CN209374666U - A kind of angle of base station antenna regulating device and communication equipment - Google Patents
A kind of angle of base station antenna regulating device and communication equipment Download PDFInfo
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- CN209374666U CN209374666U CN201920036920.7U CN201920036920U CN209374666U CN 209374666 U CN209374666 U CN 209374666U CN 201920036920 U CN201920036920 U CN 201920036920U CN 209374666 U CN209374666 U CN 209374666U
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Abstract
This application involves a kind of angle of base station antenna regulating device and communication equipments, including base station body, pin connected assembly, mast and signal projector, wherein, mast makees swing campaign by rotation fulcrum of pin connected assembly, so that the signal projector being located on mast emits radiofrequency signal at different angles.The application is pivotally connected by setting pin connected assembly, by mast by pin connected assembly and base station body, thus the disadvantage that the launch angle for overcoming antenna for base station in the prior art is unadjustable.
Description
Technical field
This application involves field of communication technology more particularly to a kind of angle of base station antenna regulating device and communication equipments.
Background technique
Base station antenna arrangement can be applied to any one radio system as the component for radiating or receiving radio wave
Among, effect is that the high-frequency current for sending transmitter is effectively converted into radio wave and is transmitted to specific space region
Domain；Or the radio wave that specific area of space sends over is effectively converted into high-frequency current and enters receiver；Or
Person's base station antenna arrangement can have both transmitting and received function simultaneously.In a communications device, the antenna height of base station antenna arrangement
Usually above neighbouring scatterer, such as building, the woods, to guarantee the propagation performance of radio wave.
It is set up generally for antenna for base station, there is the requirement of height, therefore antenna for base station is typically only capable to carry out length side
To it is flexible.When facing to specific region directional transmissions signal of communication, the launch angle of antenna for base station becomes to be even more important.
However, at present even without there is the angle adjustment device to antenna for base station, it can be in a variety of shapes such as upright, inclinations
It is adjusted flexibly in state, while inside of base station cable cannot be damaged during the adjustment, to meet a variety of use environments, carry out quickly
The requirement of deployment.
Utility model content
The purpose of the application is to provide a kind of angle of base station antenna regulating device and communication equipment, can be realized and sends out antenna
The adjusting of firing angle degree.
In order to solve the above technical problems, the technical solution that the application uses is:
A kind of angle of base station antenna regulating device, comprising: base station body, for generating radiofrequency signal；Pin connected assembly, relatively
It is set to the two sides of the base station body；Mast is connect with the pin connected assembly, and is articulated in the base station；Signal transmitting
Device is arranged in the one end of the mast far from the pin connected assembly and is electrically connected with the base station body；Wherein, the antenna
Bar makees swing campaign by rotation fulcrum of the pin connected assembly, so that the signal projector being located on the mast is not with
Same angle emits the radiofrequency signal.
In some embodiments, the pin connected assembly includes: drive-connecting shaft, is fixedly arranged on the two sides of the base station body, is used for
Rotation fulcrum is provided for the mast；Mounting base is fixedly arranged on the mast close to one end of the drive-connecting shaft；Positioning pin,
It is arranged in the mounting base, wherein the positioning pin connects a lead far from one end of the drive-connecting shaft, so that the positioning pin
The lead is followed to move along the body of rod direction of the mast；And locating piece, it is fixedly sheathed on the drive-connecting shaft；Institute
Locating piece is stated equipped at least two location holes, the bottom end contraposition of one of them described location hole and the positioning pin is arranged, described
Positioning pin is arranged in the positioning hole of contraposition close to one end of the drive-connecting shaft.
In some embodiments, the pin connected assembly further comprises: rotating member is sheathed on the drive-connecting shaft, and position
Between the locating piece and the base station body；Shaft-cup is sheathed on the drive-connecting shaft, and is located at the locating piece far from institute
State base station body side；Wherein, the shaft-cup coats the rotating member and the locating piece, and the shaft-cup and the rotating member are solid
Fixed connection；And Coupling, it is socketed on the drive-connecting shaft, and be located at the shaft-cup far from the base station body side；Wherein,
The Coupling is connected and fixed with the shaft-cup, and the mast is socketed on the pin connected assembly by the Coupling, with reality
The existing mast follows the rotating member to rotate around the drive-connecting shaft.
