KR20210023546A - Depending on the size of the mobile phone, the left and right can be adjusted and the mobile phone - Google Patents

Abstract

The present invention relates to a mobile phone case. More specifically, the present invention relates to a mobile phone case which can be coupled regardless of the size of the mobile phone, and is capable of sliding in the upper and lower directions of the coupled mobile phone, wherein the mobile phone case comprises a support member for supporting both sides of the mobile phone, but the support member can be buffered in the outward direction so that the mobile phone can be supported regardless of the size of the mobile phone in use, and the configuration of the support member is directly configured on a sliding member sliding upwards and downwards, so that the mobile phone case can slide upwards and downwards in a situation where the mobile phone is supported.

Description

{Depending on the size of the mobile phone, the left and right can be adjusted and the mobile phone}

The present invention relates to a mobile phone case, and to a mobile phone case that can be combined regardless of the size of the mobile phone, and the combined mobile phone can be slid upward and downward.

First of all, looking at the prior art,

Mobile phones of the concept including smartphones are widely used despite the age of men and women, and are electronic products closely intervened in real life.

In addition to making a phone call, it is a reality that various tasks can be performed using a mobile phone.

Among them, a function that is widely used in addition to phone calls and text transmission/reception is the shooting function using a camera, and the camera function is constantly being improved.

On the other hand, in recent years, mobile phones are called smart phones and have reached the level of performing the functions of a PC almost as they are, so they are also expensive products.

Cellular phones are usually used with cell phone cases to prevent impact or burnout.

In order to meet the diverse needs of consumers, a cell phone case with a truly colorful design is sometimes provided.

Various types of mobile phone cases are provided, but the slide device of a wallet-type mobile phone case with the function of a wallet or a diary is widely used, which has good storage efficiency, such as being able to store credit cards, etc., and is more convenient than a mobile phone case. It can be safely protected, and furthermore, it is advantageous for expressing a luxurious aesthetic.

However, the slide device of the wallet-type mobile phone case is also not without drawbacks, which is when taking pictures using the mobile phone.

The slide device of a wallet-type cell phone case is usually composed of a back plate to which the cell phone is attached and a front plate that covers the front of the cell phone, which is very inconvenient because it is necessary to take pictures with the front plate open when taking a picture.

This is because, while holding the front panel open with one hand, you must hold the camera steady toward the subject without touching the front of the mobile phone.

And since you have to make a camera hole on the back panel to keep the phone from being separated from the case, the phone case cannot have a complete wallet or diary shape.

In addition, the hole area of the camera is easily worn out, and there are restrictions in choosing a material or design.

In addition, conventionally, it is configured to slide up and down after supporting both sides of the mobile phone or after combining the mobile phone, and there is no disclosure about the structure of sliding upward and downward after supporting both sides of the mobile phone, making it inconvenient to use the mobile phone. There is a situation.

Accordingly, conventionally, a'wallet for holding a mobile phone' of registration number 10-1618002 and a'slide device for wallet-type mobile phone case' of registration number 10-1794240 have been disclosed, but the above problems are still not improved to be.

The present invention has been devised to solve the problems of the prior art, and has a support member for supporting both sides of a mobile phone, but the support member can be buffered outward so that it can be supported regardless of the size of the mobile phone used. It was completed as a technical task with the focus on providing a mobile phone case that allows the mobile phone to slide upwards and downwards in a situation where the mobile phone is supported by allowing the support member to be configured directly on the sliding member that slides upward and downward. .

Accordingly, the present invention comprises a bottom case configured with a support member for supporting a mobile phone, a case surrounding one side of the mobile phone, a front case covering the front of the mobile phone, and configured on one side of the bottom case, the other side of the mobile phone In the mobile phone case with a coupling member wrapped around the end portion, the sliding plate configured on the front side of the bottom case, the sliding member configured to be connected to the sliding plate and supporting the mobile phone and sliding in the up and down directions, The technical feature is a mobile phone case that is configured to be connected to the sliding member and is composed of a support unit that supports both sides of the mobile phone, and is capable of adjusting left and right according to the size of the mobile phone and sliding upwards and downwards. .

