CN111885244B - Controllable shell-film integrated mobile phone peripheral structure - Google Patents

Referring to fig. 1-5, the embodiment provides a controllable shell-film integrated mobile phone peripheral structure, which includes an

13 and a

12, one side between the

13 and the

12 is hinged by a

3 to form a hinged side, the other side is opened or connected and closed by a locking mechanism to form a locked side, and the

13 and the

12 are connected and closed to form a cavity for placing a mobile phone; the touch control and dimming two-in-one

2 is mounted on the

13, the main board module 7, the thrust module for opening the buckling structure and the

4 for measuring the distance between the mobile phone screen and the eyes are mounted in the

12, and the thrust module is electrically connected with the main board module 7 for controlling the movement of the thrust module; the

4 is electrically connected with the mainboard module 7 which controls the mobile phone to output a reminding prompt according to the measured distance, and a high-light-transmission glass stop block 1 is arranged on the

13 corresponding to the

4 to protect a laser sensor of the

4; the touch control dimming two-in-one

2 is connected with a main control module 7 for setting the transmittance and the sensitivity of the touch control dimming two-in-one tempered glass; the main control module 7 is provided with a charging port for externally connecting a charging connector and a connecting connector for electrically connecting a mobile phone, specifically, the charging port is arranged on the side surface of the

12, and the charging port and the connecting connector are both connected to the main control module 7 through a flexible flat cable. The using time of the mobile phone is controlled by controlling the transparency and the sensitivity of the touch dimming two-in-one

2, meanwhile, the touch dimming two-in-one

2 can be used as a protective film, and the

4 is used for reminding the user of using the distance to protect eyes. Meanwhile, the mobile phone can be protected against collision, and is convenient to carry at any time.

The locking mechanism of the embodiment includes a

11 disposed on an

13 and a top jaw structure installed in a

12 and locked with the

11 in a matching manner, the top jaw structure includes a

18 and an

16, the

18 is connected with a

14 linked with the

18, the

18 and the

14 are movably installed in the

16, the

16 is fixed in the

12, the

14 is sleeved with a

17, one end of the

17 abuts against a shaft hole limiting end surface of the

16, and the other end abuts against an inner hole end surface of the top jaw 18), an inclined surface of the

18 exposed out of the

16 can be retracted into the

16 and compress the

17 under the pushing of the

11, and the

18 can be locked with the

11 under the returning force of the

17. Specifically, the

11 has a latch groove for latching with the

18 and a first inclined surface for pushing the

18 to move, and is installed on an outer side end surface of an inner surface of the

13, facing the

12. The

18 has a second inclined surface which is matched with the first inclined surface to push.

In this embodiment, the thrust module includes a

6 with a screw rod, the

6 is connected with a main control module 7, a thrust plectrum 5 which moves along the screw rod is installed on the screw rod, and the thrust plectrum 5 is connected with a

18 and can drive the

18 to leave a

11 to realize unlocking. Specifically, the number of the locking mechanisms is two, the

14 on the

18 of the two locking mechanisms are connected and linked through an ejector

15, and the ejector

15 can be driven by the thrust plectrum 5 to move so as to drive the

18 to move. The top

15 is provided with a limit boss which is in linkage with the thrust plectrum 5 in a matching way, the limit boss is provided with two stress surfaces which are all protruded out of the two sides of the thrust plectrum 5, and a retreating groove which is used for retreating the thrust plectrum 5 is arranged between the two limit bosses on the top claw connecting plate. After the

6 is unlocked or locked, the thrust plectrum 5 can be driven to return to the original position, and zero calibration is carried out at the initial position where the

6 starts to act.

In the present embodiment, a bare

19 is installed in the

12 to push the

13 open after the

18 is separated from the

11. After the

18 moves to the limit position, the steel ball on the

19 is ejected out of the

13 through the internal spring, so that the

13 is quickly opened after unlocking.

In this embodiment, a

10 is installed on the outer surface of the

12, a finger ring of the

10 is a rotatable mechanism, and a magnetic attraction sheet capable of being attracted to the magnetic attraction support is arranged on the

10. The finger ring may reduce the risk of falling and may be used as a stand on a desktop or the like. The magnetic attraction piece is used for being attracted on the magnetic attraction support to facilitate vehicle navigation. The

12 is provided with through holes corresponding to the camera, the flashlight and the light supplement lamp of the mobile phone.

Firstly, the flexible

8 with the connector is inserted into a mobile phone charging groove to keep the power supply of the mainboard module 7, then the mobile phone is placed in the

12 of the mobile phone, and the

13 is connected with the

12 through the

3 to enable the

13 to rotate relative to the

12. The

13 is provided with a

11 with an inclined surface, in the rotating process of the

13, a first inclined surface on the

11 is in contact with a second inclined surface on the

18 to push the

18 to move and retract into the mounting

16, at the moment, the

14 is linked, the

17 of the

14 is compressed, when the upper shell and the lower shell are completely closed, the opposite positions of the inclined surfaces of the

11 and the

18 reach a limit position, the

18 acts in a lock groove of the

11 through the return force of the

17 to lock the upper shell and the lower shell, and two position locking points are arranged on the upper shell and the lower shell to enable the upper shell and the lower shell to be closed and locked more firmly.

The mobile phone is placed in the shell and locked, then the mobile phone can be operated by touch control and dimming two-in-one toughened

2 in a set time, the

4 is designed in the shell, the screen of the mobile phone can be controlled to be kept at a safe distance from eyes, and when the distance exceeds the safe distance, the mobile phone can send a reminding prompt. When the operation of the mobile phone exceeds the set time, the main control module 7 adjusts the transmittance and the sensitivity of the touch dimming two-in-one tempered

2, and the screen of the mobile phone becomes fuzzy and cannot be operated in a touch manner. The light transmittance of the touch control and dimming two-in-one tempered

2 can be set from 0 to 100%, and the touch control sensitivity can also be set.

When the stepping

6 with the screw rod receives the unlocking signal of the active module 7, the stepping

6 with the screw rod drives the thrust plectrum 5 to act together, and pushes the top

15 to enable the

18 to move in the direction of disengaging from the

11. After the upper shell is moved to the limit position, the steel balls on the

19 push the

13 open through the internal springs of the upper shell, and after the

18 leaves the lock groove of the

11, the inclined surface of the

18 simultaneously pushes the inclined surface of the

11 to separate the upper shell from the lower shell, so that the unlocking process is completed. The unlocking signal of the active module 7 is controlled by an APP installed on the mobile phone, the APP has an autonomous mode and a supervision mode, the autonomous mode is used by a user, and the supervision mode is used by a guardian.

After the reminding that the electric quantity is low appears in the cell-phone, the recess that charges on casing 12 is equipped with the joint that charges down, and the joint that charges is connected through the end soft arranging

9 that charges with mainboard module 7, can insert the joint that charges and directly carry out the cell-phone and charge.

The thin

10 is arranged on the lower bottom surface of the

12 to prevent the mobile phone from falling off from a hand, a finger ring on the

10 can rotate and can be used as a support on a desktop plane and the like, and the

10 is provided with a magnetic suction sheet on a large plane and can be directly sucked on the magnetic suction support to facilitate driving navigation.

1. The utility model provides an integrative cell-phone peripheral hardware structure of controllable shell membrane which characterized in that: the mobile phone comprises an upper shell and a lower shell, wherein one side between the upper shell and the lower shell is hinged to form a hinged side, the other side is opened or connected and closed through a locking mechanism to form a locked side, and the upper shell and the lower shell are connected and closed to form a cavity for placing a mobile phone; the touch control and dimming two-in-one toughened glass is mounted on the upper shell, a main board module, a thrust module for opening a buckling structure and a laser ranging module for measuring the distance between a mobile phone screen and eyes are mounted in the lower shell, the thrust module is electrically connected with the main board module for controlling the action of the thrust module, the laser ranging module is electrically connected with the main board module for controlling the output reminding prompt of a mobile phone according to the measured distance, the touch control and dimming two-in-one toughened glass is electrically connected with a main control module for setting the transmittance and the sensitivity of the touch control and dimming two-in-one toughened glass, and a charging port for externally connecting the charging connector and a connecting connector for electrically connecting the mobile phone are arranged on the main control module; when the operation of the mobile phone exceeds the set time, the main control module adjusts the transmittance and the sensitivity of the touch dimming two-in-one tempered glass, and the screen of the mobile phone becomes fuzzy and cannot be operated in a touch mode.

2. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 1, wherein: the locking mechanism comprises a locking hook arranged on the upper shell and a top claw structure which is arranged in the lower shell and is locked with the locking hook in a matched mode, the top claw structure comprises a top claw and an installation seat, a top claw rod shaft linked with the top claw rod is connected onto the top claw, the top claw and the top claw rod shaft are movably installed in the installation seat, the installation seat is fixed in the lower shell, a spring is sleeved on the top claw rod shaft, one end of the spring abuts against the shaft hole limiting end face of the installation seat, the other end of the spring abuts against the inner hole end face of the top claw, the inclined face of the top claw, exposed out of the installation seat, can retract into the installation seat and compress the spring under the pushing of the locking hook, and the top claw can be locked with the locking hook under the restoring force of the spring.

3. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 2, wherein: the lock hook is provided with a lock groove locked with the top claw and a first inclined plane for pushing the top claw to move, and the top claw is provided with a second inclined plane matched with the first inclined plane for pushing.

4. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 2, wherein: the thrust module comprises a stepping motor with a screw rod, the stepping motor is electrically connected with the main control module, a thrust shifting piece which transversely moves along the screw rod is installed on the screw rod, and the thrust shifting piece is movably connected with the top jaw and can drive the top jaw to leave the lock hook.

5. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 4, wherein: the two locking mechanisms are provided, the top claws of the two locking mechanisms are connected and linked through a top claw connecting plate, and the top claw connecting plate can be driven by a thrust shifting piece to move so as to drive the top claws to move.

6. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 5, wherein: the top claw connecting plate is provided with a limiting boss which is matched and linked with the thrust plectrum, and the top claw connecting plate is provided with a receding groove which is used for receding the thrust plectrum.

7. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 2, wherein: the lower shell body is internally provided with a naked collision bead which pushes the upper shell body open after the top claw leaves the lock hook.

8. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 1, wherein: and a high-transmittance glass stop block is arranged at the position, corresponding to the laser ranging module, on the upper shell to protect a laser sensor of the laser ranging module.

9. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 1, wherein: the outer surface of the lower shell is provided with a finger ring buckle, the finger ring of the finger ring buckle is a rotatable mechanism, and the finger ring buckle is provided with a magnetic attraction piece which can be attracted on the magnetic attraction support.

10. The integrated mobile phone peripheral structure with the controllable shell and the controllable membrane as claimed in claim 1, wherein: and through holes are formed in the lower shell corresponding to the positions of a camera, a flashlight and a light supplement lamp of the mobile phone.