CN112445278A

CN112445278A - Mobile electronic equipment protective sleeve, mobile electronic equipment and mobile electronic equipment system

Info

Publication number: CN112445278A
Application number: CN201910819010.0A
Authority: CN
Inventors: 牟洋; 郑涛
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2019-08-30
Filing date: 2019-08-30
Publication date: 2021-03-05
Also published as: WO2021036705A1

Abstract

The embodiment of the application provides a mobile electronic equipment protective sheath, mobile electronic equipment and mobile electronic equipment system, relates to electronic equipment technical field, can conveniently realize carrying out linear adjustment to mobile electronic equipment's support angle, promotes user comfort in use. This mobile electronic equipment protective sheath includes along first trip axis rotatable coupling's upper cover and lower cover, and the upper cover includes along second trip axis rotatable coupling's back supporting part and laminating portion, back supporting part and lower cover along first trip axis rotatable coupling, and the lower cover is close to the part of first trip axis includes the bottom sprag district, and the bottom sprag district can be used for making the bottom of mobile electronic equipment slide in the within range in bottom sprag district, and the bottom sprag district is equipped with the first accessory that adsorbs the mobile electronic equipment bottom. The mobile electronic equipment protective sleeve provided by the embodiment of the application is used for protecting the mobile electronic equipment.

Description

Mobile electronic equipment protective sleeve, mobile electronic equipment and mobile electronic equipment system

Technical Field

The application relates to the technical field of electronic equipment, in particular to a mobile electronic equipment protective sleeve, mobile electronic equipment and a mobile electronic equipment system.

Background

The mobile electronic equipment is convenient to carry and can adapt to the use of multiple scenes, and in order to increase the convenience and appearance, the mobile electronic equipment is increasingly light and thin nowadays, and the mobile electronic equipment is easy to wear under the condition of frequent use. Therefore, in order to protect the mobile electronic device, people often use the mobile electronic device protective case in a matching way.

The mobile electronic equipment protective sleeve can protect the mobile electronic equipment, and can also play a role in supporting the mobile electronic equipment when the mobile electronic equipment is used. For example, a charging port or a charging unit is arranged in the mobile electronic device protective sleeve and can charge the mobile electronic device; the mobile electronic equipment protective sleeve can also be provided with devices such as a keyboard and the like, and is used for facilitating interaction between a user and the mobile electronic equipment.

However, when the protective case of the mobile electronic device on the market is matched with the mobile electronic device, the mobile electronic device is usually supported by only a single or a plurality of fixed angles, and the comfort level of the user is not high.

Disclosure of Invention

The embodiment of the application provides a mobile electronic equipment protective sheath, mobile electronic equipment and mobile electronic equipment system, can conveniently realize carrying out linear adjustment to mobile electronic equipment's support angle, promotes user comfort in use.

In order to achieve the above purpose, the embodiment of the present application adopts the following technical solutions:

in a first aspect, an embodiment of the present application provides a mobile electronic device protective cover for protecting and supporting a mobile electronic device, including an upper cover and a lower cover rotatably connected along a first flipping axis, where the upper cover includes a back supporting portion and a fitting portion rotatably connected along a second flipping axis, the back supporting portion and the lower cover rotatably connected along the first flipping axis, the first flipping axis and the second flipping axis are substantially parallel, the fitting portion is configured to fix the mobile electronic device, and the back supporting portion is configured to support a back of the mobile electronic device; the part of the lower cover close to the first overturning axis comprises a bottom supporting area, the width of the bottom supporting area is larger than the thickness of the mobile electronic device, the bottom supporting area can be used for the bottom of the mobile electronic device to slide in the range of the bottom supporting area, and the bottom supporting area is provided with a first suction piece capable of sucking the bottom of the mobile electronic device so as to support the bottom of the mobile electronic device.

The mobile electronic equipment protective sleeve provided by the embodiment of the application comprises an upper cover and a lower cover which are rotatably connected along a first overturning axis, wherein the upper cover comprises a back supporting part and a fitting part which are rotatably connected along a second overturning axis; the part of the lower cover close to the first turnover shaft comprises a bottom supporting area, the width of the bottom supporting area is larger than the thickness of the mobile electronic device, the bottom supporting area can be used for enabling the bottom of the mobile electronic device to slide in the range of the bottom supporting area, the bottom supporting area is provided with a first absorbing part capable of absorbing the bottom of the mobile electronic device, when the mobile electronic device is matched with a mobile electronic device protective sleeve, the laminating part is laminated with the mobile electronic device, the back supporting part can be supported on the back of the mobile electronic device, the position of the bottom of the mobile electronic device can be freely adjusted in the bottom supporting area, and the first absorbing part in the bottom supporting area can absorb the bottom of the mobile electronic device located in the bottom supporting area so as to enable the bottom of the mobile electronic device to be located in different supporting. Through the effect of first absorption piece, can realize carrying out linear adjustment to mobile electronic device's support angle, promote user comfort in use.

Optionally, the first suction piece is a magnetic component disposed in the bottom support area, and the magnetic component is used for sucking the bottom of the mobile electronic device. The first suction accessory needs to be a structure capable of being matched with the bottom of the mobile electronic device for adsorption, for example, the first suction accessory is a magnetic component, correspondingly, the bottom or the whole shell of the mobile electronic device can be made of a magnetic conductive metal material, or a magnetic component is also arranged at the bottom of the mobile electronic device, so as to ensure that the first suction accessory can adsorb the mobile electronic device. Of course, when the magnetic component is disposed on the bottom of the mobile electronic device, the first attraction part may also be made of a magnetic conductive metal material.

In order to ensure that the mobile electronic device can be sucked by the first suction means in all positions within the base support area, the base support area is therefore optionally filled by the first suction means in the direction in which the base of the mobile electronic device slides in the base support area.

The shape and structure of the first suction means can be arranged according to the actual need, e.g. the first suction means fills the entire bottom support area, but such a solution increases the material costs and affects the convenience of the protective case of the mobile electronic device. Therefore, the first suction attachment having a smaller size can be selected, and a plurality of first suction attachments are provided at a plurality of positions. Optionally, the number of the first suction pieces is multiple, and the multiple first suction pieces are arranged at intervals along the direction of the first overturning axis.

Upper cover and lower cover are along first trip axis rotatable coupling, but back supporting part and laminating portion are along second trip axis rotatable coupling, and the mode of its realization has the multiple, and current common connected mode is through the articulated connection of pivot, but, the cost of pivot structure is higher relatively, is difficult for making, and needs to increase structural strength in pivot department to guarantee that the junction is in place and support firm. Therefore, optionally, the upper cover and the lower cover are flexibly connected at the first turning axis, and/or the back support part and the fitting part are flexibly connected at the second turning axis. Can guarantee rotatory effect through flexonics's mode, and compare pivot articulated mode, with low costs, easily make, and it is lower to the intensity requirement of support part, can make the whole thickness attenuate of mobile electronic equipment protective sheath, trend lightweight.

Optionally, the upper cover and the lower cover are coated with a connecting sleeve made of a flexible material, the attaching portion and the back supporting portion are arranged at intervals, and the attaching portion and the back supporting portion are flexibly connected through the connecting sleeve; and/or the back supporting part and the lower cover are arranged at intervals, and the back supporting part and the lower cover are flexibly connected through the connecting sleeve.

The connecting sleeve can be only arranged on one side of the upper cover, and can also be arranged on both sides of the upper cover, the scheme that the two sides are arranged is more firm in connection, and the upper cover, the lower cover and other internal structures can be wrapped and protected by the connecting sleeve. Therefore, optionally, the connection sleeve includes an upper sleeve and a lower sleeve made of flexible materials, the upper sleeve is located above the upper cover and the lower cover, the lower sleeve is located below the upper cover and the lower cover, the upper sleeve and the lower sleeve are attached to each other, and the upper cover and the lower cover are wrapped in the connection sleeve.

Optionally, the connecting sleeve is made of a leather material.

Generally, the connection between the mobile electronic device and the mobile electronic device protective case needs to be spliced through structures such as wires or interfaces, so that the splicing is troublesome, and the mobile electronic device which needs to be accurately corresponding and matched with the model needs to be provided with a corresponding interface when the mobile electronic protective case is manufactured, so that the manufacturing difficulty is increased. Therefore, optionally, a keyboard is arranged in the protective cover of the mobile electronic device, a protective cover wireless communication module is arranged in the keyboard, and the keyboard can be connected with the mobile electronic device through the protective cover wireless communication module. The wireless connection mode can remove the operation of interface connection, and the mobile electronic equipment protective sheath is easy to produce, convenient to use is swift.

The back of the mobile electronic device is fixed with the attaching part of the upper cover, and the fixing mode can be various, for example, clamping, bonding and the like, so that the connection is convenient, and the operation is simplified. Optionally, the laminating portion of upper cover is equipped with the second and adsorbs the piece, the back of mobile electronic device passes through the second adsorb the piece with laminating portion adsorbs fixedly. Like this, the back of mobile electronic equipment is directly adsorbed fixedly when laminating with laminating portion, has simplified the operation, convenient connection.

Optionally, the second adsorption piece is a magnetic component, and the magnetic component is used for adsorbing the back surface of the mobile electronic device. In addition, similar to the first adsorption part, the second adsorption part needs to be a structure capable of being matched with the back of the mobile electronic device for adsorption, for example, the second adsorption part is a magnetic component, correspondingly, the back of the mobile electronic device or the whole rear shell is made of a magnetic conductive metal material, or a magnetic component is also arranged on the back of the mobile electronic device, so that the second adsorption part can adsorb the mobile electronic device. Of course, when the magnetic component is disposed on the back surface of the mobile electronic device, the second adsorbing member may also be made of a magnetic conductive metal material.

Some mobile electronic devices are often provided with camera assemblies, so that when the mobile electronic devices are matched with the mobile electronic device protection sleeves, the camera assemblies are not blocked, and optionally, the upper cover is provided with a camera avoiding hole.

The charging of the existing mobile electronic equipment needs to be realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a special interface needs to be separately arranged and a special wire needs to be prepared, so that the connection is convenient and optional, a protective sleeve wireless charging module is arranged in the upper cover and is used for charging or reversely charging the mobile electronic equipment. Through set up the wireless module of charging of protective sheath in mobile electronic equipment protective sheath, when mobile electronic equipment used with the cooperation of mobile electronic equipment protective sheath, can save the mode that the wire is connected, direct automatic matching carries out wireless charging. Of course, a corresponding module which can be matched with the electronic device wireless charging module in the mobile electronic device protection sleeve should also be arranged in the corresponding mobile electronic device.

In a second aspect, an embodiment of the present application provides a mobile electronic device, which is used in cooperation with the protective case of the mobile electronic device of any one of the above first aspects, and includes a housing, where a third adsorbing member is disposed at a position of the housing near the bottom of the mobile electronic device, and the third adsorbing member is used for adsorbing with a first adsorbing member in a bottom supporting area of the protective case of the mobile electronic device.

The mobile electronic equipment that this application embodiment provided, because the position that is close to the bottom of mobile electronic equipment in the shell has set up the third and has adsorbed the piece, and the third adsorbs the piece and can adsorb with the first absorption spare in the bottom sprag district of mobile electronic equipment protective sheath, and then when mobile electronic equipment and mobile electronic equipment protective sheath cooperate, can be fixed by adsorbing in the supportable within range arbitrary place of mobile electronic equipment protective sheath, can conveniently realize carrying out linear control to mobile electronic equipment's support angle, promote user comfort in use.

In order to fix the back of the mobile electronic device and the mobile electronic device protective sleeve conveniently, optionally, a second adsorption piece is arranged at the joint part of the mobile electronic device protective sleeve, a fourth adsorption piece is arranged at a position, close to the back of the mobile electronic device, of the shell, and the fourth adsorption piece is used for adsorbing the second adsorption piece of the mobile electronic device protective sleeve. Adsorb through fourth adsorption piece and second, the back that makes mobile electronic equipment that can be convenient adsorbs fixedly with the mobile electronic equipment protective sheath.

Optionally, a keyboard is arranged in the mobile electronic device protective sleeve, a protective sleeve wireless communication module is arranged in the keyboard, an electronic device wireless communication module is arranged in the shell, and the electronic device wireless communication module is used for wirelessly connecting the mobile electronic device with the protective sleeve wireless communication module of the mobile electronic device protective sleeve. Optionally, the mobile electronic device is further configured to control the electronic device wireless communication module to be in matching connection with the protective sleeve wireless communication module after the first adsorption piece and the third adsorption piece are adsorbed. After the first adsorption piece and the third adsorption piece are adsorbed, the mobile electronic equipment and the mobile electronic equipment protective sleeve are matched for use, and the mobile electronic equipment is supported by the mobile electronic equipment protective sleeve and is in a working state, so that wireless connection can be directly started, namely the electronic equipment wireless communication module is controlled to be in matched connection with the protective sleeve wireless communication module, and the user can conveniently perform input operation.

Optionally, a protective sleeve wireless charging module is arranged in the upper cover of the protective sleeve of the mobile electronic device, an electronic device wireless charging module is arranged in the shell, and the electronic device wireless charging module is used for being connected with the protective sleeve wireless charging module in a matching mode. The mobile electronic device may charge or reverse charge the mobile electronic device case.

Optionally, the mobile electronic device is further configured to control the electronic device wireless charging module to be in matching connection with the protective sleeve wireless charging module after the first adsorption piece and the third adsorption piece are adsorbed;

and controlling the electronic equipment wireless communication module to be in matched connection with the protective sleeve wireless communication module according to matching information of the electronic equipment wireless charging module and the protective sleeve wireless charging module in matched connection.

After the first adsorption piece and the third adsorption piece are adsorbed, the electronic equipment wireless charging module is in matched connection with the protective sleeve wireless charging module, so that matching information of connection between the mobile electronic equipment and the protective sleeve of the mobile electronic equipment can be acquired, and further, the electronic equipment wireless communication module can be directly in matched connection with the protective sleeve wireless communication module by utilizing the matching information, so that wireless communication connection is quicker and more convenient.

Optionally, the third adsorption element is a magnetic component, and the third adsorption element is used for adsorbing the first adsorption element of the mobile device protective case.

Optionally, the fourth adsorbing member is a magnetic component, and the fourth adsorbing member is used for adsorbing with the second adsorbing member of the mobile electronic device protective cover.

In a third aspect, an embodiment of the present application provides a mobile electronic device system, including the mobile electronic device case according to any of the first aspects, and the mobile electronic device according to any of the second aspects, wherein the first suction member is slidably sucked with the third suction member.

The mobile electronic equipment system provided by the embodiment of the application comprises the mobile electronic equipment protective sleeve in any scheme and the mobile electronic equipment in any scheme, when the mobile electronic equipment is matched with the mobile electronic equipment protective sleeve for use, the first adsorption part can be adsorbed with the third adsorption part in a sliding mode, multi-angle stepless support on the mobile electronic equipment can be conveniently realized, and the use comfort of a user is improved.

First absorption accessory and the third absorption piece adsorbed implementation mode can adopt the mode of magnetism to inhale, and wherein, the mode of magnetism is inhaled can be that two magnets pass through opposite poles and inhale also can be that a magnet attracts another magnetic conduction piece, and is specific: optionally, the first adsorption part is a magnet, and the third adsorption part is a magnetic conduction part; or, the first adsorption part is a magnetic conduction part, and the third adsorption part is a magnet; or the first adsorption part and the third adsorption part are both magnets, and the magnetic poles of the opposite sides of the first adsorption part and the third adsorption part are not the same.

Optionally, the laminating portion of the upper cover of mobile electronic equipment protective sheath is equipped with the second and adsorbs the piece, be close to in the shell of mobile electronic equipment the position at mobile electronic equipment back is equipped with the fourth and adsorbs the piece, the second adsorb the piece can with the fourth adsorbs the piece and adsorbs. In order to fix the upper cover of the electronic equipment protective sleeve and the back of the mobile electronic equipment conveniently, the second adsorption piece is arranged at the laminating part of the upper cover of the mobile electronic equipment protective sleeve, the fourth adsorption piece is arranged at the position, close to the back of the mobile electronic equipment, in the shell of the mobile electronic equipment, the second adsorption piece can be adsorbed by the fourth adsorption piece, and the back of the mobile electronic equipment can be fixed with the mobile electronic equipment protective sleeve conveniently.

Similarly, the second adsorbs the mode that can adopt magnetism to inhale with the adsorbed implementation mode of fourth adsorption piece, and wherein, the mode of magnetism is inhaled can be that two magnets attract also can be another magnetic conduction piece, specific through opposite polarities mutually for two magnets: optionally, the second adsorption part is a magnet, and the fourth adsorption part is a magnetic conduction part; or, the second adsorption part is a magnetic conduction part, and the fourth adsorption part is a magnet; or, the second adsorption piece and the fourth adsorption piece are both magnets, and the magnetic poles of the opposite sides of the second adsorption piece and the fourth adsorption piece are not homopolar.

Of course, the mobile electronic device system according to the embodiment of the present application may also be provided with a wireless communication module and a wireless charging module, so as to facilitate connection between the mobile electronic device and the mobile electronic device protective case.

Optionally, a keyboard is arranged in the mobile electronic device protective sleeve, a protective sleeve wireless communication module is arranged in the keyboard, an electronic device wireless communication module is arranged in the mobile electronic device, and the protective sleeve wireless communication module is wirelessly connected with the electronic device wireless communication module.

Optionally, a protective sleeve wireless charging module is arranged in the mobile electronic device protective sleeve, an electronic device wireless charging module is arranged in the mobile electronic device, and the protective sleeve wireless charging module is connected with the electronic device wireless charging module and used for charging or reversely charging between the mobile electronic device and the mobile electronic device protective sleeve.

In a fourth aspect, an embodiment of the present application provides a mobile electronic device protective cover for protecting and supporting a mobile electronic device, a keyboard is arranged in the mobile electronic device protective cover, a protective cover wireless communication module is arranged in the keyboard, and the protective cover wireless communication module is used for being wirelessly connected with the mobile electronic device.

The mobile electronic equipment protective sleeve provided by the embodiment of the application is provided with the protective sleeve wireless communication module in the first end electronic equipment protective sleeve, and is in wireless connection with the electronic equipment wireless communication module through the protective sleeve wireless communication module. The existing mobile electronic equipment protective sleeve is often required to be provided with a connecting interface for being connected with the mobile electronic equipment and is connected with the mobile electronic equipment through a connecting wire, so that the structure of the mobile electronic equipment protective sleeve is increased, the appearance is influenced, the mobile electronic equipment protective sleeve is not easy to manufacture, and the connecting operation is troublesome. Compared with the prior art, the mobile electronic equipment protective sleeve provided by the embodiment of the application has the advantages that the wires are removed, the manufacturing is convenient, the appearance effect is improved, and the connection operation is simple.

The charging of the existing mobile electronic equipment needs to be realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a special interface needs to be separately set and a special wire needs to be prepared, so that the connection is convenient and optional, a protective sleeve wireless charging module is arranged in a protective sleeve of the mobile electronic equipment, and the protective sleeve wireless charging module is used for charging the mobile electronic equipment. Through set up the wireless module of charging of protective sheath in mobile electronic equipment protective sheath, when mobile electronic equipment used with the cooperation of mobile electronic equipment protective sheath, can save the mode that the wire is connected, direct automatic matching carries out wireless charging. Of course, a corresponding wireless charging module of the electronic device, which can be matched with the wireless charging module of the protective sleeve, should also be arranged in the corresponding mobile electronic device.

In order to ensure that the supporting angle can be adjusted steplessly when the mobile electronic equipment is matched with the protective sleeve of the mobile electronic equipment provided by the embodiment of the application, the operation is convenient and the use experience is improved, optionally, the foldable table comprises an upper cover and a lower cover, one side edge of the upper cover and one side edge of the lower cover are rotatably connected along a first overturning axis, when the upper cover and the lower cover are rotated and stacked along the mutual connection position, the mobile electronic equipment can be protected between the upper cover and the lower cover, the upper cover comprises a back supporting part and a fitting part which are rotatably connected along a second overturning axis, the back supporting part and the lower cover are rotatably connected along the first overturning axis, the first overturning axis is approximately parallel to the second overturning axis, the fitting part is used for fixing the mobile electronic equipment, and the back supporting part is used for supporting the back of the mobile electronic equipment; the lower cover is close to the part of first turnover axis includes the bottom sprag district, the bottom sprag district is equipped with adsorbablely the first subassembly that absorbs of mobile electronic equipment bottom, the back of mobile electronic equipment with laminating portion is fixed, works as the upper cover with when the lower cover is opened, laminating portion follows the second turnover axis is rotatory, the bottom sprag district can be used to the bottom of mobile electronic equipment is in slide in the within range in bottom sprag district, the bottom sprag district is equipped with adsorbablely the first subassembly that absorbs of mobile electronic equipment bottom is in order to support the bottom of mobile electronic equipment. Can adsorb the adsorption of the bottom of mobile electronic equipment through first annex of inhaling, when mobile electronic equipment slides in order to adjust the support angle in the bottom sprag district of mobile electronic equipment protective sheath, first annex of inhaling can adsorb the bottom of mobile electronic equipment in the optional position in the bottom sprag district, and then can realize supporting the linear adjustment of angle. The absorption effect is determined by the material characteristics of the first absorption part and the bottom of the mobile electronic device, and no groove or other structures such as clamping positioning and the like need to be arranged, so that the manufacture and the operation are convenient.

Optionally, the first attraction part is a magnetic component, and the magnetic component is used for attracting the bottom of the mobile electronic device. The first suction accessory needs to be a structure capable of being matched with the bottom of the mobile electronic device for adsorption, for example, the first suction accessory is a magnetic component, correspondingly, the bottom or the whole shell of the mobile electronic device can be made of a magnetic conductive metal material, or a magnetic component is also arranged at the bottom of the mobile electronic device, so as to ensure that the first suction accessory can adsorb the mobile electronic device. Of course, when the magnetic component is disposed on the bottom of the mobile electronic device, the first attraction part may also be made of a magnetic conductive metal material.

In order to ensure that the mobile electronic device can be sucked by the first suction means at all positions within the bottom support area, the bottom support area is optionally filled by the first suction means in the direction in which the bottom of the mobile electronic device slides within the bottom support area.

Upper cover and lower cover are along first trip axis rotatable coupling, but back supporting part and laminating portion are along second trip axis rotatable coupling, and the mode of its realization has the multiple, and current common connected mode is through the articulated connection of pivot, but, the cost of pivot structure is higher relatively, is difficult for making, and needs to increase structural strength in pivot department to guarantee that the junction is in place and support firm. Therefore, optionally, the upper cover and the lower cover are flexibly connected at the first overturning axis, and/or the back supporting part and the fitting part are flexibly connected at the second overturning axis. Can guarantee rotatory effect through flexonics's mode, and compare pivot articulated mode, with low costs, easily make, and it is lower to the intensity requirement of support part, can make the whole thickness attenuate of mobile electronic equipment protective sheath, trend lightweight.

Optionally, the connecting sleeve is made of a leather material.

The back of the mobile electronic device is fixed with the attaching part of the upper cover, and the fixing mode can be various, for example, clamping, bonding and the like, so that the connection is convenient, and the operation is simplified. Optionally, the laminating portion of upper cover is equipped with the second and adsorbs the piece, works as mobile electronic device's the back with when laminating portion is pressed close to, mobile electronic device can by the second adsorbs the piece and adsorbs fixedly. Like this, the back of mobile electronic equipment is directly adsorbed fixedly when laminating with laminating portion, has simplified the operation, convenient connection.

Optionally, the second adsorption piece is a magnetic component, and the back surface of the mobile electronic device can be adsorbed by the magnetic component. In addition, similar to the first adsorption part, the second adsorption part needs to be a structure capable of being matched with the back of the mobile electronic device for adsorption, for example, the second adsorption part is a magnetic component, correspondingly, the back of the mobile electronic device or the whole rear shell is made of a magnetic conductive metal material, or a magnetic component is also arranged on the back of the mobile electronic device, so that the second adsorption part can adsorb the mobile electronic device. Of course, when the magnetic component is disposed on the back surface of the mobile electronic device, the second adsorbing member may also be made of a magnetic conductive metal material.

In a fifth aspect, the present application provides a mobile electronic device, which is used in cooperation with the protective cover of the mobile electronic device according to any one of the fourth aspects, and is provided with an electronic device wireless communication module, wherein the electronic device wireless communication module is used for being wirelessly connected with the protective cover wireless communication module of the protective cover of the mobile electronic device.

The mobile electronic equipment provided by the embodiment of the application can be wirelessly connected with the mobile electronic equipment protective sleeve through the wireless connection of the electronic equipment wireless communication module and the protective sleeve wireless communication module. The existing mobile electronic equipment and the mobile electronic equipment protective sleeve are often required to be provided with a connecting interface for connection and are connected with each other through a connecting wire, so that the structure of the mobile electronic equipment is increased, the appearance is influenced, the mobile electronic equipment is not easy to manufacture, and the connection operation is troublesome. Compared with the prior art, the mobile electronic equipment provided by the embodiment of the application has the advantages that the interfaces are removed, the connection through a wire is not needed, the manufacturing is convenient, the appearance effect is improved, and the connection operation is simple.

In order to make the mobile electronic device that this application embodiment provided can linear adjustment support angle when using with mobile electronic device protective sheath cooperation, convenient operation and promotion are used for using experience, and is optional, including the shell, be close to in the shell the position of the bottom of mobile electronic device is equipped with the third and adsorbs the piece, the third adsorbs the piece and is used for adsorbing with the mobile electronic device protective sheath. Through the third adsorb the piece can with the adsorption of mobile electronic equipment protective sheath, when mobile electronic equipment slided in order to adjust the support angle on the mobile electronic equipment protective sheath, the third adsorbs the piece can make mobile electronic equipment's bottom adsorb and sheathe in slidable optional position on the mobile electronic equipment protective sheath, and then can realize the adjustment of electrodeless support angle. The effect of absorption is decided by the material characteristic that third adsorption piece and mobile electronic device protective sheath correspond the position, need not set up other structures such as recess or joint location again, conveniently makes and operates.

The back of the mobile electronic device can be fixed with the protective sleeve of the mobile electronic device, and the fixing mode can be various, for example, clamping, bonding and the like, so that the connection is convenient, and the operation is simplified. Optionally, a fourth adsorption part is arranged at a position, close to the back of the mobile electronic device, in the housing, and the fourth adsorption part is used for adsorbing the mobile electronic device protective sleeve.

The charging of the existing mobile electronic equipment is realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a special interface and a special wire are required to be separately arranged, so that the connection is convenient and optional, a wireless charging module of the electronic equipment is arranged in the shell, the wireless charging module of the electronic equipment in the shell is in matched connection with a wireless charging module of a protective sleeve of the mobile electronic equipment protective sleeve, and the wireless charging module can be used for charging or reversely charging the mobile electronic equipment protective sleeve and the mobile electronic equipment. The mode of wire connection can be saved, and direct automatic matching carries out wireless charging.

The third adsorbs the structure that piece and fourth adsorbs the piece and all need be can correspond the position cooperation with the mobile electronic equipment protective sheath and adsorb, for example, the third adsorbs the piece and the fourth adsorbs the piece and be magnetic part, and is corresponding, and the corresponding position of mobile electronic equipment protective sheath is equipped with magnetic conduction spare or magnetic part to guarantee that the third adsorbs the piece and the fourth adsorbs the piece can adsorb with the mobile electronic equipment protective sheath. Of course, when the magnetic component is disposed in the protective cover of the mobile electronic device, the third adsorption element and the fourth adsorption element may also be magnetic conductive elements.

Optionally, the third adsorbing member is a magnetic component, and the third adsorbing member may adsorb to a corresponding position of the mobile device protective cover.

Optionally, the fourth adsorbing member is a magnetic component, and the fourth adsorbing member may be adsorbed at a position corresponding to the protective cover of the mobile electronic device.

In a sixth aspect, the present application provides a mobile electronic device system, comprising the mobile electronic device case of any one of the fourth aspects, and the mobile electronic device of any one of the fifth aspects, wherein the wireless communication module of the mobile electronic device case and the wireless communication module of the mobile electronic device are in matching connection.

The mobile electronic device system provided by the embodiment of the application comprises the mobile electronic device protective case in any scheme of the fourth aspect and the mobile electronic device in any scheme of the fifth aspect, and the wireless communication module of the mobile electronic device protective case is connected with the wireless communication module of the mobile electronic device in a matching manner, so that the mobile electronic device can be conveniently and wirelessly connected with the mobile electronic device protective case. Compare current mobile electronic equipment protective sheath and mobile electronic equipment's the scheme that needs set up the interface and the wire of connecting, these interfaces and wires have been got rid of to the mobile electronic equipment protective sheath that this application embodiment provided, conveniently make, promote the outward appearance effect, connect easy operation.

In order to ensure that the supporting angle can be adjusted steplessly when the mobile electronic equipment is matched with the protective sleeve of the mobile electronic equipment for use, the operation is convenient and the use experience is improved, optionally, the protective case for mobile electronic device comprises an upper cover and a lower cover, one side of the upper cover is rotatably connected with one side of the lower cover along a first flipping axis, when the upper cover and the lower cover are rotated and stacked along the mutual connection, the mobile electronic equipment can be protected between the upper cover and the lower cover, the upper cover comprises a back supporting part and a fitting part which are rotatably connected along a second overturning axis, the back supporting part and the lower cover are rotatably connected along the first overturning axis, the first overturning axis is approximately parallel to the second overturning axis, the fitting part is used for fixing the mobile electronic equipment, and the back supporting part is used for supporting the back of the mobile electronic equipment; the part of the lower cover close to the first overturning axis comprises a bottom supporting area, the bottom supporting area is provided with a first suction piece capable of adsorbing the bottom of the mobile electronic equipment, and the back of the mobile electronic equipment is fixed with the attaching part; a third adsorption piece is arranged at the bottom of the mobile electronic equipment; when the upper cover and the lower cover are opened, the attaching portion rotates along the second overturning axis, the bottom of the mobile electronic device can abut against the bottom supporting area, and the first absorbing part can be absorbed by the third absorbing part. Like this, when mobile electronic equipment slided in the corresponding region of mobile electronic equipment protective sheath in order to adjust the support angle, first absorption spare and third absorption spare adsorb, can adsorb mobile electronic equipment in the arbitrary position in the corresponding region of mobile electronic equipment protective sheath, and then can realize supporting the linear adjustment of angle. The adsorption effect is determined by the material characteristics of the first adsorption part and the third adsorption part, and other structures such as a groove or a clamping positioning structure are not needed to be arranged, so that the manufacturing and the operation are convenient.

In order to ensure that the first adsorption part and the third adsorption part can adsorb, multiple implementation modes are provided, optionally, the first adsorption part is a magnetic part, and the third adsorption part is a magnetic conduction part; or, the first adsorption part is a magnetic conduction part, and the third adsorption part is a magnetic part; or the first adsorption part and the third adsorption part are both magnetic parts, and the magnetic poles of the opposite sides of the first adsorption part and the third adsorption part are not the same.

In order to facilitate the fixation of the back of the mobile electronic device and the protective sleeve of the mobile electronic device, optionally, a second adsorption piece is arranged at the joint part of the upper cover of the protective sleeve of the mobile electronic device, a fourth adsorption piece is arranged at the back of the mobile electronic device, and the second adsorption piece can be adsorbed by the fourth adsorption piece.

The first adsorption part and the second adsorption part are in the same implementation manner as the first adsorption part and the second adsorption part, optionally, the second adsorption part is a magnetic part, and the fourth adsorption part is a magnetic conduction part; or, the second adsorption part is a magnetic conduction part, and the fourth adsorption part is a magnetic part; or, the second adsorption piece and the fourth adsorption piece are both magnetic parts, and the magnetic non-homopolar parts on the opposite sides of the second adsorption piece and the fourth adsorption piece are magnetic parts.

The charging of the existing mobile electronic equipment is realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a special interface and a special wire are required to be separately arranged, so that the connection is convenient and optional, a protective sleeve wireless charging module is arranged in the protective sleeve of the mobile electronic equipment, and an electronic equipment wireless charging module is arranged in the mobile electronic equipment, so that the protective sleeve of the mobile electronic equipment and the mobile electronic equipment can be charged or reversely charged. Moreover, a wire connection mode can be omitted, and wireless charging is carried out through direct automatic matching.

Drawings

FIG. 1 is a schematic structural view of a first state of a prior art matched support for a holster and a flat plate;

FIG. 2 is a schematic structural view of a second state of a prior art matched support for a holster and a flat plate;

FIG. 3 is a schematic structural view of a first type of leather sheath provided by the prior art;

FIG. 4 is a schematic structural view of a second prior art holster;

fig. 5 is a schematic structural diagram of a protective case of a mobile electronic device according to an embodiment of the present disclosure;

fig. 6 is a schematic structural diagram of a protective case for a mobile electronic device and a support for the mobile electronic device according to an embodiment of the present disclosure;

fig. 7 is a schematic structural diagram of a mobile electronic device protective case and a mobile electronic device support according to an embodiment of the present application in different states;

fig. 8 is a perspective schematic structural view of a mobile electronic device protective case and a mobile electronic device support according to an embodiment of the present application;

fig. 9 is an exploded view of a protective case of a mobile electronic device according to an embodiment of the present disclosure;

fig. 10 is a schematic structural diagram of a mobile electronic device protective case provided with a wireless charging module according to an embodiment of the present application;

fig. 11 is a schematic back structure diagram of a mobile electronic device according to an embodiment of the present application;

fig. 12 is a system architecture diagram of a mobile electronic device provided by an embodiment of the present application;

fig. 13 is a system architecture diagram of a mobile electronic device system according to an embodiment of the present application.

Reference numerals:

01-tablet computer; 02-leather sheath; 021-upper cover plate; 0211-support plate; 0212-connecting plate; 022-lower cover plate; 0221-grooves; 023-a keyboard component; 024-interface; 100-mobile electronic device case; 101-a first flipping axis; 102-an upper cover; 1021-a back support; 1022-the fit; 1023-a second absorbent member; 1024-camera avoiding holes; 103-lower cover; 1031-bottom support region; 1032-a first suction attachment; 104-a keyboard; 105-a second flipping axis; 106-connecting sleeve; 1061-sleeving; 1062-lower sleeve; 107-protective cover wireless communication module; 108-protective case wireless charging module; 200-a mobile electronic device; 201-a third adsorption member; 202-a fourth adsorption element; 203-an electronic device wireless communication module; 204-electronic device wireless charging module.

Detailed Description

To facilitate understanding of the solution, the related art of the prior art mobile electronic device and the protective case for the mobile electronic device will be described. When the existing mobile electronic equipment is matched with a mobile electronic equipment protective sleeve, two supporting modes are generally adopted.

Taking a tablet computer as an example, the first supporting manner is as shown in fig. 1 and fig. 2, the tablet computer 01 is installed in the leather sheath 02, the leather sheath 02 includes an upper cover plate 021 and a lower cover plate 022 which are rotatably connected, the upper cover plate 021 includes a supporting plate 0211 and a connecting plate 0212 which are rotatably connected, the back of the tablet computer 01 is fixed to the connecting plate 0212 at the upper position, the supporting plate 0211 is not in contact with the tablet computer 01, the supporting function is achieved, and the lower part of the tablet computer 01 abuts against the lower cover plate 022. Generally, in order to fix the bottom of the tablet computer 01 at a corresponding position of the lower cover plate 022 for supporting, as shown in fig. 3, a groove 0221 for fixing the bottom of the tablet computer 01 is provided on the lower cover plate 022, however, one groove 0221 can only correspond to fix the tablet computer 01 at a specific angle, and if other angles are required, another groove 0221 at another position is required.

Second support means as shown in fig. 4, the leather sheath 02 still comprises an upper cover plate 021 and a lower cover plate 022 which are rotatably connected, the upper cover plate 021 comprises a support plate 0211 and a connecting plate 0212 which are rotatably connected, however, the leather sheath 02 is supported in such a way that the connecting plate 0212 is turned outwards to support, and the support plate 0211 abuts against the tablet computer. The angle of the tablet computer is adjusted by the change of the position supported by the connecting plate 0212.

For the first support method, although the tablet computer 01 can be supported at multiple angles by providing the plurality of grooves 0221, the number of the grooves 0221 is limited, and the support angle of the tablet phone can only be a specific few angles. For the second supporting mode, the supporting position of the connecting plate 0212 is outside the leather sheath 02, and generally needs to be supported on a table top, and the table top generally does not have a positioning structure, so that the table top is easy to slip and is not easy to realize multi-angle supporting. Moreover, the second support mode cannot be lifted by hand in the support state, which further limits the use of the tablet personal computer.

Referring to fig. 3 and 4, generally, in order to cooperate with a tablet computer, a keyboard component 023 is often arranged in the holster 02, and the connection between the keyboard component 023 and the tablet computer is realized through an interface 024 arranged on the holster 02. This connection method requires the tablet computer 01 and the holster 02 to be in a space reserved on the housing, and the interface 024 needs to be aligned when the connection is performed, which is troublesome to operate and use.

In a first aspect, an embodiment of the present application provides a mobile electronic device protective case 100, as shown in fig. 5 and fig. 6, for protecting and supporting a mobile electronic device 200, including an upper cover 102 and a lower cover 103 rotatably connected along a first flipping axis 101, wherein the upper cover 102 includes a back support 1021 and a fitting part 1022 rotatably connected along a second flipping axis 105, the back support 1021 and the lower cover 103 rotatably connected along the first flipping axis 101, the first flipping axis 101 and the second flipping axis 105 are substantially parallel, the fitting part 1022 is used for fixing the mobile electronic device 200, and the back support 1021 is used for supporting a back of the mobile electronic device 200; the portion of the lower cover 103 close to the first flipping axis 101 includes a bottom supporting area 1031, the width of the bottom supporting area 1031 is greater than the thickness of the mobile electronic device 200, the bottom supporting area 1031 can be used for the bottom of the mobile electronic device 200 to slide in the range of the bottom supporting area 1031, the bottom supporting area 1031 is provided with a first suction member 1032 capable of sucking the bottom of the mobile electronic device 200 to support the bottom of the mobile electronic device 200, and the back of the mobile electronic device 200 is fixed to the attaching portion 1022.

As shown in fig. 5 and 6, the protective case 100 for a mobile electronic device according to the embodiment of the present application includes an upper cover 102 and a lower cover 103 rotatably connected along a first flipping axis 101, the upper cover 102 includes a back support portion 1021 and a fitting portion 1022 rotatably connected along a second flipping axis 105, the back support portion 1021 and the lower cover 103 are rotatably connected along the first flipping axis 101, the first flipping axis 101 and the second flipping axis 105 are substantially parallel, the fitting portion 1022 is used for fixing the mobile electronic device 200, and the back support portion 1021 is used for supporting the back of the mobile electronic device 200; the portion of the lower cover 103 close to the first flipping axis 101 includes a bottom support zone 1031, and the width of the bottom support zone 1031 is greater than the thickness of the mobile electronic device 200, the bottom support zone 1031 can be used for the bottom of the mobile electronic device 200 to slide in the range of the bottom support zone 1031, and the bottom support zone 1031 is provided with a first suction member 1032 capable of sucking the bottom of the mobile electronic device 200. Referring to fig. 7, when the mobile electronic device 200 is mated with the mobile electronic device protective case 100, the mating portion 1022 mates with the mobile electronic device 200, the back support 1021 may be supported on the back of the mobile electronic device 200, the bottom of the mobile electronic device 200 may be freely adjusted in the bottom support zone 1031, and the first suction member 1032 of the bottom support zone 1031 may suck the bottom of the mobile electronic device 200 located in the bottom support zone 1031 to make it at different support angles, and the support angles are linearly adjusted. Through the effect of the first suction piece 1032, the linear adjustment of the supporting angle of the mobile electronic device 200 can be realized, and the use comfort of a user is improved.

The first attraction member 1032 may be a magnetic member disposed at the bottom support region 1031, and the bottom of the mobile electronic device 200 may be attracted by the magnetic member. The first suction attachment 1032 is required to be a structure that can be cooperatively attracted with the bottom of the mobile electronic device 200, for example, the first suction attachment 1032 is a magnetic component, correspondingly, the bottom or the entire housing of the mobile electronic device 200 can be made of a magnetic conductive metal material, or a magnetic component is also disposed at the bottom of the mobile electronic device 200 to ensure that the first suction attachment 1032 can attract the mobile electronic device 200. Of course, when the bottom of the mobile electronic device 200 is provided with a magnetic component, the first attraction member 1032 may also be made of a magnetic conductive metal material.

In order to ensure that the mobile electronic device 200 can be sucked by the first suction attachment 1032 at all positions within the bottom support zone 1031, the first suction attachment 1032 fills the bottom support zone 1031 in the direction in which the bottom of the mobile electronic device 200 slides on the bottom support zone 1031, as shown in fig. 5.

The shape and configuration of the first suction attachment 1032 can be configured as desired, for example, the first suction attachment 1032 spreads over the entire bottom support zone 1031, however, such an arrangement increases material costs and affects the convenience of the mobile electronic device protective case 100. Therefore, the first suction attachment 1032 of a smaller size can be selected, and a plurality of first suction attachments 1032 are provided at a plurality of positions. As shown in fig. 5 and 8, the first suction members 1032 are plural, and the plural first suction members 1032 are arranged at intervals in the direction of the first inversion axis 101.

The upper cover 102 and the lower cover 103 are rotatably connected along the first overturning axis 101, the back supporting part 1021 and the attaching part 1022 are rotatably connected along the second overturning axis 105, and the implementation manner thereof is various, and the existing common connection manner is hinged through a rotating shaft, however, the cost of the rotating shaft structure is relatively high, the manufacturing is not easy, and the structural strength needs to be increased at the rotating shaft to ensure that the connection and the support are stable. Therefore, as shown in fig. 9, the upper cover 102 and the lower cover 103 are flexibly connected at the first flipping axis 101, and/or the back support 1021 and the attaching part 1022 are flexibly connected at the second flipping axis 105. The effect of rotation can be guaranteed through the mode of flexonics, and compares pivot articulated mode, and is with low costs, easy manufacturing, and lower to the intensity requirement of support part, can make the whole thickness attenuate of mobile electronic device protective sheath 100, tends the lightweight.

As shown in fig. 9, the upper cover 102 and the lower cover 103 are covered with a connection sleeve 106 made of a flexible material, the attaching portion 1022 and the back support portion 1021 are arranged at an interval, and the attaching portion 1022 and the back support portion 1021 are flexibly connected through the connection sleeve 106; and/or the back support part 1021 and the lower cover 103 are arranged at intervals, and the back support part 1021 and the lower cover 103 are flexibly connected through a connecting sleeve 106.

The connection sleeve 106 may be only disposed on one side of the upper cover 102, or both sides of the upper cover 102 may be disposed, and the connection between the two sides is more secure, and the connection sleeve 106 may be used to wrap and protect the upper cover 102, the lower cover 103, and other internal structures. Therefore, as shown in fig. 9, the connection sleeve 106 includes an upper sleeve 1061 and a lower sleeve 1062 made of a flexible material, the upper sleeve 1061 is located above the upper cover 102 and the lower cover 103, the lower sleeve 1062 is located below the upper cover 102 and the lower cover 103, the upper sleeve 1061 and the lower sleeve 1062 are fitted to cover the upper cover 102 and the lower cover 103 in the connection sleeve 106.

Alternatively, the connection sleeve 106 is made of a leather material.

Generally, the connection between the mobile electronic device 200 and the mobile electronic device protective case 100 needs to be plugged and connected through a wire or an interface, which is troublesome to plug, and the mobile electronic device 200 of a corresponding model and a corresponding interface are required to be accurately set when the mobile electronic protective case is manufactured, which increases the manufacturing difficulty. Therefore, as shown in fig. 9 and 10, the lower cover 103 is provided with a keyboard 104 capable of being connected with the mobile electronic device 200, the protective sleeve wireless communication module 107 is provided in the keyboard 104, and the keyboard 104 can be connected with the mobile electronic device 200 through the protective sleeve wireless communication module 107. The wireless connection mode can remove the operation of interface connection, and the mobile electronic device protective case 100 is easy to produce, convenient to use is swift.

The back of the mobile electronic device 200 is fixed to the attaching portion 1022 of the upper cover 102 in various ways, such as clamping, adhering, etc., to facilitate connection and simplify operation. As shown in fig. 5 and 9, the bonding portion 1022 of the upper cover 102 is provided with a second suction member 1023, and the back surface of the mobile electronic device 200 is fixed to the bonding portion 1022 by suction via the second suction member 1023. Thus, the back of the mobile electronic device 200 is directly adsorbed and fixed when being attached to the attaching part 1022, so that the operation is simplified and the connection is convenient.

The second attracting member 1023 is a magnetic member for attracting the back of the mobile electronic device 200. In addition, similar to the first suction device 1032, the second suction device 1023 needs to be a structure that can be matched with the back of the mobile electronic device 200 for suction, for example, the second suction device 1023 is a magnetic component, correspondingly, the back or the whole back case of the mobile electronic device 200 is made of a magnetic conductive metal material, or a magnetic component is also arranged on the back of the mobile electronic device 200 to ensure that the second suction device 1023 can suck the mobile electronic device 200. Of course, when the magnetic component is disposed on the back surface of the mobile electronic device 200, the second attraction piece 1023 may also be made of a magnetic conductive metal material.

Some mobile electronic devices 200 are often provided with a camera assembly, so that the camera assembly is not blocked when the mobile electronic device 200 is mated with the mobile electronic device protective case 100, as shown in fig. 5, a camera avoiding hole 1024 is formed on the upper cover 102.

The charging of the existing mobile electronic device 200 needs to be implemented through an interface and a wire, which are relatively troublesome to connect, and a dedicated interface needs to be separately provided and a dedicated wire needs to be prepared, so for convenience of connection, as shown in fig. 9 and 10, a protective cover wireless charging module 108 is provided in the upper cover 102, and the protective cover wireless charging module 108 is used for charging or reversely charging the mobile electronic device 200. Through set up the wireless module 108 that charges of protective sheath in mobile electronic equipment protective sheath 100, when mobile electronic equipment 200 used with the cooperation of mobile electronic equipment protective sheath 100, can save the mode that the wire is connected, directly automatic matching carries out wireless charging. Of course, a corresponding module that can cooperate with the case wireless charging module 108 in the case 100 of the mobile electronic device should also be disposed in the corresponding mobile electronic device 200.

In a second aspect, an embodiment of the present application provides a mobile electronic device 200, referring to fig. 11, adapted to cooperate with the mobile electronic device protective case 100 of the first aspect, including a housing, a third suction member 201 is disposed on the housing near the bottom of the mobile electronic device 200, and the third suction member 201 is used for sucking with the first suction member 1032 of the bottom support region 1031 of the mobile electronic device protective case 100.

The mobile electronic device 200 provided by the embodiment of the present application, referring to fig. 11, since the third adsorbing element 201 is disposed at a position close to the bottom of the mobile electronic device 200 in the housing, and the third adsorbing element 201 can adsorb to the first adsorbing element 1032 of the bottom supporting area 1031 of the mobile electronic device protecting case 100, and further when the mobile electronic device 200 is matched with the mobile electronic device protecting case 100, any place in the supportable range of the mobile electronic device protecting case 100 can be adsorbed and fixed, linear adjustment of the supporting angle of the mobile electronic device 200 can be conveniently realized, and the use comfort of the user is improved.

In order to fix the back of the mobile electronic device 200 to the mobile electronic device protection case 100, the second suction member 1023 is disposed on the attaching portion 1022 of the mobile electronic device protection case 100, and a fourth suction member 202 is disposed in the housing at a position close to the back of the mobile electronic device 200 and is used for sucking the mobile electronic device protection case 100. The back of the mobile electronic device 200 can be conveniently fixed to the mobile electronic device case 100 by the fourth suction member 202 and the second suction member 1023.

In order to realize data transmission between the mobile electronic device protective case 100 and the mobile electronic device 200, and remove the interface, the connection is convenient, a keyboard 104 is arranged in the mobile electronic device protective case 100, a protective case wireless communication module 107 is arranged in the keyboard 104, an electronic device wireless communication module 203 is arranged in the shell, the electronic device wireless charging module 203 is connected with the protective case wireless charging module 107 of the mobile electronic device protective case 100 in a matching manner, the interface and the wire are not required to be arranged between the mobile electronic device 200 and the mobile electronic device protective case 100, and the connection can be very convenient.

After the mobile electronic device 200 is provided with the electronic device wireless communication module 203, whether to perform wireless connection can be determined and controlled by using whether the first suction piece 1032 and the third suction piece 201 are sucked. The mobile electronic device 200 is further configured to control the electronic device wireless communication module 203 to connect with the protective cover wireless communication module mating 107 after the first suction piece 1032 and the third suction piece 201 are sucked. After the first absorbing part 1032 and the third absorbing part 201 absorb, it is indicated that the mobile electronic device 200 and the mobile electronic device protective case 100 are being used in cooperation, and the mobile electronic device 200 is supported by the mobile electronic device protective case 100 and is in a working state, so that the wireless connection can be directly started, that is, the electronic device wireless communication module 203 and the protective case wireless communication module 107 are controlled to be connected in a matching manner, and the user can conveniently perform input operation.

Optionally, a protective cover wireless charging module 108 is disposed in the upper cover 102 of the mobile electronic device protective cover 100, an electronic device wireless charging module 204 is disposed in the housing, and the electronic device wireless charging module 204 is used for being connected to the protective cover wireless charging module 108 in a matching manner. The mobile electronic device 200 can charge or reverse charge the mobile electronic device case 100.

Optionally, the mobile electronic device 200 is further configured to control the electronic device wireless charging module 204 to be in matching connection with the protective cover wireless charging module 108 after the first absorbing part 1032 and the third absorbing part 201 absorb the magnetic substances;

according to the matching information of the electronic device wireless charging module 204 and the protective sleeve wireless charging module 108 in matching connection, the electronic device wireless communication module 203 and the protective sleeve wireless communication module 107 are controlled to be in matching connection.

After the first suction piece 1032 and the third suction piece 201 are sucked, the electronic device wireless charging module 204 and the protective case wireless charging module 108 are in matched connection, so that matching information of connection between the mobile electronic device 200 and the mobile electronic device protective case 100 can be acquired, and further, the electronic device wireless communication module 203 and the protective case wireless communication module 107 can be directly in matched connection by using the matching information, so that wireless communication connection is quicker and more convenient.

In addition, based on the mobile electronic device 200 provided in the embodiments provided in the present application, the cover case wireless communication module 107 of the mobile electronic device cover case 100 and the electronic device wireless communication module 203 of the mobile electronic device 200 are in matching connection. Referring to fig. 12, a system architecture diagram of the mobile electronic device 200 is shown. The software system architecture of the mobile electronic device 200 includes an application layer, a framework layer and a kernel layer, wherein the application layer mainly includes an operating system and an application subsystem, the framework layer includes an input subsystem and a bluetooth stack, the input subsystem generally includes an operation handle program, a mouse handler, an event handler and a keyboard handler, and the kernel layer includes an input driver, a human-computer interaction driver (e.g., a keyboard device driver, etc.), an induction driver, a wireless charging driver and a wireless communication driver (e.g., a bluetooth connection driver, etc.).

Referring to fig. 13, a diagram of a system architecture for a wireless connection between a mobile electronic device 200 and a mobile electronic device case 100 is shown. When the mobile electronic device is used in cooperation with a mobile electronic device protective case (only the keyboard of the mobile electronic device protective case is marked in fig. 13), the keyboard contacts the host and is adsorbed by the adsorbing piece (magnetic part); when the wireless charging drive is arranged in the system, the induction drive and the wireless charging drive exchange information to inform the connection state; the induction driving sends a signal to the wireless coil to start the wireless charging function, at the moment, the wireless coil of the mobile electronic equipment is started after passing authentication, and tries to interact with the wireless coil of the mobile electronic equipment protective sleeve, the wireless coil of the mobile electronic equipment protective sleeve passes authentication, is allowed by the controller unit and is started, and interacts with the wireless coil authentication handshake of the mobile electronic equipment to realize the wireless charging function; when the system is further provided with a wireless communication driver (for example, bluetooth is used in fig. 13), the wireless charging driver can be linked with the bluetooth driver, for example, the wireless coil can send the acquired pairing information to the bluetooth controller, and the bluetooth controller can automatically pair the bluetooth of the mobile electronic device and the bluetooth of the mobile electronic device protective sleeve according to the pairing information, so that the connection is facilitated. The Bluetooth drive of the mobile electronic equipment is controlled by the Bluetooth stack of the frame layer to be started, the Bluetooth drive can enable the Bluetooth controller to be connected with Bluetooth in the mobile electronic equipment protective sleeve in a matching mode, and the mobile electronic equipment protective sleeve can report keyboard interaction information and key information and perform wireless charging control through the Bluetooth.

Specifically, after the mobile electronic device 200 slides and is attached to the bottom support region 1031 of the protective cover 100 of the mobile electronic device, the sensing device in the mobile electronic device 200 detects a signal, and notifies the electronic device wireless charging module 204 of the mobile electronic device 200 to start up, so as to enter a sending mode, and meanwhile, the electronic device wireless communication module 203 starts up to perform search pairing; after the electronic device wireless charging module 204 is successfully matched with the protective case wireless charging module 108 of the mobile electronic device protective case 100, charging is started; after charging is started, a protective sleeve wireless communication module 107 of the mobile electronic device protective sleeve 100 is started to perform searching and pairing; at this time, the mobile electronic device 200 extracts matching code matching information of the electronic device wireless charging module 204 and the protective cover wireless charging module 108 and sends the information to the electronic device wireless communication module 203, so that the electronic device wireless communication module 203 can rapidly and successfully match with the protective cover wireless communication module 107 by using the matching code matching information, thereby realizing wireless connection between the mobile electronic device 200 and the mobile electronic device protective cover 100, and at this time, a user can smoothly operate and use the mobile electronic device 200 to work; when the mobile electronic device 200 charges a corresponding element (such as a keyboard 104 and the like) of the mobile electronic device case 100, the capacitance capacity of the corresponding element of the mobile electronic device case 100 is detected from time to time, when the capacitance capacity is smaller than a first threshold (such as 40%), the charging is continued, when the capacitance capacity is larger than a second threshold (such as 90%), the charging is stopped, and the capacitance capacity information is transmitted to the mobile electronic device 200 through the wireless communication module; when the mobile electronic device 200 is separated from the bottom support zone 1031 of the mobile electronic device protective case 200, the adsorption of the first adsorption piece 1032 and the third adsorption piece 201 is interrupted, the electronic device wireless charging module of the mobile electronic device 200 enters a receiving mode, and simultaneously, the connection between the electronic device wireless communication module 203 and the protective case wireless communication module 107 is interrupted.

The pairing operation flow of the mobile electronic device protective case 100 end is as follows:

the first absorbing part 1032 and the third absorbing part 201 are received to absorb the signals, the physical address information of the mobile electronic device protective case 100 is read, the physical address information is transmitted to the wireless charging module, and the wireless charging module transmits the physical address information to the mobile electronic device 200, so that the pairing can be successful. At this time, the mobile electronic device protective case 100 detects whether the wireless charging is successfully paired, and if not, enters a pairing mode, and then the mobile electronic device 200 completes automatic pairing after receiving a pairing request of the mobile electronic device protective case 100.

The third suction member 201 and the fourth suction member 202 need to be structures that can be sucked in cooperation with corresponding positions of the mobile electronic device protective case 100, for example, the third suction member 201 and/or the fourth suction member 202 are magnetic components. When the third adsorbing member 201 is a magnetic component, correspondingly, the corresponding position of the mobile electronic device protecting case 100 is made of a magnetic conductive metal material, or a magnetic component is also provided to ensure that the third adsorbing member 201 can adsorb the mobile electronic device protecting case 100. Of course, when the mobile electronic device protective case 100 is provided with a magnetic component at a position corresponding to the third attraction piece 201, the third attraction piece 201 may also be made of a magnetic conductive metal material. Similarly, when the fourth absorption element 202 is a magnetic component, the corresponding position of the mobile electronic device case 100 may be made of a magnetic conductive metal material, or a magnetic component is also provided to ensure that the fourth absorption element 202 can absorb the mobile electronic device case 100. Of course, when the mobile electronic device sheath 100 is provided with a magnetic component at a position corresponding to the fourth adsorbing member 202, the fourth adsorbing member 202 may also be made of a magnetic conductive metal material.

In a third aspect, an embodiment of the present application provides a mobile electronic device system, including the mobile electronic device case 100 according to any of the first aspects and the mobile electronic device 200 according to any of the second aspects, wherein the first suction member 1032 is slidably sucked with the third suction member 201.

The mobile electronic device system provided by the embodiment of the application comprises the mobile electronic device protective case 100 and the mobile electronic device 200, wherein the mobile electronic device protective case 100 and the mobile electronic device 200 are arranged in any scheme, when the mobile electronic device 200 is matched with the mobile electronic device protective case 100 for use, the first absorbing part 1032 can be slidably absorbed by the third absorbing part 201, so that multi-angle stepless support on the mobile electronic device 200 can be conveniently realized, and the use comfort of a user is improved.

The first absorbing part 1032 and the third absorbing part 201 can be attracted by magnetic attraction, wherein the magnetic attraction can be that two magnetic parts attract each other by opposite attraction or that one magnetic part attracts the other magnetic conducting part, specifically, the first absorbing part 1032 is a magnetic part, and the third absorbing part 201 is a magnetic conducting part; or, the first absorbing part 1032 is a magnetic conducting part, and the third absorbing part 201 is a magnetic part; or, the first absorbing part 1032 and the third absorbing part 201 are both magnetic parts, and the magnetic poles of the opposite sides of the first absorbing part 1032 and the third absorbing part 201 are not the same.

The second suction member 1023 is disposed on the attaching portion 1022 of the upper cover 102 of the mobile electronic device protective case 100, the fourth suction member 202 is disposed at a position close to the back of the mobile electronic device 200 in the housing of the mobile electronic device 200, and the second suction member 1023 can be sucked with the fourth suction member 202. In order to facilitate the fixation of the upper cover 102 of the electronic equipment protective case and the back of the mobile electronic equipment 200, the attaching part 1022 of the upper cover 102 of the mobile electronic equipment protective case 100 is provided with

The second suction piece 1023, the fourth suction piece 202 is arranged at a position close to the back of the mobile electronic device 200 in the housing of the mobile electronic device 200, and the second suction piece 1023 can suck the fourth suction piece 202, so that the back of the mobile electronic device 200 can be conveniently fixed with the mobile electronic device protective case 100.

Similarly, the second adsorbing member 1023 and the fourth adsorbing member 202 can be magnetically attracted, wherein the magnetic attraction can be that two magnetic components attract each other through opposite polarities or that one magnetic component attracts the other magnetic component, specifically, the second adsorbing member 1023 is a magnetic component and the fourth adsorbing member 202 is a magnetic component; or, the second adsorbing member 1023 is a magnetic conductive member, and the fourth adsorbing member 202 is a magnetic member; or, the second attraction piece 1023 and the fourth attraction piece 202 are both magnetic parts, and the magnetic non-homopolar part on the opposite side of the second attraction piece 1023 and the fourth attraction piece 202.

In a fourth aspect, an embodiment of the present application provides a mobile electronic device protective case 100, as shown in fig. 9, for protecting and supporting a mobile electronic device 200, a keyboard 104 is disposed in the mobile electronic device protective case 100, a protective case wireless communication module 107 is disposed in the keyboard 104, and the protective case wireless communication module 107 is configured to be wirelessly connected with the mobile electronic device 200.

As shown in fig. 9, the protective cover 100 for mobile electronic device provided in the embodiment of the application can be wirelessly connected to the corresponding mobile electronic device 200 through the protective cover wireless communication module 107, because the protective cover wireless communication module 107 is disposed in the protective cover for electronic device at the first end. In order to connect the mobile electronic device protective case 100 with the mobile electronic device 200, the conventional mobile electronic device protective case 100 often needs to be provided with a connection interface and connected with each other through a connection wire, so that the structure of the mobile electronic device protective case 100 is increased, the appearance is affected, the manufacture is not easy, and the connection operation is troublesome. Compared with the prior art, the mobile electronic device protective case 100 provided by the embodiment of the application has the advantages that the wires are removed, the manufacturing is convenient, the appearance effect is improved, and the connection operation is simple.

In the conventional mobile electronic device, the charging needs to be implemented through an interface and a wire, the connection between the interface and the wire is troublesome, and a dedicated interface needs to be separately arranged and a dedicated wire needs to be prepared, so for convenience of connection, as shown in fig. 9, a wireless charging module 108 is arranged in the upper cover 102, and the wireless charging module 108 is used for charging the mobile electronic device 200. Through set up wireless module 108 that charges in mobile electronic device protective sheath 100, when mobile electronic device 200 used with mobile electronic device protective sheath 100 cooperation, can save the mode that the wire is connected, directly automatic matching carries out wireless charging. Of course, a corresponding module that can cooperate with the wireless charging module 108 in the mobile electronic device case 100 should also be disposed in the corresponding mobile electronic device 200.

In order to enable the mobile electronic device 200 to be used in cooperation with the protective case 100 for a mobile electronic device provided by the embodiment of the present application, the supporting angle can be adjusted linearly, the operation is convenient and the user experience is improved, as shown in fig. 5 and 6, including an upper cover 102 and a lower cover 103, one side of the upper cover 102 and one side of the lower cover 103 are rotatably coupled along a first inversion axis 101, and when the upper cover 102 and the lower cover 103 are rotated and stacked along the coupling, the mobile electronic device 200 can be protected between the upper cover 102 and the lower cover 103, the upper cover 102 comprises a back support part 1021 and a fitting part 1022 which are rotatably connected along a second turnover axis 105, the back support part 1021 and the lower cover 103 are rotatably connected along a first turnover axis 101, the first turnover axis 101 and the second turnover axis 105 are approximately parallel, the fitting part 1022 is used for fixing the mobile electronic device 200, and the back support part 1021 is used for supporting the back of the mobile electronic device 200; the portion of the lower cover 103 close to the first flipping axis 101 includes a bottom support zone 1031, and the width of the bottom support zone 1031 is greater than the thickness of the mobile electronic device 200, the bottom support zone 1031 can be used for the bottom of the mobile electronic device 200 to slide in the range of the bottom support zone 1031, and the bottom support zone 1031 is provided with a first suction member 1032 capable of sucking the bottom of the mobile electronic device 200. When the upper cover 102 and the lower cover 103 are opened, the attaching part 1022 rotates along the second turnover axis 105, the bottom of the mobile electronic device 200 may abut against the bottom support zone 1031, and the bottom of the mobile electronic device 200 is adsorbed by the first adsorption member 1032. The first absorbing part 1032 can absorb the absorption effect of the bottom of the mobile electronic device 200, and when the mobile electronic device 200 slides in the bottom support region 1031 of the mobile electronic device protective case 100 to adjust the support angle, the first absorbing part 1032 can absorb the bottom of the mobile electronic device 200 at any position in the bottom support region 1031, so as to adjust the stepless support angle. The absorption effect is determined by the material characteristics of the first absorption piece 1032 and the bottom of the mobile electronic device 200, and other structures such as grooves or clamping positioning and the like are not needed, so that the manufacture and the operation are convenient.

The first attraction 1032 can be a magnetic component for attracting the mobile electronic device 200. The first suction attachment 1032 is required to be a structure that can be cooperatively attracted with the bottom of the mobile electronic device 200, for example, the first suction attachment 1032 is a magnetic component, correspondingly, the bottom or the entire housing of the mobile electronic device 200 can be made of a magnetic conductive metal material, or a magnetic component is also disposed at the bottom of the mobile electronic device 200 to ensure that the first suction attachment 1032 can attract the mobile electronic device 200. Of course, when the bottom of the mobile electronic device 200 is provided with a magnetic component, the first attraction member 1032 may also be made of a magnetic conductive metal material.

In order to ensure that all positions of the mobile electronic device 200 within the bottom support zone 1031 can be sucked by the first suction attachment 1032, as shown in fig. 5, the first suction attachment 1032 fills the bottom support zone 1031 in the direction in which the bottom of the mobile electronic device 200 slides on the bottom support zone 1031.

The shape and structure of the first suction attachment 1032 can be configured according to actual needs, e.g., the first suction attachment 1032 spreads over the entire bottom support zone 1031, however, such a solution increases material costs and affects the convenience of the mobile electronic device protective case 100. Therefore, the first suction attachment 1032 of a smaller size can be selected, and a plurality of first suction attachments 1032 are provided at a plurality of positions. As shown in fig. 5 and 9, the first suction members 1032 are plural, and the plural first suction members 1032 are arranged at intervals in the direction of the first inversion axis 101.

The upper cover 102 and the lower cover 103 are rotatably connected along the first overturning axis 101, the back supporting part 1021 and the attaching part 1022 are rotatably connected along the second overturning axis 105, and the implementation manner thereof is various, and the existing common connection manner is hinged through a rotating shaft, however, the cost of the rotating shaft structure is relatively high, the manufacturing is not easy, and the structural strength needs to be increased at the rotating shaft to ensure that the connection and the support are stable. Thus, as shown in fig. 9, the upper cover 102 and the lower cover 103 are flexibly connected at the first flipping axis 101, and/or the back support 1021 and the attaching part 1022 are flexibly connected at the second flipping axis 105. The effect of rotation can be guaranteed through the mode of flexonics, and compares pivot articulated mode, and is with low costs, easy manufacturing, and lower to the intensity requirement of support part, can make the whole thickness attenuate of mobile electronic device protective sheath 100, tends the lightweight.

Alternatively, the connection sleeve 106 is made of a leather material.

The back of the mobile electronic device 200 is fixed to the attaching portion 1022 of the upper cover 102 in various ways, such as clamping, adhering, etc., to facilitate connection and simplify operation. As shown in fig. 9, the attaching portion 1022 of the upper cover 102 is provided with a second suction member 1023, and when the back surface of the mobile electronic device 200 is close to the attaching portion 1022, the mobile electronic device 200 can be sucked and fixed by the second suction member 1023. Thus, the back of the mobile electronic device 200 is directly adsorbed and fixed when being attached to the attaching part 1022, so that the operation is simplified and the connection is convenient.

The second attracting member 1023 may be a magnetic member, and the back surface of the mobile electronic device 200 may be attracted by the magnetic member. In addition, similar to the first suction device 1032, the second suction device 1023 needs to be a structure that can be matched with the back of the mobile electronic device 200 for suction, for example, the second suction device 1023 is a magnetic component, correspondingly, the back or the whole back case of the mobile electronic device 200 is made of a magnetic conductive metal material, or a magnetic component is also arranged on the back of the mobile electronic device 200 to ensure that the second suction device 1023 can suck the mobile electronic device 200. Of course, when the magnetic component is disposed on the back surface of the mobile electronic device 200, the second attraction piece 1023 may also be made of a magnetic conductive metal material.

In a fifth aspect, the present application provides a mobile electronic device 200, which is used in cooperation with the mobile electronic device protective case 200 of the fourth aspect, and is provided with an electronic device wireless communication module 201, wherein the electronic device wireless communication module 201 is used for being wirelessly connected with the protective case wireless communication module 107 of the mobile electronic device protective case 100.

According to the mobile electronic device 200 provided by the embodiment of the application, due to the arrangement of the electronic device wireless communication module 201, the mobile electronic device 200 can be wirelessly connected with the mobile electronic device protective case 100 through the wireless connection between the electronic device wireless communication module 201 and the protective case wireless communication module 107. In order to connect the conventional mobile electronic device 200 and the protective case 100 for the mobile electronic device, a connection interface is often required to be arranged and connected with each other through a connection wire, so that the structure of the mobile electronic device 200 is increased, the appearance is affected, the manufacture is not easy, and the connection operation is troublesome. Compared with the prior art, the mobile electronic device 200 provided by the embodiment of the application has the advantages that the interfaces are removed, the connection through a wire is not needed, the manufacturing is convenient, the appearance effect is improved, and the connection operation is simple.

In order to make the mobile electronic device 200 that this application embodiment provided can linear adjustment support angle when using with mobile electronic device protective sheath 100 cooperation, convenient operation and promotion are used for using experience, including the shell, the position that is close to the bottom of mobile electronic device 200 in the shell is equipped with the third and adsorbs the piece, and the third adsorbs the piece and is used for adsorbing with mobile electronic device protective sheath 100. Through the adsorption of the third adsorption piece with the mobile electronic device protective case 100, when the mobile electronic device 200 slides on the mobile electronic device protective case 100 to adjust the support angle, the third adsorption piece can make the bottom of the mobile electronic device 200 adsorb at any slidable position on the mobile electronic device protective case 100, and then the adjustment of the stepless support angle can be realized. The adsorption effect is determined by the material characteristics of the corresponding positions of the third adsorption piece and the mobile electronic device protective sleeve 100, and no groove or other structures such as clamping positioning are needed to be arranged, so that the manufacture and operation are convenient.

The back of the mobile electronic device 200 can be fixed to the mobile electronic device case 100 in various ways, such as clamping, adhering, etc., to facilitate connection and simplify operation. A fourth adsorption part is arranged in the housing near the back of the mobile electronic device 200, and the fourth adsorption part is used for adsorbing the mobile electronic device protection case 100.

The charging of the existing mobile electronic device needs to be realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a dedicated interface needs to be separately set and a dedicated wire needs to be prepared, so that in order to facilitate the connection, the wireless charging module 204 of the electronic device is arranged in the shell, and the wireless charging module 204 of the electronic device is connected with the wireless charging module 108 of the protective sleeve of the mobile electronic device protective sleeve 100 in a matching manner, so that the charging or reverse charging can be performed between the mobile electronic device protective sleeve 100 and the mobile electronic device 200. The mode of wire connection can be saved, and direct automatic matching carries out wireless charging.

The third adsorption part 201 and the fourth adsorption part 202 both need to be structures that can be attached to the corresponding positions of the mobile electronic device protective case 100 in a matching manner, for example, the third adsorption part 201 and the fourth adsorption part 202 are magnetic components, and correspondingly, a magnetic conduction part or a magnetic component is disposed at the corresponding positions of the mobile electronic device protective case 100 to ensure that the third adsorption part 201 and the fourth adsorption part 202 can be attached to the mobile electronic device protective case 100. Of course, when the mobile electronic device protective case 100 is provided with a magnetic component therein, the third adsorption element 201 and the fourth adsorption element 202 may also be magnetic conduction elements.

In a sixth aspect, the present application provides a mobile electronic device system, comprising the mobile electronic device case 100 of any of the fourth aspects and the mobile electronic device 200 of any of the fifth aspects, wherein the wireless communication module of the mobile electronic device case 100 and the wireless communication module of the mobile electronic device 200 are in matching connection to wirelessly connect the mobile electronic device 200 with the mobile electronic device case 100.

The mobile electronic device system provided by the embodiment of the present application includes the mobile electronic device case 100 according to any of the fourth aspects, and the mobile electronic device 200 according to any of the fifth aspects, and the wireless communication module of the mobile electronic device case 100 is connected to the wireless communication module of the mobile electronic device 200 in a matching manner, so that the mobile electronic device 200 can be conveniently and wirelessly connected to the mobile electronic device case 100. Compare current mobile electronic equipment protective sheath and mobile electronic equipment's the scheme that needs to set up the interface and the wire of connecting, these interfaces and wires have been got rid of to mobile electronic equipment protective sheath 100 that this application embodiment provided, conveniently make, promote the outward appearance effect, connect easy operation.

In order to adjust the supporting angle steplessly when the mobile electronic device 200 is used with the mobile electronic device case 100, facilitate the operation and improve the experience of using, as shown in fig. 5 and 6, the mobile electronic device case 100 includes an upper cover 102 and a lower cover 103, one side of the upper cover 102 and one side of the lower cover 103 are rotatably coupled along a first inversion axis 101, and when the upper cover 102 and the lower cover 103 are rotated and stacked along the coupling, the mobile electronic device 200 can be protected between the upper cover 102 and the lower cover 103, the upper cover 102 comprises a back support part 1021 and a fitting part 1022 which are rotatably connected along a second turnover axis 105, the back support part 1021 and the lower cover 103 are rotatably connected along a first turnover axis 101, the first turnover axis 101 and the second turnover axis 105 are parallel, the fitting part 1022 is used for fixing the mobile electronic device 200, and the back support part 1021 is used for supporting the back of the mobile electronic device 200; the portion of the lower cover 103 close to the first flipping axis 101 includes a bottom support zone 1031, and the width of the bottom support zone 1031 is greater than the thickness of the mobile electronic device 200, the bottom support zone 1031 can be used for the bottom of the mobile electronic device 200 to slide in the range of the bottom support zone 1031, and the bottom support zone 1031 is provided with a first suction member 1032 capable of sucking the bottom of the mobile electronic device 200. (ii) a A third adsorption part 201 is arranged at the bottom of the mobile electronic device 200; when the upper cover 102 and the lower cover 103 are opened, the attaching part 1022 rotates along the second flipping axis 105, the bottom of the mobile electronic device 200 may abut against the bottom support zone 1031, and the first suction member 1032 may be sucked with the third suction member 201. Thus, when the mobile electronic device 200 slides in the corresponding area of the mobile electronic device protective case 100 to adjust the supporting angle, the first absorbing part 1032 absorbs the mobile electronic device 200 with the third absorbing part 201, so that the mobile electronic device 200 can be absorbed at any position in the corresponding area of the mobile electronic device protective case 100, and the adjustment of the stepless supporting angle can be realized. The adsorption effect is determined by the material characteristics of the first adsorption part 1032 and the third adsorption part 201, and other structures such as grooves or clamping positioning and the like are not needed to be arranged, so that the manufacture and the operation are convenient.

In order to ensure that the first absorbing part 1032 and the third absorbing part 201 can absorb, there are various implementation manners, the first absorbing part 1032 is a magnetic part, and the third absorbing part 201 is a magnetic conducting part; or, the first absorbing part 1032 is a magnetic conducting part, and the third absorbing part is a magnetic part; or, the first absorbing part 1032 and the third absorbing part 201 are both magnetic parts, and the magnetic poles of the opposite sides of the first absorbing part 1032 and the third absorbing part 201 are not the same.

In order to fix the back of the mobile electronic device 200 to the mobile electronic device protective case 100, as shown in fig. 5 and 9, a second suction member 1023 is disposed on a bonding portion 1022 of the upper cover 102 of the mobile electronic device protective case 100, a fourth suction member 202 is disposed on the back of the mobile electronic device 200, and the second suction member 1023 can be sucked to the fourth suction member 202.

In the same way as the first absorbing part 1032 and the third absorbing part, the second absorbing part 1023 is a magnetic part, and the fourth absorbing part 202 is a magnetic conducting part; or, the second adsorbing member 1023 is a magnetic conductive member, and the fourth adsorbing member 202 is a magnetic member; or, the second attraction piece 1023 and the fourth attraction piece 202 are both magnetic parts, and the magnetic non-homopolar part on the opposite side of the second attraction piece 1023 and the fourth attraction piece 202.

The charging of the existing mobile electronic device needs to be realized through an interface and a wire, the connection of the interface and the wire is troublesome, and a dedicated interface needs to be separately set and a dedicated wire needs to be prepared, so that for the convenience of connection, the wireless charging module 108 of the protective sleeve is arranged in the mobile electronic device protective sleeve 100, the wireless charging module 204 of the electronic device is arranged in the mobile electronic device 200, and thus, the wireless charging module 108 of the protective sleeve is connected with the wireless charging module 204 of the electronic device, and the mobile electronic device protective sleeve 100 and the mobile electronic device 200 can be charged or reversely charged. Moreover, a wire connection mode can be omitted, and wireless charging is carried out through direct automatic matching.

In the description herein, particular features, structures, materials, or characteristics may be combined in any suitable manner in any one or more embodiments or examples.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present application, and not to limit the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present application.

Claims

1. A mobile electronic equipment protective sleeve is used for protecting and supporting mobile electronic equipment and comprises an upper cover and a lower cover which are rotatably connected along a first overturning axis, and is characterized in that the upper cover comprises a back supporting part and a fitting part which are rotatably connected along a second overturning axis, the back supporting part and the lower cover are rotatably connected along the first overturning axis, the first overturning axis and the second overturning axis are approximately parallel, the fitting part is used for fixing the mobile electronic equipment, and the back supporting part is used for supporting the back of the mobile electronic equipment; the part of the lower cover close to the first turnover axis comprises a bottom supporting area, the width of the bottom supporting area is larger than the thickness of the mobile electronic device, the bottom supporting area is used for the bottom of the mobile electronic device to slide in the range of the bottom supporting area, and the bottom supporting area is provided with a first suction piece capable of absorbing the bottom of the mobile electronic device so as to support the bottom of the mobile electronic device.

2. The protective cover for mobile electronic devices of claim 1, wherein said first suction means is a magnetic member disposed on said bottom support area for sucking the bottom of said mobile electronic device.

3. A mobile electronic device case according to claim 1 or 2, wherein the first suction attachment fills the bottom support area in a direction in which the bottom of the mobile electronic device slides in the bottom support area.

4. The protective case for mobile electronic devices according to claim 3, wherein said first suction unit is a plurality of suction units, and said plurality of suction units are arranged at intervals along the direction of said first flip axis.

5. A mobile electronic device protective case according to any of claims 1 to 4, wherein the upper cover and the lower cover are flexibly connected at the first flipping axis, and/or the back support and the attachment portion are flexibly connected at the second flipping axis.

6. A protective cover for mobile electronic equipment according to claim 5, wherein the upper cover and the lower cover are coated with a connecting sleeve made of flexible material, the attaching part and the back supporting part are arranged at intervals, and the attaching part and the back supporting part are flexibly connected through the connecting sleeve;

and/or the back supporting part and the lower cover are arranged at intervals, and the back supporting part and the lower cover are flexibly connected through the connecting sleeve.

7. The protective sheath of claim 6, wherein the connecting sleeve comprises an upper sheath and a lower sheath made of flexible material, the upper sheath is located above the upper cover and the lower cover, the lower sheath is located below the upper cover and the lower cover, the upper sheath and the lower sheath are attached to cover the upper cover and the lower cover in the connecting sleeve.

8. The mobile electronic device protective case according to any one of claims 1 to 7, wherein a keyboard is disposed in the mobile electronic device protective case, a protective case wireless communication module is disposed in the keyboard, and the keyboard is connected to the mobile electronic device through the protective case wireless communication module.

9. A protective cover for mobile electronic equipment according to any one of claims 1 to 8, wherein a second adsorption member is provided on the bonding portion of the upper cover, and the second adsorption member is used for adsorbing the back of the mobile electronic equipment.

10. The mobile electronic device protection cover according to any one of claims 1 to 9, wherein a wireless protection cover charging module is disposed in the upper cover, and the wireless protection cover charging module is used for charging or reversely charging the mobile electronic device.

11. A mobile electronic device, suitable for being used with the mobile electronic device protection cover of any one of claims 1 to 10, comprising a housing, wherein a third suction member is disposed on the housing near the bottom of the mobile electronic device, and the third suction member is used for being sucked with the first suction member of the bottom support area of the mobile electronic device protection cover.

12. The mobile electronic device according to claim 11, wherein a second absorption member is disposed on the attaching portion of the mobile electronic device protective cover, and a fourth absorption member is disposed on the housing near the back of the mobile electronic device and is used for absorbing with the second absorption member of the mobile electronic device protective cover.

13. The mobile electronic device according to claim 11 or 12, wherein a keyboard is disposed in the mobile electronic device protective case, a protective case wireless communication module is disposed in the keyboard, and an electronic device wireless communication module is disposed in the housing and is configured to be wirelessly connected to the protective case wireless communication module.

14. The mobile electronic device of claim 13, wherein the mobile electronic device is further configured to control the electronic device wireless communication module to mate with the protective cover wireless communication module after the first and third suction pieces are suctioned.

15. The mobile electronic device of claim 13, wherein a protective case wireless charging module is disposed in an upper cover of the protective case of the mobile electronic device, and an electronic device wireless charging module is disposed in the housing and is used for matching connection with the protective case wireless charging module.

16. The mobile electronic device of claim 15, wherein the mobile electronic device is further configured to control the electronic device wireless charging module to be in mating connection with the protective cover wireless charging module after the first and third suction pieces are sucked;

17. A mobile electronic device system, comprising the mobile electronic device case according to any one of claims 1 to 10 and the mobile electronic device according to any one of claims 11 to 16, wherein the first suction member is slidably sucked to the third suction member.

18. The mobile electronic device system of claim 17, wherein the first attraction is a magnet and the third attraction is a magnetically permeable member;

or, the first adsorption part is a magnetic conduction part, and the third adsorption part is a magnet;

or the first adsorption part and the third adsorption part are both magnets, and the magnetic poles of the opposite sides of the first adsorption part and the third adsorption part are not the same.

19. The system according to claim 17 or 18, wherein a second suction member is disposed on the attaching portion of the upper cover of the protective case of the mobile electronic device, a fourth suction member is disposed in the housing of the mobile electronic device at a position close to the back of the mobile electronic device, and the second suction member and the fourth suction member can be sucked together.

20. The system of claim 19, wherein the second attraction member is a magnet and the fourth attraction member is a magnetic conductor;

or, the second adsorption part is a magnetic conduction part, and the fourth adsorption part is a magnet;

or, the second adsorption piece and the fourth adsorption piece are both magnets, and the magnetic poles of the opposite sides of the second adsorption piece and the fourth adsorption piece are not homopolar.

21. The utility model provides a mobile electronic equipment protective sheath for protect and support mobile electronic equipment, its characterized in that, be equipped with the keyboard in the mobile electronic equipment protective sheath, be provided with protective sheath wireless communication module in the keyboard, protective sheath wireless communication module is used for with mobile electronic equipment wireless connection.

22. A mobile electronic device adapted for use with the mobile electronic device case of claim 21, wherein an electronic device wireless communication module is provided for mating connection with the case wireless communication module of the mobile electronic device case.

23. A mobile electronic device system comprising the mobile electronic device case of claim 21 and the mobile electronic device of claim 22, the wireless communication module of the mobile electronic device case and the wireless communication module of the mobile electronic device being in mating connection.