CN209283243U - BUC, it is quiet in lead to satellite system and communication in moving satellite system - Google Patents
BUC, it is quiet in lead to satellite system and communication in moving satellite system Download PDFInfo
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- CN209283243U CN209283243U CN201822183748.6U CN201822183748U CN209283243U CN 209283243 U CN209283243 U CN 209283243U CN 201822183748 U CN201822183748 U CN 201822183748U CN 209283243 U CN209283243 U CN 209283243U
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Abstract
The utility model relates to a kind of BUC, it is quiet in lead to satellite system and communication in moving satellite system, BUC includes BUC transmitting module and BUC functional module, BUC transmitting module and BUC functional module are detachably connectable, BUC functional module is connect with BUC transmitting module signal, BUC transmitting module is equipped with transmitting waveguide end, and transmitting waveguide end with the feed input terminal of satellite antenna for connecting；BUC is divided into the BUC transmitting module and BUC functional module of separation, and BUC transmitting module is connected with BUC functional module signal, BUC is connected by the feed input terminal at transmitting waveguide end and satellite antenna on BUC transmitting module.In BUC mounting condition by limited time, BUC transmitting module and BUC functional module can be separated setting, so overcome the problems, such as that BUC mounting condition is limited.
Description
Technical field
The utility model relates to satellite system technical fields, more particularly to a kind of BUC and its mounting structure.
Background technique
Communication in moving, that is, ground satellite station on the move communication system, it is intended to be that vehicle, steamer, aircraft in movement etc. are mobile
Carrier provides the tracking communication of the platforms such as real-time satellite, transmits the multi-media signals such as voice, data, image, incessantly with full
The needs of multimedia communication under the various emergency communications of foot and mobile condition.
SOTM satellite antenna following principle is that antenna beam direction and satellite are detected according to the satellite-signal received
Angular error between direction is directed toward to reach tracking satellite according to error transfer factor antenna using tracking servo master controller
Purpose.
The normal operation of SOTM satellite antenna be unable to do without BUC (up-conversion power amplifier), but BUC size it is larger or
In the case where heavier mass, BUC has what installation was limited.
Utility model content
Based on this, the utility model lies in that overcome the deficiencies of existing technologies, a kind of BUC and its mounting structure are provided, to solve
Limited problem is certainly installed.
A kind of BUC, including BUC transmitting module and BUC functional module, BUC transmitting module and BUC functional module are separable to be connected
It connects, the BUC functional module is connect with BUC transmitting module signal, and the BUC transmitting module is equipped with transmitting waveguide end, described
Transmitting waveguide end with the feed input terminal of satellite antenna for connecting.
Above-mentioned BUC, by BUC be divided into separation connection BUC transmitting module and BUC functional module, and BUC transmitting module and
The connection of BUC functional module signal, BUC are connected by the feed input terminal at transmitting waveguide end and satellite antenna on BUC transmitting module
It connects.In BUC mounting condition by limited time, BUC transmitting module and BUC functional module can be separated setting, so BUC be overcome to pacify
The limited problem of dress condition.It should be noted that the limited mainly installation space of mounting condition is limited or installation carrying is limited,
Under conditions of installation space is limited, BUC transmitting module and BUC functional module can improve space benefit by way of separating setting
With rate height；In installation carrying by limited time, can be made in the way of separating setting by BUC transmitting module and BUC functional module
The carrier stress equilibrium of BUC is installed or reduces the bearing requirements of the carrier.
Signal transmssion line, institute are equipped between the BUC functional module and BUC transmitting module in one of the embodiments,
The both ends for stating signal transmssion line are connect respectively to transmit BUC transmitting module and BUC function with BUC functional module with BUC transmitting module
Signal between energy module.It is simple with the structure that signal transmssion line transmits signal between BUC transmitting module and BUC functional module,
And stable signal transmission is reliable.
