenna cover
8 and the schematic diagram of antenna cover frame 82；
Fig. 6 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna low-frequency range polar coordinate horizontal direction schematic diagram；
Fig. 6-1 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna 1700MHz～2200MHz frequency range polar coordinate
Horizontal direction schematic diagram；
Fig. 7 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna high band polar coordinate horizontal direction schematic diagram；
Fig. 8 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna low-frequency range polar coordinate vertical direction schematic diagram；
Fig. 8-1 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna 1700MHz～2200MHz frequency range polar coordinate
Vertical direction schematic diagram；
Fig. 9 be multi-frequency multi-mode antenna of the present invention and manufacture method in antenna high band polar coordinate vertical direction schematic diagram.
Detailed description of the invention
For the method further illustrating the present invention, carry out in conjunction with a preferred embodiment of the present invention shown in the drawings
Describe in detail, but described embodiment is only and provides explanation to be used with explanation, it is impossible to be used for limiting the patent protection model of the present invention
Enclose.
As shown in Fig. 1～Fig. 9, implement the method that multi-frequency multi-mode antenna manufactures.
Described method comprises the steps:
A, first preparing an antenna pcb board 10, they are a size of 220～230mm × 220～230mm × 0.8mm years old；At antenna
Pcb board 10 preparation one reflecting plate 1 below；Described antenna pcb board 10 is supported by plastic cement pillar 7；
B, then in the top left region of antenna pcb board, prepare a horizontal dipole main body 3, described horizontal dipole main body 3 includes
Horizontal high-frequent oscillator principal arm 33, horizontal high-frequent oscillator auxiliary 34 and horizontal high-frequent oscillator lordosis 35 are with horizontal dipole base 32 even
Connect；Described horizontal dipole base 32 connects horizontal low frequencies oscillator principal arm 31, and the other end of horizontal low frequencies oscillator principal arm 31 connects humorous
Raise one's arm 2 left side；Described horizontal high-frequent oscillator lordosis 35 has a horizontal dipole lordosis sideline 351；
C, then prepare a vertical dipole main body 4 at resonance arm 2 opposite side, the i.e. lower right area of pcb board 10, described vertically
Vibrator body 4 includes that vertical high frequency oscillator principal arm 43, vertical high frequency oscillator auxiliary 44 and vertical high frequency oscillator lordosis 45 are with vertical
Oscillator base 42 connects；Described vertical dipole base 42 connects vertical low-frequency vibrator principal arm 41, vertical low-frequency vibrator principal arm 41
The other end connects the right side of resonance arm 2；Described vertical high frequency oscillator lordosis 45 has a vertical dipole lordosis sideline；
D, then following in horizontal dipole main body 3, i.e. the left side of pcb board 10, horizontal dipole ground wire 5 is set；Described water
Flat oscillator ground wire 5 includes horizontal ground wire principal arm 53, horizontal ground wire auxiliary 54 and horizontal ground wire lordosis 55 and horizontal ground wire base 52
Connect；Described horizontal ground wire base 52 connects the external district of horizontal ground wire 51；Before described horizontal ground wire lordosis 55 has a horizontal ground wire
Chimb line 551, this line is the most relative with horizontal dipole lordosis sideline 351；
E, then in the left side of vertical dipole main body 4, i.e. the downside of pcb board 10, vertical dipole ground wire 6 is set；Described vertical
Straight oscillator ground wire 6 includes that vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis are connected with vertical ground wire base；Described
Vertical ground wire base connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, and this line is with vertical
Straight oscillator lordosis sideline is the most relative.
Described resonance arm 2 along pcb board the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board centre bore
21mm, 42mm, remainder 37mm at centre bore to horizontal low frequencies oscillator principal arm 31 and the access of vertical low-frequency vibrator principal arm 41.
The wide 13mm of described horizontal low frequencies oscillator principal arm 31, including one section of straightway 17mm being connected with resonance arm 2 and curve
Section, curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base 32 is a sector, picks out horizontal high-frequent oscillator principal arm 33 to the left, and horizontal high-frequent shakes
The chord length 60mm arc radius 68mm of sub-principal arm 33, arm wide 331 is 13mm；
Horizontal high-frequent oscillator auxiliary 34 is picked out on the right side of horizontal dipole base 32, its chord length 32mm arc radius 68mm, arm width
13mm；
In the bottom water receiving flat high frequency oscillator lordosis 35 of horizontal dipole base 32, horizontal dipole lordosis sideline 351 length 20+
18mm。
Described horizontal ground wire base 52 is a sector, picks out horizontal ground wire principal arm 53, described horizontal ground wire master to the left
Arm 53 wide 13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary 54 is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on the right side of horizontal ground wire base 52；
In water receiving level land, the top line lordosis 55 of horizontal ground wire base 52, horizontal ground wire lordosis sideline 551 length 37mm.
