CN206850839U - A kind of structure of symmetric double finger ring support - Google Patents
A kind of structure of symmetric double finger ring support Download PDFInfo
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- CN206850839U CN206850839U CN201720517657.4U CN201720517657U CN206850839U CN 206850839 U CN206850839 U CN 206850839U CN 201720517657 U CN201720517657 U CN 201720517657U CN 206850839 U CN206850839 U CN 206850839U
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- China
- Prior art keywords
- finger ring
- annulus
- double finger
- film
- thin slice
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Abstract
The utility model is a kind of structure of symmetric double finger ring support, including matrix and film, it is characterized in that：It is double finger ring supporting structures among described matrix, respectively there is the annulus thin slice of one 3/4ths circle left and right at the both ends of double finger ring supporting structures, respectively there is a wing film attachment structure on the both sides of double finger ring supporting structures, there is a concave station bottom surface of wing film attachment structure, and the middle sub-fraction of the wing film attachment structure on double finger ring supporting structures and both sides passes through die casting integration and connected；The concave station connection film of the wing film attachment structure of described matrix.Its advantage is：With wing sticking veneer, stickup is more firm, without using sheet metal, while can use finger ring and support mobile phone with multi-direction.
Description
Technical field
The utility model belongs to mobile phone periphery aftermarket product field, particularly a kind of skill of the structure of symmetric double finger ring support
Art.
Background technology
" a kind of structure of flat board finger ring support " (application number apllied before the applicant：2016214953214) it is, open
It is a kind of that there is ring-type sticking veneer, paste more firm, while the middle knot with the rigid flat board finger ring support of sheet metal enhancing
Structure.But its shortcoming is：When the first, having wing sticking veneer due to both sides, middle part strengthens rigid situation in no sheet metal
Lower stickup is also very firm！So increase sheet metal is not necessarily to, but add sheet material and process costs.2nd, Zhi Neng
One direction is using finger ring and support mobile phone, and existing metal finger ring support can be in multi-direction support mobile phone.
Utility model content
The purpose of this utility model be to provide it is a kind of there is wing sticking veneer, stickup is more firm, without using sheet metal,
Simultaneously can be with the multi-direction structure using finger ring and the symmetric double finger ring support for supporting mobile phone.
To achieve the above object, technical solution of the present utility model is：A kind of structure of symmetric double finger ring support, such as
Shown in Fig. 1 and sectional view 2, including matrix and film.Described matrix is as shown in Fig. 3 and sectional view 4, with silica gel or plastic cement (such as
TPU etc.) it is material, it is double finger ring supporting structures among it.The both ends of double finger ring supporting structures respectively have one 3/4ths circle left
Right annulus thin slice.There is the annulus set of one 3/4ths circle left and right among annulus thin slice, for inserting finger.Annulus thin slice one
The circular piece of the circle left and right of bodyization connection 3/4ths, and circular piece is among annulus set.Circular piece can inside (glue
The bottom surface of piece) turn down and annulus thin slice is outwards turned down and form support, annulus chip edge (top) turns into support summit.Annulus
Annulus thin slice both sides outside set are gradually broadening from edge to bottom, to increase support force.The both sides of double finger ring supporting structures are each
There is a wing film attachment structure.There is a concave station bottom surface of wing film attachment structure, for connecting film.Double fingers
The middle sub-fraction of ring support structure and the wing film attachment structure on both sides is connected by die casting integration.Obvious,
The moulding of annulus thin slice, annulus set and circular piece can also be ellipse or rectangle or hexagon etc..
Described film is as shown in figure 5, one shares two.Each is that a global shape is connected knot with wing film
The thin film of shape identical of the concave station of structure.Typically use removable film (PU films).
It is the positive top view of symmetric double finger ring support shown in Fig. 6.
The connection of described matrix and film is as shown in Fig. 1 and sectional view 2, the wing film connection knot of described matrix
The concave station connection film of structure.
Operation principle：When the circular piece fold inward of one end of double finger ring supporting structures makes annulus thin slice outwards turn down
Form unilateral support.Mobile phone can be supported from a direction.Same principle, the other ends of double finger ring supporting structures can be from another
One direction supports mobile phone.And when circular piece while the fold inward at the both ends of double finger ring supporting structures make annulus thin slice outside
During turnover, bilateral support can be formed.Mobile phone can be supported from three directions respectively.
In addition to above technical scheme, the structure of described circular moulding symmetric double finger ring support is as shown in fig. 7, comprises base
Body and film.Described matrix is as shown in figure 8, be double finger ring supporting structures among it.The both ends of double finger ring supporting structures respectively have
The annulus thin slice of one 3/4ths circle left and right.There is the annulus set of one 3/4ths circle left and right among annulus thin slice, for inserting
Enter finger.The circular piece of the circle left and right of annulus thin slice integration connection 3/4ths, and circular piece is among annulus set.It is circular
Piece inwardly (bottom surface of stickup film) can turn down and annulus thin slice is outwards turned down and form support, annulus chip edge (top)
As support summit.Annulus thin slice both sides outside annulus set are gradually broadening from edge to bottom, to increase support force.Double finger rings
Respectively there is a wing film attachment structure on the both sides of supporting structure.There is a concave station bottom surface of wing film attachment structure,
For connecting film.The middle sub-fraction of the wing film attachment structure on double finger ring supporting structures and both sides passes through die casting one
Bodyization connects.
Described film is as shown in figure 9, one shares two.Each is that a global shape is connected knot with wing film
The thin film of shape identical of the concave station of structure.
It is the positive top view of circular moulding symmetric double finger ring support shown in Figure 10.
The connection of described matrix and film is as shown in fig. 7, the concave station of the wing film attachment structure of described matrix
Connect film.
In addition to above technical scheme, the structure of described rhombus moulding symmetric double finger ring support is as shown in figure 11, including
Matrix and film.Described matrix is as shown in figure 12, is double finger ring supporting structures among it.The both ends of double finger ring supporting structures are each
There is the annulus thin slice of one 3/4ths circle left and right.There is the annulus set of one 3/4ths circle left and right among annulus thin slice, be used for
Insert finger.The circular piece of the circle left and right of annulus thin slice integration connection 3/4ths, and circular piece is among annulus set.Circle
Shape piece inwardly (bottom surface of stickup film) can turn down and annulus thin slice is outwards turned down and form support, annulus chip edge (top
Portion) turn into support summit.Annulus thin slice both sides outside annulus set are gradually broadening from edge to bottom, to increase support force.It is double
Respectively there is a wing film attachment structure on the both sides of finger ring supporting structure.The bottom surface of wing film attachment structure have one it is recessed
Platform, for connecting film.The middle sub-fraction of the wing film attachment structure on double finger ring supporting structures and both sides passes through pressure
Casting integration connection.
Described film is as shown in figure 13, and one shares two.Each is that a global shape is connected with wing film
The thin film of shape identical of the concave station of structure.
It is the positive top view of rhombus moulding symmetric double finger ring support shown in Figure 14.
The connection of described matrix and film is as shown in figure 11, the concave station of the wing film attachment structure of described matrix
Connect film.
In addition to above technical scheme, described matrix is as shown in figure 15, is double finger ring supporting structures among it.Double finger rings
Respectively there is the annulus thin slice of one 3/4ths circle left and right at the both ends of supporting structure.There is one 3/4ths circle left among annulus thin slice
Right annulus set, for inserting finger.The circular piece of the circle left and right of annulus thin slice integration connection 3/4ths, and at circular piece
Among annulus covers.Circular piece inwardly (bottom surface of stickup film) can turn down and annulus thin slice is outwards turned down and form support,
Annulus chip edge (top) turns into support summit.Annulus thin slice both sides outside annulus set are gradually broadening from edge to bottom,
To increase support force.Respectively there is a wing film attachment structure on the both sides of double finger ring supporting structures.Wing film connection knot
There is a concave station bottom surface of structure, for connecting film.In the wing film attachment structure on double finger ring supporting structures and both sides
Between sub-fraction pass through die casting integration connection.
After above scheme, the beneficial effects of the utility model are：With wing sticking veneer, stickup is more firm, no
Using sheet metal, while finger ring and support mobile phone can be used with multi-direction.
Brief description of the drawings
Fig. 1 is the schematic diagram of the utility model combination.
Fig. 2 is the sectional view of the utility model combination.
Fig. 3 is the schematic diagram of the utility model matrix.
Fig. 4 is the sectional view of the utility model matrix.
Fig. 5 is the schematic diagram of the utility model annular film.
Fig. 6 is the positive top view of the utility model symmetric double finger ring support.
Fig. 7 is the schematic diagram of the combination of the utility model alternative plan.
Fig. 8 is the schematic diagram of the matrix of the utility model alternative plan.
Fig. 9 is the schematic diagram of the film of the utility model alternative plan.
Figure 10 is the positive top view of the circular moulding symmetric double finger ring support of the utility model alternative plan.
Figure 11 is the schematic diagram of the combination of the utility model third program.
Figure 12 is the schematic diagram of the matrix of the utility model third program.
Figure 13 is the schematic diagram of the film of the utility model third program.
Figure 14 is the positive top view of the rhombus moulding symmetric double finger ring support of the utility model third program.
Figure 15 is the positive top view of the matrix of the utility model fourth program.
Description of reference numerals：
10th, matrix；11st, double finger ring supporting structures；12nd, annulus thin slice；13rd, annulus set；14th, circular piece；15th, wing glue
Piece attachment structure；16th, concave station；20th, film；30th, matrix；31st, double finger ring supporting structures；32nd, annulus thin slice；33rd, annulus set；
34th, circular piece；35th, wing film attachment structure；36th, concave station；40th, film；50th, matrix；51st, double finger ring supporting structures；52、
Annulus thin slice；53rd, annulus set；54th, circular piece；55th, wing film attachment structure；56th, concave station；60th, film；71st, double finger rings
Supporting structure；72nd, annulus thin slice；73rd, annulus set；74th, circular piece；75th, wing film attachment structure.
Embodiment
Embodiment 1：
A kind of structure of symmetric double finger ring support, as shown in Fig. 1 and sectional view 2, including matrix 10 and film 20.Described
Matrix 10 is as shown in Fig. 3 and sectional view 4, is double finger ring supporting structures 11 among it using silica gel or plastic cement as material.Double finger ring branch
Respectively there is the annulus thin slice 12 of one 3/4ths circle left and right at the both ends of frame structure 11.There is one 3/4ths among annulus thin slice 12
The annulus set 13 of circle left and right.The circular piece 14 of the circle left and right of the integration of annulus thin slice 12 connection 3/4ths, and at circular piece 14
Among annulus set 13.Circular piece 14 can make annulus thin slice 12 with fold inward, and outwards turnover forms support, annulus thin slice 12
Edge turns into support summit.The both sides of annulus thin slice 12 outside annulus set 13 are gradually broadening from edge to bottom.Double finger ring supports
Respectively there is a wing film attachment structure 15 on the both sides of structure 11.There is a concave station bottom surface of wing film attachment structure 15
16.Double finger ring supporting structures 11 are integrated even by die casting with the middle sub-fraction of the wing film attachment structure 15 on both sides
Connect.
Described film 20 is as shown in figure 5, one shares two.Each is that a global shape is connected with wing film
The thin film of shape identical of the concave station 16 of structure 15.
It is the positive top view of symmetric double finger ring support shown in Fig. 6.
The connection of described matrix 10 and film 20 is as shown in Fig. 1 and sectional view 2, the wing film of described matrix 10
The concave station 16 of attachment structure 15 connects film 20.
Embodiment 2：
In addition to above technical scheme, the structure of described circular moulding symmetric double finger ring support is as shown in fig. 7, comprises base
Body 30 and film 40.Described matrix 30 is as shown in figure 8, be double finger ring supporting structures 31 among it.Double finger ring supporting structures 31
Both ends respectively have one 3/4ths circle left and right annulus thin slice 32.There is one 3/4ths circle or so among annulus thin slice 32
Annulus set 33.The circular piece 34 of the circle left and right of the integration of annulus thin slice 32 connection 3/4ths, and circular piece 34 is in annulus set
Among 33.Circular piece 34 can make annulus thin slice 32 with fold inward, and outwards turnover forms support, and the edge of annulus thin slice 32 turns into
Support summit.The both sides of annulus thin slice 32 outside annulus set 33 are gradually broadening from edge to bottom.Double finger ring supporting structures 31
Respectively there is a wing film attachment structure 35 on both sides.There is a concave station 36 bottom surface of wing film attachment structure 35.Double fingers
Ring support structure 31 connects with the middle sub-fraction of the wing film attachment structure 35 on both sides by the way that die casting is integrated.
Described film 40 is as shown in figure 9, one shares two.Each is that a global shape is connected with wing film
The thin film of shape identical of the concave station 36 of structure 35.
It is the positive top view of circular moulding symmetric double finger ring support shown in Figure 10.
The connection of described matrix 30 and film 40 is as shown in fig. 7, the wing film attachment structure of described matrix 30
35 concave station 36 connects film 40.
Embodiment 3：
In addition to above technical scheme, the structure of described rhombus moulding symmetric double finger ring support is as shown in figure 11, including
Matrix 50 and film 60.Described matrix 50 is as shown in figure 12, is double finger ring supporting structures 51 among it.Double finger ring supporting structures
Respectively there is the annulus thin slice 52 of one 3/4ths circle left and right at 51 both ends.There is one 3/4ths circle left and right among annulus thin slice 52
Annulus set 53.The circular piece 54 of the circle left and right of the integration of annulus thin slice 52 connection 3/4ths, and circular piece 54 is in annulus
Among set 53.Circular piece 54 can make annulus thin slice 52 with fold inward, and outwards turnover forms support, the edge of annulus thin slice 52 into
For support summit.The both sides of annulus thin slice 52 outside annulus set 53 are gradually broadening from edge to bottom.Double finger ring supporting structures 51
Both sides respectively have a wing film attachment structure 55.There is a concave station 56 bottom surface of wing film attachment structure 55.It is double
Finger ring supporting structure 51 connects with the middle sub-fraction of the wing film attachment structure 55 on both sides by the way that die casting is integrated.
Described film 60 is as shown in figure 13, and one shares two.Each is that a global shape connects with wing film
The thin film of shape identical of the concave station 56 of binding structure 55.
It is the positive top view of circular moulding symmetric double finger ring support shown in Figure 14.
The connection of described matrix 50 and film 60 is as shown in figure 11, the wing film attachment structure of described matrix 50
55 concave station 56 connects film 60.
Embodiment 4：
In addition to above technical scheme, described matrix 70 is as shown in figure 15, is double finger ring supporting structures 71 among it.It is double
Respectively there is the annulus thin slice 72 of one 3/4ths circle left and right at the both ends of finger ring supporting structure 71.There is one four among annulus thin slice 72
The annulus set 73 of/tri- circle left and right.The circular piece 74 of the circle left and right of the integration of annulus thin slice 72 connection 3/4ths, and it is circular
Piece 74 is among annulus set 73.Circular piece 74 can make annulus thin slice 72 with fold inward, and outwards turnover forms support, annulus
The edge of thin slice 72 turns into support summit.The both sides of annulus thin slice 72 outside annulus set 73 are gradually broadening from edge to bottom.Double fingers
Respectively there is a wing film attachment structure 75 on the both sides of ring support structure 71.The bottom surface of wing film attachment structure 75 has one
Individual concave station.Double finger ring supporting structures 71 and the middle sub-fraction of the wing film attachment structure 75 on both sides pass through die casting one
Change connection.
Claims (4)
1. a kind of structure of symmetric double finger ring support, including matrix and film, it is characterized in that：It is double finger rings among described matrix
Respectively there are the annulus thin slice of one 3/4ths circle left and right, double finger ring supporting structures in supporting structure, the both ends of double finger ring supporting structures
Both sides respectively have a wing film attachment structure, there are a concave station, double finger ring branch in the bottom surface of wing film attachment structure
The middle sub-fraction of frame structure and the wing film attachment structure on both sides is connected by die casting integration；Described matrix
The concave station connection film of wing film attachment structure.
2. a kind of structure of symmetric double finger ring support according to claim 1, it is characterized in that：There is one among annulus thin slice
The annulus set of 3/4ths circle left and right, the circular piece of the circle left and right of annulus thin slice integration connection 3/4ths, and at circular piece
Among annulus covers.
3. a kind of structure of symmetric double finger ring support according to claim 1, it is characterized in that：Circular piece can be with fold inward
And annulus thin slice is outwards turned down and form support, annulus chip edge turns into support summit.
4. a kind of structure of symmetric double finger ring support according to claim 1, it is characterized in that：Annulus outside annulus set is thin
Piece both sides are gradually broadening from edge to bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517657.4U CN206850839U (en) | 2017-05-01 | 2017-05-01 | A kind of structure of symmetric double finger ring support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517657.4U CN206850839U (en) | 2017-05-01 | 2017-05-01 | A kind of structure of symmetric double finger ring support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206850839U true CN206850839U (en) | 2018-01-05 |
Family
ID=60795887
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720517657.4U Expired - Fee Related CN206850839U (en) | 2017-05-01 | 2017-05-01 | A kind of structure of symmetric double finger ring support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206850839U (en) |
-
2017
- 2017-05-01 CN CN201720517657.4U patent/CN206850839U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180105 Termination date: 20200501 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |