CN217590873U

CN217590873U - Elasticity pushes away lid cell-phone shell

Info

Publication number: CN217590873U
Application number: CN202221475711.0U
Authority: CN
Inventors: 许仕德; 徐增林
Original assignee: Shenzhen Nillkin Technology Co ltd
Current assignee: Shenzhen Nillkin Technology Co ltd
Priority date: 2022-06-13
Filing date: 2022-06-13
Publication date: 2022-10-14
Anticipated expiration: 2032-06-13

Abstract

The utility model relates to the technical field of mobile phone shells, in particular to an elastic push cover mobile phone shell, which comprises a shell body formed with a protection window, wherein the protection window is aligned with a mobile phone lens, a slide rail structure is formed on the back of the shell body, a cover body capable of shielding the protection window is slidably mounted on the slide rail structure, a limiting area for limiting and sliding the cover body is formed on the back of the shell body, two limit blocks matched with the limit blocks are formed on the cover body, a magnet structure is arranged between the limiting area and the shell body, the cover body is clamped on the slide rail structure and slides along the slide rail structure with damping, and the sliding hand feeling is improved; make the lid embedding carry out sharp slip through the slide rail structure, the lid can not follow the slide rail structure bounce perk, can not drop from the slide rail structure, and when sliding, realizes that the lid is whole to be sealed or whole to expose the protection window, realizes the protection to the camera.

Description

Elasticity pushes away lid cell-phone shell

Technical Field

The utility model relates to a cell-phone shell technical field especially relates to an elasticity pushes away lid cell-phone shell.

Background

The camera of current smart mobile phone generally sets up at the back of fuselage, is equipped with the lens cap of glass material on the camera, and when the cell-phone fell, the lens cap was broken easily. Common cell-phone shell has the window that aligns with the camera for at the casing shaping, and slidable mounting has the lid on the window, and the lid is done and is close to the window and keeps away from the sliding motion of window, realizes the protection to the camera.

Above-mentioned scheme has the defect, appears rocking's phenomenon easily when the lid slides, leads to the lid to drop from cell-phone shell easily, influences normal use.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an elasticity pushes away lid cell-phone shell to prior art's not enough.

In order to achieve the above purpose, the technical scheme of the utility model is as follows:

the utility model provides an elasticity pushes away lid cell-phone shell, has the casing of protection window including the shaping, and casing back shaping has the slide rail structure, and slidable mounting has the lid that can shelter from the protection window on the slide rail structure, and casing back shaping has the spacing gliding spacing district of confession lid, and the lid shaping has with spacing district backstop complex stopper, is provided with the magnet structure between the spacing district of lid and the casing.

Further: the slide rail structure comprises a track formed on the back of the shell, the cover body is formed with a sliding embedded block embedded and sliding along the track, and the cover body is clamped on the slide rail structure and slides along the slide rail structure in a damping manner.

And further: the track is a frame structure protruding from the back of the cover body, the plane shape of the cover body is matched with the plane shape formed by the track in a surrounding mode, and the track is provided with a notch for the cover body to penetrate through.

Further: the sliding embedded block is formed at the edge of the cover body, and the surface of the cover body is provided with an auxiliary push block.

And further: the limiting area is a groove structure which is concavely formed in the range of the track in the frame structure, and the sliding length of the cover body in the limiting area is not less than the width of the protection window.

And further: the magnet structure includes the first No. 1N level magnet, the first No. 2N level magnet, the first No. 1S level magnet and the first No. 2S level magnet that sets up at the lid that set up in the spacing district in casing back respectively.

And further: no. 1N level magnet, no. 2N level magnet set up respectively in the horizontal both ends in spacing district correspondingly, and No. 1S level magnet sets up between No. 1N level magnet and No. 2N level magnet, and No. 2S level magnet and the vertical setting of aliging of stopper.

Further: the magnet structure includes the second No. 1N level magnet and the second No. 2N level magnet and the second S level magnet of setting at the lid that set up respectively in the spacing district in casing back.

And further: no. 1 second N level magnet sets up in the horizontal one end in spacing district, and No. 2 second N level magnet sets up in the horizontal other end in spacing district, and second S level magnet and the vertical setting of aliging of stopper.