A kind of multi-frequency multi-mode antenna is manufactured and designed according to said method, described antenna includes:
One antenna pcb board 10, they are a size of 220～230mm × 220～230mm × 0.8mm years old；
A reflecting plate 1 is prepared below antenna pcb board 10；Described antenna pcb board 10 is supported by plastic cement pillar 7；
In the top left region of antenna pcb board, being a horizontal dipole main body 3, described horizontal dipole main body 3 includes horizontal high-frequent
Oscillator principal arm 33, horizontal high-frequent oscillator auxiliary 34 and horizontal high-frequent oscillator lordosis 35 are connected with horizontal dipole base 32；Described water
Flat oscillator base 32 connects horizontal low frequencies oscillator principal arm 31, and the other end of horizontal low frequencies oscillator principal arm 31 connects a left side for resonance arm 2
Side；Described horizontal high-frequent oscillator lordosis 35 has a horizontal dipole lordosis sideline 351；
It is a vertical dipole main body 4 at resonance arm 2 opposite side, the i.e. lower right area of pcb board 10, described vertical dipole main body
4 include vertical high frequency oscillator principal arm 43, vertical high frequency oscillator auxiliary 44 and vertical high frequency oscillator lordosis 45 and vertical dipole base
42 connect；Described vertical dipole base 42 connects vertical low-frequency vibrator principal arm 41, and the other end of vertical low-frequency vibrator principal arm 41 is even
Connect the right side of resonance arm 2；Described vertical high frequency oscillator lordosis 45 has a vertical dipole lordosis sideline；
Following in horizontal dipole main body 3, i.e. the left side of pcb board 10, horizontal dipole ground wire 5 is set；Described horizontal dipole
Ground wire 5 includes that horizontal ground wire principal arm 53, horizontal ground wire auxiliary 54 and horizontal ground wire lordosis 55 are connected with horizontal ground wire base 52；Institute
State the external district of the horizontal ground wire of horizontal ground wire base 52 connection 51；Described horizontal ground wire lordosis 55 has a horizontal ground wire lordosis sideline
551, this line is the most relative with horizontal dipole lordosis sideline 351；
In the left side of vertical dipole main body 4, i.e. the downside of pcb board 10, vertical dipole ground wire 6 is set；Described vertical dipole
Ground wire 6 includes that vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis are connected with vertical ground wire base；Described vertically
Line base connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, this line and vertical dipole
Lordosis sideline is the most relative.
Described resonance arm 2 along pcb board 10 the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board center
Hole 21mm, 42mm at centre bore to horizontal low frequencies oscillator principal arm 31 and the access of vertical low-frequency vibrator principal arm 41, remainder
37mm。
The wide 13mm of described horizontal low frequencies oscillator principal arm 31, including one section of straightway 17mm being connected with resonance arm 2 and curve
Section, curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base 32 is a sector, picks out horizontal high-frequent oscillator principal arm 33 to the left, and horizontal high-frequent shakes
The chord length 60mm arc radius 68mm of sub-principal arm 33, arm wide 331 is 13mm；
Horizontal high-frequent oscillator auxiliary 34 is picked out on the right side of horizontal dipole base 32, its chord length 32mm arc radius 68mm, arm width
13mm；
In the bottom water receiving flat high frequency oscillator lordosis 35 of horizontal dipole base 32, horizontal dipole lordosis sideline 351 length 20+
18mm。
Described horizontal ground wire base 52 is a sector, picks out horizontal ground wire principal arm 53, described horizontal ground wire master to the left
Arm 53 wide 13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary 54 is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on the right side of horizontal ground wire base 52；
In water receiving level land, the top line lordosis 55 of horizontal ground wire base 52, horizontal ground wire lordosis sideline 551 length 37mm.
The horizontal ground wire external district 51 of described horizontal dipole ground wire 5 connects has an external horizontal ground pads 11, at pcb board
Left side edge arrange；
The external district of vertical ground wire of described vertical dipole ground wire 6 connects has an external vertical ground pads 12, at pcb board
Bottom margin is arranged.
Horizontal dipole main body 3 and vertical dipole main body 4 homomorphosis, according to diagonal upset copy；
Horizontal dipole ground wire 5 and vertical dipole ground wire 6 homomorphosis, according to diagonal upset copy.