In some embodiments, the shaft-cup offers mounting groove corresponding with the mounting base, and the positioning pin passes through
The mounting groove is arranged in the location hole.
In some embodiments, elastic parts, the elastic parts tool are equipped between the positioning pin and the mounting base
There are both ends, supports the positioning pin and the mounting base inner sidewall opposite along the body of rod direction of the mast respectively.
In some embodiments, described device further comprises connecting rod, and it is remote that the connecting rod is socketed on the mast
One end from the drive-connecting shaft, the connecting rod are equipped with button, and the button is connect with the lead, and the button is for controlling
Make the pivot joint state of the mast.
In some embodiments, the button is slidably arranged in the connecting rod；When the button is pressurized and to described
When the inside of connecting rod is mobile, the button drives the positioning pin to move along the body of rod direction of the mast by the lead
It is dynamic, so that the positioning pin exits the location hole.
In some embodiments, the inside of the relatively described button of the connecting rod is equipped at least two jack-posts, the button
Equipped with axle sleeve corresponding with the jack-post, the jack-post is nested in the axle sleeve；Between the jack-post and the axle sleeve also
Equipped with spring, the spring is in compressive state, so that the button resets after being pressed.
In some embodiments, the connecting rod is equipped with switching part, and the button and the mast are socketed in institute respectively
State the both ends of switching part；The signal projector is arranged on the switching part.
In order to solve the above technical problems, the another technical solution that the application proposes are as follows:
A kind of communication equipment, including foregoing aerial angle regulating device.
The beneficial effect of the application is: being different from the prior art, the application proposes a kind of angle of base station antenna regulating device
And communication equipment, including base station body, pin connected assembly, mast and signal projector, wherein the mast is with the pivot
Connected components are that rotation fulcrum makees swing campaign, so that the signal projector being located on the mast is sent out at different angles
Penetrate the radiofrequency signal.The application is pivotally connected by setting pin connected assembly, by mast by pin connected assembly and base station body, thus
Overcome the unadjustable disadvantage of the launch angle of antenna for base station in the prior art.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of angle of base station antenna regulating device in the application；
Fig. 2 is the another structural schematic diagram of angle of base station antenna regulating device in the application；
Fig. 3 is the partial profile structure of pin connected assembly in Fig. 2；
Fig. 4 is the partial structurtes decomposition diagram of pin connected assembly in Fig. 2；
Fig. 5 is the partial profile structure of connecting rod in Fig. 2；
Fig. 6 is the partial profile structure of adapter and signal projector in Fig. 2；
Fig. 7 is the partial profile structure in the another direction of pin connected assembly in Fig. 2；
Fig. 8 is the module diagram of communication equipment in the application.
Specific embodiment
Below by the technical scheme in the embodiment of the application is clearly and completely described, it is clear that described implementation
Example is merely a part but not all of the embodiments of the present application.Based on the embodiment in the application, this field is common
Technical staff's every other embodiment obtained without making creative work belongs to the model of the application protection
It encloses.
It is worth noting that, the direction term being previously mentioned in the application, for example, "upper", "lower", "front", "rear", " left side ",
" right side ", "inner", "outside", " side " etc. are only the directions with reference to annexed drawings, therefore, the direction term used be in order to it is more preferable,
Be illustrated more clearly that and understand the application, rather than indicate or imply signified device or element must have a particular orientation,
It is constructed and operated in a specific orientation, therefore should not be understood as the limitation to the application.
Referring to Fig. 1, Fig. 1 is a kind of angle of base station antenna regulating device structural schematic diagram that the application proposes.This implementation
Angle of base station antenna regulating device 100 in example may include base station body 110, mast 120, signal projector 130 and pivot
Connected components 140.Wherein, base station body 110 is for generating radiofrequency signal, and mast 120 is for erecting a television antenna；Signal projector
130 are electrically connected with base station body 110, and the emission of radio frequency signals for generating base station body 110 is gone out.
Specifically, radio-frequency signal source (not shown) can be installed inside base station body 110, radio-frequency signal source can be generated
The different types of signal such as from impulse modulation to continuous wave, to adapt to different use occasions.Pin connected assembly 140 can specifically be set
It sets in the two sides of base station body 110, mast 120 is pivotally connected by pin connected assembly 140 with base station body 110, and can be with
Pin connected assembly 140 is that rotation fulcrum does swing campaign；Signal projector 130 specifically can be set in mast 120 far from pivot joint
One end of component 140.