Further: the magnet structure includes the third S level magnet No. 1 that sets up respectively in the middle of spacing district and the third S level magnet No. 2 that sets up with the vertical alignment of stopper on the lid.

The utility model has the advantages that: the cover body is clamped on the slide rail structure and slides along the slide rail structure with damping, so that the sliding hand feeling is improved; make the lid embedding carry out sharp slip through the slide rail structure, the lid can not follow the slide rail structure bounce perk, can not drop from the slide rail structure, and when sliding, realizes that the lid is whole to be sealed or whole to expose the protection window, realizes the protection to the camera.

Drawings

Fig. 1 is a schematic structural view of the entire cover body away from the protection window.

Fig. 2 is a schematic structural view of the cover body covering the protection window completely.

Fig. 3 is a schematic structural diagram of a first embodiment of the present invention.

Fig. 4 is a schematic structural diagram of a second embodiment of the present invention.

Fig. 5 is a schematic structural diagram of a third embodiment of the present invention.

The reference numerals include:

1-a shell body,

11-sliding rail structure, 12-rail, 13-protection window, 14-notch, 15-limiting area,

2-a cover body,

21-a sliding embedded block, 22-a limiting block, 23-an auxiliary push block,

3-a first magnet structure,

31-first No. 1N-stage magnet, 32-first No. 2N-stage magnet, 33-first No. 1S-stage magnet, 34-first No. 2S-stage magnet,

4-a second magnet structure,

41-second No. 1N-stage magnet, 42-second No. 2N-stage magnet, 43-second S-stage magnet,

5-a third magnet structure,

51-third No. 1S-stage magnet, 52-third No. 2S-stage magnet.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings.

As shown in fig. 1-2, an elastic push-lid mobile phone case includes a case 1 formed with a protection window 13, the protection window 13 is aligned with a mobile phone lens, a slide rail structure 11 is formed on the back of the case 1, a lid 2 capable of shielding the protection window 13 is slidably mounted on the slide rail structure 11, a limiting area 15 for limiting and sliding the lid 2 is formed on the back of the case 1, two limiting blocks 22 matched with the limiting area 15 are formed on the lid 2, a magnet structure is arranged between the limiting area 15 and the case 1, the lid 2 is clamped on the slide rail structure 11 and slides along the slide rail structure 11 with damping, so as to improve sliding hand feeling; make the embedding of lid 2 to carry out the rectilinear slip through slide rail structure 11, lid 2 can not follow slide rail structure 11 bounce perk, can not drop from slide rail structure 11, and when sliding, lid 2 can shelter from protection window 13, protects, also can keep away from protection window 13, realizes the protection to the camera.

The slide rail structure 11 includes a rail 12 protruding from the back of the housing 1, the rail 12 is a frame structure, a sliding engagement block 21 engaged and sliding along the rail 12 is formed at the edge of the cover 2, the planar shape of the cover 2 is matched with the planar shape surrounded by the rail 12, a notch 14 for the cover 2 to pass through is formed on the rail 12, and the cover 2 can slide along the rail 12 of the frame structure and the formed notch 14, so as to realize the purpose that the cover 2 is completely closed, partially closed or completely exposed to the protection window 13.

The cross section of track 12 is for falling L style of calligraphy or E style of calligraphy, and lid 2 surface is provided with supplementary ejector pad 23, can pull supplementary ejector pad 23, drives lid 2 marginal slip mosaic piece 21 and track 12 sliding fit, can prevent that lid 2 from the track 12 perk of frame structure, realizes steadily sliding.

Spacing district 15 is the indent shaping in the groove structure that is the track 12 within range of frame structure, and the width in spacing district 15 is not less than protection window 13 width, and two stopper 22 vertical alignment settings, stopper 22 slide between spacing district 15, through stopper 22 and the cooperation of spacing district 15 backstop, lid 2 horizontal slip can realize that lid 2 totally seals, partially seals or totally exposes protection window 13.

