CN216568769U - Changeable magnetic attraction protective sleeve - Google Patents

Abstract

The utility model discloses a changeable magnetic attraction protective sleeve, which comprises a shell with a square containing cavity and a surface cover detachably connected with the shell; the back of the shell is provided with a magnet A1 and a magnet A2 at intervals, a magnet A1 and a magnet A2 extend along the long side direction of the shell, and a magnet A1 is close to the long side of the shell; the back of the shell is also provided with a magnet B1 and a magnet B2 at intervals, the magnet B1 and the magnet B2 extend along the width direction of the shell, and the magnet B1 is close to the width of the shell; the surface cover is provided with a magnet C1 and a magnet C2, and the magnet C1 can be selectively attached to the magnet A1 or the magnet B1 in a magnetic attraction manner; through adopting brand-new structural design to the protective sheath for can carry out random dismantlement and satisfy customer's pluralism user demand simultaneously between face lid and the casing.

Description

Changeable magnetic attraction protective sleeve

Technical Field

The utility model relates to a protective sheath technical field of electronic product specifically is a protective sheath is inhaled to changeable magnetism.

Background

With the development of society, electronic devices, such as mobile phones and ipads, are becoming popular. Because cell-phones, iPad etc. are easy to break or wear, many auxiliary use products such as cell-phone protective sheath, pad protective sheath have appeared on the market.

However, with diversification of use of electronic products, different people have different use requirements, especially convenience in use, although the protective sleeve structure is provided at present, most of the protective sleeve structure is of an integrated structure, when the electronic products and the protective sleeve are required to be separated in the use process, partial parts of the protective sleeve cannot be separated, the protective sleeve must be integrally detached or replaced, and diversification requirements that customers only need the parts of the protective sleeve to separate cannot be met; meanwhile, different requirements are also needed particularly in the use state, for example, some groups hope to keep the electronic product to be viewed in the cross screen state; some groups want to be able to view in the vertical screen state or view obliquely in the vertical screen state; the existing protective sleeve is single in structure, the watching operation of the horizontal screen state and the watching operation of the vertical screen state are troublesome, the existing protective sleeve cannot be realized by one protective sleeve, and the diversified requirements of customers cannot be met simultaneously.

SUMMERY OF THE UTILITY MODEL

To the protective sheath single structure who exists among the prior art to horizontal screen state with erect the screen state and watch the problem that the operation can't utilize one set of protective sheath to realize, the utility model provides a new technical scheme satisfies customer's pluralism demand.

The utility model provides a concrete scheme as follows:

the changeable magnetic protective sleeve comprises a shell with a square cavity and a surface cover detachably connected with the shell;

the back of the shell is provided with a magnet A1 and a magnet A2 side by side and at intervals, the magnet A1 and the magnet A2 extend along the long side direction of the shell, and the magnet A1 is close to the long side of the shell;

the back of the shell is also provided with a magnet B1 and a magnet B2 side by side at intervals, the magnet B1 and the magnet B2 extend along the width direction of the shell, and the magnet B1 is close to the width of the shell;

the face cover is of a foldable structure, a magnet C1 and a magnet C2 are arranged on the face cover, and the magnet C1 can be selectively attached to the magnet A1 or the magnet B1 in a magnetic attraction mode.

Further, the face cover comprises a face attaching part and a connecting part which are connected through a flexible material; the veneering part is provided with a first module, a second module and a third module which can be overlapped and are connected with each other through a flexible material, and the magnet C2 is arranged at the edge of the third module; the magnet C1 is disposed at the edge of the connecting portion.

Further, a magnet C3 is arranged at the connecting position of the first module and the connecting part; the magnet C1, the magnet C2 and the magnet C3 are arranged side by side.

Further, magnet C1 on the connecting portion with the laminating is inhaled to magnet A1 magnetism, first module subsides are supported as the bottom surface on the horizontal plane, the second module diagonal bracing the casing, the third module is towards flexible material direction between first module and the connecting portion turns over, makes magnet C2 and magnet C3 are to inhaling, thereby form to the first kind of horizontal screen user state of casing supports.

Further, the magnet C1 on the connecting part is magnetically attached to the magnet a1, the first module and the third module are used as oblique supports and enable the magnet C2 and the magnet C3 to be attracted, and the second module is attached to a horizontal plane to be used as a bottom support, so that the second type of cross screen using state support for the shell is formed.

Further, magnet C1 on the connecting portion with the laminating is inhaled to magnet A1 magnetism, turns over the veneer portion makes first module level sets up as the bottom surface and supports, second module diagonal bracing the casing, the laminating of third module is in the back of casing just magnet C2 with the laminating is inhaled to magnet A2 magnetism, and it is right to form the third kind of horizontal screen user state of casing supports.

Further, magnet C1 on the connecting portion with magnet A1 magnetism is inhaled the laminating, turns over the veneer portion makes first module, second module level set up as the bottom surface and supports, third module diagonal bracing the casing just magnet C2 with magnet A2 is to inhaling, and it is right to form the fourth kind of horizontal screen user state of casing supports.

Further, magnet C1 on the connecting portion with the laminating is inhaled to magnet B1 magnetism, first module subsides are supported as the bottom surface on the horizontal plane, the second module diagonal bracing the casing, the third module is towards flexible material direction between first module and the connecting portion is turned over, makes magnet C2 and magnet C3 are to inhaling, thereby forms to the first kind of vertical screen user state of casing supports.

Further, magnet C1 on the connecting portion with the laminating is inhaled to magnet B1 magnetism, turns over the veneer portion makes first module level sets up as the bottom surface and supports, second module diagonal bracing the casing, the laminating of third module is in the back of casing just magnet C2 with the laminating is inhaled to magnet B2 magnetism, and it is right to form the second kind of vertical screen user state of casing supports.

Further, magnet C1 on the connecting portion with magnet B1 magnetism is inhaled the laminating, turns over the veneer portion makes first module, second module level set up as the bottom surface and supports, third module diagonal bracing the casing just magnet C2 with magnet B2 is to inhaling, and it is right to form the third kind of vertical screen user state of casing supports.

Further, the space between the magnet A1 and the magnet A2 is L1, wherein the range of L1 is equal to 1/2-2/3 of the length of the wide side of the shell;

the spacing length between the magnet B1 and the magnet B2 is L2, wherein the range of L2 is equal to 1/3-1/2 of the length of the long side of the shell.

Further, the length of the L1 is equal to two thirds of the length of the wide side of the shell; the length of the L2 is equal to one-half of the length of the long side of the housing.

The beneficial effect that adopts this technical scheme to reach does:

the protective sleeve adopts a brand-new structural design, so that the face cover and the shell can be randomly disassembled; meanwhile, the surface cover and the shell are respectively provided with a magnet A1, a magnet A2, a magnet B1, a magnet B2, a magnet C1 and a magnet C2 which correspond to each other in position; therefore, the protective sleeve can be switched between a horizontal screen and a vertical screen at will, and the protective sleeve has great promotion effect on improving market share and meeting diversified demands of customers.

Drawings

Fig. 1 is a combined structure diagram of the face cover and the shell of the protective sleeve.

Fig. 2 is an internal structure view of a panel cover and a housing of the cross-screen fit guide.

Fig. 3 is an internal structure view of a face cover and a housing of the portrait screen cooperative guide.

Fig. 4 is a storage structure view of the protective cover according to the present embodiment.

Fig. 5 is a first supporting structure diagram of the cross screen in the use state.

Fig. 6 is a second supporting structure view of the cross-screen in use.

Fig. 7 is a view showing a third supporting structure in a state where the cross-bar is used.

Fig. 8 is a view showing a fourth supporting structure in a use state of the cross-screen.

Fig. 9 is a first supporting structure diagram in a vertical screen using state.

Fig. 10 is a second supporting structure diagram in a vertical screen using state.

Fig. 11 is a third supporting structure diagram in a vertical screen using state.

Fig. 12 is an exploded view of the inside of the face cover.

Wherein: 10 cases, 20 covers, 21 connecting parts, 22 veneering parts, 221 first modules, 222 second modules and 223 third modules.

Detailed Description

The principles and features of the present invention are described below in conjunction with the following drawings, the examples given are only intended to illustrate the present invention and are not intended to limit the scope of the present invention.

This embodiment provides a protective sheath is inhaled to changeable magnetism, inhales the protective sheath through adopting the magnetism that this scheme provided and installs on electronic product, can realize that electronic product is in horizontal screen state and erect the arbitrary switching between the screen state, can effectually satisfy different colony customers' user demand.

Specifically, referring to fig. 1, the protective case includes a housing 10 and a face cover 20; the housing 10 has a square cavity therein, and the square cavity is used for stabilizing the placement of electronic products (such as mobile phones, ipads or other flat electronic products) to form effective protection; the face cover 20 and the shell 10 are detachably arranged, that is, in a specific using process, a user can optionally take down the face cover 20 according to own preference or needs; that is, the user can use the housing 10 by simply mounting the electronic product on the housing 10, and can also use the housing 10 and the face cover 20 in cooperation.

In the scheme, referring to fig. 2-3, the detachable arrangement of the face cover 20 and the housing 10 is realized by magnets, that is, the back of the housing 10 is provided with a magnet a1 and a magnet a2 side by side and at intervals, the magnet a1 and the magnet a2 extend along the long side direction of the housing 10, and the magnet a1 is close to the long side of the housing 10; on the back of the housing 10, a magnet B1 and a magnet B2 are arranged side by side and at an interval, a magnet B1 and a magnet B2 extend in the width direction of the housing 10, and a magnet B1 is close to the width of the housing 10.

The magnets A1 and A2 are designed to extend along the long side direction of the shell 10, and the magnets B1 and B2 extend along the wide side direction of the shell 10, so that the switching between horizontal screens and vertical screens of the protective sleeve can be conveniently realized.

Optionally, the spacing length between the magnet A1 and the magnet A2 is L1, wherein the range of L1 is equal to 1/2-2/3 of the length of the wide side of the shell 10; the spacing length between the magnet B1 and the magnet B2 is L2, wherein the range of L2 is equal to 1/3-1/2 of the length of the long side of the shell. Through adopting above structural design for overall design is more reasonable, realizes the horizontal screen of protective sheath more easily or erects the switching between the screen.

As a preferred embodiment of this solution, the length of L1 is equal to two-thirds of the length of the width of housing 10. The length of L2 is equal to one-half of the length of the long side of the housing 10.

Moreover, the face cover 20 is of a foldable structure, the face cover 20 is provided with a magnet C1 and a magnet C2, and the magnet C1 can be selectively attached to the magnet A1 or the magnet B1 in a magnetic attraction manner; the user can attach the magnet C1 to the magnet A1 according to the needs, and the attached state is generally understood as the use of a transverse screen state; the magnet C1 can also be attached to the magnet B1, and this attachment is generally understood to be the use of a portrait configuration.

Optionally, the surface cover 20 is an important component for realizing the horizontal screen and vertical screen states of the protective sleeve, and can effectively protect the electronic product in the storage state, that is, see fig. 4; the face cover 20 in the scheme comprises a face adhering part 22 and a connecting part 21 which are connected through a flexible material; the facing part 22 is provided with a first module 221, a second module 222 and a third module 223 which can be overlapped and are connected with each other through a flexible material, and a magnet C2 is arranged at the edge of the third module 223; the magnet C1 is provided at the edge of the connection portion 21.

Optionally, a magnet C3 is further disposed at a connection position of the first module 221 and the connection portion; the magnet C1, the magnet C2, and the magnet C3 are arranged side by side.

To further illustrate the present solution to achieve arbitrary switching between landscape and portrait, the following description will be made in detail with respect to the mounting structure, i.e., switching between landscape and portrait.

In this scheme, through adopting above structure, can realize the horizontal screen user state of four kinds of differences, the first kind of support of horizontal screen user state promptly, see fig. 5:

magnet C1 on connecting portion 21 with the laminating is inhaled to magnet A1 magnetism, first module subsides are supported as the bottom surface on the horizontal plane, second module diagonal bracing the casing, the third module is towards flexible material direction between first module and the connecting portion is turned over, makes magnet C2 and magnet C3 are to inhaling, thereby forms to it is right the first kind of horizontal screen user state of casing supports.

Second support for the use of the cross screen, see fig. 6:

the magnet C1 on the connecting part is magnetically attached to the magnet A1, the first module and the third module are used as oblique supports, the magnet C2 and the magnet C3 are attracted to each other, and the second module is attached to a horizontal plane to be used as a bottom support.

The third support for the transverse screen in the using state is shown in fig. 7:

magnet C1 on the connecting portion with the laminating is inhaled to magnet A1 magnetism, turns over the wainscot portion makes first module 221 level sets up as the bottom surface and supports, second module 222 diagonal bracing the casing, the laminating of third module 223 is in the back of casing 10 just magnet C2 with the laminating is inhaled to magnet A2 magnetism.

The fourth support of the landscape screen in use, see fig. 8:

magnet C1 on the connecting portion with magnet A1 magnetism is inhaled the laminating, turns over the wainscot portion and makes first module 221, second module 222 horizontal setting support as the bottom surface, third module 223 diagonal bracing the casing just magnet A2 with magnet C2 is to inhaling.

The four different supporting states are obviously different, and the protective sleeve has four different transverse screen using states by simply turning and converting the first module, the second module and the third module; make this protective sheath can switch wantonly under four kinds of different user's modes, satisfy different users' demand, have obvious promotion effect to the suitability of this protective sheath.

Simultaneously, through with magnet C1 with magnet B1 carries out magnetism and inhales the laminating, can erect the screen user state and support, and this scheme specifically provides three kinds and erects screen user state.

The first support of the vertical screen using state is shown in fig. 9:

magnet C1 on the connecting portion with magnet B1 magnetism is inhaled the laminating, first module 221 pastes and supports as the bottom surface on the horizontal plane, second module 222 diagonal bracing the casing, third module 223 turns over towards the flexible material direction between first module and the connecting portion makes magnet C2 and magnet C3 are to inhaling.

Second support for vertical screen use, see fig. 10:

magnet C1 on the connecting portion with the laminating is inhaled to magnet B1 magnetism, turns over the wainscot portion makes first module 221 level sets up as the bottom surface and supports, second module 222 diagonal bracing casing 10, the laminating of third module 223 is in the back of casing 10 just magnet C2 with the laminating is inhaled to magnet B2 magnetism.

Third support for vertical screen using state, see fig. 11:

magnet C1 on the connecting portion with magnet B1 magnetism is inhaled the laminating, turns over the veneer portion makes first module, second module level set up as the bottom surface and support, third module diagonal bracing the casing just magnet B2 with magnet C2 is to inhaling.

In summary, by adopting the protective sleeve structure provided by the present scheme, at least 7 usage modes in different states can be realized, so that the magnet on the face cover 20 can be freely attached to the magnet on the housing 10 in an attraction manner, and the electronic product can be rapidly and conveniently switched between the horizontal screen state and the vertical state, so that the protective sleeve provided by the present scheme has the functions of using in the horizontal screen state and using in the vertical screen state, and is not limited to the traditional single usage state; the protective sleeve is simple in structure and flexible to use, and is convenient for different user groups to use.

In the scheme, considering that the face cover 20 needs to be turned over for a non-counting number of times when the turning support is performed, a special design is also required for the composition of the face cover, that is, in the scheme, the facing part 22 in the face cover can be turned over randomly, because the whole face cover 20 is mainly made of a flexible material, see fig. 12, that is, the face cover 20 comprises an upper fabric and a lower fabric which are made of the flexible material; a rigid reinforcing sheet, a first rigid reinforcing sheet, a second rigid reinforcing sheet and a third rigid reinforcing sheet are sequentially and additionally connected between the upper fabric and the lower fabric in parallel; a magnet C1 is provided in the connection rigid reinforcing sheet along the longitudinal direction; the third rigid reinforcing sheet has a magnet C2 provided therein along the longitudinal direction; the upper fabric and the lower fabric are pressed through a pressing process, so that the first rigid reinforcing sheet, the second rigid reinforcing sheet, the third rigid reinforcing sheet and the connecting rigid reinforcing sheet respectively correspond to a first module 221, a second module 222, a third module 223 and a connecting part 21.

Optionally, the casing 10 is provided with a power key port, a microphone sound receiving hole, a camera hole, a speaker hole, a charging interface and a volume key protrusion; simultaneously in order to satisfy the needs of touch screen, still be provided with in holding the chamber and accomodate the groove, accomodate the groove here and be used for conveniently accomodating the touch-control pen.

By adopting the flexible material for pressing, the quality of the whole surface cover 20 can be effectively ensured to be stable, so that the damage can not occur in the multiple turnover.

According to the technical scheme, the protective sleeve is designed in a brand-new structure, so that the face cover and the shell can be detached at will; meanwhile, the surface cover and the shell are respectively provided with a magnet A1, a magnet A2, a magnet B1, a magnet B2, a magnet C1, a magnet C2 and a magnet C3 which correspond in position; therefore, the protective sleeve can be switched between a horizontal screen and a vertical screen at will, and the protective sleeve has great promotion effect on improving market share and meeting diversified demands of customers.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention, and any modifications, equivalent replacements, improvements, etc. made within the spirit and principle of the present invention should be included within the protection scope of the present invention.

Claims (12)

1. The changeable magnetic protective sleeve comprises a shell (10) with a square cavity and a face cover (20) detachably connected with the shell (10); the magnetic-type portable electronic device is characterized in that a magnet A1 and a magnet A2 are arranged on the back of the shell (10) side by side at intervals, the magnet A1 and the magnet A2 extend along the long side direction of the shell (10), and the magnet A1 is close to the long side of the shell (10); the back of the shell (10) is also provided with a magnet B1 and a magnet B2 side by side at intervals, the magnet B1 and the magnet B2 extend along the width direction of the shell (10), and the magnet B1 is close to the width of the shell (10); the face cover (20) is of a foldable structure, a magnet C1 and a magnet C2 are arranged on the face cover (20), and the magnet C1 can be selectively attached to the magnet A1 or the magnet B1 in a magnetic attraction mode.

2. The changeable magnetic attraction protective sleeve of claim 1, wherein the face cover (20) comprises a face-attaching portion (22) and a connecting portion (21) connected by a flexible material; the veneering part (22) is provided with a first module (221), a second module (222) and a third module (223) which can be overlapped and are connected with each other through a flexible material, and a magnet C2 is arranged at the edge of the third module (223); the magnet C1 is arranged at the edge of the connecting part (21).

3. The changeable magnetic attraction protective sleeve of claim 2, wherein a magnet C3 is further provided at the connection position of the first module (221) and the connection portion (21); the magnet C1, the magnet C2 and the magnet C3 are arranged side by side.

4. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet A1, the first module (221) is attached to a horizontal surface to serve as a bottom support, the second module (222) obliquely supports the housing (10), and the third module (223) is folded toward the direction of the flexible material between the first module (221) and the connecting portion (21), so that the magnet C2 and the magnet C3 are attracted to each other to form a first cross-screen using state support for the housing (10).

5. The changeable magnetic attraction protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet A1, the first module (221) and the third module (223) are used as oblique supports and make the magnet C2 and the magnet C3 attract each other, and the second module (222) is attached to a horizontal surface to be used as a bottom support, so as to form a second cross-screen using state support for the housing (10).

6. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet A1, the attaching portion (22) is folded to make the first module (221) horizontally arranged as a bottom support, the second module (222) obliquely supports the casing (10), the third module (223) is attached to the back of the casing (10) and the magnet C2 is magnetically attached to the magnet A2 to form a third transverse screen using state support for the casing (10).

7. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet A1, the attaching portion (22) is folded to horizontally arrange the first module (221) and the second module (222) as bottom supports, the third module (223) obliquely supports the casing (10), and the magnet C2 and the magnet A2 are attracted to each other to form a fourth cross screen using state support for the casing (10).

8. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet B1, the first module (221) is attached to a horizontal surface to serve as a bottom support, the second module (222) obliquely supports the housing (10), and the third module (223) is folded toward the direction of the flexible material between the first module (221) and the connecting portion (21), so that the magnet C2 and the magnet C3 are attracted to each other to form a first vertical screen using state support for the housing (10).

9. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet B1, the attaching portion (22) is folded to make the first module (221) horizontally arranged as a bottom support, the second module (222) obliquely supports the casing (10), the third module (223) is attached to the back of the casing (10) and the magnet C2 is magnetically attached to the magnet B2 to form a second vertical screen using state support for the casing (10).

10. The changeable magnetic protective sleeve of claim 3, wherein the magnet C1 on the connecting portion (21) is magnetically attached to the magnet B1, the attaching portion (22) is folded to horizontally arrange the first module (221) and the second module (222) as bottom supports, the third module (223) obliquely supports the casing (10), and the magnet C2 and the magnet B2 are attracted to each other to form a third vertical screen using state support for the casing (10).

11. The polytropic magnetically attractive sleeve of claim 1, wherein the distance between magnet a1 and magnet a2 is L1, wherein L1 is in the range of 1/2 to 2/3 the length of the broad side of the casing (10); the spacing length between the magnet B1 and the magnet B2 is L2, wherein the range of L2 is equal to 1/3-1/2 of the length of the long side of the shell (10).

12. The polytropic magnetically attractive sleeve of claim 11 wherein the length of L1 is equal to two-thirds of the length of the broadside of the housing (10); the length of the L2 is equal to one half of the length of the long side of the shell (10).

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