It is worth noting that, the pin connected assembly 140 and 120 position of mast in the present embodiment are not limited in base station body
The other positions of base station body 110 can also be arranged in 110 two sides；Similarly, signal projector 130 is also not only arranged
In the one end of mast 120 far from pin connected assembly 140, the other positions in mast 120 also can be set.
It only needs to guarantee that the signal projector 130 being set on mast 120 can be by pin connected assembly 140 in the present embodiment
It is articulated in base station body 110, those skilled in the art can be adjusted according to the actual situation.
In the present embodiment, when mast 120 carries out swing campaign relative to base station body 110, with base station body 110
The signal projector 130 of electrical connection can be gone out emission of radio frequency signals with different launch angles, thus overcome base station without
Method adjusts the technical issues of launch angle of radiofrequency signal.
Referring to Fig. 2, Fig. 2 is a kind of another structural schematic diagram for angle of base station antenna regulating device that the application proposes.
In the present embodiment, angle of base station antenna regulating device 200 include base station body 210, mast 220, signal projector 230,
Pin connected assembly 240.Wherein, base station body 210 is for generating radiofrequency signal, and mast 220 is for erecting a television antenna；Signal projector
230 are electrically connected with base station body 210, and the emission of radio frequency signals for generating base station body 210 is gone out.Day in the present embodiment
Line bar 220 and pin connected assembly 240 can be 2 groups be oppositely arranged, and mast 220 is oppositely arranged on base by pin connected assembly 240
The two sides of station owner's body 210.
Specifically, angle of base station antenna regulating device 200 can also include connecting rod 250, adapter 260 in the present embodiment
With supporting element 270.Wherein, connecting rod 250 is for connecting two masts 220 being oppositely arranged, to increase the steady of whole device
It is qualitative.Adapter 260 is arranged between mast 220 and connecting rod 250, for the two to be connected and fixed；Supporting element 270 is arranged
In the bottom of base station body 210, it is used to support base station body 210.Supporting element 270 in the present embodiment can be rubber packing；
In other embodiments, supporting element 270 can also be idler wheel, to increase the flexibility of whole device.
In order to more clearly describe the pin connected assembly 240 in the present embodiment, in one embodiment, incorporated by reference to Fig. 2 and refering to
Fig. 3, Fig. 3 are the partial profile structures of the pin connected assembly 240 in the present embodiment.It is any to be fixedly arranged on base station body 210
For the pin connected assembly 240 of side, pin connected assembly 240 may include drive-connecting shaft 241, rotating member 245, locating piece 243, positioning pin
244 and mounting base 246.Wherein, drive-connecting shaft 241 is horizontally fixed on the two sides of base station body 210,245 He of rotating member along axle center
Locating piece 243 is successively socketed on drive-connecting shaft 241, and positioning pin 244 is mounted in mounting base 246.
Specifically, drive-connecting shaft 241 offers axis hole 2411, is connected to inside axis hole 2411 and base station body 210, axis hole 2411
For conducting wire (not shown) to be connected, conducting wire can pass through axis hole 2411 and be electrically connected base station body 210 with signal projector 230,
Realize the transmission of radiofrequency signal；Rotating member 245 is rotatably sleeved in pivot between locating piece 243 and base station body 210
In spindle 241.Mast 220 includes the body of rod 221 and the first hollow structure 222 opened up inside the body of rod 221, positioning pin
244 are mounted in the first hollow structure 222 of mast 220 by mounting base 246, and are specifically aligned and be arranged with locating piece 243.
In addition, the first hollow structure 222 can also be connected to axis hole 2411, so that conducting wire can sequentially pass through in axis hole 2411 and first
Hollow structure 222, so that with signal projector 230 of the mast 220 far from 240 one end of pin connected assembly and base station body 210 is located at
Realize electrical connection.