The magnet structure has three kinds of schemes, the utility model discloses an embodiment one:

as shown in fig. 3, the first magnet structure 3 includes a first N-stage 1 magnet 31, a first N-stage 2 magnet 32, a first S-stage 1 magnet 33, and a first S-stage 2 magnet 34 disposed on the back limiting area 15 of the housing 1; the first No. 1N-stage magnet 31 is disposed at one end of the limiting region 15, the first No. 2N-stage magnet 32 is disposed at the other end of the limiting region 15, the first No. 1S-stage magnet 33 is disposed between the first No. 1N-stage magnet 31 and the first No. 2N-stage magnet 32, and the first No. 2S-stage magnet 34 is disposed between the two limiting blocks 22 in an aligned manner; the first N-stage magnet No. 1, the first N-stage magnet No. 2 32, the first S-stage magnet No. 1 33, and the first S-stage magnet No. 2 34 are respectively arranged horizontally in lateral alignment.

The cover body 2 transversely slides along the track 12, when the limiting block 22 contacts with the inner side end of the limiting area 15, the whole protection window 13 is just shielded by the cover body 2, the first 2 # S-stage magnet 34 positioned on the cover body 2 and the first 1 # N-stage magnet 31 in the limiting area 15 are attracted in different poles, and the closed attraction effect is improved.

When the limiting block 22 contacts with the outer end of the limiting region 15, the whole protection window 13 is just exposed by the cover body 2, and the unlike poles of the first 2 # S-level magnet 34 located on the cover body 2 and the first 2 # N-level magnet 32 located on the limiting region 15 attract each other, so that the whole protection window 13 is exposed, and the windowing effect is improved.

When the cover 2 slides to a semi-closed state of the protection window 13, the first 2 # S-stage magnet 34 of the cover 2 and the first 1 # S-stage magnet 33 of the limiting area 15 repel in the same polarity, so that a damping effect is achieved, the cover 2 is forced to slide left or right along the track 12 and attract with the first 1 # N-stage magnet 31 or the first 2 # N-stage magnet 32 in a heteropolar manner, and the whole protection window 13 is shielded or the whole protection window 13 is exposed.

In the scheme, four magnets are always needed, wherein two magnets are distributed on the cover body 2, and one magnet is distributed on the shell body 1; the different poles in the opening and closing states attract each other, so that the cover is stably pushed and positioned; and the half way state is homopolar repulsion, thus achieving the damping hand feeling. This configuration can give a compromise between feel and experience.

The embodiment of the utility model provides a two:

as shown in fig. 4, the second magnet structure 4 includes a second N-stage magnet No. 1, a second N-stage magnet No. 2, and a second S-stage magnet 43, which are horizontally aligned in the lateral direction; the second No. 1N-stage magnet 41 is disposed at one lateral end of the limiting region 15, the second No. 2N-stage magnet 42 is disposed at the other lateral end of the limiting region 15, and the second S-stage magnet 43 is vertically disposed between the two limiting blocks 22.

The cover body 2 transversely slides along the track 12, when the limiting block 22 contacts with the inner side end of the limiting area 15, the whole protection window 13 is just shielded by the cover body 2, the second 2 # S-level magnet positioned on the cover body 2 and the second 1 # N-level magnet 41 in the limiting area 15 are attracted in different poles, and the closed attraction effect is improved.

When the limiting block 22 contacts with the outer end of the limiting area 15, the whole protection window 13 is just exposed by the cover body 2, and the heteropolarity of the second 2 # S-stage magnet located on the cover body 2 and the heteropolarity of the second 2 # N-stage magnet 42 of the limiting area 15 attract each other, so that the whole protection window 13 is exposed, and the windowing effect is improved.

Unlike the first embodiment, when the cover 2 slides along the rail 12 to the midway in the transverse direction, the phenomenon of repulsion of like poles does not occur, and the sliding hand feeling of repulsion is not generated, so that the cover 2 can be stopped in the midway compared with the first embodiment.

The second embodiment of the present invention requires three magnets, wherein one magnet is distributed on the cover 2, and two magnets are distributed on the housing 1; the push cover is stably pushed by the attraction of the different poles in the opening and closing states; the configuration can meet the experience feeling, does not shake and is lack of midway damping hand feeling.

