CN216255859U - Protective sheath is inhaled to detachable magnetism - Google Patents

Abstract

The utility model discloses a detachable magnetic attraction protective sleeve, which relates to the technical field of protective sleeves of electronic products and comprises a rear cover, a front cover and a lap cover, wherein the rear cover, the front cover and the lap cover are mutually independent and detachably arranged; the left side and the right side of the rear cover are respectively provided with an A1 magnet and an A2 magnet; the front cover comprises a veneering part and a fixing part which are connected with each other through a flexible material, and a B1 magnet which corresponds to the A1 magnet in a magnetic attraction way is embedded in the fixing part; a B2 magnet is embedded in one side of the attaching part away from the fixing part; the lap cover comprises a first buckle and a second buckle which are connected with each other through a flexible material, wherein a C1 magnet corresponding to the magnetic attraction of the A2 magnet is embedded in the first buckle, and a C2 magnet corresponding to the magnetic attraction of the B2 magnet is embedded in the second buckle; through doing brand-new structural design to the protective sheath, especially design mutually independent and detachable back lid, preceding lid and take the lid, after electronic product covers fixedly with the back, the user can carry out the collocation use of back lid and taking the lid according to the demand of oneself.

Description

Protective sheath is inhaled to detachable magnetism

Technical Field

The utility model relates to the technical field of protective sleeves of electronic products, in particular to a detachable magnetic protective sleeve.

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.

But along with the pluralism that uses electronic product, different crowds possess different user demands, especially the convenience performance who uses, though there is protective sheath structure at present, but most formula structure as an organic whole, when needing in the use to separate electronic product and protective sheath, can't realize the partial parts separation of protective sheath, must pull down protective sheath whole or change, can't satisfy the pluralism demand that the part that the customer only needed the protective sheath carries out the separation simultaneously.

SUMMERY OF THE UTILITY MODEL

Aiming at the problems in the prior art, the utility model provides a new technical scheme, and the structure of the protective sleeve is designed to be new, so that a customer can disassemble the components of the protective sleeve more freely, and the diversified requirements of the customer are met.

The specific scheme provided by the utility model is as follows:

a rear cover is used for fixing an electronic product, the left side and the right side of the rear cover are respectively provided with an A1 magnet and an A2 magnet, and the middle position of the rear cover is provided with a D1 magnet.

Further, the rear cover comprises a rear cover upper fabric, a supporting rigid reinforcing plate and a rear cover lower fabric which are arranged in an overlapping mode, the A1 magnet, the A2 magnet and the D1 magnet are all arranged on the supporting rigid reinforcing plate, and the rear cover upper fabric, the supporting rigid reinforcing plate and the rear cover lower fabric are pressed and molded through a pressing process.

A detachable magnetic protective sleeve comprises a front cover and an upper rear cover; the front cover comprises a veneering part and a fixing part which are connected with each other through a flexible material, and a B1 magnet which corresponds to the A1 magnet in a magnetic attraction manner is embedded in the fixing part; a B2 magnet is embedded in one side of the attaching part far away from the fixing part.

Furthermore, the front cover comprises a veneering part and a fixing part which are connected with each other through a flexible material, and a B1 magnet which corresponds to the A1 magnet in a magnetic attraction manner is embedded in the fixing part; a B2 magnet is embedded in one side of the attaching part away from the fixing part;

the hasp cover comprises a first hasp and a second hasp which are connected with each other through flexible materials, a C1 magnet corresponding to the A2 magnet is embedded in the first hasp, and a C2 magnet corresponding to the B2 magnet is embedded in the second hasp.

Further, the facing portion has a first module, a second module and a third module which are foldable and connected to each other by a flexible material, and the B2 magnet is embedded in the third module.

Further, the outermost side of the third module is provided with a D2 magnet, and the first module, the second module and the third module are folded, so that the D2 magnet and the D1 magnet are attracted to support the rear cover.

Furthermore, the facing part turns over and makes first module level setting supports as the bottom surface, second module diagonal bracing the back lid, the laminating of third module is in the back of back lid just the D2 magnet is in with the setting D1 magnet in the back lid is to inhaling, first module, second module and third module are common right the back lid is violently shielded and is supported.

Furthermore, the facing part turns over and makes first module, second module horizontal setting support as the bottom surface, the third module diagonal bracing the back lid just the D2 magnet is in with setting up D1 magnet in the back lid is to inhaling, first module, second module and third module form the triangle structure jointly and right another kind of cross screen of back lid supports.

Furthermore, the facing part is turned over to enable the first module to be pasted on a horizontal plane to serve as a bottom support, the second module supports the rear cover in an inclined mode, the third module is turned over towards the direction of the flexible material between the first module and the fixing part, and the first module, the second module and the third module form a closed triangular structure to form another cross screen using state support for the rear cover.

Furthermore, the facing part is folded to enable the first module and the third module to be used as oblique supports, the second module is pasted on a horizontal plane to be used as a bottom support, and the first module, the second module and the third module enclose a closed triangular structure to form another cross screen using state support for the rear cover.

Further, the front cover comprises a front cover upper fabric and a front cover lower fabric which are made of flexible materials; a fixed rigid reinforcing plate, a first rigid reinforcing plate, a second rigid reinforcing plate and a third rigid reinforcing plate are sequentially and additionally arranged between the front cover upper fabric and the front cover lower fabric in parallel; the B1 magnet is arranged in the fixed rigid reinforcing plate along the length direction; the B2 magnet and D2 magnet are arranged lengthwise in the third rigid reinforcing plate; the front cover upper fabric and the front cover lower fabric are pressed through a pressing process, so that the first rigid reinforcing plate, the second rigid reinforcing plate, the third rigid reinforcing plate and the fixed rigid reinforcing plate respectively correspond to the first module, the second module, the third module and the fixed part.

Further, still include and overlap the lid, overlap the lid and include first hasp and the second hasp through flexible material interconnect, embedded in the first hasp with the C1 magnet that A2 magnet magnetism corresponds, embedded in the second hasp with the C2 magnet that B2 magnet magnetism corresponds.

Furthermore, the lap cover comprises an upper lap cover fabric, a lower lap cover fabric and two buckle rigid reinforcing plates, wherein the upper lap cover fabric and the lower lap cover fabric are made of flexible materials, the two buckle rigid reinforcing plates are arranged between the upper lap cover fabric and the lower lap cover fabric, the C1 magnet and the C2 magnet are respectively arranged on the corresponding buckle rigid reinforcing plates, and the upper lap cover fabric, the buckle rigid reinforcing plates and the lower lap cover fabric are pressed and molded through a pressing process.

Further, the B2 magnet is provided with a plurality of rows; the C2 magnet in the second buckle may be attracted to a different row of B2 magnets such that a stylus receiving cavity is formed between the buckle cover and the rear cover.

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

by making a brand-new structural design for the protective sleeve, particularly designing the detachable rear cover, the detachable front cover and the detachable lap cover which are mutually independent, after the electronic product is fixed with the rear cover, a user can match the rear cover and the lap cover according to the own requirements, and the protective sleeve is not limited to the traditional state only; the protective sleeve is simple in structure and flexible to use, and is convenient for different user groups to use.

Drawings

Fig. 1 is a combined structure diagram of the protective sleeve.

Figure 2 is an exploded view of the present sleeve.

Fig. 3 is a split structure view of the protective sleeve.

Fig. 4 is a display view of the first embodiment of the protective sheath.

Fig. 5 is a diagram showing a second embodiment of the protective cover.

Fig. 6 is a display view of the third embodiment of the protective cover.

Fig. 7 is a diagram showing a fourth embodiment of the protective sheath.

Fig. 8 is a structural display view of the rear cover used alone.

Fig. 9 is a structural view of the cover wrapping the stylus in the storage state.

Fig. 10 is a structural view when the stylus pen is not wrapped with the cover in the housed state.

Wherein: 10 rear cover, 20 front cover, 21 attaching part, 22 fixing part, 30 cover, 31 first buckle, 32 second buckle, 211 first module, 212 second module and 213 third module.

Detailed Description

The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the utility model.

This embodiment provides a protective sheath is inhaled to lid and detachable magnetism at back, does independent split type design through the part with the protective sheath to improve the flexibility that the protective sheath used, make things convenient for the different user demands that use the colony.

Specifically, referring to fig. 1 to 3, the detachable magnetic protective sleeve designed in the present scheme includes a rear cover 10, a front cover 20 and a lap cover 30, which are independent and detachable from each other; the rear cover 10 is used for supporting and placing an electronic product, so that the stability of placing the electronic product is ensured, the back area of the electronic product and the position of a camera can be protected, and the promotion effect on improving the hand feeling is also great; the front cover 20 is used for protecting the screen of the electronic product and can be folded into a stable structure to support the equipment; the cover 30 is used for overlapping at the opening between the rear cover 10 and the front cover 20, so that the provided protective sleeve can completely wrap the electronic product, and the all-round protection of the electronic product is formed.

In the scheme, the A1 magnet and the A2 magnet are respectively arranged on the left side and the right side of the rear cover 10; the front cover 20 comprises a veneering part 21 and a fixing part 22 which are connected with each other through a flexible material, wherein a B1 magnet which corresponds to the A1 magnet in a magnetic attraction way is embedded in the fixing part 22; a B2 magnet is embedded in one side of the veneering part 21 far away from the fixing part 22; the cover 30 comprises a first buckle 31 and a second buckle 32 which are connected with each other through a flexible material, wherein a C1 magnet corresponding to the magnetic attraction of an A2 magnet is embedded in the first buckle 31, and a C2 magnet corresponding to the magnetic attraction of a B2 magnet is embedded in the second buckle 32.

Through with back lid 10, preceding lid 20 and take lid 30 independent setting respectively to accomplish the connection through the magnet each other, the user can make up the use according to the demand of reality, has very big promotion effect to the improvement of using the flexibility.

The specific use mode is that the fixing part 22 is attracted to the A1 magnet through the B1 magnet, so that the front cover 20 is fixedly connected with the rear cover 10, the electronic product is fixedly placed on the installation plane of the rear cover 10, and the attaching part 21 is turned over to attach the attaching part 21 to the screen of the electronic product, so that the screen is effectively protected; finally, the C1 magnet in the cover 30 is attracted to the a1 magnet of the rear cover 10, and the C2 magnet of the cover 30 is attracted to the B2 magnet of the front cover 20, so that the electronic product is stored, as shown in fig. 9-10.

Of course, in a specific use process, only the rear cover 10 and the front cover 20 are reserved for convenience of use; it is also possible to keep only the rear cover 10, as shown in fig. 8, and the user can use them in any combination according to his or her needs.

In this embodiment, the structure of the facing portion 21 is further designed, that is, the facing portion 21 has a first module 211, a second module 212 and a third module 213 which are foldable and connected to each other by a flexible material, and the above-described B2 magnet is embedded in the third module 213.

The facing portion 21 is designed as three modules (i.e., a first module 211, a second module 212, and a third module 213) that can be folded over each other, and is mainly used for facilitating the use of the electronic product in the landscape state; it can be understood that the electronic product can present various horizontal screen using states through mutual support and folding transformation among the first module 211, the second module 212 and the third module 213.

Meanwhile, a D1 magnet is provided at a middle position of the rear cover 10, a D2 magnet is provided at an outermost side of the third module 213, and the D2 magnet is attracted to the D1 magnet to support the rear cover 10 by folding the first module 211, the second module 212, and the third module 213.

Two specific landscape configurations are further described herein:

the first embodiment is as follows:

referring to fig. 4, the attaching portion 21 is folded such that the first module 211 is horizontally disposed as a bottom support, the second module 212 supports the rear cover 10 in an inclined manner, and the third module 213 is attached to the back of the rear cover 10 and the D2 magnet is attracted to the D1 magnet disposed in the rear cover 10, and in this manner, the first module 211, the second module 212, and the third module 213 form a cross-screen supporting state for the rear cover 10.

Example two:

referring to fig. 5, the facing portion 21 is folded such that the first module 211 and the second module 212 are horizontally disposed as a bottom support, and the third module 213 supports the rear cover 10 in an inclined manner and the D2 magnet is attracted to the D1 magnet disposed in the rear cover 10, and by such an arrangement, the first module 211, the second module 212, and the third module 213 form a triangular structure together, thereby forming another cross screen support state for the rear cover 10.

Example three:

referring to fig. 6, the attaching portion 21 is folded to attach the first module 211 to a horizontal plane as a bottom support, the second module 212 supports the rear cover 10 in an inclined manner, and the third module 213 is folded toward the flexible material between the first module 211 and the fixing portion 22, so that the first module 211, the second module 212, and the third module 213 form a closed triangular structure, thereby forming another cross-screen using state support for the rear cover 10.

Example four:

referring to fig. 7, the facing portion 21 is folded to make the first module 211 and the third module 213 serve as an oblique support, and the second module 212 is then attached to a horizontal plane to serve as a bottom support, so that the first module 211, the second module 212 and the third module 213 are similarly enclosed to form a closed triangular structure through such a folding structure, so as to form another cross-screen use state support for the rear cover 10.

Optionally, a marker strip E may be further disposed on the rear cover, the marker strip E is disposed on the surface of the rear cover through a silk-screen process or a hot stamping process, and has no magnetism, but the marker strip E corresponds to the position of the magnet D1, and the marker strip E is used for guiding a user to attach the magnet D2 on the third module 213 to the position of the rear cover.

In the present solution, referring to fig. 2, the facing portion 21 can be arbitrarily turned because the entire face cover is mainly made of a flexible material; specifically, the front cover 20 includes a front cover upper fabric and a front cover lower fabric made of a flexible material; a fixed rigid reinforcing plate, a first rigid reinforcing plate, a second rigid reinforcing plate and a third rigid reinforcing plate are sequentially and additionally arranged between the front cover upper fabric and the front cover lower fabric in parallel; the B1 magnet is arranged in the fixed rigid reinforcing plate along the length direction; the B2 magnet and the D2 magnet are arranged in the third rigid reinforcing plate in the length direction; the front cover upper fabric and the front cover lower fabric are pressed through a pressing process, so that the first rigid reinforcing plate, the second rigid reinforcing plate, the third rigid reinforcing plate and the fixed rigid reinforcing plate respectively correspond to the first module 211, the second module 212, the third module 213 and the fixed portion 22.

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

In order to improve the quality of the whole protective sleeve, the scheme adopts a pressing process mode for the front cover 20 and also adopts a pressing process for the rear cover 10 and the lapping cover 30.

Specifically, the rear cover 10 includes a rear cover upper fabric, a support rigid reinforcing plate, and a rear cover lower fabric, which are stacked, the a1 magnet, the a2 magnet, and the D1 magnet are all disposed on the support rigid reinforcing plate, and the rear cover upper fabric, the support rigid reinforcing plate, and the rear cover lower fabric are press-molded by a press-fitting process.

Specifically, the cover 30 includes an upper cover fabric, a lower cover fabric and two rigid hasp reinforcing plates, the upper cover fabric and the lower cover fabric are made of flexible materials, the two rigid hasp reinforcing plates are arranged between the upper cover fabric and the lower cover fabric, the C1 magnet and the C2 magnet are respectively arranged on the corresponding rigid hasp reinforcing plates, and the upper cover fabric, the rigid hasp reinforcing plates and the lower cover fabric are pressed and molded through a pressing process.

In view of the requirement that the electronic product has a stylus during use, in order to facilitate the cooperation between the stylus and the protective case, a receiving cavity for placing the stylus is particularly arranged in the structure of the protective case.

Specifically, referring to fig. 2, 9-10, the B2 magnet described above is provided with multiple rows; in the scheme, only two rows are arranged, the C2 magnets in the second hasp 32 can be attracted to the B2 magnets in different rows, that is, when the C2 magnets are attracted to the B2 magnets in the first row, a stylus pen accommodating cavity is formed between the lapping cover 30 and the rear cover 10, which is suitable for accommodating a stylus pen, and it can be understood that the lapping cover 30 wraps the stylus pen at this time; when the C2 magnet and the second row B2 magnet are attracted to each other, the stylus pen housing chamber is reduced and the cover 30 cannot enclose the stylus pen, but in this state, the electronic product can be enclosed more tightly.

In summary, by making a brand new structural design for the protective sleeve, especially designing the detachable rear cover 10, the front cover 20 and the cover 30 which are independent from each other, after the electronic product is fixed with the rear cover 10, a user can match the front cover 20 and the cover 30 according to his own needs, and the protective sleeve is not limited to only one conventional use state; the protective sleeve is simple in structure and flexible to use, and is convenient for different user groups to use.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the utility model, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims (11)

1. A detachable magnetic protective sleeve is characterized by comprising a front cover (20) and a rear cover (10);

the left side and the right side of the rear cover (10) are respectively provided with an A1 magnet and an A2 magnet, and the middle position of the rear cover (10) is provided with a D1 magnet;

the front cover (20) comprises a veneering part (21) and a fixing part (22) which are mutually connected through a flexible material, wherein a B1 magnet corresponding to the A1 magnet in a magnetic attraction manner is embedded in the fixing part (22); a B2 magnet is embedded in one side of the facing part (21) far away from the fixing part (22).

2. A detachable magnetic protective sleeve according to claim 1, wherein the facing portion (21) has a first module (211), a second module (212) and a third module (213) which are foldable and connected with each other by a flexible material, and the B2 magnet is embedded in the third module (213).

3. A detachable magnetically attractive protective sleeve according to claim 2, characterized in that the outermost side of the third module (213) is provided with D2 magnet, and the first module (211), the second module (212) and the third module (213) are folded to make the D2 magnet attract with the D1 magnet to support the rear cover (10).

4. A detachable magnetic protective sleeve according to claim 3, wherein the facing portion (21) is folded to make the first module (211) horizontally arranged as a bottom support, the second module (212) obliquely supports the rear cover (10), the third module (213) is attached to the back of the rear cover (10) and the D2 magnet is attracted to the D1 magnet arranged in the rear cover (10), and the first module (211), the second module (212) and the third module (213) jointly support the rear cover (10) across the screen.

5. The detachable magnetic attraction protective sleeve as claimed in claim 3, wherein the facing portion (21) is folded to make the first module (211) and the second module (212) horizontally disposed as a bottom support, the third module (213) supports the rear cover (10) obliquely and the D2 magnet is in attraction with the D1 magnet disposed in the rear cover (10), and the first module (211), the second module (212) and the third module (213) together form a triangle structure to support another kind of cross screen of the rear cover (10).

6. The detachable magnetic attraction protective sleeve as claimed in claim 3, wherein the facing portion (21) is folded to make the first module (211) be attached on a horizontal plane as a bottom support, the second module (212) supports the rear cover (10) obliquely, the third module (213) is folded towards a direction of a flexible material between the first module (211) and the fixing portion (22), and the first module (211), the second module (212) and the third module (213) form a closed triangular structure to form a cross-screen using state support for the rear cover (10).

7. The detachable magnetic attraction protective sleeve as claimed in claim 3, wherein the facing portion (21) is folded to make the first module (211) and the third module (213) as an oblique support, and the second module (212) is attached to a horizontal surface to be a bottom support, and the first module (211), the second module (212) and the third module (213) form a closed triangle structure to form a further cross-screen using state support for the rear cover (10).

8. The detachable magnetic protective sleeve as claimed in claim 2, wherein the front cover (20) comprises a front cover upper fabric and a front cover lower fabric made of flexible material; a fixed rigid reinforcing plate, a first rigid reinforcing plate, a second rigid reinforcing plate and a third rigid reinforcing plate are sequentially and additionally arranged between the front cover upper fabric and the front cover lower fabric in parallel; the B1 magnet is arranged in the fixed rigid reinforcing plate along the length direction; the B2 magnet and D2 magnet are arranged lengthwise in the third rigid reinforcing plate; the front cover upper fabric and the front cover lower fabric are pressed through a pressing process, so that the first rigid reinforcing plate, the second rigid reinforcing plate, the third rigid reinforcing plate and the fixed rigid reinforcing plate respectively correspond to the first module (211), the second module (212), the third module (213) and the fixed part (22).

9. The detachable magnetic protective sleeve as claimed in claim 1, wherein the rear cover (10) comprises a rear cover upper fabric, a supporting rigid reinforcing plate and a rear cover lower fabric which are stacked, the a1 magnet, the a2 magnet and the D1 magnet are all arranged on the supporting rigid reinforcing plate, and the rear cover upper fabric, the supporting rigid reinforcing plate and the rear cover lower fabric are pressed into a shape by a pressing process.

10. The separable magnetic attraction protective sleeve as claimed in claim 1, further comprising a cover (30), wherein the cover (30) comprises a first buckle (31) and a second buckle (32) connected to each other by a flexible material, the first buckle (31) has a C1 magnet embedded therein, the C1 magnet corresponds to the a2 magnet, and the second buckle (32) has a C2 magnet embedded therein, the C2 magnet corresponds to the B2 magnet.

11. The separable magnetic attraction protective sleeve as claimed in claim 10, wherein the cover (30) comprises a cover upper fabric, a cover lower fabric and two buckle rigid reinforcing plates, the cover upper fabric and the cover lower fabric are made of flexible materials, the two buckle rigid reinforcing plates are arranged between the cover upper fabric and the cover lower fabric, the C1 magnet and the C2 magnet are respectively arranged on the corresponding buckle rigid reinforcing plates, and the cover upper fabric, the buckle rigid reinforcing plates and the cover lower fabric are pressed and molded through a pressing process.

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