CN208835264U - Antenna mount structure and antenna equipment - Google Patents
Antenna mount structure and antenna equipment Download PDFInfo
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- CN208835264U CN208835264U CN201820964514.2U CN201820964514U CN208835264U CN 208835264 U CN208835264 U CN 208835264U CN 201820964514 U CN201820964514 U CN 201820964514U CN 208835264 U CN208835264 U CN 208835264U
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Abstract
This application discloses a kind of antenna mount structure and antenna equipments, belong to field of communication technology.The antenna mount structure includes: antenna housing, radiator and multiple fastening assemblies.The antenna housing has the first waterproof edge, and multiple first grooves are provided on the side of first waterproof edge, are provided with first through hole in each first groove；The radiator has the second waterproof edge, and multiple second through-holes are provided in second waterproof edge；Each fastening assembly includes abaculus structure and connection structure.In each fastening assembly, abaculus structure can be assemblied in corresponding first groove, and one end of connection structure is abutted with the second waterproof edge, and the other end sequentially passes through corresponding second through-hole and first through hole and is fixedly connected with the abaculus structure.No setting is required in first waterproof edge additional reinforced structure or embedding note nut, effectively reduces the width of the first waterproof edge, to reduce the overall volume of antenna mount structure.
Description
Technical field
This application involves field of communication technology, in particular to a kind of antenna mount structure and antenna equipment.
Background technique
Antenna equipment is that communication equipment realizes that the indispensable component part of wireless receiving and dispatching, the antenna equipment are commonly installed
On at the top of steel tower or the high building, for cover the transmission of support communication signal.
Current antenna equipment includes: antenna mount structure and the electronic component in the antenna mount structure, is somebody's turn to do
Antenna mount structure includes: antenna housing, radiator and multiple fastening assemblies.The antenna housing and radiator all have waterproof
The width on edge, two waterproof edges can be identical, which can abut together, and be fixed by multiple fastening assemblies
Connection, so as to be capable of fixing connection between antenna housing and radiator.Seal chamber is capable of forming between antenna housing and radiator
Body, electronic component can be located in the seal cavity.The antenna housing is used to protect the electronic component in antenna equipment, avoids it
It is affected by a natural；The radiator can play heat spreading function to electronic component, avoid it since operating temperature is excessively high and
Affect working performance.
But would generally be provided in the waterproof edge of the antenna housing in current antenna mount structure reinforced structure or
Embedding note nut, causes the occupied space of the waterproof edge of antenna housing larger, and the occupied space of the waterproof edge of radiator is also bigger,
Overall volume so as to cause antenna mount structure is larger.
Utility model content
The embodiment of the present application provides a kind of antenna mount structure and antenna equipment, is able to solve current antenna mount knot
The larger problem of the overall volume of structure.The technical solution is as follows:
In a first aspect, providing an antenna mount structure, comprising:
Antenna housing (10), the antenna housing (10) have the first waterproof edge (12), first waterproof edge (12)
It is provided with multiple first grooves (121) on side, is provided with first through hole (122) in each first groove (121)；
Radiator (20), the radiator (20) have the second waterproof edge (22), are arranged on second waterproof edge (22)
There are multiple second through-holes (221), the multiple second through-hole (221) corresponds with multiple first through hole (122) and is connected to；
Multiple fastening assemblies (30), each fastening assembly (30) includes abaculus structure in the multiple fastening assembly (30)
(31) and connection structure (32), multiple abaculus structures (31) and the multiple first groove (121) correspond, multiple
The connection structure (32) and the multiple second through-hole (221) correspond；
Wherein, in each fastening assembly (30), the abaculus structure (31) is assemblied in corresponding first groove
(121) in, one end of the connection structure (32) is abutted with second waterproof edge (22), the connection structure (32) it is another
After one end sequentially passes through corresponding second through-hole (221) and the first through hole (122) being connected to second through-hole (221),
It is fixedly connected with the abaculus structure (31).
In the embodiment of the present application, after abaculus Standard is in the first groove, connection structure is fixed with abaculus structure
Connection, so as to realize being fixedly connected between antenna housing and radiator.Due to that can be not provided in first waterproof edge
Reinforced structure, therefore reduce the width of the first waterproof edge.Again due to no setting is required in first waterproof edge embedding note nut,
Without considering the problems of that embedding note nut falls off from the first waterproof edge, and the first groove is the side that the first waterproof edge is arranged in
On face, after abaculus Standard is in the first groove, the surface wrapped up there are one without shell in the abaculus structure, into
The width for reducing the first waterproof edge of one step, so that the occupied space of the first waterproof edge and the second waterproof edge is smaller, thus
The overall volume of antenna mount structure is reduced, so that the small volume of antenna equipment.