The both ends of the signal transmssion line are respectively equipped with the first connection-peg and the second grafting in one of the embodiments,
Head, first connection-peg and BUC transmitting module are mating, and second connection-peg and BUC functional module are mating.Peace
In dress, with the first connection-peg and the mating connection BUC transmitting module of the second connection-peg, BUC functional module and signal transmssion line
Installation it is easy to operate.
The signal transmssion line is shielded cable, first connection-peg and the second grafting in one of the embodiments,
Head is shielded joint.It is shielded joint when signal transmssion line is shielded cable, first connection-peg and the second connection-peg
When, shielded cable and shielded joint can reduce the interference to signal transmission to satellite antenna, and then guarantee that satellite antenna can be just
Often steadily work.
Lead to satellite system during one kind is quiet, including BUC described in satellite antenna and any of the above-described embodiment, the satellite antenna
Equipped with feed input terminal, the transmitting waveguide end and feed input terminal are directly connected to transmit signal.
It is above-mentioned it is quiet in lead to satellite system, satellite antenna and BUC by transmitting waveguide end and feed input terminal be directly connected to
Realize signal transmission.And general satellite antenna is then that the waveguide for being equipped with connector by both ends is connected to realize signal with BUC
Transmission.It is compared with general satellite antenna and BUC connection structure, connecing for waveguide and waveguide pipe both ends is eliminated in the application
Head shortens the path that signal is transmitted between satellite antenna and BUC, and the path drop by shortening transmission signal therebetween
The standing-wave ratio of low transmission signal, to reduce the energy demand to BUC.Meanwhile satellite antenna and BUC pass through transmitting waveguide end
The structure being directly connected to feed input terminal simplifies the connection structure of BUC Yu plate satellite antenna, saves cost.
The BUC transmitting module is set on satellite antenna in one of the embodiments,.By by BUC transmitting module
The structure being set on satellite antenna, so that BUC transmitting module can be integrated on satellite antenna, it so can be in the peace of satellite antenna
The installation that BUC transmitting module is completed in dress, so facilitates the installation of BUC transmitting module；Transmitting waveguide end is also ensured simultaneously
It is reliable with feed input terminal stable connection.
The satellite antenna is plate satellite antenna in one of the embodiments,.General plate satellite antenna is suitable for
In the limited equipment of compact-sized and installation space.BUC is divided into the BUC transmitting module and BUC functional module of separation, and
BUC transmitting module is connected with BUC functional module signal, and in the case where plate satellite antenna installation space is limited, BUC emits mould
Block is set on plate satellite antenna, and BUC functional module is arranged according to the mode that spatial position can separate BUC transmitting module,
In the case where so can guarantee that plate satellite antenna and BUC are directly connected to, the demand to installation space is reduced；And then it improves
The flexibility of BUC installation.
A kind of communication in moving satellite system, including rotatable satellite antenna and the BUC, the satellite antenna is equipped with feedback
Source input terminal, the transmitting waveguide end and feed input terminal are directly connected to transmit signal.
Above-mentioned communication in moving satellite system, satellite antenna and BUC by transmitting waveguide end and feed input terminal be directly connected to
Realize signal transmission.And general satellite antenna is then that the waveguide for being equipped with connector by both ends is connected to realize signal with BUC
Transmission.It is compared with general satellite antenna and BUC connection structure, connecing for waveguide and waveguide pipe both ends is eliminated in the application
Head shortens the path that signal is transmitted between plate satellite antenna and BUC, and the road by shortening transmission signal therebetween
Diameter reduces the standing-wave ratio of transmission signal, to reduce the energy demand to BUC.Meanwhile satellite antenna and BUC pass through transmitted wave
The connection structure that the structure that end is directly connected to feed input terminal simplifies BUC and satellite antenna is led, cost is saved.