In the present embodiment, pin connected assembly 240 further includes shaft-cup 247 and Coupling 248, and shaft-cup 247 coats drive-connecting shaft
241, and the rotating member 245 and locating piece 243 that are set on drive-connecting shaft 241.Wherein, shaft-cup 247 by multiple screws 242 with
Rotating member 245 is fixedly connected.Further part coats shaft-cup 247 to Coupling 248, and passes through fastener 2481 and shaft-cup 247
End face is fixedly connected.The body of rod 221 of mast 220 is realized by Coupling 248 and pin connected assembly 240 and is connected；Due to Coupling
248 are fixedly connected with shaft-cup 247, and shaft-cup 247 is fixedly connected with rotating member 245, therefore, surround drive-connecting shaft in rotating member 245
241 when being rotated, and mast 220 can follow rotating member 245 to carry out swing campaign.
And in order to enable mast 220 is fixed when turning to suitable and angle, in the present embodiment, locating piece 243 is solid
On drive-connecting shaft 241, locating piece 243 is equipped with multiple location holes 2431；At least partly block the lower end 2441 of positioning pin 244
In location hole 2431, with the rotary state of fixed antenna bar 220.By changing location hole 2431 on locating piece 243
Distribution density, the angle that adjustable mast 220 rotates every time.
Specifically, the upper end 2442 of positioning pin 244 can connect lead 223, lead 223 can with worn as leads
It is located in the first hollow structure 222 of mast 220.Lead 223, can will be under positioning pin 244 when lifting positioning pin 244
End 2441 is detached from from location hole 2431.At this point, positioning pin 244 is completely disengaged with locating piece 243, to realize mast 220
From the switching being fixed between rotary state.
After mast 220 completes angular transformation by pin connected assembly 240, the positioning pin 244 in the present embodiment passes through it
Its lower end 2441 is repositioned in the location hole 2431 of locating piece 245 by the gravity of itself again, thus having no need to change transmitting
Under the premise of angle, prevent mast 220 from arbitrarily rotating.
In the present embodiment, the cross-sectional width of the upper end 2442 of positioning pin 244 is smaller than the cross-sectional width of lower end 2441, installation
The upper end of seat 246 is equipped with limit hole 2461, and the lower end of mounting base 246 is equipped with limiting section 2462.Wherein, limiting section 2462 is fixed on
The body of rod 221 of mast 220 is close to the end face of pin connected assembly 240；The aperture of limit hole 2461 is less than the lower end of positioning pin 244
2441 cross-sectional width completely disengages mounting base 246 to prevent positioning pin 244 from excessively being pulled by lead 223.
It is worth noting that, in other embodiments, in order to reduce the delay of 244 return of positioning pin, positioning pin 244 with
Between the annular gap 2443 formed between mounting base 246, it is additionally provided with elastic parts (not shown), elastic parts is in compression shape
State supports the opposite inner sidewall on 244 vertical direction of mounting base 246 and positioning pin respectively.In positioning pin 244 by lead 223
After pulling out location hole 2431, elastic parts is further compressed；After completing angular transformation, elastic parts can push positioning pin
244 returning quicklies are into the location hole 2431 of selected angle.In addition, not rotating in positioning pin 244 to alignment location hole 2431
When, due to the counter-active effect of elastic parts, pin connected assembly 240 can also carry out small-scale angle adjustment again, until positioning pin
244 are aligned with location hole 2431, to reduce the return delay of positioning pin 244.
In the present embodiment, base station body 210 may include shell 211 and the radio frequency being arranged in inside shell 211 letter
Number source (not shown), radio-frequency signal source such as can be generated from impulse modulation to continuous wave at the different types of signal, to adapt to difference
Use occasion.Wherein, radio-frequency signal source can generate heat at work, and a plurality of ventilation notch 212 is additionally provided on shell 211.
It is the partial structurtes decomposition diagram of pin connected assembly in the application incorporated by reference to Fig. 2, Fig. 3 and refering to Fig. 4, Fig. 4.At this
In embodiment, by taking the pin connected assembly 240 of any side of base station body 210 as an example, drive-connecting shaft 241 is fixed in base station body 210,
Rotating member 245 is rotatably set on drive-connecting shaft 241, and locating piece 243 is installed on drive-connecting shaft 241, the cladding rotation of shaft-cup 247
Part 245 and locating piece 243 are fixedly connected with rotating member 245, and 248 part of Coupling coats shaft-cup 247 and the end face with shaft-cup 247
It is connected and fixed.
Wherein, adapter 245 is equipped with multiple first screw holes 2451, and shaft-cup is equipped with multiple second screw holes 2471, the first screw hole
2451 and second screw hole 2471 be coaxially disposed, screw 242 (see Fig. 2) sequentially passes through the second screw hole 2471 and the second screw hole 2451,
Shaft-cup 247 and rotating member 245 are fixed together.Coupling 248 is equipped with casing 2481, and the body of rod 221 of mast 220 passes through set
Pipe 2481 achieves a fixed connection with Coupling 248.
In the present embodiment, locating piece 243 is equipped with multiple location holes 2431, and positioning pin 244 passes through mounting base 246 and positioning
The contraposition setting of hole 2431；Shaft-cup 247 is also provided with mounting groove 2472 corresponding with the lower end 2462 of mounting base 246, so that positioning
The lower end 2441 of pin 244 passes through shaft-cup 247 by mounting groove 2472 and is fastened in the location hole 2431 of locating piece 243.
In order to more clearly describe the connecting rod 250 in the present embodiment, referring to Fig. 5, Fig. 5 is connecting rod in the application
Partial profile structure.Connecting rod 250 is for connecting two masts 220 being oppositely arranged, to enhance whole device
Stability.Connecting rod 250 in the present embodiment may include the control piece of strut 251 and setting and 251 middle-end position of strut
254, control piece 254 is used to control the fixation and swing state of pin connected assembly 240 in the application.
Specifically, the second hollow structure 252 is equipped with inside connecting rod 250, the second hollow structure 252 successively penetrates through strut
251 and control piece 254.Wherein, control piece 254 includes the first baffle 2541 being oppositely arranged and second baffle 2542 and button
2543.First baffle 2541 and second baffle 2542 by the relatively fixed setting of multiple columns 2545, and respectively with 251 sets of strut
It connects；Button 2543 is slidably connected with second baffle 2542, and the two sides of button 2543 have extension, and the setting of extension is second
The inside of baffle 2542, the end face of button 2543 and flushing for second baffle 2542.
In the present embodiment, button 2543 is additionally provided at least two axle sleeves 2544 with respect to the side of first baffle 2541, the
One baffle 2541 is equipped with the jack-post 2547 matched with axle sleeve 2544, is additionally provided with spring on the outside of axle sleeve 2544 and jack-post 2547
2546, spring 2546 can be in compressive state, and support first baffle 2541 and the opposite side of button 2543 respectively, so that button
2543 reset in time after being pressed.Wherein, the extension of button 2543 is connect with lead 223, and the other end of lead 223 with
The upper end 2442 of positioning pin 244 is connected to.
Based on this, after button 2543 is pressed, button 2543 can be moved along jack-post 2547, will be initially positioned at positioning
The lower end 2441 of positioning pin 244 in hole 2431 lifts out location hole 2431, to realize pin connected assembly 240 from fixed to rotation shape
The switching of state.In the present embodiment, in order to increase lifting effect when button 2543 is pressed, second baffle 2542 is fixedly provided with
For the locating part 253 that lead 223 passes through, locating part 253 is used for when button 2543 is pressed, and is increased lead 223 and is lifted
Length.It is worth noting that, button 2543 may be touched accidentally in order to prevent, first baffle 2541 be can be set in connecting rod
250 side or bottom surface.
It is asked in one embodiment to more clearly describe adapter 260 in the present embodiment and signal projector 230
It is the partial profile structure of the adapter and signal projector in the present embodiment in conjunction with Fig. 2 and refering to Fig. 6, Fig. 6.At this
In embodiment, adapter 260 is socketed with the body of rod 221 of the strut 251 of connecting rod 250 and mast 220 respectively.Wherein, it transfers
Part 260 includes the first switching part 261, bending part 262 and the second switching part 263, the first switching part 261 and mast 220
The body of rod 221 is arranged in parallel, and the second switching part 263 and the strut 251 of connecting rod 250 are arranged in parallel；Bending part 262 be it is arc-shaped,
The mast 220 and connecting rod 250 being arranged in a mutually vertical manner for transition connection.
In the present embodiment, adapter 260 further includes installation pedestal 265, specifically be can be set in the first switching part 261
Top, signal projector 230 can be arranged on adapter 260 by installation pedestal 265.Wherein, signal projector 230 can be with
Including main body 232 and transmitting part 231, lower end is equipped with screw thread bayonet 233, and signal projector 230 passes through screw thread bayonet 233 and peace
It fills pedestal 265 and realizes fixation；In addition, the inside of signal projector 230 can also include signal amplifier and finder etc.
Electronic component (not shown), those skilled in the art can adjust according to the actual situation.
In the present embodiment, the inside of adapter 260 is also provided with third hollow structure 264, is respectively communicated with mast 220
In the first hollow structure 222 and connecting rod 250 in the second hollow structure 252 so that the both ends of lead 223 respectively with button
2542 (see Fig. 5) and positioning pin 244 (see Fig. 4) connection.Meanwhile in order to enable signal projector 230 is electrically connected with base station body 210
It connects, conducting wire (not shown) can also pass sequentially through third hollow structure 264 and the first hollow structure 222, and pass through drive-connecting shaft 241
Axis hole 2411 and base station body 210 (see Fig. 3) internal radio-frequency signal source realize and connect, various routes are hidden to realize
Effect.
In the following, incorporated by reference to Fig. 2 to 6 and refering to Fig. 7, to the workflow of the aerial angle regulating device in the application do into
One step explanation, wherein Fig. 7 is the partial profile structure in the another direction of pin connected assembly in the application.
Specifically, under original state, mast 220 is vertically arranged, and the lower end 2441 of positioning pin 244 is located at location hole 2431
In, arbitrarily change rotation angle to limit mast 220；The radiofrequency signal that radio-frequency signal source inside base station body 210 generates,
It can be transmitted in signal projector 230 and be launched by conducting wire (not shown).
When needing the launch angle to signal to be adjusted, pressing is located at the button 2543 of 250 bottom surface of connecting rod, button
2543 be pressed after move straight up, lead 223 follows button 2543 to lift positioning pin 244 straight up so that positioning
The lower end 2441 of pin 244 is detached from location hole 2431.At this point, positioning pin 244 releases the restriction effect of mast 220, with socket
The body of rod 221 of the fixed mast 220 of part 248 can follow the rotating member 245 of pin connected assembly 240 to carry out around drive-connecting shaft 241
Swing campaign, to adjust suitable signal launch angle according to the actual situation.
During mast 220 does swing around base station body 210, button 2543 can be pressed always, or
Person can also discharge after positioning pin 244 is lifted；Due to being set between the mounting base 246 in pin connected assembly 240 and positioning pin 244
Flexible component, elastic parts can support positioning pin 244, so that button 2543 is after being released, the lower end 2441 of positioning pin 244
It can be slided on the surface of locating piece 243, until encountering next location hole 2431.
After mast 220 is adjusted to suitable angle, positioning pin 244 is repositioned to again in location hole 2431, button
2543 be released after reset, positioning pin 244 limits the rotation of mast 220 by location hole 2431 again.
In addition, as shown in figure 8, Fig. 8 is a kind of module diagram for communication equipment 300 that the application proposes, it specifically can be with
Including the aerial angle regulating device 310 in above-mentioned any one embodiment, will not repeat them here.
In conclusion the application proposes a kind of angle of base station antenna regulating device and communication equipment, including base station body, pivot
Connected components, mast and signal projector, wherein mast makees swing campaign by rotation fulcrum of pin connected assembly, so that position
Emit radiofrequency signal at different angles in the signal projector on mast.The application, will by setting pin connected assembly
Mast is pivotally connected by pin connected assembly and base station body, to overcome, angle of base station antenna in the prior art is uncontrollable to be lacked
Point.In addition, the application is also by by built in cable, to will not damage Internal cable when adjusting launch angle.This Shen
Please in angle of base station antenna regulating device can be adapted for a variety of use environments, and there is rapid deployment, equal spies easy to operate
Point.
The foregoing is merely presently filed embodiments, are not intended to limit the scope of the patents of the application, all to utilize this
Equivalent structure or equivalent flow shift made by application specification and accompanying drawing content, it is relevant to be applied directly or indirectly in other
Technical field similarly includes in the scope of patent protection of the application.
Claims (10)
1. a kind of angle of base station antenna regulating device characterized by comprising
Base station body, for generating radiofrequency signal；
Pin connected assembly is relatively arranged on the two sides of the base station body；
Mast is connect with the pin connected assembly, and is articulated in the base station；And
Signal projector is arranged in the one end of the mast far from the pin connected assembly and is electrically connected with the base station body；
Wherein, the mast makees swing campaign by rotation fulcrum of the pin connected assembly, so as to be located on the mast
The signal projector emits the radiofrequency signal at different angles.
2. the apparatus according to claim 1, which is characterized in that the pin connected assembly includes:
Drive-connecting shaft is fixedly arranged on the two sides of the base station body, for providing rotation fulcrum for the mast；
Mounting base is fixedly arranged on the mast close to one end of the drive-connecting shaft；
Positioning pin is arranged in the mounting base, wherein and the positioning pin connects a lead far from one end of the drive-connecting shaft, with
Make the positioning pin that the lead be followed to move along the body of rod direction of the mast；And
Locating piece is fixedly sheathed on the drive-connecting shaft；The locating piece be equipped at least two location holes, the one of the location hole
A bottom end with the positioning pin, which aligns, to be arranged, and the positioning pin is arranged in the described fixed of contraposition close to one end of the drive-connecting shaft
In the hole of position.
3. the apparatus of claim 2, which is characterized in that the pin connected assembly further comprises:
Rotating member is sheathed on the drive-connecting shaft, and between the locating piece and the base station body；
Shaft-cup is sheathed on the drive-connecting shaft, and is located at the locating piece far from the base station body side；Wherein, the axis
Lid coats the rotating member and the locating piece, the shaft-cup are fixedly connected with the rotating member；And
Coupling is socketed on the drive-connecting shaft, and is located at the shaft-cup far from the base station body side；Wherein, the set
Fitting is connected and fixed with the shaft-cup, and the mast is socketed on the pin connected assembly by the Coupling, so that the day
Line bar follows the rotating member to rotate around the drive-connecting shaft.
4. device according to claim 3, which is characterized in that the shaft-cup offers installation corresponding with the mounting base
Slot, the positioning pin pass through the mounting groove and are arranged in the location hole.
5. device according to claim 4, which is characterized in that be equipped with elastic group between the positioning pin and the mounting base
Part, the elastic parts have both ends, support the positioning pin and the mounting base respectively along the body of rod direction of the mast
Opposite inner sidewall.
6. the apparatus of claim 2, which is characterized in that described device further comprises connecting rod, the connecting rod
It is socketed on the one end of the mast far from the drive-connecting shaft, the connecting rod is equipped with button, the button and the lead
Connection, the button are used to control the pivot joint state of the mast.
7. device according to claim 6, which is characterized in that the button is slidably arranged in the connecting rod；Work as institute
When stating button and being pressurized and is mobile to the inside of the connecting rod, the button drives the positioning pin described in by the lead
The body of rod direction of mast is mobile, so that the positioning pin exits the location hole.
8. device according to claim 7, which is characterized in that the inside of the relatively described button of the connecting rod is equipped at least
Two jack-posts, the button are equipped with axle sleeve corresponding with the jack-post, and the jack-post is coaxially nested in the axle sleeve；It is described
Spring is additionally provided between jack-post and the axle sleeve, the spring is in compressive state, so that the button resets after being pressed.
9. device according to claim 6, which is characterized in that the connecting rod is equipped with switching part, the button and described
Mast is socketed in the both ends of the switching part respectively；The signal projector is arranged on the switching part.
10. a kind of communication equipment, which is characterized in that including aerial angle regulating device as described in any one of claim 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920036920.7U CN209374666U (en) | 2019-01-09 | 2019-01-09 | A kind of angle of base station antenna regulating device and communication equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920036920.7U CN209374666U (en) | 2019-01-09 | 2019-01-09 | A kind of angle of base station antenna regulating device and communication equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209374666U true CN209374666U (en) | 2019-09-10 |
Family
ID=67824943
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920036920.7U Active CN209374666U (en) | 2019-01-09 | 2019-01-09 | A kind of angle of base station antenna regulating device and communication equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209374666U (en) |
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2019
- 2019-01-09 CN CN201920036920.7U patent/CN209374666U/en active Active
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