The size of described reflecting plate 1 is 274mm × 274mm.
Each part dimension marks referring to figs. 1 to Fig. 5.
The invention have the advantage that
One, size is little, only 280mm × 280mm × 20mm.
Two, with low cost, only the 1/2 of like product.
Two, excellent performance, stably receives transmitting.
Above content is to combine concrete preferred implementation further description made for the present invention, it is impossible to assert
Being embodied as of the present invention is confined to these explanations.For general technical staff of the technical field of the invention,
On the premise of present inventive concept, it is also possible to make some simple deduction or replace, all should be considered as belonging to the present invention's
Protection domain.
Claims (10)
1. the method that a multi-frequency multi-mode antenna manufactures, it is characterised in that described method comprises the steps:
A, first prepare an antenna pcb board (10), its a size of 220～230mm × 220～230mm × 0.8mm, at antenna PCB
A reflecting plate (1) prepared below by plate (10)；Described antenna pcb board (10) is supported by plastic cement pillar (7)；
B, then in the top left region of antenna pcb board (10), prepare a horizontal dipole main body (3), described horizontal dipole main body (3)
Including horizontal high-frequent oscillator principal arm (33), horizontal high-frequent oscillator auxiliary (34) and horizontal high-frequent oscillator lordosis (35) and horizontal dipole
Base (32) connects；Described horizontal dipole base (32) connects horizontal low frequencies oscillator principal arm (31), horizontal low frequencies oscillator principal arm
(31) the other end connects the left side of resonance arm (2)；Described horizontal high-frequent oscillator lordosis (35) has a horizontal dipole lordosis sideline
(351)；
C, then prepare a vertical dipole main body (4) at resonance arm (2) opposite side, the i.e. lower right area of pcb board (10), described hang down
Straight vibrator body (4) includes vertical high frequency oscillator principal arm (43), vertical high frequency oscillator auxiliary (44) and vertical high frequency oscillator lordosis
(45) it is connected with vertical dipole base (42)；Described vertical dipole base (42) connects vertical low-frequency vibrator principal arm (41), vertically
The other end of low-frequency vibrator principal arm (41) connects the right side of resonance arm (2)；Described vertical high frequency oscillator lordosis (45) has one vertical
Oscillator lordosis sideline；
D, then following in horizontal dipole main body (3), i.e. the left side of pcb board (10), horizontal dipole ground wire (5) is set；Described
Horizontal dipole ground wire (5) includes horizontal ground wire principal arm (53), horizontal ground wire auxiliary (54) and horizontal ground wire lordosis (55) and level
Ground wire base (52) connects；Described horizontal ground wire base (52) connects the external district of horizontal ground wire (51)；Described horizontal ground wire lordosis
(55) having a horizontal ground wire lordosis sideline (551), this line is the most relative with horizontal dipole lordosis sideline (351)；
E, then in the left side of vertical dipole main body (4), i.e. the downside of pcb board (10), vertical dipole ground wire (6) is set；Described
Vertical dipole ground wire (6) includes that vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis are connected with vertical ground wire base；
Described vertical ground wire base connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, this line
The most relative with vertical dipole lordosis sideline.
The method that multi-frequency multi-mode antenna the most according to claim 1 manufactures, it is characterised in that:
Described resonance arm (2) along pcb board (10) the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board center
Hole 21mm, 42mm at centre bore to horizontal low frequencies oscillator principal arm (31) and vertical low-frequency vibrator principal arm (41) access, its remaining part
Divide 37mm.
The method that multi-frequency multi-mode antenna the most according to claim 1 manufactures, it is characterised in that:
The wide 13mm of described horizontal low frequencies oscillator principal arm (31), including one section of straightway 17mm being connected with resonance arm (2) and curve
Section, curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base (32) is a sector, picks out horizontal high-frequent oscillator principal arm (33) to the left, and horizontal high-frequent shakes
The chord length 60mm arc radius 68mm of sub-principal arm (33), arm width (331) is 13mm；
Horizontal high-frequent oscillator auxiliary (34) is picked out on horizontal dipole base (32) right side, its chord length 32mm arc radius 68mm, arm width
13mm；
In the bottom water receiving flat high frequency oscillator lordosis (35) of horizontal dipole base (32), horizontal dipole lordosis sideline (351) length
20+18mm。
The method that multi-frequency multi-mode antenna the most according to claim 1 manufactures, it is characterised in that:
Described horizontal ground wire base (52) is a sector, picks out horizontal ground wire principal arm (53), described horizontal ground wire master to the left
Arm (53) wide 13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary (54) is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on horizontal ground wire base (52) right side；
On the water receiving level land, top line lordosis (55) of horizontal ground wire base (52), horizontal ground wire lordosis sideline (551) length 37mm.
5. a multi-frequency multi-mode antenna, it is characterised in that described antenna includes:
One antenna pcb board (10), they are a size of 220～230mm × 220～230mm × 0.8mm years old；
A reflecting plate (1) is prepared below at antenna pcb board (10)；Described antenna pcb board (10) is supported by plastic cement pillar (7)；
In the top left region of antenna pcb board (10), being a horizontal dipole main body (3), described horizontal dipole main body (3) includes level
High frequency oscillator principal arm (33), horizontal high-frequent oscillator auxiliary (34) and horizontal high-frequent oscillator lordosis (35) and horizontal dipole base (32)
Connect；Described horizontal dipole base (32) connects horizontal low frequencies oscillator principal arm (31), another of horizontal low frequencies oscillator principal arm (31)
End connects the left side of resonance arm (2)；Described horizontal high-frequent oscillator lordosis (35) has a horizontal dipole lordosis sideline (351)；
It is a vertical dipole main body (4) at resonance arm (2) opposite side, the i.e. lower right area of pcb board (10), described vertical dipole master
Body (4) includes vertical high frequency oscillator principal arm (43), vertical high frequency oscillator auxiliary (44) and vertical high frequency oscillator lordosis (45) and hangs down
Straight oscillator base (42) connects；Described vertical dipole base (42) connects vertical low-frequency vibrator principal arm (41), vertical low-frequency vibrator
The other end of principal arm (41) connects the right side of resonance arm (2)；Described vertical high frequency oscillator lordosis (45) has a vertical dipole lordosis
Sideline；
Following in horizontal dipole main body (3), i.e. the left side of pcb board (10), horizontal dipole ground wire (5) is set；Described level is shaken
Sub-ground wire (5) includes horizontal ground wire principal arm (53), horizontal ground wire auxiliary (54) and horizontal ground wire lordosis (55) and horizontal ground wire base
District (52) connects；Described horizontal ground wire base (52) connects the external district of horizontal ground wire (51)；Described horizontal ground wire lordosis (55) has
One horizontal ground wire lordosis sideline (551), this line is the most relative with horizontal dipole lordosis sideline (351)；
In the left side of vertical dipole main body (4), i.e. the downside of pcb board (10), vertical dipole ground wire (6) is set；Described Vertical Vibrating
Sub-ground wire (6) includes that vertical ground wire principal arm, vertical ground wire auxiliary and vertical ground wire lordosis are connected with vertical ground wire base；Described vertical
Straight ground wire base connects the external district of vertical ground wire；Described vertical ground wire lordosis has a vertical ground wire lordosis sideline, and this line is with vertical
Oscillator lordosis sideline is the most relative.
Multi-frequency multi-mode antenna the most according to claim 5, it is characterised in that:
Described resonance arm (2) along pcb board (10) the lower left corner to the upper right corner diagonal arrange；Wide 13mm, crosses pcb board center
Hole 21mm, 42mm at centre bore to horizontal low frequencies oscillator principal arm (31) and vertical low-frequency vibrator principal arm (41) access, its remaining part
Divide 37mm.
Multi-frequency multi-mode antenna the most according to claim 5, it is characterised in that:
The wide 13mm of described horizontal low frequencies oscillator principal arm (31), including one section of straightway 17mm being connected with resonance arm (2) and curve
Section, curved section chord length 104mm camber 26mm arc radius 68mm；
Described horizontal dipole base (32) is a sector, picks out horizontal high-frequent oscillator principal arm (33) to the left, and horizontal high-frequent shakes
The chord length 60mm arc radius 68mm of sub-principal arm (33), arm width (331) is 13mm；
Horizontal high-frequent oscillator auxiliary (34) is picked out on horizontal dipole base (32) right side, its chord length 32mm arc radius 68mm, arm width
13mm；
In the bottom water receiving flat high frequency oscillator lordosis (35) of horizontal dipole base (32), horizontal dipole lordosis sideline (351) length
20+18mm。
Multi-frequency multi-mode antenna the most according to claim 5, it is characterised in that:
Described horizontal ground wire base (52) is a sector, picks out horizontal ground wire principal arm (53), described horizontal ground wire master to the left
Arm (53) wide 13mm, chord length 36mm arc radius 68mm；
Horizontal ground wire auxiliary (54) is picked out, its chord length 40mm arc radius 68mm, arm width 13mm on horizontal ground wire base (52) right side；
On the water receiving level land, top line lordosis (55) of horizontal ground wire base (52), horizontal ground wire lordosis sideline (551) length 37mm.
