CN206575704U - Substrate assemblies for manufacturing the housing with slot antenna - Google Patents
Substrate assemblies for manufacturing the housing with slot antenna Download PDFInfo
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- CN206575704U CN206575704U CN201621463474.0U CN201621463474U CN206575704U CN 206575704 U CN206575704 U CN 206575704U CN 201621463474 U CN201621463474 U CN 201621463474U CN 206575704 U CN206575704 U CN 206575704U
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- inserts body
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Abstract
The utility model discloses a kind of substrate assemblies for being used to manufacture the housing with slot antenna, the substrate assemblies include：The substrate assemblies include housing base material, the first inserts base material and the second inserts base material；An at least gap is provided with the housing base material；The first inserts base material includes shape the first inserts body corresponding with the gap；The second inserts base material includes shape the second inserts body corresponding with the gap, wherein the first inserts body and the second inserts body are embedded in inside the gap side by side.The gap that the utility model realizes housing is in the effect of slit, improves the moulded integrality of housing and housing outward appearance fineness, improves Consumer's Experience.
Description
Technical field
The utility model embodiment is related to electronic equipment production technical field, more particularly to a kind of to be used to manufacture with seam
The substrate assemblies of the housing of gap antenna.
Background technology
Traditional phone housing is made using plastic material, and the built-in aerial for not interfering with mobile phone receives and sent wireless
Signal.But with the development in epoch, people require more and more higher, mobile phone particularly giant-screen for the outward appearance and texture of mobile phone
The shell of mobile phone has substantially changed metal shell into via plastic casing, because metal shell can largely improve hand
The mechanical strength of machine can also reduce the thickness of mobile phone, therefore metal shell is for plastic casing, its outward appearance and texture
There is very big advantage.
It is exactly that it has shielding action for electromagnetic wave so that the built-in aerial of mobile phone but metal shell has a defect
Electric signal can not be received and send, so as to influence the normal communication of mobile phone.In order to solve the metal shell of mobile phone to electromagnetic wave
Shielding problem, the way of prior art is to cut off metal shell to form gap, then is filled by way of injection in gap
Sizing material, handset shell divide at least two shell sections of mutually insulated, so that by gap come radiation signal.
However, because the cutter for cutting housing has certain thickness, thus the gap width formed is than larger, in seam
It is molded in gap after sizing material, the larger plastic band of width is formd in the outside of handset shell, mobile phone metal shell is have impact on whole
The integrality of figure modelling, reduces the fineness of product appearance, influences Consumer's Experience.
Utility model content
The utility model embodiment is mainly solving the technical problems that provide a kind of for manufacturing the shell with slot antenna
The substrate assemblies of body, the problem of can solve the problem that plastic band influence housing integrality in the gap that prior art is present.
In order to solve the above technical problems, the technical scheme that the utility model embodiment is used is：There is provided one kind is used for
The substrate assemblies of the housing with slot antenna are manufactured, it is embedding that the substrate assemblies include housing base material, the first inserts base material and second
Part base material；An at least gap is provided with the housing base material；It is corresponding with the gap that the first inserts base material includes shape
The first inserts body；The second inserts base material includes shape the second inserts body corresponding with the gap, wherein described
First inserts body and the second inserts body are embedded in inside the gap side by side.
Wherein, the substrate assemblies further comprise the sizing material for being formed at the corresponding region in the gap, and the sizing material connects
Connect the first inserts body, the second inserts body and the housing base material.
Wherein, the first inserts body and the second inserts body are relatively fixed.
Wherein, the first inserts base material further comprises the first inserts cushion cap, and the first inserts body is fixed on institute
State on the first inserts cushion cap, the second inserts base material further comprises the second inserts cushion cap, the second inserts body is fixed
In on the second inserts cushion cap, wherein being further provided with holding part on the second inserts cushion cap, first inserts is held
Platform is embedded in the holding part of the second inserts cushion cap, to cause the first inserts body and the second inserts sheet
Body is relatively fixed, and at least one of the first inserts cushion cap and the second inserts cushion cap are fixed on the housing base material
On, to cause the first inserts body and the second inserts body and the housing base material to keep being relatively fixed.
Wherein, the housing base material includes major side wall and the periphery wall that be connected with the major side wall, the major side wall with
The periphery wall, which encloses, is set as a depressed part, and the gap is arranged in the major side wall, the first inserts body and described
Two inserts bodies are embedded in inside the gap side by side from side of the major side wall away from the depressed part, and the sizing material is from institute
Major side wall is stated to be molded to the corresponding region in the gap towards the opposite side of the depressed part.
Wherein, insulating barrier, the first inserts sheet are formed with the first inserts body and the second inserts body
Body and the second inserts body are embedded in inside the gap side by side in close-fitting mode.
Wherein, between the first inserts body and the second inserts body and the first inserts body and described
Certain intervals are kept between second inserts body and the housing base material, the sizing material is formed at the first inserts body and institute
State the interval between the second inserts body and the first inserts body and the second inserts body and the housing base material
Between interval inside.
Wherein, between the first inserts body and the second inserts body interval width and first inserts
Interval width between body and the second inserts body and the housing base material is less than 0.5mm.
Wherein, the gap, the first inserts body and the second inserts body are in curved shape.
The beneficial effect of the utility model embodiment is：The utility model by being embedded in side by side in the gap of housing base material
First inserts body and the second inserts body, by being molded sizing material by the first inserts body, the second inserts body and housing base material
Connect, because the first inserts body and the second inserts body have certain width, thus reduce the width in gap, it is real
Show the effect of slit, therefore, after injection sizing material, plastic band formation is in slit, and the plastic cement bandwidth of hull outside is small,
The integrality for not influenceing housing moulded, thus the utility model can improve the moulded integrality of housing and housing outward appearance
Fineness, improves Consumer's Experience.
Brief description of the drawings
Fig. 1 is the schematic flow sheet for manufacturing the method for the housing with slot antenna；
Fig. 2 is the structural representation for the housing base material side that the utility model embodiment is provided；
Fig. 3 is the structural representation for the housing base material opposite side that the utility model embodiment is provided；
Fig. 4 is the structural representation for the first inserts base material that the utility model embodiment is provided；
Fig. 5 is the structural representation for the second inserts base material that the utility model embodiment is provided；
Fig. 6 is fixed for manufacturing the first inserts base material and the second inserts base material in the method for the housing with slot antenna
Structural representation together；
Fig. 7 is the structural representation for manufacturing latter angle of step S104 in the method for the housing with slot antenna
Figure；
Fig. 8 is the structural representation for manufacturing another angle after step S104 in the method for the housing with slot antenna
Figure；
Fig. 9 is the enlarged drawing in D regions in Fig. 8；
Figure 10 is step in the method for manufacturing the housing with slot antenna that another embodiment of the utility model is provided
The structural representation of latter angle of rapid S104；
Figure 11 is the enlarged drawing in E regions in Figure 10.
Figure 12 is shown for manufacturing the structure of one angle of product of the final gained of the method for the housing with slot antenna
It is intended to；
Figure 13 is the enlarged drawing in F regions in Figure 12；
Figure 14 is the structural representation of housing another angle in Figure 12；
Figure 15 is the enlarged drawing in G regions in Figure 14.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present utility model, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made
The every other embodiment obtained, belongs to the scope of the utility model protection.
First the method for manufacturing the housing with slot antenna is introduced below, with the manufacture method by the housing
The substrate assemblies for housing of the manufacture with slot antenna that the utility model is provided are understood the use of substrate assemblies.
Referring to Fig. 1, Fig. 1 is the schematic flow sheet for manufacturing the method for the housing with slot antenna.
The method for being used to manufacture the housing with slot antenna of the present embodiment comprises the following steps：
S101, one housing base material of offer, are wherein provided with an at least gap on housing base material.
Housing in the utility model can be the housing of the electronic equipments such as mobile phone, tablet personal computer.The present embodiment is with mobile phone
The utility model is described in detail exemplified by housing.
Wherein, the housing base material provided in step S101 is metal shell base material, and as shown in Figures 2 and 3, Fig. 2 is this reality
The structural representation of the housing base material side provided with new embodiment, Fig. 3 is the housing base that the utility model embodiment is provided
The structural representation of material opposite side.The housing base material 10 of the present embodiment includes major side wall 12 and periphery wall 14, periphery wall 14 and master
Side wall 12 is connected.Major side wall 12 and periphery wall 14, which enclose, is set as a depressed part 16, and gap 18 is arranged in major side wall 12.Wherein, should
Depressed part 16 can be understood as the inside of subsequent forming back casing, or perhaps as the accommodated inside of the electronic equipments such as mobile phone
Chamber.It is to be appreciated that in some other embodiment, housing base material 10 can also be other shapes.
The diagram of the present embodiment be by housing base material 10 provided with exemplified by two gaps 18, certainly, in other embodiments,
One, three or a plurality of gap 18 are also provided with housing base material 10, be will not enumerate herein.
Wherein, the shape in gap 18 can also have a variety of, and the gap 18 of the present embodiment diagram is in curved shape, specifically,
The gap 18 includes the line part at middle part and the bending section at two ends.It is to be appreciated that in some other embodiment, gap 18
Can linear shape.
S102, one first inserts base material of offer, wherein the first inserts base material includes shape the first inserts corresponding with gap
Body.
Referring to Fig. 4, Fig. 4 is the structural representation for the first inserts base material that the utility model embodiment is provided.Diagram
First inserts base material 20 includes the first inserts body 22, and the shape of the first inserts body 22 is corresponding with the shape in gap 18.For example,
The shape of the first inserts body 22 of the present embodiment is also in curved shape, includes line part and the bending section at two ends at middle part.
First inserts body 22 is identical with the material of housing base material 10 or difference, in the present embodiment, the first inserts body
22 material is identical metal material with the material of housing base material 10, also, in anodic oxidation, the He of the first inserts body 22
Housing base material 10 is together as anode, so that the first inserts body 22 has identical color with housing base material 10, to subtract
The difference of few first inserts body 22 and housing base material 10 so that the housing integrality of final gained is higher.
S103, one second inserts base material of offer, wherein the second inserts base material includes shape the second inserts corresponding with gap
Body.
Referring to Fig. 5, Fig. 5 is the structural representation for the second inserts base material that the utility model embodiment is provided.
Second inserts base material 30 of diagram includes the second inserts body 32, shape and the gap 18 of the second inserts body 32
Shape correspondence.For example, the shape of the second inserts body 32 of the present embodiment is also in curved shape, including the line part at middle part and two
The bending section at end.
Second inserts body 32 is identical with the material of housing base material 10 or difference, in the present embodiment, the second inserts body
32 material is also identical metal material, also, in anodic oxidation with the material of housing base material 10, the second inserts body 32
With housing base material 10 together as anode, so that the second inserts body 32 has identical color with housing base material 10, with
Reduce the difference of the second inserts body 32 and housing base material 10 so that the inserts body 22 and second of housing base material 10 and first is embedding
The color all same of part body 32, so that the housing integrality of final gained is higher.
S104, the first inserts body and the second inserts body be embedded in inside gap side by side.
In step S104, first the first inserts body 22 can be embedded in inside gap 18, then the second inserts body 32 is embedding
Enter inside gap 18, and the first inserts body 22 and the second inserts body 32 is embedded in side by side in gap 18.Can also first by
It is another to rise inside embedded gap 18 after first inserts body 22 and the second inserts body 32 are fixed together side by side.
In certain embodiments, can be in the first inserts body 22, the second inserts body 32 and two ends in gap 18
It is respectively provided with interface arrangment the first inserts body 22 and the second inserts body 32 are fixed in gap 18, or can be by it
First inserts body 22 and the second inserts body 32 are fixed in gap 18 auxiliary member by he.
In the present embodiment, also include the first inserts body 22 and the second inserts body 32 carrying out phase before step S104
To fixed step.
Incorporated by reference to Fig. 4, Fig. 5 and Fig. 6, Fig. 6 is for manufacturing the first inserts base in the method for the housing with slot antenna
The structural representation that material and the second inserts base material are fixed together.Specifically, the first inserts base material 20 further comprises first
Inserts cushion cap 24, the first inserts body 22 is fixed on the first inserts cushion cap 24, and the second inserts base material 30 further comprises second
Inserts cushion cap 34, the second inserts body 32 is fixed on the second inserts cushion cap 34, wherein further being set on the second inserts cushion cap 34
It is equipped with holding part 36.Wherein, the first inserts body 22 can be fixed on the first inserts cushion cap 24 in several ways, for example, glue
Connect, mode connects for screw, or, in such as the present embodiment, the first inserts body 22 is structure as a whole with the first inserts cushion cap 24.Equally
Ground, the second inserts body 32 can also be fixed on the second inserts cushion cap 34 in several ways, for example, be bonded, mode connects for screw,
Or, in such as the present embodiment, the second inserts body 32 is structure as a whole with the second inserts cushion cap 34.
Wherein, the step of the first inserts body 22 and the second inserts body 32 being relatively fixed includes：It is embedding by first
Part cushion cap 24 is embedded in the holding part 36 of the second inserts cushion cap 34, to cause the first inserts body 22 and the second inserts body 32
It is relatively fixed.
The mode that first inserts body 22 and the second inserts body 32 are fixed in gap 18 by the present embodiment can be：Will
At least one of first inserts cushion cap 24 and the second inserts cushion cap 34 are fixed on housing base material 10, to cause the first inserts sheet
The inserts body 32 of body 22 and second keeps being relatively fixed with housing base material 10.
Specifically, the present embodiment is that the second inserts cushion cap 34 is fixed by screws on housing base material 10, so that will
First inserts body 22 and the second inserts body 32 are fixed on inside gap 18.Also, the present embodiment is away from major side wall 12
First inserts body 22 and the second inserts body 32 are embedded in inside gap 18 by the side of depressed part 16 side by side.
In one embodiment, as shown in Figure 7, Figure 8 and Figure 9, Fig. 7 is the side for manufacturing the housing with slot antenna
The structural representation of latter angle of step S104 in method.Fig. 8 is walked for manufacturing in the method for the housing with slot antenna
The structural representation of another angle after rapid S104.Fig. 9 is the enlarged drawing in D regions in Fig. 8.
After first inserts body 22 and the second inserts body 32 are embedded in gap 18 side by side so that the first inserts body 22
One is kept between the second inserts body 32 and between the first inserts body 22 and the second inserts body 32 and housing base material 10
Fixed interval.
Wherein, between the first inserts body 22 and the second inserts body 32 interval width and the first inserts body 22 and
Interval width between second inserts body 32 and housing base material 10 is less than 0.5mm, for example, 0.45mm, 0.4mm, 0.38mm,
0.35mm or 0.3mm etc..
Specifically, interval 52, the first inserts body 22 and second are kept between the first inserts body 22 and housing base material 10
Interval 54 is kept between inserts body 32, interval 56 is kept between the second inserts body 32 and housing base material 10.Wherein, it is spaced
52nd, interval 54 and be spaced 56 width can with it is equal can also be unequal.
Due to being respectively arranged between the first inserts body 22, the second inserts body 32 and housing base material 10 of the present embodiment
Interval 52, interval 54 and interval 56, thus can by interval 52, interval 54 and interval 56 where position come radiation signal,
So as to ensure the normal communication of mobile phone.
Again because being embedded in the first inserts body 22 and the second inserts body 32, the He of the first inserts body 22 in gap 18
Second inserts body 32 has certain width, and can take the certain width in gap 18, so that in terms of hull outside, stitching
The width of gap 18 reduces, and realizes the effect of slit.
In another embodiment, as shown in Figure 10 and Figure 11, Figure 10 is for manufacturing the housing with slot antenna
The structural representation of latter angle of step S104 in method.Figure 11 is the enlarged drawing in E regions in Figure 10.
Specifically, it is formed with insulating barrier 60 on the first inserts body 22 and the second inserts body 32 of the present embodiment.Wherein,
The thickness of insulating barrier 60 is less than 0.2mm, for example, 0.07mm, 0.1mm, 0.15mm or 0.18mm etc..
When the first inserts body 22 and the second inserts body 32 are embedded in gap 18 side by side, the He of the first inserts body 22
Second inserts body 32 is embedded in side by side in gap 18 in the way of close-fitting.
Specifically, the mode of close-fitting refers between the first inserts body 22 and the second inserts body 32, the first inserts body
It is very close to each other between 22 and housing base material 10 and between the second inserts body 32 and housing base material 10.
For example, the width in the gap 18 formed on the present embodiment housing base material 10 is A, and surface is provided with insulating barrier 60
The width of first inserts body 22 is B, and the width of second inserts body 32 of the surface provided with insulating barrier 60 is C, the A of the present embodiment
=B+C, thus housing base material 10 of the insulating barrier 60 directly with the side of gap 18 of the side of the first inserts body 22 contact, second is embedding
Housing base material 10 of the insulating barrier 60 of the side of part body 32 directly with the opposite side of gap 18 is contacted, the opposite side of the first inserts body 22
Insulating barrier 60 directly contacted with the insulating barrier 60 of the opposite side of the second inserts body 32.
Because the setting of insulating barrier 60 on the first inserts body 22 and the second inserts body 32 of the present embodiment can be by
One inserts body 22 and housing base material 10 are insulated, and the first inserts body 22 and the second inserts body 32 are insulated and by
Two inserts bodies 32 and housing base material 10 are insulated, thus can by the position where insulating barrier 60 come radiation signal, from
And ensure the normal communication of mobile phone.
Again because the first inserts body 22 and the second inserts body 32 are embedded in the way of close-fitting inside gap 18, thus from
Surface of shell then can only see the first inserts body 22 and the second inserts body 32, without can be appreciated that gap 18, also, due to
One inserts body 22, the second inserts body 32 and housing base material 10 have identical color, thus can cause the complete of mobile phone shell
Property is stronger, and outward appearance precision is higher.
S105, the corresponding region injection sizing material to gap, to connect the first inserts body, the second inserts body using sizing material
With housing base material.
It is to be appreciated that the housing base material 10 of gap both sides can be processed into two by processing of the later stage to housing base material 10
Individual two shell sections separable each other, thus need the first inserts body 22, the second inserts body 32 and two end housing
Section links together.Step S105 be then by the corresponding region in gap 18 be molded sizing material 40, it is embedding by first by sizing material 40
Part body 22, the second inserts body 32 and housing base material 10 link together.
Specifically, the corresponding region injection in another lateral gap 18 of the present embodiment from major side wall 12 towards depressed part 16
Sizing material 40.
In the embodiment shown in Fig. 7, Fig. 8 and Fig. 9, between the first inserts body 22 and the second inserts body 32
Every the inserts body 32 of interval 52 and second and housing base material 10 of 54 and first between inserts body 22 and housing base material 10
Between interval 56 inside injection sizing material 40, interval 52, interval 54 and interval 56 are filled by sizing material 40, it is and embedding by first
Part body 22, the second inserts body 32 and housing base material 10 link together, and by sizing material 40 by the first inserts body 22,
Two inserts bodies 32 and the mutually insulated of housing base material 20.
S106, housing base material, the first inserts base material and the second inserts base material are processed into required hull shape.
Figure 12, Figure 13, Figure 14 and Figure 15 are referred to, Figure 12 is final for manufacturing the method for the housing with slot antenna
The structural representation of one angle of product of gained.Figure 13 is the enlarged drawing in F regions in Figure 12.Figure 14 is that the product in Figure 12 is another
The structural representation of one angle.Figure 15 is the enlarged drawing in G regions in Figure 14.
In step S106, housing base material 10 is processed into positioned at the first inserts body 22 and the second inserts body 32 relative two
The shell section separable each other of side, shell section 11 and shell section 13 as depicted, and cause the inserts of shell section 11 and second
Be fixedly connected between body 32 and between shell section 13 and the first inserts body 22 by sizing material 40, and by sizing material 40 each other every
From.Certainly, because the housing base material 10 of the present embodiment is provided with two gaps 18, thus housing base material 10 is divided into three shells
Body section, the present embodiment is illustrated by taking the adjacent shell section of two of which as an example.
For example, the mode of the processing can remove the first inserts cushion cap 24, the second inserts cushion cap 34 and gap 18
The housing base material 10 at two ends.The housing base material 10 for removing the two ends of gap 18 causes housing base material 10 to be processed to be located at the first inserts
The shell section 11 separable each other and shell section 13 of the opposite sides of the inserts body 32 of body 22 and second.Remove the first inserts
Cushion cap 24 causes the first inserts base material 20 to be only left the first inserts body 22, removes the second inserts cushion cap 34 and causes the second inserts base
Material 30 is only left the second inserts body 32 so that between the inserts body 32 of shell section 11 and second that housing base material 10 is divided into, the
Between one inserts body 22 and the second inserts body 32 and between the first inserts body 22 and shell section 13 by sizing material 40 that
This isolation.
Specifically, the present embodiment removes the periphery wall 14 of part from side of the periphery wall 14 away from depressed part 16, so that
Make the thickness of periphery wall 14 thinner, and it is possible to the periphery wall 14 at the two ends of gap 18 be removed, so that housing base material 10 is divided
Into the shell section 11 and shell section 13 that can be separated each other.
Then, the He of 12 and first inserts body of major side wall 22 of part is removed from side of the major side wall 12 away from depressed part 16
Second inserts body 32, to cause housing base material 10 to be divided between the inserts body 32 of shell section 11 and second, shell section 13 and
It is isolated from each other and exhausted between one inserts body 22 and between the first inserts body 22 and the second inserts body 32 by sizing material 40
Edge, while the thinner major side wall 12 of shape needed for obtaining and the first thinner inserts body 22 and second in gap 18 are embedding
Part body 32.
It is to be appreciated that in another embodiment, housing base material 10 is processed into positioned at the first inserts body 22 and
The shell section separable each other of the opposite sides of two inserts body 32, and cause the inserts body 32 of shell section 11 and second between with
And be fixedly connected between shell section 13 and the first inserts body 22 by sizing material 40, and be isolated from each other by insulating barrier 60.
Prior art is different from, the utility model by being embedded in the first inserts sheet side by side in the gap 18 of housing base material 10
The inserts body 32 of body 22 and second, by being molded sizing material 40 by the first inserts body 22, the second inserts body 32 and housing base material
10 connect, because the first inserts body 22 and the second inserts body 32 have certain width, so that gap 18 is surplus
Remaining width diminishes, and realizes the effect of slit, therefore, and after injection sizing material 40, plastic band is simply formed in slit,
The plastic cement bandwidth very little of hull outside, does not interfere with the moulded integrality of housing, thus the utility model can improve shell
The moulded integrality of body and housing outward appearance fineness, improve Consumer's Experience.
Further, since in anodic oxidation, the first inserts body 22, the second inserts body 32 and housing base material 10 1 are acted as
For anode, so that the first inserts body 22, the second inserts body 32 have identical color with housing base material 10, to reduce
The difference of first inserts body 22, the second inserts body 32 and housing base material 10 so that the surface of shell of final gained is almost seen
The difference of embedding first inserts body 22, the second inserts body 32 and housing base material 20 is not gone out, therefore so that the integrality of housing is more
It is high.
The utility model additionally provides a kind of substrate assemblies for being used to manufacture the housing with slot antenna, the substrate assemblies bag
Include housing base material 10, the first inserts base material 20 and the second inserts base material 30.
Please continue to refer to Fig. 2 and Fig. 3, an at least gap 18 is provided with housing base material 10.Specifically, the shell of the present embodiment
Body base material 10 includes major side wall 12 and periphery wall 14, and periphery wall 14 is connected with major side wall 12.Major side wall 12 and periphery wall 14 enclose and set
Into a depressed part 16, gap 18 is arranged in major side wall 12.Wherein, the depressed part 16 can be understood as subsequent forming back casing
Inside, or perhaps as the accommodated inside chamber of the electronic equipments such as mobile phone.It is to be appreciated that in some other embodiment, shell
Body base material 10 can also be other shapes.
The diagram of the present embodiment be by housing base material 10 provided with exemplified by two gaps 18, certainly, in other embodiments,
One, three or a plurality of gap 18 are also provided with housing base material 10, be will not enumerate herein.
Wherein, the shape in gap 18 can also have a variety of, and the gap 18 of the present embodiment diagram is in curved shape, specifically,
The gap 18 includes the line part at middle part and the bending section at two ends.It is to be appreciated that in some other embodiment, gap 18
Can linear shape.
As shown in figure 4, the first inserts base material 20 includes the first inserts body 22, the shape of the first inserts body 22 and gap
18 shape correspondence.For example, the shape of the first inserts body 22 of the present embodiment is also in curved shape, include the line part at middle part
With the bending section at two ends.
First inserts body 22 is identical with the material of housing base material 10 or difference, in the present embodiment, the first inserts body
22 material is identical metal material with the material of housing base material 10, also, in anodic oxidation, the He of the first inserts body 22
Housing base material 10 is together as anode, so that the first inserts body 22 has identical color with housing base material 10, to subtract
The difference of few first inserts body 22 and housing base material 10 so that the housing integrality of final gained is higher.
As shown in figure 5, the second inserts base material 30 includes the second inserts body 32, the shape of the second inserts body 32 and gap
18 shape correspondence.For example, the shape of the second inserts body 32 of the present embodiment is also in curved shape, include the line part at middle part
With the bending section at two ends.
Second inserts body 32 is identical with the material of housing base material 10 or difference, in the present embodiment, the second inserts body
32 material is also identical metal material, also, in anodic oxidation with the material of housing base material 10, the second inserts body 32
With housing base material 10 together as anode, so that the second inserts body 32 has identical color with housing base material 10, with
Reduce the difference of the second inserts body 32 and housing base material 10 so that the inserts body 22 and second of housing base material 10 and first is embedding
The color all same of part body 32, so that the housing integrality of final gained is higher.
Wherein, the first inserts body 22 and the second inserts body 32 are embedded in inside gap 18 side by side.
Substrate assemblies further comprise the sizing material 40 for being formed at the corresponding region in gap 18, and sizing material 40 connects the first inserts sheet
Body 22, the second inserts body 32 and housing base material 10.
Specifically, in one embodiment, between the first inserts body 22 and the second inserts body 32 and the first inserts
Certain intervals are kept between the inserts body 32 of body 22 and second and housing base material 10.Sizing material 40 is formed at the first inserts body 22
Between interval and the first inserts body 22 and the second inserts body 32 and housing base material 10 between the second inserts body 32
Interval inside.Wherein, interval width be less than 0.45mm, for example, interval width be 0.4mm, 0.38mm, 0.35mm or
0.3mm etc..
As shown in Figure 7, Figure 8 and Figure 9, the 52, first inserts of interval is kept between the first inserts body 22 and housing base material 10
Kept between the inserts body 32 of body 22 and second between being kept between the inserts body 32 of interval 54 and second and housing base material 10
Every 56.Sizing material 40 is formed inside interval 52, interval 54 and interval 56.Wherein, the width at interval 52, interval 54 and interval 56 can
With it is equal can also be unequal.
Due to being respectively arranged between the first inserts body 22, the second inserts body 32 and housing base material 10 of the present embodiment
Interval 52, interval 54 and interval 56, thus can by interval 52, interval 54 and interval 56 where position come radiation signal,
So as to ensure the normal communication of mobile phone.
Again because being embedded in the first inserts body 22 and the second inserts body 32, the He of the first inserts body 22 in gap 18
Second inserts body 32 has certain width, and can take the certain width in gap 18, so that in terms of hull outside, stitching
The width of gap 18 reduces, and realizes the effect of slit, thus will not form the big plastic band of width from the outer surface of housing.
In another embodiment, as shown in Figure 10 and Figure 11, shape on the first inserts body 22 and the second inserts body 32
Into there is insulating barrier 60, the first inserts body 22 and the second inserts body 32 are embedded in inside gap 18 side by side in close-fitting mode.
Specifically, it is formed with insulating barrier 60 on the first inserts body 22 and the second inserts body 32 of the present embodiment.Wherein,
The thickness of insulating barrier 60 is less than 0.2mm, for example, thickness 0.07mm, 0.1mm, 0.15mm or 0.18mm of insulating barrier 60 etc..
Specifically, the mode of close-fitting refers between the first inserts body 22 and the second inserts body 32, the first inserts body
It is very close to each other between 22 and housing base material 10 and between the second inserts body 32 and housing base material 10.
For example, the width in the gap 18 formed on the present embodiment housing base material 10 is A, and surface is provided with insulating barrier 60
The width of first inserts body 22 is B, and the width of second inserts body 32 of the surface provided with insulating barrier 60 is C, the A of the present embodiment
=B+C, thus housing base material 10 of the insulating barrier 60 directly with the side of gap 18 of the side of the first inserts body 22 contact, second is embedding
Housing base material 10 of the insulating barrier 60 of the side of part body 32 directly with the opposite side of gap 18 is contacted, the opposite side of the first inserts body 22
Insulating barrier 60 directly contacted with the insulating barrier 60 of the opposite side of the second inserts body 32.
Because the setting of insulating barrier 60 on the first inserts body 22 and the second inserts body 32 of the present embodiment can be by
One inserts body 22 and housing base material 10 are insulated, and the first inserts body 22 and the second inserts body 32 are insulated and by
Two inserts bodies 32 and housing base material 10 are insulated, thus can by the position where insulating barrier 60 come radiation signal, from
And ensure the normal communication of mobile phone.
Again because the first inserts body 22 and the second inserts body 32 are embedded in the way of close-fitting inside gap 18, thus from
Surface of shell then can only see the first inserts body 22 and the second inserts body 32, without can be appreciated that gap 18, also, due to
One inserts body 22, the second inserts body 32 and housing base material 10 have identical color, thus can cause the complete of mobile phone shell
Property is stronger, and outward appearance precision is higher.
Incorporated by reference to Fig. 6, the first inserts body 22 and the second inserts body 32 of the present embodiment are relatively fixed.Specifically,
First inserts base material 20 further comprises the first inserts cushion cap 24, and the first inserts body 22 is fixed on the first inserts cushion cap 24,
Second inserts base material 30 further comprises the second inserts cushion cap 34, and the second inserts body 32 is fixed on the second inserts cushion cap 34,
Holding part 36 is further provided with wherein the second inserts cushion cap 34, the first inserts cushion cap 24 is embedded in the second inserts cushion cap 34
In holding part 36, to cause the first inserts body 22 and the second inserts body 32 to be relatively fixed.
Wherein, the first inserts body 22 can be fixed on the first inserts cushion cap 24 in several ways, for example, be bonded, spiral shell
Nail connection, or, in such as the present embodiment, the first inserts body 22 is structure as a whole with the first inserts cushion cap 24.Similarly, second
Inserts body 32 can also be fixed on the second inserts cushion cap 34 in several ways, for example, be bonded, mode connects for screw, or, such as
In the present embodiment, the second inserts body 32 is structure as a whole with the second inserts cushion cap 34.
In certain embodiments, can be in the first inserts body 22, the second inserts body 32 and two ends in gap 18
It is respectively provided with interface arrangment the first inserts body 22 and the second inserts body 32 are fixed in gap 18, or can be by it
First inserts body 22 and the second inserts body 32 are fixed in gap 18 auxiliary member by he.
In addition, the mode that the first inserts body 22 and the second inserts body 32 are fixed in gap 18 can also be：The
At least one of one inserts cushion cap 24 and the second inserts cushion cap 34 are fixed on housing base material 10, to cause the first inserts body
22 and second inserts body 32 and housing base material 10 keep being relatively fixed.
Specifically, the present embodiment is that the second inserts cushion cap 34 is fixed by screws on housing base material 10, so that will
First inserts body 22 and the second inserts body 32 are fixed on inside gap 18.
Also, the present embodiment is by the first inserts body 22 and the second inserts from side of the major side wall 12 away from depressed part 16
Body 32 is embedded in inside gap 18 side by side.And sizing material 40 is then to be molded from major side wall 12 towards the opposite side of depressed part 16 to seam
The corresponding region of gap 18.When between the first inserts body 22 and the second inserts body 32 and the first inserts body 22 and second is embedding
When there is interval between part body 32 and housing base material 10, due to being molded from the side of depressed part 16, only part sizing material
40 are attached and insulate into being spaced, and another part sizing material 40 then stays in the side of the depressed part 16 of housing base material 10,
The plastic band formed in interval is only seen outside product, and remainder sizing material then be can't see, and because the width at interval is small,
Thus the width of plastic band is small, thus does not interfere with the integrality of housing, therefore improves the integrality of housing.
In summary, the gap that the utility model realizes housing is in the effect of slit, improves housing moulded
Integrality and housing outward appearance fineness, and improve Consumer's Experience.
Embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, it is all
It is the equivalent structure or equivalent flow conversion made using the utility model specification and accompanying drawing content, or directly or indirectly uses
In other related technical fields, similarly it is included in scope of patent protection of the present utility model.
Claims (9)
1. a kind of substrate assemblies for being used to manufacture the housing with slot antenna, it is characterised in that the substrate assemblies include：
An at least gap is provided with housing base material, the housing base material；
First inserts base material, the first inserts base material includes shape the first inserts body corresponding with the gap；
Second inserts base material, the second inserts base material includes shape the second inserts body corresponding with the gap, wherein institute
State the first inserts body and the second inserts body is embedded in inside the gap side by side.
2. substrate assemblies according to claim 1, it is characterised in that the substrate assemblies further comprise being formed at described
The sizing material of the corresponding region in gap, the sizing material connects the first inserts body, the second inserts body and the housing
Base material.
3. substrate assemblies according to claim 1, it is characterised in that the first inserts body and the second inserts sheet
Body is relatively fixed.
4. substrate assemblies according to claim 3, it is characterised in that the first inserts base material further comprises that first is embedding
Part cushion cap, the first inserts body is fixed on the first inserts cushion cap, and the second inserts base material further comprises
Two inserts cushion caps, the second inserts body is fixed on the second inserts cushion cap, wherein the second inserts cushion cap is enterprising
One step is provided with holding part, and the first inserts cushion cap is embedded in the holding part of the second inserts cushion cap, to cause
The first inserts body and the second inserts body are relatively fixed, the first inserts cushion cap and the second inserts cushion cap
At least one of be fixed on the housing base material, to cause the first inserts body and the second inserts body and institute
Housing base material is stated to keep being relatively fixed.
5. substrate assemblies according to claim 2, it is characterised in that the housing base material include major side wall and with it is described
The periphery wall of major side wall connection, the major side wall and the periphery wall enclose and are set as a depressed part, and the gap is arranged at the master
On the wall of side, the first inserts body and the second inserts body from side of the major side wall away from the depressed part side by side
It is embedded in inside the gap, the sizing material is molded to the gap from the major side wall towards the opposite side of the depressed part
Corresponding region.
6. substrate assemblies according to claim 1, it is characterised in that the first inserts body and the second inserts sheet
Insulating barrier is formed with body, the first inserts body and the second inserts body are embedded in the seam side by side in close-fitting mode
Inside gap.
7. substrate assemblies according to claim 2, it is characterised in that the first inserts body and the second inserts sheet
Certain intervals are kept between body and between the first inserts body and the second inserts body and the housing base material, institute
State the inside at the interval that sizing material is formed between the first inserts body and the second inserts body and described first embedding
The inside at the interval between part body and the second inserts body and the housing base material.
8. substrate assemblies according to claim 1, it is characterised in that the first inserts body and the second inserts sheet
Between between interval width and the first inserts body and the second inserts body and the housing base material between body
It is less than 0.5mm every width.
9. substrate assemblies according to claim 1, it is characterised in that the gap, the first inserts body and described
Second inserts body is in curved shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621463474.0U CN206575704U (en) | 2016-12-28 | 2016-12-28 | Substrate assemblies for manufacturing the housing with slot antenna |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621463474.0U CN206575704U (en) | 2016-12-28 | 2016-12-28 | Substrate assemblies for manufacturing the housing with slot antenna |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206575704U true CN206575704U (en) | 2017-10-20 |
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ID=60060126
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621463474.0U Active CN206575704U (en) | 2016-12-28 | 2016-12-28 | Substrate assemblies for manufacturing the housing with slot antenna |
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| Country | Link |
|---|---|
| CN (1) | CN206575704U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106612595A (en) * | 2016-12-28 | 2017-05-03 | 广东长盈精密技术有限公司 | Method and substrate assembly for manufacturing shell with slot antenna |
-
2016
- 2016-12-28 CN CN201621463474.0U patent/CN206575704U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106612595A (en) * | 2016-12-28 | 2017-05-03 | 广东长盈精密技术有限公司 | Method and substrate assembly for manufacturing shell with slot antenna |
| CN106612595B (en) * | 2016-12-28 | 2022-05-03 | 广东长盈精密技术有限公司 | Method for producing a housing with a slot antenna and substrate assembly |
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