Optionally, multiple first grooves (121) in first waterproof edge (12) are located at first waterproof edge (12)
In away from the side of seal cavity formed between the antenna housing (10) and the radiator (20).A kind of multiple first is recessed
Set-up mode of the slot in the first waterproof edge.
Optionally, the abaculus structure (31) includes abaculus part (311) and the lid for being wrapped in abaculus part (311) outside
Plate (312), the material that the cover piece (312) is made is identical as the material that the antenna housing (10) is made, the abaculus
Part (311) is fixedly connected with the connection structure (32).Under the premise of improving the mechanical strength of abaculus structure, effectively mention
The high exterior quality of antenna mount structure.
Optionally, the cover piece (312) includes cover board body (312a), in each fastening assembly (30), when
The abaculus structure (31) be assemblied in corresponding first groove (121) it is interior when, the end face of the cover board body (312a) with it is described
A side in first waterproof edge (12) away from the seal cavity is coplanar.Further improve the outer of antenna mount structure
See quality.
Optionally, it is provided with the first threaded hole (311a) in the abaculus part (311), the connection structure (32) is fastening
Screw.
Optionally, multiple first grooves (121) in first waterproof edge (12) are located at first waterproof edge (12)
In the side of seal cavity that is formed between the antenna housing (10) and the radiator (20).Another kind multiple first
Set-up mode of the groove in the first waterproof edge.
Optionally, it is provided with the second threaded hole (311b) in the abaculus structure (31), the connection structure (32) is anti-
Water screw.Since first groove is connected to the cavity in antenna housing, moisture may be entered in the cavity, therefore the company
Binding structure needs to have water-proof function, so as to prevent moisture penetration into the first groove.
Optionally, it is additionally provided with buckle slot (121a) on each first groove (121), each abaculus structure
(31) it is provided on buckle structure (31a), the buckle slot (121a) in each first groove (121) and corresponding abaculus
Buckle structure (31a) clamping being arranged in structure (31).It may be implemented by buckle slot and buckle structure by abaculus Standard
It in the first groove, and reduces when connection structure is not fixedly connected with abaculus structure, the abaculus structure is from the first groove
The probability inside to fall off.
Optionally, it is additionally provided with the first bulge-structure (121b) on the inner wall of each first groove (121), each
The first protrusion knot when the abaculus structure (31) is assemblied in corresponding first groove (121), in first groove (121)
Structure (121b) is abutted with the surface of the abaculus structure (31).Abaculus structure and first may be implemented by first bulge-structure
Interference fit between groove, in the assembly being attached between structure and abaculus structure, which can be protected
Card abaculus structure will not deflect.
Optionally, the second protrusion knot is provided in first waterproof edge (12) on the side of the radiator (20)
Structure (123) is provided with the second groove (222) on the side of the antenna housing (10) in second waterproof edge (22),
Second bulge-structure (123) is connected in second groove (222), second bulge-structure (123) and described the
Water-proof strip (40) are provided between two grooves (222).Water-proof strip is connected in the second groove by the second bulge-structure, it can be with
Improve the waterproof effect of water-proof strip.
Optionally, multiple first through hole (122) are evenly distributed on first waterproof edge (12), the multiple
Second through-hole (221) is evenly distributed on second waterproof edge (22).
Second aspect provides an antenna equipment, comprising: antenna mount structure and be located at the antenna mount structure in
Electronic component, the antenna mount structure is any antenna mount structure of first aspect.
Technical solution bring beneficial effect provided by the embodiments of the present application includes at least:
After abaculus Standard is in the first groove, connection structure is fixedly connected with abaculus structure, so as to realize
Being fixedly connected between antenna housing and radiator.In order to guarantee to be capable of fixing connection between connection structure and abaculus structure, need
Guarantee that the volume of abaculus structure is larger, therefore the abaculus structural volume is typically larger than the screw of fastening screw in the related technology
The volume of coiled hair, so that the contact area of the abaculus structure and the first waterproof edge, greater than the spiral shell of fastening screw in the related technology
The contact area for following closely coiled hair and the first waterproof edge reduces the first waterproof edge and is occurred fracture by the active force of connection structure now
The probability of elephant, therefore it can be not provided with additional reinforced structure in first waterproof edge, reduce the width of the first waterproof edge.
Again due to no setting is required in first waterproof edge embedding note nut, there is no need to consider embedding note nut from the first waterproof edge
In the problem of falling off, and the first groove is arranged on a side of the first waterproof edge, in abaculus Standard
After in one groove, there are a surfaces without shell package in the abaculus structure, further reduce the first waterproof edge
Width, so that the occupied space of the first waterproof edge and the second waterproof edge is smaller, to reduce the entirety of antenna mount structure
Volume, so that the small volume of antenna equipment.
Also, the abaculus structure in fastening assembly and antenna housing are not to be formed simultaneously, and are passing through Shooting Technique shape
When at antenna house shell, it is only necessary to multiple first grooves in the first waterproof edge are formed, without being formed in the first waterproof edge
Embedding note nut, and the technology difficulty of the first groove is formed in the first waterproof edge, it is far smaller than formed in the first waterproof edge embedding
Infuse nut technology difficulty, therefore, when need fastening assembly number it is more when, still antenna can be formed by Shooting Technique
Housing；Meanwhile abaculus structure being installed in the first waterproof edge and belongs to cold embedding molding mode, the shell of the abaculus structure periphery is simultaneously
The problem of there is no thermal stress effectively raises the tightness connected between antenna housing and radiator.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram for antenna equipment that the relevant technologies provide；
Fig. 2 is the structural schematic diagram for another antenna equipment that the relevant technologies provide；
Fig. 3 is a kind of structural schematic diagram of antenna mount structure provided by the embodiments of the present application；
Fig. 4 is the explosive view for the antenna mount structure that Fig. 3 is provided；
Fig. 5 is partial enlarged view of the antenna mount structure at the A of position shown in Fig. 3；
Fig. 6 is a kind of schematic diagram of abaculus structure provided by the embodiments of the present application；
Fig. 7 is the explosive view of the abaculus structure shown in Fig. 6；
Fig. 8 is the explosive view of the antenna housing in Fig. 3；
Fig. 9 is the structural schematic diagram of another antenna mount structure provided by the embodiments of the present application；
Figure 10 is the explosive view for the antenna mount structure that Fig. 9 is provided；
Figure 11 is partial enlarged view of the antenna mount structure at the B of position shown in Fig. 9；
Figure 12 is the explosive view of the antenna housing in Fig. 9；
Figure 13 is the explosive view of another antenna housing provided by the embodiments of the present application；
Figure 14 is the application scenarios schematic diagram of antenna equipment in the embodiment of the present application.
Specific embodiment
To keep the purposes, technical schemes and advantages of the application clearer, below in conjunction with attached drawing to the application embodiment party
Formula is described in further detail.
Referring to FIG. 1, Fig. 1 is a kind of structural schematic diagram for antenna mount structure that the relevant technologies provide, the antenna mount
Structure includes: antenna housing 01, radiator 02 and multiple fastening assemblies, each fastening assembly all can be fastening screw 03, should
Antenna housing 01 and radiator 02 can group be combined into seal cavity, which has the first waterproof edge 011, radiator 02
With the second waterproof edge 021, water-proof strip 04 can be set between the first waterproof edge 011 and the second waterproof edge 021, the water-proof strip
04 moisture (such as rainwater) that can be avoided in environment enters in antenna housing 01, and leads to the electronic component in antenna housing 01
The problem of being damaged.It is provided with multiple first threaded hole 011a in first waterproof edge 011, is arranged in the second waterproof edge 021
There are multiple second threaded hole 021a, multiple first threaded hole 011a and multiple second threaded hole 021a one-to-one correspondence to be connected to, often
It can be fixedly connected by fastening screw 03 between a first threaded hole 011a and corresponding second threaded hole 021a, to realize
Being fixedly connected between antenna housing 01 and radiator 02.But the position contacted in the first waterproof edge 011 with fastening screw 03
Set place (namely fastening screw 03 screw coiled hair and the first waterproof edge 011 contact position at), may be subjected to fastening screw
03 active force and there is the phenomenon that fracture, it is therefore desirable to additional reinforced structure is set in the first waterproof edge 011, to prevent
There is phenomenon of rupture at the position contacted in first waterproof edge 011 with fastening screw 03, cause the width of the first waterproof edge 011 compared with
(namely the occupied space of first waterproof edge is larger) greatly, the overall volume so as to cause antenna mount structure is larger.
Referring to FIG. 2, Fig. 2 is the structural schematic diagram for another antenna mount structure that the relevant technologies provide, it is anti-first
Multiple embedding note nut 011b are arranged in water along 011, and multiple embedding note nut 011b and antenna housing 01 are by Shooting Technique one
Secondary formation；Multiple through-hole 021b, multiple embedding note nut 011b and multiple through-hole 021b are provided in the second waterproof edge 021
Connection is corresponded, is fixedly connected between each embedding note nut 011b and corresponding through-hole 021b by fastening screw 03, is realized
Being fixedly connected between antenna housing 01 and radiator 02.In order to avoid embedding note nut 011b takes off from the first waterproof edge 011
It falls, needs to increase the thickness of shell around embedding note nut 011b, therefore the width of the first waterproof edge 011 is larger, so as to cause day
The overall volume of traditional thread binding distribution structure is larger.Also, when needing the embedding number for infusing nut 011b more, injection molding work can not be passed through again
Skill forms antenna housing 01.Meanwhile the bottom of embedding note nut 011b can not carry out escaping material (namely in the bottom of embedding note nut 011b
There are remaining plastic cement), and be formed in and form the mode of embedding note nut 011b in the first waterproof edge 011 and belong to the embedding molding side of heat
Formula, there are remaining thermal stress, the embedding shells infused around nut 011b to be easy cracking for the embedding shell infused around nut 011b,
Reduce the tightness connected between antenna housing 01 and radiator 02.
Referring to FIG. 3, Fig. 3 is a kind of structural schematic diagram of antenna mount structure provided by the embodiments of the present application, the antenna
Assembling structure includes:
Antenna housing 10, radiator 20 and multiple fastening assemblies 30.
The antenna housing 10 has the first waterproof edge 12, is provided with multiple first grooves on the side of first waterproof edge 12
121, first through hole 122 is provided in each first groove 121.Optionally, multiple first through hole 122 can be uniformly distributed
In the first waterproof edge 12.
The radiator 20 can have the second waterproof edge 22, and multiple second through-holes 221 are provided in second waterproof edge 22,
Multiple second through-hole 221 is connected to multiple first through hole 122 one-to-one correspondence.Optionally, multiple second through-hole 221 can be equal
Even is distributed in the second waterproof edge 22.
In the embodiment of the present application, for the setting position of clearer the first waterproof edge 12 found out in antenna housing 10
It sets and the setting position of the second waterproof edge 22 in radiator 20, referring to FIG. 4, Fig. 4 is the antenna mount knot that Fig. 3 is provided
The explosive view of structure, antenna housing 10 include shroud body 11, and the first waterproof edge 12 can be set in the opening face of shroud body 11
Edge；Radiator 20 includes radiator body 21, and the second waterproof edge 22 can be set at an end of radiator body 21
The edge in face.The width of first waterproof edge 12 can be of same size with the second waterproof edge 22, when shroud body 11 buckles
On radiator body 21, and when the first waterproof edge 12 is abutted with the second waterproof edge 22, between antenna housing 10 and radiator 20
Seal cavity can be formed, which is the cavity in shroud body 11.
As shown in Figure 3 and Figure 4, each fastening assembly 30 includes: abaculus structure 31 and connection knot in multiple fastening assemblies 30
Structure 32, multiple abaculus structures 31 are corresponded with multiple first grooves 121, multiple connection structures 32 and multiple second through-holes 221
It corresponds.It can be fixedly connected by multiple fastening assembly 30 between antenna housing 10 and radiator 20.
For the clearer positional relationship found out between fastening assembly 30 and antenna housing 10 and radiator 20, please join
Fig. 5 is examined, Fig. 5 is partial enlarged view of the antenna mount structure at the A of position shown in Fig. 3, embedding in each fastening assembly 30
Block structure 31 can be assemblied in corresponding first groove 121, and one end of connection structure 32 can be abutted with the second waterproof edge 22,
The other end of the connection structure 32 sequentially passes through corresponding second through-hole 221 and is connected to second through-hole 221 and is first logical
Behind hole 122, it is fixedly connected with abaculus structure 31.
In the embodiment of the present application, after abaculus structure 31 is assemblied in the first groove 121, connection structure 32 and abaculus knot
Structure 31 is fixedly connected, so as to realize being fixedly connected between antenna housing 10 and radiator 20.In order to guarantee connection structure
It is capable of fixing connection between 32 and abaculus structure 31, needs to guarantee that the volume of abaculus structure 31 is larger, therefore the abaculus structure 31
Volume is typically larger than the volume of the screw coiled hair of fastening screw in the related technology, so that the abaculus structure 31 and the first waterproof edge
12 contact area is reduced greater than the screw coiled hair of fastening screw in the related technology and the contact area of the first waterproof edge
First waterproof edge 12 by connection structure 32 active force and there is the probability of phenomenon of rupture, therefore can in first waterproof edge 12
To be not provided with additional reinforced structure, the width of the first waterproof edge 12 is reduced.
Again due to no setting is required in first waterproof edge 12 embedding note nut, there is no need to consider embedding note nut from the first waterproof
The problem of falling off along 12, and the first groove 121 is arranged on a side of the first waterproof edge 12, in abaculus knot
After structure 31 is assemblied in the first groove 121, there are a surfaces without shell package in the abaculus structure 31, further
The width of the first waterproof edge 12 is reduced, so that the occupied space of the first waterproof edge 12 and the second waterproof edge 22 is smaller, thus
The overall volume of antenna mount structure is reduced, so that the small volume of antenna equipment.
Also, what the abaculus structure 31 in fastening assembly 30 and antenna housing 10 were not simultaneously formed, passing through injection molding
When technique forms antenna housing 10, it is only necessary to multiple first grooves 121 in the first waterproof edge 12 are formed, without first
Embedding note nut is formed in waterproof edge 12, and forms the technology difficulty of the first groove 121 in the first waterproof edge 12, is far smaller than existed
Formed in first waterproof edge 12 it is embedding note nut technology difficulty, therefore, when need fastening assembly 30 number it is more when, still may be used
To form antenna housing 10 by Shooting Technique；Meanwhile abaculus structure 31 being installed in the first waterproof edge 12 and belongs to cold embedding molding
Mode, shell around the abaculus structure 31 and the problem of thermal stress is not present effectively raises antenna housing 10 and dissipates
The tightness connected between hot device 20.
Optionally, multiple first grooves 121 in the first waterproof edge 12 can be located in first waterproof edge 12 and deviate from day
The side of the seal cavity formed between irdome shell 10 and radiator 20；It can also be located in first waterproof edge 12 close to antenna
The side of the seal cavity formed between housing 10 and radiator 20.The embodiment of the present application can be for realization mode by following two
It is schematically illustrated:
When multiple first grooves 121 in the first waterproof edge 12, first waterproof can be located in realization mode at the first
It is each in antenna mount structure when along 12 away from the side of the seal cavity formed between antenna housing 10 and radiator 20
The positional relationship of a component can refer to Fig. 3, Fig. 4 and Fig. 5.
Under normal conditions, the material that antenna housing 10 is made can be plastic material, in order to improve the machine of abaculus structure 31
Tool intensity, the material that the abaculus structure 31 is made need to include metal material, alternatively, the higher material of other mechanical strengths.When
Multiple first grooves 121 in first waterproof edge 12 are located in first waterproof edge 12 away from antenna housing 10 and radiator 20
Between formed seal cavity side when, abaculus structure 31 may be exposed to outside antenna housing 10, if abaculus knot is made
The material of structure 31 is only metal material, will affect the exterior quality of antenna mount structure.Therefore, in order to improve antenna mount knot
The exterior quality of structure please refers to Fig. 6 and Fig. 7, and Fig. 6 is a kind of schematic diagram of abaculus structure provided by the embodiments of the present application, and Fig. 7 is
The explosive view of abaculus structure shown in Fig. 6, the abaculus structure 31 include: abaculus part 311 and are wrapped in outside the abaculus part 311
Cover piece 312, the material that cover piece 312 is made are identical as the material that antenna housing 10 is made.Optionally, the abaculus part is made
311 material can be metal material.The abaculus part 311 can be fixedly connected with connection structure 32, at this point, improving abaculus
Under the premise of the mechanical strength of structure 31, the exterior quality of antenna mount structure is effectively raised.
Optionally, as is seen in fig. 6 or fig. 7, cover piece 312 includes that cover board body 312a is asked in each fastening assembly 30
It is the explosive view of the antenna housing in Fig. 3 with reference to Fig. 8, Fig. 8, when abaculus structure 31 is assemblied in corresponding first groove 121
When, the end face S1 of cover board body 312a is coplanar with a side S2 of seal cavity is deviated from the first waterproof edge 12, further
Improve the exterior quality of antenna mount structure.
Optionally, as is seen in fig. 6 or fig. 7, it is provided with the first threaded hole 311a on abaculus part 311, connection structure 32 can be with
For fastening screw, the first threaded hole 311a in each abaculus part 311 can be with the first through hole in corresponding first groove 121
122 connections, which can be assemblied in the first threaded hole 311a, to realize abaculus part 311 and connection structure 32
Between be fixedly connected.In the embodiment of the present application, cover piece 312 further includes package structure 312b, package structure 312b with
It is fixedly connected between cover board body 312a, in order to not influence to realize the fixation between abaculus part 311 and connection structure 32
Connection, package structure 312b can wrap up the surface in abaculus part 311 in addition to the one side that the first threaded hole 311a is arranged.It needs
It is noted that first threaded hole 311a can be through-hole, or blind hole, the embodiment of the present application do not limit this.
It should be noted that after the abaculus part 311 and cover piece 312 in abaculus structure 31 can be respectively formed, by embedding
The buckle being arranged in block part 311 and cover piece 312 is combined, can also be by glue by abaculus part 311 and cover piece
312 combine；The abaculus structure 31 can also be with one-pass molding, at this point it is possible to pass through injection molding in the outer surface of abaculus part 311
Technique forms cover piece 312.The embodiment of the present application is not specifically limited in this embodiment.
In second of achievable mode, when multiple first grooves 121 in the first waterproof edge 12, it is located at first waterproof
It is each in antenna mount structure when the side of the seal cavity formed between antenna housing 10 and radiator 20 along 12
The positional relationship of a component can refer to Fig. 9, Figure 10 and Figure 11.Abaculus structure 31 is not exposed to the outside of antenna housing 10,
In order to reduce cost of manufacture, the material that the abaculus structure 31 is made can only include metal material.
Optionally, Figure 12 is please referred to, Figure 12 is the explosive view of the antenna housing in Fig. 9, can be set in the abaculus structure 31
The second threaded hole 311b is set, connection structure 32 can be Water-proof screw, which can be assemblied in the second threaded hole 311b
It is interior, to realize being fixedly connected between abaculus part 311 and connection structure 32.It should be noted that second threaded hole
311b can be through-hole, or blind hole, the embodiment of the present application do not limit this.
It should be noted that for it is above-mentioned the first can be in realization mode, moisture (such as rainwater) in environment can be through
The infiltration of connection structure 32 is crossed in the first groove 121, since first groove 121 and the cavity in antenna housing 10 do not connect
It is logical, therefore moisture cannot be introduced into the cavity, which can not have water-proof function.It can for above-mentioned second
In implementation, since first groove 121 is connected to the cavity in antenna housing 10, moisture may enter the cavity
It is interior, therefore the connection structure 32 needs to have water-proof function, so as to prevent moisture penetration into the first groove 121.
Optionally, as shown in Fig. 7 or Fig. 8, buckle slot 121a can also be set in each first groove 121, it can be embedding
Buckle structure 31a is set in block structure 31, and 121 buckle slot 121a can be with corresponding abaculus structure 31 in each first groove
The buckle structure 31a of upper setting is clamped, and so as to realize by the assembly of abaculus structure 31 in the first groove 121, and is reduced
When connection structure 32 is not fixedly connected with abaculus structure 31, probability which falls off out of first groove 121.
It should be noted that abaculus structure 21 can also be mounted in corresponding first groove 121 by glue, the embodiment of the present application pair
This is without limitation.
Optionally, as shown in figure 13, Figure 13 is the explosive view of another antenna housing provided by the embodiments of the present application, each
First bulge-structure 121b can also be set in the first groove 121, be assemblied in corresponding first groove in each abaculus structure 31
When in 121, the first bulge-structure 121b in first groove 121 can be abutted with the surface of abaculus structure 31.By this
The interference fit between abaculus structure 31 and the first groove 121 may be implemented in one bulge-structure 121b, is being attached structure 32
When assembly between abaculus structure 31, first bulge-structure 121b can guarantee that abaculus structure 31 will not deflect.
In the embodiment of the present application, as shown in Figure 3 and Figure 4, which can also include water-proof strip 40, this is anti-
Water bar 40 is located between antenna housing 10 and radiator 20.As shown in figure 5, close to the one of radiator 20 in the first waterproof edge 12
It is provided with the second bulge-structure 123 on side, is provided with the second groove on the side of antenna housing 10 in the second waterproof edge 22
222, which can be connected in the second groove 222, second bulge-structure 123 and the second groove 222
Between water-proof strip 40 can be set.Water-proof strip 40 is connected in the second groove 222 by the second bulge-structure 123, it can be with
Improve the waterproof effect of water-proof strip 40.
It in the related art, can be in the first waterproof edge 011 as shown in Fig. 2, in order to improve the waterproof effect of water-proof strip 04
Upper setting bulge-structure 011c, bulge-structure 011c can be connected on water-proof strip 04.Around embedding note nut 011b
Thickness of shell increases, if being not handled by between the shell around bulge-structure 011c and embedding note nut 011b, antenna housing
01 wall thickness is blocked up, it is possible that the problem of shell shrinks, it is therefore desirable in bulge-structure 011c and embedding note nut 011b weeks
Carry out emptying processing between the shell enclosed, so as to bulge-structure 011c and it is embedding note nut 011b around it is encapsulated between shape
At engraved structure 011d, the width of first waterproof edge 011 is further increased.
And in the embodiment of the present application, as shown in Fig. 3 or Fig. 5, no setting is required in the first waterproof edge 12 embedding note nut, this
The first groove 121 is provided in one waterproof edge 12, so that the wall thickness that first waterproof edge 12 is located at various locations is more uniform, and
Wall thickness is not too big, there is no need to which engraved structure is arranged in the first waterproof edge 12, further reduces the first waterproof edge 12
Width so that the overall volume of antenna mount structure is smaller.
In conclusion the antenna mount structure in the embodiment of the present application, comprising: antenna housing, radiator and multiple fastenings
Component is provided with multiple first grooves in the first waterproof edge in the antenna housing, and each fastening assembly includes abaculus structure
And connection structure.After abaculus Standard is in the first groove, connection structure is fixedly connected with abaculus structure, so as to reality
Being fixedly connected between existing antenna housing and radiator.In order to guarantee to be capable of fixing connection between connection structure and abaculus structure,
Need to guarantee that the volume of abaculus structure is larger, therefore the abaculus structural volume is typically larger than the spiral shell of fastening screw in the related technology
The volume of coiled hair is followed closely, so that the contact area of the abaculus structure and the first waterproof edge, greater than fastening screw in the related technology
The contact area of screw coiled hair and the first waterproof edge reduces the first waterproof edge and is broken by the active force of connection structure
The probability of phenomenon, therefore it can be not provided with additional reinforced structure in first waterproof edge, reduce the width of the first waterproof edge.
Again due to no setting is required in first waterproof edge embedding note nut, there is no need to consider embedding note nut from the first waterproof edge
In the problem of falling off, and the first groove is arranged on a side of the first waterproof edge, in abaculus Standard
After in one groove, there are a surfaces without shell package in the abaculus structure, further reduce the first waterproof edge
Width, so that the occupied space of the first waterproof edge and the second waterproof edge is smaller, to reduce the entirety of antenna mount structure
Volume, so that the small volume of antenna equipment.
Also, the abaculus structure in fastening assembly and antenna housing are not to be formed simultaneously, and are passing through Shooting Technique shape
When at antenna house shell, it is only necessary to multiple first grooves in the first waterproof edge are formed, without being formed in the first waterproof edge
Embedding note nut, and the technology difficulty of the first groove is formed in the first waterproof edge, it is far smaller than formed in the first waterproof edge embedding
Infuse nut technology difficulty, therefore, when need fastening assembly number it is more when, still antenna can be formed by Shooting Technique
Housing；Meanwhile abaculus structure being installed in the first waterproof edge and belongs to cold embedding molding mode, the shell of the abaculus structure periphery is simultaneously
The problem of there is no thermal stress effectively raises the tightness connected between antenna housing and radiator.
The embodiment of the present application also improves a kind of antenna equipment, which includes: antenna mount structure and be located at
Electronic component in the antenna mount structure, the electronic component can formation between antenna housing and radiator sealing
In cavity.The antenna mount structure can be the antenna mount structure shown in Fig. 3 or Fig. 9.In the embodiment of the present application, it please refers to
Figure 14, Figure 14 are the application scenarios schematic diagrams of antenna equipment in the embodiment of the present application, which can be located at steel tower
On 200, which be may be located at the top of high building.
The foregoing is merely the alternative embodiments of the application, not to limit the application, it is all in spirit herein and
Within principle, any modification, equivalent replacement, improvement and so on be should be included within the scope of protection of this application.
Claims (12)
1. a kind of antenna mount structure characterized by comprising
Antenna housing (10), the antenna housing (10) have the first waterproof edge (12), the side of first waterproof edge (12)
On be provided with multiple first grooves (121), is provided with first through hole (122) in each first groove (121)；
Radiator (20), the radiator (20) have the second waterproof edge (22), are provided on second waterproof edge (22) more
A second through-hole (221), the multiple second through-hole (221) correspond with multiple first through hole (122) and are connected to；
Multiple fastening assemblies (30), in the multiple fastening assembly (30) each fastening assembly (30) include abaculus structure (31) and
Connection structure (32), multiple abaculus structures (31) and the multiple first groove (121) correspond, multiple connections
Structure (32) and the multiple second through-hole (221) correspond；
Wherein, in each fastening assembly (30), the abaculus structure (31) is assemblied in corresponding first groove (121)
Interior, one end of the connection structure (32) is abutted with second waterproof edge (22), the other end of the connection structure (32) according to
It is secondary after corresponding second through-hole (221) and the first through hole (122) that is connected to second through-hole (221), and it is described
Abaculus structure (31) is fixedly connected.
2. antenna mount structure according to claim 1, which is characterized in that
Multiple first grooves (121) in first waterproof edge (12) are located in first waterproof edge (12) away from described
The side of the seal cavity formed between antenna housing (10) and the radiator (20).
3. antenna mount structure according to claim 2, which is characterized in that
The abaculus structure (31) includes abaculus part (311) and is wrapped in the external cover piece (312) of the abaculus part (311),
The material that the cover piece (312) is made is identical as the material that the antenna housing (10) is made, the abaculus part (311) and institute
Connection structure (32) is stated to be fixedly connected.
4. antenna mount structure according to claim 3, which is characterized in that
The cover piece (312) includes cover board body (312a), in each fastening assembly (30), when the abaculus structure
(31) be assemblied in corresponding first groove (121) it is interior when, the end face of the cover board body (312a) and first waterproof edge
(12) side in away from the seal cavity is coplanar.
5. antenna mount structure according to claim 3, which is characterized in that
It is provided with the first threaded hole (311a) in the abaculus part (311), the connection structure (32) is fastening screw.
6. antenna mount structure according to claim 1, which is characterized in that
Multiple first grooves (121) in first waterproof edge (12) are located in first waterproof edge (12) close to described
The side of the seal cavity formed between antenna housing (10) and the radiator (20).
7. antenna mount structure according to claim 6, which is characterized in that
It is provided with the second threaded hole (311b) in the abaculus structure (31), the connection structure (32) is Water-proof screw.
8. antenna mount structure according to any one of claims 1 to 7, which is characterized in that
It is additionally provided with buckle slot (121a) on each first groove (121), is provided on each abaculus structure (31)
Buckle structure (31a) is arranged on the buckle slot (121a) and corresponding abaculus structure (31) in each first groove (121)
Buckle structure (31a) clamping.
9. antenna mount structure according to any one of claims 1 to 7, which is characterized in that
It is additionally provided with the first bulge-structure (121b) on the inner wall of each first groove (121), in each abaculus knot
When structure (31) is assemblied in corresponding first groove (121), the first bulge-structure (121b) in first groove (121) with
The surface of the abaculus structure (31) abuts.
10. antenna mount structure according to any one of claims 1 to 7, which is characterized in that
The second bulge-structure (123), institute are provided on the side of the radiator (20) in first waterproof edge (12)
It states in the second waterproof edge (22) and is provided with the second groove (222) on the side of the antenna housing (10), described second is convex
It plays structure (123) to be connected in second groove (222), second bulge-structure (123) and second groove (222)
Between be provided with water-proof strip (40).
11. antenna mount structure according to any one of claims 1 to 7, which is characterized in that
Multiple first through hole (122) are evenly distributed on first waterproof edge (12), the multiple second through-hole
(221) it is evenly distributed on second waterproof edge (22).
12. a kind of antenna equipment characterized by comprising antenna mount structure and in the antenna mount structure
Electronic component, the antenna mount structure are any antenna mount structure of claim 1 to 11.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820964514.2U CN208835264U (en) | 2018-06-21 | 2018-06-21 | Antenna mount structure and antenna equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820964514.2U CN208835264U (en) | 2018-06-21 | 2018-06-21 | Antenna mount structure and antenna equipment |
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| Publication Number | Publication Date |
|---|---|
| CN208835264U true CN208835264U (en) | 2019-05-07 |
Family
ID=66305663
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820964514.2U Active CN208835264U (en) | 2018-06-21 | 2018-06-21 | Antenna mount structure and antenna equipment |
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| CN (1) | CN208835264U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111615009A (en) * | 2020-04-29 | 2020-09-01 | 深圳三星通信技术研究有限公司 | Radio base station assembly structure and radio base station |
| WO2023273896A1 (en) * | 2021-06-30 | 2023-01-05 | 华为技术有限公司 | Antenna and base station |
-
2018
- 2018-06-21 CN CN201820964514.2U patent/CN208835264U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111615009A (en) * | 2020-04-29 | 2020-09-01 | 深圳三星通信技术研究有限公司 | Radio base station assembly structure and radio base station |
| CN111615009B (en) * | 2020-04-29 | 2022-06-03 | 深圳三星通信技术研究有限公司 | Radio base station assembly structure and radio base station |
| WO2023273896A1 (en) * | 2021-06-30 | 2023-01-05 | 华为技术有限公司 | Antenna and base station |
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