Multi-frequency multi-mode antenna the most according to claim 5, it is characterised in that:
The external district of horizontal ground wire (51) of described horizontal dipole ground wire (5) connects has an external horizontal ground pads (11), at PCB
The left side edge of plate is arranged；
The external district of vertical ground wire of described vertical dipole ground wire (6) connects has an external vertical ground pads (12), at pcb board
Bottom margin is arranged.
Multi-frequency multi-mode antenna the most according to claim 5, it is characterised in that:
The size of described reflecting plate (1) is 274mm × 274mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405151.5A CN104157970B (en) | 2014-08-18 | 2014-08-18 | A kind of multi-frequency multi-mode antenna and the method for manufacture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410405151.5A CN104157970B (en) | 2014-08-18 | 2014-08-18 | A kind of multi-frequency multi-mode antenna and the method for manufacture |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104157970A CN104157970A (en) | 2014-11-19 |
| CN104157970B true CN104157970B (en) | 2016-08-24 |
Family
ID=51883418
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410405151.5A Active CN104157970B (en) | 2014-08-18 | 2014-08-18 | A kind of multi-frequency multi-mode antenna and the method for manufacture |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104157970B (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1384686A (en) * | 2001-05-02 | 2002-12-11 | 株式会社村田制作所 | Antenna unit and radio communication equipment with the antenna unit |
| CN102956965A (en) * | 2012-07-27 | 2013-03-06 | 电子科技大学 | Ultra-wide band dual-polarization planar antenna |
| CN204029984U (en) * | 2014-08-18 | 2014-12-17 | 良特电子科技(东莞)有限公司 | A kind of multi-frequency multi-mode antenna |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2008258821A (en) * | 2007-04-03 | 2008-10-23 | Nippon Soken Inc | Antenna module |
-
2014
- 2014-08-18 CN CN201410405151.5A patent/CN104157970B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1384686A (en) * | 2001-05-02 | 2002-12-11 | 株式会社村田制作所 | Antenna unit and radio communication equipment with the antenna unit |
| CN102956965A (en) * | 2012-07-27 | 2013-03-06 | 电子科技大学 | Ultra-wide band dual-polarization planar antenna |
| CN204029984U (en) * | 2014-08-18 | 2014-12-17 | 良特电子科技(东莞)有限公司 | A kind of multi-frequency multi-mode antenna |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104157970A (en) | 2014-11-19 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104157970B (en) | A kind of multi-frequency multi-mode antenna and the method for manufacture | |
| CN203367471U (en) | Antenna | |
| CN205542377U (en) | Conjuncted manganese zinc ferrite core blank | |
| CN207426142U (en) | A kind of mobile communication equipment for improving antenna efficiency | |
| CN204029984U (en) | A kind of multi-frequency multi-mode antenna | |
| CN105785758A (en) | All-metal watch antenna | |
| CN207368213U (en) | A kind of double frequency omnibearing high ferro antenna | |
| CN206271867U (en) | A kind of unmanned remote controlled aircraft figures of 2.4/5.8GHz pass antenna | |
| CN204156063U (en) | The inductive coupled structure of a kind of dielectric filter | |
| CN207732081U (en) | Low frequency integrated radiation unit | |
| CN209747445U (en) | Circular patch type gas discharge tube | |
| CN103414013B (en) | Antenna | |
| CN203820920U (en) | High frequency coil drawing hole distribution for drawing seven to fourteen silicon cores simultaneously | |
| CN205723927U (en) | Novel ceiling antenna | |
| CN207098044U (en) | Dual polarization high-gain aerial | |
| CN207080452U (en) | Novel connecting component | |
| CN206412462U (en) | A kind of Low ESR oscillator | |
| CN207328023U (en) | A kind of lower control arm stent of vehicle and there is its vehicle | |
| CN104183908B (en) | A kind of wideband multimode antenna and the method for manufacture | |
| CN204391253U (en) | New DTV Digital TV Antenna | |
| CN206047643U (en) | A kind of cutter positioning part | |
| CN204947085U (en) | Coaxial Direct Feed Dipole Antenna Dipole | |
| CN208890013U (en) | Electric connector connection structure | |
| WO2018077166A1 (en) | Combiner and antenna device | |
| CN212874750U (en) | WIFI dual-frequency antenna capable of improving production stability |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |