CN206412476U - A kind of double freedom antenna attitude electric adjusting apparatus - Google Patents
A kind of double freedom antenna attitude electric adjusting apparatus Download PDFInfo
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- CN206412476U CN206412476U CN201720102131.XU CN201720102131U CN206412476U CN 206412476 U CN206412476 U CN 206412476U CN 201720102131 U CN201720102131 U CN 201720102131U CN 206412476 U CN206412476 U CN 206412476U
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- anchor ear
- hinged
- mesopore
- antenna
- rotating shaft
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Abstract
A kind of double freedom antenna attitude electric adjusting apparatus, is related to electronic information aid technical field.The utility model is mainly made up of body cradle, electric pushrod, anchor ear, cross axle, mesopore rotating shaft, bearing pin, bolt and screw etc..Key structural feature is by mesopore rotating shaft and bearing pin, the electric pushrod two ends of two same sizes are respectively articulated with antenna body top side body cradle and pole top anchor ear side, the two ends of electric pushrod being hinged for two rotary freedoms is realized by rotating shaft and bearing pin and antenna body and top anchor ear, antenna lower hinge frame is hinged with the mounting hole that is hinged on the anchor ear of pole bottom by cross axle, can two frees degree rotation.Manipulate electric pushrod to stretch, realize two free degree attitudes vibrations of antenna body, the wireless signal distribution needed for obtaining.The utility model coordinates wireless communication signal feedback and angular transducer to realize the Efficient intelligent adjustment of wireless communication networks, reduces artificial operating risk of ascending a height.
Description
Technical field
The utility model is related to electronic information communication device class technical field, particularly antenna attitude electric adjusting apparatus.
Background technology
The extensive use of wireless communication technique, a large amount of construction of various communication base stations so that the antenna amount for communication
Rapidly increase, the good antenna of mounting and adjusting is the demand for adapting to communication network sometimes, it is necessary to according to the change of installation environment
Change is adjusted, and obtains preferable overlay area and the distribution of rational wireless signal.Main Means are that the space of adjustment antenna is several
What posture, by adjusting the angle of pitch and the azimuth of antenna body, to reach change antenna attitude, obtains required wireless signal
Covering distribution.The antenna of the intelligent requirements carrying wireless signal of communication network can change posture by signal control, realize
The adjust automatically of wireless signal distribution, adjustment antenna attitude is also mainly at present manually ascends a height according to the Spreading requirements of wireless signal
Manual adjustment, the installation site height of antenna, distributed areas are vast, and staff's risk is big and efficiency is low.
The content of the invention
, can be electronic using this device the utility model proposes a kind of double freedom antenna attitude electric adjusting apparatus
Antenna attitude is adjusted, antenna attitude remote control is realized, artificial operation of ascending a height is saved, coordinates wireless signal feedback and gesture feedback
The automation adjustment system of communication network can be constituted, the intelligentized control method of whole communication wireless network is realized by center control.
Principle of the present utility model be provided with antenna body on three body cradles, each body cradle be machined with it is a set of
Mounting hole is hinged, three body cradles are distributed at the antenna body back side in del, and two body cradles are on top, and one under
Portion.It is arranged on above and below two sets of anchor ears on pole, top anchor ear both sides are symmetrily processed with two sets and are hinged on mounting hole, the anchor ear of bottom
It is machined with and a set of is hinged mounting hole.Key structural feature is by mesopore rotating shaft and bearing pin, the electric pushrod of two same sizes
Two ends are respectively articulated with antenna body top side body cradle and pole top anchor ear side, and the two ends of electric pushrod are turned by mesopore
Axle and bearing pin and antenna body and top anchor ear realize being hinged for two rotary freedoms respectively.Antenna lower hinge frame and pole
The mounting hole that is hinged on the anchor ear of bottom is hinged by cross axle, can two frees degree rotation.Electricity is manipulated by electric-control system
Dynamic push rod stretches, and can make antenna body using spider center as the origin of coordinates, realizes vertically and horizontally two rotary freedoms
Attitudes vibration, therefore the wireless signal distribution needed for obtaining.When antenna body pose adjustment to proper states, two electronic to push away
Bar stop motion, antenna body is fixed.Electric pushrod requires internal primary drive device milli machine gap and can accomplish to rub
Wipe electric pushrod after power self-locking, and power-off and be in stable state, even if being acted on its motion state by specified inside and outside power will not change
Become, it is all to be hinged cooperation without mechanical clearance or milli machine gap, it is ensured that the stabilization of package unit.
Brief description of the drawings：
Figure one is that the utility model connects 001 antenna body in pole and antenna body example stereogram, figure, 002 electricity
Dynamic push rod, 006 anchor ear b, 008 pole, 009 anchor ear a；
Fig. 2 is that the Fig. 1 for removing pole 008 is integrally broken 010 anchor ear c, 009 anchor ear a, 006 anchor ear in enlarged drawing, figure
B, 013 body cradle b, 031 cross axle, 036 bolt, 015 bearing pin, 016 screw, 012 body cradle a, 021 mesopore rotating shaft；
Fig. 3 a, Fig. 3 b, Fig. 3 c and Fig. 3 d illustrate the different stretching motion of electric pushrod 002 under the same perspective in Fig. 3
State, the attitudes vibration of antenna body 001.
Embodiment：
The utility model architectural feature is specifically described below in conjunction with accompanying drawing：
Shown in Fig. 1 Fig. 2, the utility model have electric pushrod 002, body cradle a012, body cradle b013, anchor ear a009, embrace
Bind round the composition such as b006, anchor ear c010, bearing pin 015, screw 016, mesopore rotating shaft 021, bolt 036.
In Fig. 2, the utility model integral structure characteristic is that the upper rear portion of antenna body 001 installs two body cradle a012,
Body cradle b013 is installed in bottom, and two body cradle a012 of installation site are in upper symmetrical, the body cradle with the central axis of antenna body 001
B013 two hinge holes are symmetrical with the central axis of antenna body 001.Anchor ear a009 is coupled with anchor ear c010 by bolt 036 to be embraced
Close on the top of pole 008, anchor ear b006 couples the bottom of obvolvent pole 008, anchor ear up and down with anchor ear c010 by bolt 036
C010 directions are consistent.The two ends of two sets of electric pushrods 002 by bearing pin 015 and mesopore rotating shaft 021 respectively with body cradle a012 and
Anchor ear a009 side is hinged, and is hinged and is characterized as two rotary freedoms.Under the lower hinge frame b013 of antenna body 001 and pole
Portion anchor ear b006 is coupled by cross axle 031, and antenna body 001 can do vertically and horizontally two with the center of cross axle 031
The rotary motion of the free degree.
The detailed construction feature that major part is coupled to each other in narration the utility model, electric pushrod 002 are indicated according to Fig. 2
Two ends are machined with notch and through hole, and mesopore rotating shaft 021 is placed in notch, and the centre of mesopore rotating shaft 021 is machined with and axial direction
Vertical interstitial hole, bearing pin 015 realizes electric pushrod 002 through the interstitial hole of mesopore rotating shaft 021 and the end through hole of electric pushrod 002
With being hinged for mesopore rotating shaft 021, bearing pin 015 is filled using compaction technology riveting is swung.Anchor ear a 009 both sides, which are machined with, is hinged installation
Hole, being hinged in mounting hole installed in anchor ear a009 sides of mesopore rotating shaft 021 of the one end of electric pushrod 002 connection, the other end connects
The mesopore rotating shaft 021 connect is arranged on body cradle a012, and the two ends of mesopore rotating shaft 021 are allowed to only one of which using the fastening of screw 016
The motion of rotational freedom.So far the two ends of electric pushrod 002 are realized and are hinged with bearing pin 015 by mesopore rotating shaft 021 respectively
What two of frame a012 were mutually perpendicular to rotary freedom is hinged the hinge for being mutually perpendicular to rotary freedom with anchor ear a009 sides two
Connect.It is machined with anchor ear b006 on the mounting hole that is hinged of vertical direction, body cradle b013 and is hinged mounting hole direction level, cross
The vertical axes of axle 031 are arranged on being hinged in mounting hole of the upper vertical directions of anchor ear b006, and the trunnion axis of cross axle 031 is installed in body cradle
Horizontal direction on b013 is hinged in mounting hole, and the shaft end of cross axle 031 is allowed to only two using the fastening of screw 016 and rotated certainly
The rotary motion of vertically and horizontally two frees degree is done with the center of cross axle 031 by motion, the i.e. antenna body 001 spent.
All hole axles, which are matched somebody with somebody, in the utility model is combined into gapless or minim gap and interference fits, but must be allowed for mutually
The part being hinged can be relatively rotated, and be that this all turned position that are hinged can install engineering plastics class bearing additional, utilized material sheet
The mechanical elasticity of body accomplishes axle and the gapless or minim gap of hole cooperation, increases the stability and reliability of single unit system.This
The feature of electric pushrod 002 used in utility model is internal screw mandrel and matching screw can accomplish frictional force self-locking and mechanical clearance is micro-
Small, specified interior axial force will not cause electric pushrod 002 to stretch.
Fig. 3 illustrates operating characteristic of the present utility model, and the stretching motion of electric pushrod 002 causes antenna body 001
Attitudes vibration, antenna body when Fig. 3 a, Fig. 3 b, Fig. 3 c and Fig. 3 d is the same difference of visual angle electric pushrod 002 stretching motion states
001 posture, the utility model motion feature is that two sets of electric pushrods 002 control stretching motion respectively by electric signal, causes day
Line body 001 does the rotary motion of vertically and horizontally two frees degree with the center of cross axle 031, causes antenna body 001
Posture changes, and when the signal distributions of antenna body 001 reach demand, the stop motion of electric pushrod 002, the utility model is in quiet
Only working condition, supports antenna body 001 to keep required posture.
The utility model application method is simple, according to Fig. 2 assembling aerials body 001 and the utility model before in-site installation,
Reach according to shown in Fig. 1 behind erecting bed, installation personnel only need to be by the anchor ear 006 combined and anchor ear 010, anchor ear 009 with embracing
Bind round 010 priority to be sleeved on pole 008, after the direction that antenna body 001 is adjusted substantially, fastening bolt 036 reaches that regulation is turned round
Square then installation, installation personnel can withdraw erecting bed.The required posture of antenna body 001 can pass through motion controller people
Work accurately adjusts or accessed manually accurate adjust automatically in automatic control system, realizes remote operation, is ascended a height operation without personnel.
The utility model use environment is outdoor elements, and the intensity of all structural members and surface treatment should adapt to install
Ground requirement, accomplishes non-maintaining, safety economy.The utility model is applied to the infrequently adjustment posture of antenna body 001 and installed embrace
The operating mode that bar 008 is fixed.
Claims (6)
1. a kind of double freedom antenna attitude electric adjusting apparatus, it is characterised in that electric pushrod（002）, body cradle a（012）、
Body cradle b（013）, anchor ear a（009）, anchor ear b（006）, anchor ear c（010）, bearing pin（015）, screw（016）, mesopore rotating shaft
（021）, bolt（036）It is combined into antenna body（001）Load carrier；Integral structure characteristic is antenna body（001）The back of the body
Two body cradle a are installed on face top（012）, body cradle b is installed in bottom（013）, two body cradle a of installation site（012）Upper
With antenna body（001）Central axis is symmetrical, body cradle b（013）Two hinge holes are with antenna body（001）Central axis pair
Claim, anchor ear a（009）With anchor ear c（010）Pass through bolt（036）Couple obvolvent in pole（008）Top, anchor ear b（006）With embracing
Bind round c（010）Pass through bolt（036）Couple obvolvent in pole（008）Bottom, anchor ear c up and down（010）Direction is consistent；Two sets of electricity
Dynamic push rod（002）Two ends pass through bearing pin（015）With mesopore rotating shaft（021）Respectively with body cradle a（012）With anchor ear a（009）'s
Side is hinged, and is hinged and is characterized as two rotary freedoms；Antenna body（001）Lower hinge frame b（013）With pole bottom anchor ear
b（006）Pass through cross axle（031）Connection, antenna body（001）Can be with cross axle（031）Center do vertically and horizontally two
The rotary motion of the individual free degree.
2. a kind of double freedom antenna attitude electric adjusting apparatus according to claim 1, it is characterised in that electric pushrod
（002）Two ends are machined with notch and through hole, mesopore rotating shaft（021）It is placed in notch, mesopore rotating shaft（021）Centre is processed
Have and axially vertical interstitial hole, bearing pin（015）Through mesopore rotating shaft（021）Interstitial hole and electric pushrod（002）End through hole
Realize electric pushrod（002）With mesopore rotating shaft（021）Be hinged, bearing pin（015）Filled using compaction technology riveting is swung.
3. a kind of double freedom antenna attitude electric adjusting apparatus according to claim 1, it is characterised in that anchor ear a
（009）Both sides be machined with and be hinged mounting hole, electric pushrod（002）The mesopore rotating shaft of one end connection（021）Installed in anchor ear a
（009）Side is hinged in mounting hole, the mesopore rotating shaft of other end connection（021）Installed in body cradle a（012）On, mesopore turns
Axle（021）Two ends use screw（016）Fastening is allowed to the motion of only one of which rotational freedom, electric pushrod（002）Two ends point
Do not pass through mesopore rotating shaft（021）With bearing pin（015）Realize and body cradle a（012）Two be mutually perpendicular to rotary freedom
It is hinged and anchor ear a（009）Side two is mutually perpendicular to being hinged for rotary freedom.
4. a kind of double freedom antenna attitude electric adjusting apparatus according to claim 1, it is characterised in that anchor ear b
（006）On be machined with the mounting hole that is hinged of vertical direction, body cradle b（013）On be hinged mounting hole direction level, cross axle
（031）Vertical axes are arranged on anchor ear b（006）Upper vertical direction is hinged in mounting hole, cross axle（031）Trunnion axis is arranged on hinge
Meet frame b（013）On horizontal direction be hinged in mounting hole, cross axle（031）Shaft end use screw（016）Fastening is allowed to only have
The motion of two rotational freedoms, i.e. antenna body（001）With cross axle（031）Center do vertically and horizontally two frees degree
Rotary motion.
5. a kind of double freedom antenna attitude electric adjusting apparatus according to claim 1, it is characterised in that be hinged
Part can relatively rotate and realize milli machine gap, all turned positions that are hinged install engineering plastics class bearing additional, profit
Gapless or the minim gap for accomplishing to coordinate between axle and hole with the mechanical elasticity of material in itself.
6. a kind of double freedom antenna attitude electric adjusting apparatus according to claim 1, it is characterised in that electric pushrod
（002）Internal screw mandrel and matching screw can accomplish frictional force self-locking and mechanical clearance is small, and specified interior axial force will not draw
Play electric pushrod（002）It is flexible.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720102131.XU CN206412476U (en) | 2017-01-27 | 2017-01-27 | A kind of double freedom antenna attitude electric adjusting apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720102131.XU CN206412476U (en) | 2017-01-27 | 2017-01-27 | A kind of double freedom antenna attitude electric adjusting apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206412476U true CN206412476U (en) | 2017-08-15 |
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ID=59557528
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720102131.XU Active CN206412476U (en) | 2017-01-27 | 2017-01-27 | A kind of double freedom antenna attitude electric adjusting apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206412476U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021115139A1 (en) * | 2019-12-10 | 2021-06-17 | 王繁 | Electrically controlled antenna adjustment system |
-
2017
- 2017-01-27 CN CN201720102131.XU patent/CN206412476U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021115139A1 (en) * | 2019-12-10 | 2021-06-17 | 王繁 | Electrically controlled antenna adjustment system |
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