The BUC transmitting module is set on satellite antenna in one of the embodiments,.By by BUC transmitting module
The structure being set on satellite antenna, so that BUC transmitting module can be integrated on satellite antenna, it so can be in the peace of satellite antenna
The installation that BUC transmitting module is completed in dress, so facilitates the installation of BUC transmitting module.Simultaneously as satellite antenna needs to turn
It moves with the angle between adjustment and satellite, and BUC transmitting module is set on satellite antenna, so that BUC can be transported with satellite antenna
It is dynamic, it so avoids BUC and occurs the problem of connecting loosening because of relative motion with satellite antenna, so that transmitting waveguide end
It is reliable with feed input terminal stable connection.
The satellite antenna is plate satellite antenna in one of the embodiments,.General plate satellite antenna is suitable for
In the limited equipment of compact-sized and installation space.BUC is divided into the BUC transmitting module and BUC functional module of separation, and
BUC transmitting module is connected with BUC functional module signal, and in the case where plate satellite antenna installation space is limited, BUC emits mould
Block is set on plate satellite antenna, and BUC functional module is arranged according to the mode that spatial position can separate BUC transmitting module,
In the case where so can guarantee that plate satellite antenna and BUC are directly connected to, the demand to installation space is reduced；And then it improves
The flexibility of BUC installation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of BUC described in an embodiment；
Fig. 2 is satellite antenna described in an embodiment and the group figure of BUC；
Fig. 3 is the A direction view of Fig. 1；
Fig. 4 is communication in moving satellite system described in an embodiment.
Description of symbols:
100, satellite antenna, 101, plate satellite antenna, 120, mounting plate, 121, metal mounting plate, 130, the surface of emission,
200, BUC, 210, BUC transmitting module, 211, transmitting waveguide end, 220, BUC functional module, 230, signal transmssion line, 241, the
One connection-peg, the 242, second connection-peg, 300, Heat Fan, the 310, first Heat Fan, the 320, second Heat Fan, 410, pedestal,
420, rotating bracket, 430, antenna house.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making practical new to this
The disclosure of type understands more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.On the contrary, when element is referred to as " directly existing " another element "upper",
There is no intermediary elements.Term as used herein "vertical", "horizontal", "left" and "right" and similar statement are
For illustrative purposes, it is not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.
As shown in connection with fig. 1, an embodiment provides a kind of BUC200, including BUC transmitting module 210 and BUC functional module
220, BUC transmitting modules 210 and BUC functional module 220 are detachably connectable, the BUC functional module 220 and BUC transmitting module
The connection of 210 signals, the BUC transmitting module 210 are equipped with transmitting waveguide end 211, and the transmitting waveguide end 211 is used for and satellite
The feed input terminal (not shown) of antenna 100 connects.
BUC200 is divided into the BUC transmitting module 210 and BUC functional module 220 of separation connection by above-mentioned BUC200, and
BUC transmitting module 210 is connected with 220 signal of BUC functional module, and BUC200 passes through the transmitting waveguide end on BUC transmitting module 210
211 connect with the feed input terminal of satellite antenna 100.It, can be by 210 He of BUC transmitting module in BUC200 mounting condition by prescribing a time limit
BUC functional module 220 separates setting, so overcomes the problems, such as that BUC200 mounting condition is limited.It should be noted that installation
The limited mainly installation space of condition is limited or installation carrying is limited, under conditions of installation space is limited, BUC transmitting module
210 and BUC functional module 220 can improve space utilization rate height by way of separating setting；Installation carrying by limited time, benefit
It can make the carrier stress for installing BUC200 by way of separating setting with BUC transmitting module 210 and BUC functional module 220
Bearing requirements that are balanced or reducing the carrier.
In one embodiment, signal transmssion line 230, institute are equipped between the BUC functional module 220 and BUC transmitting module 210
The both ends for stating signal transmssion line 230 are connect respectively to transmit BUC transmitting mould with BUC functional module 220 with BUC transmitting module 210
Signal between block 210 and BUC functional module 220.BUC transmitting module 210 and BUC function mould are transmitted with signal transmssion line 230
The structure of signal is simple between block 220, and stable signal transmission is reliable.