The embodiment of the utility model discloses a third:

as shown in fig. 5, the third magnet structure 3 includes a third S-stage 1 magnet 51 disposed in the transverse middle of the limiting region 15 and a third S-stage 2 magnet 52 vertically aligned with the limiting blocks 22 on the cover 2, the third S-stage 1 magnet 52 and the third S-stage 2 magnet 52 are horizontally aligned, and the third S-stage 2 magnet 52 is vertically disposed between the two limiting blocks 22.

The cover body 2 slides transversely along the rail 12, when the cover body 2 slides to a semi-closed state of the protection window 13, the third 1 # S-level magnet 51 of the cover body 2 and the third 2 # S-level magnet 52 of the limiting area 15 repel in the same polarity, and have a damping effect, so that the cover body 2 is forced to slide leftwards or rightwards along the rail 12.

In the third embodiment, two magnets are always needed, and the cover body 2 and the shell body 1 are respectively distributed one by one; through homopolar repulsion in the midway state, the push cover is stabilized; the configuration can satisfy the damping hand feeling, but the swinging has a virtual position under the opening and closing state.

In order to facilitate observation of the cooperation between the magnets of the cover 2 and the magnets of the housing 1, the cover 2 in fig. 3 to 5 is turned 180 ° and suspended above the housing 1, so as to facilitate observation of the arrangement of the magnets.

In conclusion, the present invention has the above-mentioned excellent characteristics, so that it can be used to enhance the effectiveness of the prior art and has practicability, and thus it is a product with practical value.

The above description is only for the preferred embodiment of the present invention, and for those skilled in the art, there are variations on the detailed description and the application scope according to the idea of the present invention, and the content of the description should not be construed as a limitation to the present invention.

Claims

1. The utility model provides an elasticity pushes away lid cell-phone shell, has the casing of protection window including the shaping, its characterized in that: the casing back shaping has the slide rail structure, and slidable mounting has the lid that can shelter from the protection window on the slide rail structure, and casing back shaping has the spacing gliding spacing district of confession lid, and the lid shaping has with spacing district backstop complex stopper, is provided with the magnet structure between the spacing district of lid and the casing.

2. A resilient push-cap handset housing according to claim 1, wherein: the sliding rail structure comprises a rail formed on the back of the shell, the cover body is provided with a sliding embedded block embedded and sliding along the rail, and the cover body is clamped on the sliding rail structure and slides along the sliding rail structure in a damping mode.

3. A resilient push-lid handset housing according to claim 2, wherein: the track is the frame structure of protruding in the lid back, and lid plane shape and the plane shape looks adaptation that the track encloses, and the track shaping has the breach that supplies the lid to pass.

4. A resilient push-lid handset housing according to claim 3, wherein: the sliding embedded block is formed at the edge of the cover body, and the surface of the cover body is provided with an auxiliary push block.

5. A resilient push-lid handset housing according to claim 4, wherein: the limiting area is of a groove structure which is formed in the track range of the frame structure in an inwards concave mode, and the sliding length of the cover body in the limiting area is not smaller than the width of the protection window.

6. A resilient push-lid handset casing according to claim 1 or 5, wherein: the magnet structure includes the first No. 1N level magnet, the first No. 2N level magnet, the first No. 1S level magnet and the first No. 2S level magnet that sets up at the lid that set up in the spacing district in casing back respectively.

7. A resilient push-lid handset housing according to claim 6, wherein: no. 1N level magnet, no. 2N level magnet set up respectively in the horizontal both ends in spacing district correspondingly, and No. 1S level magnet sets up between No. 1N level magnet and No. 2N level magnet, and No. 2S level magnet and the vertical setting of aliging of stopper.

8. A resilient push-cap handset housing according to claim 1 or 5, wherein: the magnet structure includes the second No. 1N level magnet and the second No. 2N level magnet and the second S level magnet that sets up at the lid that set up in the spacing district in casing back respectively.

9. A resilient push-lid handset housing according to claim 8, wherein: no. 1 second N level magnet sets up in the horizontal one end in spacing district, and No. 2 second N level magnet sets up in the horizontal other end in spacing district, and second S level magnet and the vertical alignment setting of stopper.

10. A resilient push-cap handset housing according to claim 1 or 5, wherein: the magnet structure includes the third S level magnet No. 1 that sets up respectively in the middle of spacing district and the third S level magnet No. 2 that sets up with the vertical alignment of stopper on the lid.