CN209787217U - Breakage-proof mobile phone screen - Google Patents

Abstract

The utility model discloses a breakage-proof cell-phone screen. Breakage-proof cell-phone screen is through setting up bight buffer on four angles of outer screen of cell-phone, and bight buffer can be through doing glass outer screen four corners and be some less than interior screen, perhaps beats corresponding bight hole through the technique of punching on four angles of outer screen of cell-phone, and bight buffer or bight hole are filled with transparent buffer material and are guaranteed that whole cell-phone outer screen is a transparent plane, do not influence the pleasing to the eye and the normal use of cell-phone screen. When the mobile phone drops, the corner buffer area or the corner hole and the filler thereof can effectively eliminate corner stress, so that even if a great impact force is met, the damaged part is also the local part of the corner of the outer screen of the mobile phone, and the main part of the outer screen of the mobile phone cannot be damaged and can still be normally used. The impact force generated by the landing of the corner when the mobile phone falls is eliminated, the corner impact force is prevented from being transmitted to the whole screen, and the screen is protected from large-area cracks.

Description

Breakage-proof mobile phone screen

Technical Field

The utility model relates to a cell-phone screen technical field specifically is a breakage-proof cell-phone screen.

Background

Smart phones are occupying an increasing proportion of people's lives, and touch screens are almost one of the basic configurations of smart phones today. Because the glass material has good light transmission, no deformation and difficult scratch, the glass panel is the more appropriate material for manufacturing the mobile phone screen at present. The glass panel of the existing smart phone is usually directly attached to the inner wall or the upper part of the mobile phone shell, and when the smart phone drops, the glass panel directly contacts with the ground and is very easy to break. The modeling of touch-sensitive screen is that the straight board quadrangle cell-phone is many, because each brand smart mobile phone is all pursuing the screen bigger, thickness is thinner, lead to the cell-phone to be afraid of more and more falling to break, consequently, use the cell-phone protection device of various materials such as cell-phone cover, cell-phone shell, and adopt the mode of suit cell-phone shell, can influence the use and the outward appearance of cell-phone, the cell-phone also belongs to an electrical apparatus, it will generate heat to be electrical apparatus, generate heat just will dispel the heat, if the heat dissipation is not good, the life-span that the cell-phone used will reduce, but the cell-phone cover is sheatheed in for the cell-phone, the heat-sinking capability of cell-.

The screen of the mobile phone in the prior art is easy to crack in the falling process, and multiple observation and experiments show that most mobile phones have cracked glass outer screens, while the inner screens are intact, so that the visual attractiveness and the touch screen operation are affected although the display is normal, and the whole mobile phone screen has to be replaced at a high price. When most mobile phones fall, the parts which land at first are four corners, and because the corners are subjected to large impact force, the corners of the screen are damaged and then conducted to other parts of the screen, so that the whole screen is cracked in a large area. By observing the mobile phone with the pure plastic shell, the mobile phone can be dropped for many times, and even if plastic at the corner is deformed and crushed, other parts of the screen are intact. Based on the above inspiration, it is an urgent need to solve the problem in the prior art to design a shatterproof mobile phone screen.

In order to achieve the above object, the utility model provides a following technical scheme:

A breakage-proof mobile phone screen is characterized in that corner buffer areas are arranged at four corners of an outer screen of a mobile phone, so that impact force generated by landing of the corners when the mobile phone drops is eliminated, the impact force of the corners is prevented from being transmitted to the whole screen, and the screen is protected from large-area cracks. The corner buffer area can be smaller than the inner screen by making the four corners of the glass outer screen, then the transparent buffer material is used for covering the inner screen at the four corners, or corresponding corner holes are punched on the four corners of the mobile phone outer screen through a punching technology, the corner holes are filled with the transparent buffer material, the whole mobile phone outer screen is guaranteed to be a transparent plane, normal display and use of the mobile phone inner screen are not influenced, attractiveness of the mobile phone screen is not influenced, and meanwhile, the anti-falling and anti-skidding effects are also achieved. When the mobile phone drops, the corner buffer area or the corner hole and the filler thereof can effectively eliminate corner stress, so that even if a great impact force is met, the damaged part is also the local part of the corner of the outer screen of the mobile phone, and the main part of the outer screen of the mobile phone cannot be damaged and can still be normally used.

As a further aspect of the present invention: the shape of the outer screen corner pore can be round, arc and continuous small hole.

Compared with the prior art, the beneficial effects of the utility model are that: the utility model discloses a set up bight buffer or adopt bight hole and fill transparent buffer material on four angles of cell-phone outer screen, protect cell-phone outer screen main part, play and prevent falling skid-proof effect, when the cell-phone drops and receives the impact, the transparent buffer in bight or hole and filler can play the effect of the garrulous screen of shock attenuation, reduce the garrulous screen risk of cell-phone.

Drawings

Fig. 1, 3, 4, 6 and 7 are front views of various embodiments of the present invention.

fig. 2 is a left side view of fig. 1.

Fig. 5 is a left side view of fig. 4.

In the figure: 1-corner buffer area, 2-mobile phone outer screen, 3-mobile phone inner screen, and 4-corner pore.

Detailed Description

The technical solution of the present invention will be further described in detail with reference to the accompanying drawings.

Referring to fig. 1 and 2, a shatterproof mobile phone screen comprises a mobile phone outer screen [2] attached to a mobile phone inner screen [3] and provided with a corner buffer region [1], wherein the corner buffer region [1] can be in a shape as shown in fig. 1 and 3 or in other shapes, and the corner buffer region [1] is filled with a transparent material and ensures that the whole mobile phone outer screen [2] is a transparent plane; the corner buffers may also be corner apertures [4] of various shapes provided on the glass outer screen as shown in fig. 4, 6, 7: arc, round, continuous small hole, etc., the corner hole [4] is filled with transparent buffer material and ensures that the whole mobile phone outer screen [2] is a transparent plane. Because bight buffer [1] or bight hole [4] and the outer screen of glass combine closely to form a transparent plane's outer screen of cell-phone [2], so do not influence the normal demonstration and the use of cell-phone inner screen, play simultaneously and prevent falling, skid-proof effect, when the cell-phone drops and receives the impact, bight transparent buffer material or bight hole and filler can play the effect of the broken screen of shock attenuation, prevent that whole screen from appearing the large tracts of land crack, reduce the broken screen risk of cell-phone.

Although the embodiments of the present invention have been described in detail, the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.

Claims (3)

1. A breakage-proof cell-phone screen which characterized in that: set up bight buffer on four angles of cell-phone outer screen, bight buffer can be through doing glass outer screen four corners and be less than interior screen a little, or beat corresponding bight hole through the technique of punching on four angles of cell-phone outer screen, bight buffer or bight hole are filled with transparent buffer material and are guaranteed that whole cell-phone outer screen is a transparent plane.

2. A shatterproof cell phone screen according to claim 1, wherein: the outer screen corner buffers may be arcuate.

3. A shatterproof cell phone screen according to claim 1, wherein: the shape of the outer screen corner pore can be round, arc and continuous small hole.