In one embodiment, the both ends of the signal transmssion line 230 are respectively equipped with the first connection-peg 241 and the second connection-peg
242, the first connection-peg 241 and BUC transmitting module 210 is mating, second connection-peg 242 and BUC functional module
220 is mating.In installation, with the first connection-peg 241 and the mating connection BUC transmitting module 210 of the second connection-peg 242,
The installation of BUC functional module 220 and signal transmssion line 230 is easy to operate.
In one embodiment, the signal transmssion line 230 is shielded cable, first connection-peg 241 and the second connection-peg
242 be shielded joint.When signal transmssion line 230 is that shielded cable, first connection-peg 241 and the second connection-peg 242 are equal
When for shielded joint, shielded cable and shielded joint can reduce the interference to signal transmission to satellite antenna 100, and then guarantee
Satellite antenna 100 can work to normal table.
Shown in conjunction with shown in Fig. 2 and Fig. 3, provided in another embodiment it is a kind of it is quiet in lead to satellite system, including satellite antenna
100 and any of the above-described embodiment described in BUC200, the satellite antenna 100 be equipped with feed input terminal, the transmitting waveguide end
211 are directly connected to feed input terminal to transmit signal.
It is above-mentioned it is quiet in lead to satellite system, satellite antenna 100 and BUC200 are straight by transmitting waveguide end 211 and feed input terminal
It is connect in succession to realize that signal transmits.And general satellite antenna 100 and BUC200 are then the waveguides that connector is equipped with by both ends
Connection is to realize that signal transmits.It is compared with general satellite antenna 100 and BUC200 connection structure, waveguide is eliminated in the application
Pipe and the connector at waveguide pipe both ends shorten the path for transmitting signal between satellite antenna 100 and BUC200, and pass through shortening
Therebetween the path of transmission signal reduces the standing-wave ratio of transmission signal, to reduce the energy demand to BUC200.Meanwhile
Satellite antenna 100 and BUC200 by the structure that transmitting waveguide end 211 and feed input terminal are directly connected to simplify BUC200 with
The connection structure of plate satellite antenna 100, saves cost.
As shown in connection with fig. 3, in an embodiment, the BUC transmitting module 210 is set on satellite antenna 100.Passing through will
BUC transmitting module 210 is set to the structure on satellite antenna 100, so that BUC transmitting module 210 can be integrated in satellite antenna 100
On, the installation of BUC transmitting module 210 can be so completed in the installation of satellite antenna 100, so facilitate BUC transmitting module
210 installation；Also ensure that transmitting waveguide end 211 and feed input terminal stable connection are reliable simultaneously.
In one embodiment, the satellite antenna 100 is plate satellite antenna 101.General plate satellite antenna 101 is suitable for
In the limited equipment of compact-sized and installation space.BUC200 is divided into the BUC transmitting module 210 and BUC functional module of separation
220, and BUC transmitting module 210 is connected with 220 signal of BUC functional module, it is limited in 101 installation space of plate satellite antenna
In the case where, BUC transmitting module 210 is set on plate satellite antenna 101, and BUC functional module 220 can be with according to spatial position
The mode of separation BUC transmitting module 210 is arranged, and so can guarantee the case where plate satellite antenna 101 and BUC200 are directly connected to
Under, reduce the demand to installation space；And then improve the flexibility of BUC200 installation.Certainly, in other embodiments, described
Satellite antenna 100 be also possible to reflector antenna.
A kind of communication in moving satellite system, including rotatable satellite are provided in conjunction with shown in Fig. 2 and Fig. 3, in another embodiment
BUC200 described in antenna 100 and aforementioned any embodiment, the satellite antenna 100 are equipped with feed input terminal, the transmitted wave
End 211 is led to be directly connected to feed input terminal to transmit signal.
Above-mentioned communication in moving satellite system, satellite antenna 100 and BUC200 are straight by transmitting waveguide end 211 and feed input terminal
It is connect in succession to realize that signal transmits.And general satellite antenna 100 and BUC200 are then the waveguides that connector is equipped with by both ends
Connection is to realize that signal transmits.It is compared with general satellite antenna 100 and BUC200 connection structure, waveguide is eliminated in the application
Pipe and the connector at waveguide pipe both ends shorten the path for transmitting signal between plate satellite antenna 101 and BUC200, and pass through
The path for shortening transmission signal therebetween reduces the standing-wave ratio of transmission signal, to reduce the energy demand to BUC200.
Meanwhile satellite antenna 100 and BUC200 are simplified by emitting the structure that waveguide end 211 is directly connected to feed input terminal
The connection structure of BUC200 and satellite antenna 100, save cost.
In conjunction with described in Fig. 3, in an embodiment, the BUC transmitting module 210 is set on satellite antenna 100.Passing through will
BUC transmitting module 210 is set to the structure on satellite antenna 100, so that BUC transmitting module 210 can be integrated in satellite antenna 100
On, the installation of BUC transmitting module 210 can be so completed in the installation of satellite antenna 100, so facilitate BUC transmitting module
210 installation.Simultaneously as satellite antenna 100 needs to rotate to adjust the angle between satellite, and BUC transmitting module 210
It is set on satellite antenna 100, so that BUC200 can be moved with satellite antenna 100, so avoids BUC200 and satellite antenna
100 occur the problem of connection loosens because of relative motion, so that transmitting waveguide end 211 and feed input terminal stable connection
Reliably.
In one embodiment, the satellite antenna 100 is plate satellite antenna 101.General plate satellite antenna 101 is suitable for
In the limited equipment of compact-sized and installation space.BUC200 is divided into the BUC transmitting module 210 and BUC functional module of separation
220, and BUC transmitting module 210 is connected with 220 signal of BUC functional module, it is limited in 101 installation space of plate satellite antenna
In the case where, BUC transmitting module 210 is set on plate satellite antenna 101, and BUC functional module 220 can be with according to spatial position
The mode of separation BUC transmitting module 210 is arranged, and so can guarantee the case where plate satellite antenna 101 and BUC200 are directly connected to
Under, reduce the demand to installation space；And then improve the flexibility of BUC200 installation.Certainly, in other embodiments, described
Satellite antenna 100 be also possible to reflector antenna.
In conjunction with shown in Fig. 2, Fig. 3 and Fig. 4, the utilization with BUC in communication in moving satellite system illustrates BUC200 below
It is flexible for installation.
A kind of communication in moving satellite system, including plate satellite antenna 101 and BUC200, on the plate satellite antenna 101
Equipped with feed input terminal；The BUC200 includes separable BUC transmitting module 210 and BUC functional module 220, the BUC hair
It penetrates module 210 to connect with 220 signal of BUC functional module, the BUC transmitting module 210 is equipped with and connect with feed input terminal
Emit waveguide end 211.
Above-mentioned communication in moving satellite system, is installed in communication in moving satellite system by BUC200 and plate satellite antenna 101
When, since BUC transmitting module 210 and BUC functional module 220 are separable, can be incited somebody to action according to the space structure of communication in moving satellite system
BUC transmitting module 210 and BUC functional module 220 are separately positioned, can so make the compact-sized of communication in moving satellite system, in turn
Reduce the overall structure size of communication in moving satellite system.
In one embodiment, the communication in moving satellite system further includes signal transmssion line 230, the signal transmssion line 230
Both ends connect with BUC transmitting module 210 and BUC functional module 220 respectively to transmit BUC transmitting module 210 and BUC function mould
Signal between block 220.The knot of signal between BUC transmitting module 210 and BUC functional module 220 is transmitted with signal transmssion line 230
Structure is simple, and stable signal transmission is reliable.
In one embodiment, the both ends of the signal transmssion line 230 are respectively equipped with the first connection-peg 241 and the second connection-peg
242, the first connection-peg 241 and BUC transmitting module 210 is mating, second connection-peg 242 and BUC functional module
220 is mating.In installation, with the first connection-peg 241 and the mating connection BUC transmitting module 210 of BUC transmitting module 210,
The installation of BUC functional module 220 and signal transmssion line 230 is easy to operate.
In one embodiment, the signal transmssion line 230 is shielded cable, first connection-peg 241 and the second connection-peg
242 be shielded joint.When signal transmssion line 230 is that shielded cable, first connection-peg 241 and the second connection-peg 242 are equal
When for shielded joint, shielded cable and shielded joint can reduce the interference to signal transmission to plate satellite antenna 101, in turn
Guarantee that plate satellite antenna 101 can work to normal table.
In one embodiment, the plate satellite antenna 101 is equipped with mounting plate 120, and BUC transmitting module 210 is set to peace
It can move in loading board 120 and with plate satellite antenna 101.BUC transmitting module 210 is made with the structure being set on mounting plate 120
Obtaining BUC transmitting module 210 can move with plate satellite antenna 101, so avoid BUC transmitting module 210 and plate satellite day
Line 101 occurs the problem of connection loosens because of relative motion, so that transmitting waveguide end 211 is connect surely with feed input terminal
It is fixed reliable.
In one embodiment, the BUC functional module 220 is set on the mounting plate 120.It can be by the way that the BUC be sent out
It penetrates module 210 and BUC functional module 220 is arranged at intervals on mounting plate 120, so to balance the rotation of plate satellite antenna 101
In stress.Certainly, in other embodiments, BUC functional module 220 also can be set in other positions.
In one embodiment, the mounting plate 120 is metal mounting plate 121, the BUC transmitting module 210 and the metal
Mounting plate 121 can heat transfer cooperation.When mounting plate 120 is metal mounting plate 121, it can be increased by metal mounting plate 121 and be dissipated
Heat area, and then reduce the operating temperature of BUC200.
Specifically, in the present embodiment, the mounting plate 120 is located at the back of plate satellite antenna 101.It needs to explain
, for plate satellite antenna 101 equipped with the surface of emission 130 for transmitting and receiving signal, the back refers to plate satellite day
Deviate from the side of the surface of emission 130 on line 101.It can so prevent BUC200 from influencing the signal transmission of plate satellite antenna 101.Separately
Outside, in other embodiments, mounting plate 120 above-mentioned is also possible to positioned at other positions of plate satellite antenna 101, such as:
Mounting plate 120 is located between the back and the surface of emission 130 of plate satellite antenna 101.
In addition, it is necessary to which explanation, mounting plate 120 above-mentioned can be a part of plate satellite antenna 101, before certain
It states mounting plate 120 and is also possible to the plate body being installed on plate satellite antenna 101 or grillage.
In one embodiment, the communication in moving satellite system further includes Heat Fan 300, the Heat Fan 300 with it is described
BUC200 is correspondingly arranged to accelerate BUC200 heat dissipation.In use, Heat Fan 300 can accelerate the gas stream of the place BUC200 environment
Speed, and then reduce the temperature of BUC200 local environment.
Further, in an embodiment, the Heat Fan 300 includes first Heat Fan corresponding with BUC transmitting module 210
310 and second Heat Fan 320 corresponding with BUC functional module 220.
Specifically, first Heat Fan 310 and the second Heat Fan 320 are all set on mounting plate 120.
In one embodiment, the communication in moving satellite system further includes pedestal 410, and the plate satellite antenna 101 can be rotated
Ground is set on pedestal 410.
It should be noted that being equipped with rotating bracket 420, the rotating bracket between pedestal 410 and plate satellite antenna 101
420 can drive BUC200 rotation so that plate satellite antenna 101 being capable of tracking satellite.The rotating bracket 420 is generally two axis and turns
Dynamic bracket 420, the two axis rotating bracket 420 can be such that BUC200 moves in arc-shaped curved surface.
Specifically, which can use for reference the structure of universal joint.Certainly, BUC200 is adjusted for convenience
Position, be equipped with for two axis rotating brackets 420 there are two motor, can control two axis rotating brackets 420 two sides by motor
It is rotated up.
Specifically, which drives plate satellite antenna 101 by connecting with mounting plate 120.BUC transmitting
Module 210 is set to mounting plate 120 with BUC functional module 220 and reserves the space connecting with rotating bracket 420；Simultaneously
Such mode can also balance the stress of rotating bracket 420 using BUC transmitting module 210 and BUC functional module 220.
In one embodiment, communication in moving satellite system further includes the antenna house 430 for being provide with the plate satellite antenna 101, institute
Antenna house 430 is stated to connect with the pedestal 410.Antenna house 430 can be effectively protected plate satellite antenna 101, reduce external rings
Influence of the border to plate satellite antenna 101, to guarantee that plate satellite antenna 101 can operate normally.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of BUC, which is characterized in that including BUC transmitting module and BUC functional module, BUC transmitting module and BUC function mould
Block is detachably connectable, and the BUC functional module is connect with BUC transmitting module signal, and the BUC transmitting module is equipped with transmitted wave
End is led, the transmitting waveguide end with the feed input terminal of satellite antenna for connecting.
2. BUC according to claim 1, which is characterized in that be equipped between the BUC functional module and BUC transmitting module
Signal transmssion line, the both ends of the signal transmssion line are connect respectively to transmit BUC hair with BUC functional module with BUC transmitting module
Penetrate the signal between module and BUC functional module.
3. BUC according to claim 2, which is characterized in that the both ends of the signal transmssion line are respectively equipped with the first grafting
Head and the second connection-peg, first connection-peg and BUC transmitting module are mating, second connection-peg and BUC function mould
Block is mating.
4. BUC according to claim 3, which is characterized in that the signal transmssion line is shielded cable, first grafting
Head and the second connection-peg are shielded joint.
5. it is a kind of it is quiet in lead to satellite system, which is characterized in that including satellite antenna and the described in any item BUC of claim 1-4,
The satellite antenna is equipped with feed input terminal, and the transmitting waveguide end and feed input terminal are directly connected to transmit signal.
6. it is according to claim 5 it is quiet in lead to satellite system, which is characterized in that the BUC transmitting module is set to satellite
On antenna.
7. it is according to claim 5 it is quiet in lead to satellite system, which is characterized in that the satellite antenna be plate satellite day
Line.
8. a kind of communication in moving satellite system, which is characterized in that including any one of rotatable satellite antenna and claim 1-4 institute
The BUC stated, the satellite antenna are equipped with feed input terminal, and the transmitting waveguide end and feed input terminal are directly connected to transmit letter
Number.
9. communication in moving satellite system according to claim 8, which is characterized in that the BUC transmitting module is set to satellite
On antenna.
10. communication in moving satellite system according to claim 8, which is characterized in that the satellite antenna is plate satellite day
Line.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822183748.6U CN209283243U (en) | 2018-12-25 | 2018-12-25 | BUC, it is quiet in lead to satellite system and communication in moving satellite system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822183748.6U CN209283243U (en) | 2018-12-25 | 2018-12-25 | BUC, it is quiet in lead to satellite system and communication in moving satellite system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209283243U true CN209283243U (en) | 2019-08-20 |
Family
ID=67607034
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822183748.6U Active CN209283243U (en) | 2018-12-25 | 2018-12-25 | BUC, it is quiet in lead to satellite system and communication in moving satellite system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209283243U (en) |
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2018
- 2018-12-25 CN CN201822183748.6U patent/CN209283243U/en active Active
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