According to the mobile phone case, which can be adjusted left and right according to the size of the mobile phone of the present invention and can be slid up and down, the support member is configured to be buffered to support various sized mobile phones, and the support member is attached to the sliding member. It is an invention that has a great effect, such as allowing it to slide upwards and downwards even in a situation where it is directly configured and supported.

1 is a plan view showing the present invention
Figure 2 is a front view showing the present invention
Figure 3 is a side view of Figure 1
Figure 4 is a sequence diagram showing a preferred embodiment of the present invention
5 is a front view showing driving of a support member in the configuration of the present invention
6 is an enlarged cross-sectional view showing a groove and a protrusion in the configuration of the present invention
7 is a plan view showing the configuration of an adhesive member to a sliding member in the configuration of the present invention
8 is a plan view showing a combination of a mobile phone in the present invention
9 is a plan view showing the embodiment of FIG. 8

Hereinafter, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 9 with reference to the accompanying drawings.

First, a mobile phone case that can be adjusted left and right according to the size of the mobile phone according to the size of the mobile phone according to the present invention and is slidable upwards and downwards includes a bottom case 15 having a support member supporting the mobile phone 20, and the mobile phone 20 One side case 13 surrounding one side, the front case 11 covering the front side of the mobile phone 20, and the bottom case 15 are configured on one side of the mobile phone 10, and the end part is wrapped around the other side of the mobile phone 10 In the mobile phone case 10 provided with a coupling member 17, there is a sliding plate 100 configured on the front of the bottom case 15, and connected to the sliding plate 100, but the mobile phone 20 And a sliding member 200 that supports and slides in the up and down directions, and a support part which is connected to the sliding member 200 and supports both sides of the mobile phone 20.

Grooves 110 are respectively formed on opposite sides of the sliding plate 100, and protrusions 210 are respectively formed on both lower sides of the sliding member 200, and the protrusions 210 are formed of the grooves 110. ) And slides upwards and downwards.

The groove portion 110 is formed to be narrowed in an inner direction corresponding to each other toward the upper and lower portions of the sliding plate 100.

An outer buffer member 220 having a force pushing outward is formed at portions corresponding to the upper and lower portions of the protrusion 210.

Each of the support portions includes support members 310 having one side inserted into the interior of the sliding member 200 and the other side supporting both sides of the mobile phone 20, respectively, and configured inside the sliding member 200. It is connected to one side of the support member 310, respectively, and is composed of an inner buffer member 320 having a force to mutually pull the support member 310.

The support part 310 of the support member 300 supports both sides of the mobile phone 20 and has a synthetic resin auxiliary support for preventing separation.

The sliding member 200 includes an adhesive member 400 that is adhered to an attachment member separately attached to the bottom of the mobile phone 20.

When explaining the above-described invention in more detail,

First, a mobile phone case to which the present invention is applied is basically composed of a front case 11, one side case 13, a bottom case 15, and a coupling member 17.

The configuration is a general configuration, as shown in FIG. 4, so that one side case 13 is folded, the front case 11 is folded, and then the front case 11 is coupled using a coupling member 17. That's how to do it.

Here, the present invention is applied to the bottom case 15 is configured with a support member for supporting the mobile phone (20).

The sliding plate 100 is configured on the front surface of the bottom case 15.

At this time, it is formed smaller than the bottom case 15, and grooves 110 are formed on both sides of the sliding plate 100 corresponding to each other.

The groove portion 110 is formed to be narrowed in an inner direction corresponding to each other toward the upper and lower portions of the sliding plate 100.

When the sliding member 200 slides upward or downward due to the narrowing of the upper or lower part, a force pushing the protrusion 210 of the sliding member 200 outward is applied to increase the support.

The sliding member 200 is connected to the sliding plate 100 and supports the mobile phone 20 and slides in the upper and lower directions.

Protrusions 210 are respectively formed on both lower sides of the sliding member 200.

The protrusion 210 is inserted into the groove 110 of the sliding plate 100 so that the sliding member 200 slides upward and downward.

In this case, an outer buffer member 220 having a force pushing in an outward direction is formed at a portion corresponding to the upper and lower portions of the protrusion 210.

The outer buffer member 220 is configured on the upper or lower side of the sliding member 200, but is configured between the protrusion 210 and the protrusion 210 respectively configured on both sides corresponding to each other, and each of the protrusions 210 described above The buffer member 220 is configured with a structure that pushes it in the outward direction.

Due to the outer buffer member 220, each of the protrusions 210 is bent at a predetermined angle in the outward direction.

Due to the fact that the outer buffer member 220 is bent at a certain angle in the outward direction, the coupling force is increased even when coupled to the groove portion 110 of the sliding plate 100, and the coupling force is further increased when sliding upward or downward. .

In addition, extension portions are formed on the upper and lower portions of the sliding member 200.

The extension part is formed with an inclined surface at a predetermined angle from each of the upper and lower portions to the center portion.

When the sliding member 200 slides upward and downward due to the extension part, it serves to stop after a certain sliding.

The support is configured to be connected to the sliding member 200 and supports both side surfaces of the mobile phone 20.

The support part includes a support member 310 and an inner buffer member 320.

The support member 310 is formed in a concave shape such that one side is inserted into the interior of the sliding member 200 and the other side mutually supports both sides of the mobile phone 20, and the concave portions are formed to correspond to each other.

The inner buffer member 320 is configured inside the sliding member 200, is connected to one side of the support member 310, and is configured to have a force to mutually pull the support member 310.

Accordingly, when the user places the mobile phone between the support member 310 on one side and the support member 310 on the other side, each support member 310 is widened outward using an external force, and then the mobile phone ( 20) is positioned, at this time, the support member 310 supports both sides of the mobile phone 20.

At this time, due to the inner buffer member 320, each of the support members 310 is pulled in the mutually inward direction, thereby increasing the support force for the mobile phone 20, thereby preventing separation.

The auxiliary support supports both sides of the mobile phone 20 on the support 310 of the support member 300 and is made of a synthetic resin material for preventing separation.

The auxiliary support is to support both sides of the mobile phone 20 and to prevent scratches or the like from occurring in the supported portion.

The adhesive member 400 is configured to be adhered to the sliding member 200 with an attachment member separately attached to the bottom of the mobile phone 20.

Recently, an attachment member having a magnetic property is attached to the bottom of the mobile phone 20, and thus, the adhesive member 400 is configured to be adhered to the attachment member.

At this time, the iron material was used to enable easy adhesion and separation with the magnetic attachment member, but the above-described iron material is not limited.

According to the present invention as described above, it is possible to support mobile phones of various sizes by configuring the support member to be buffered, and by configuring the support member directly on the sliding member, it is possible to slide upwards and downwards even when the support is completed. There is.

10: mobile phone case 11: front case 13: one side case
15: bottom case 17: coupling member
20: mobile phone
100: sliding plate 110: groove
200: sliding member 210: protrusion 220: outer buffer member
310: support member 320: inner buffer member
400: adhesive member

Claims (7)

A bottom case 15 comprising a supporting member for supporting the mobile phone 20, a case 13 surrounding one side of the mobile phone 20, a front case 11 covering the front of the mobile phone 20, and , In the mobile phone case 10 configured on one side of the bottom case 15, domed around the other side of the mobile phone 10, but provided with a coupling member 17 at the end,
A sliding plate 100 configured on the front side of the bottom case 15,
A sliding member 200 configured to be connected to the sliding plate 100 and supporting the mobile phone 20 and sliding in the up and down directions,
A mobile phone case that is configured to be connected to the sliding member 200 and is composed of a support unit that supports both sides of the mobile phone 20, which can be adjusted left and right according to the size of the mobile phone, and can slide upward and downward .
The method of claim 1,
Grooves 110 are respectively formed on opposite sides of the sliding plate 100, and protrusions 210 are respectively formed on both lower sides of the sliding member 200, and the protrusions 210 are formed of the grooves 110. A mobile phone case that can be adjusted to the left and right according to the size of the mobile phone, and slides upward and downward by being inserted into the mobile phone case.
The method of claim 2,
The groove portion 110 is formed to be narrowed in a corresponding inward direction toward the upper and lower portions of the sliding plate 100, and can be adjusted to the left and right according to the size of the mobile phone, and can slide upward and downward. Possible cell phone case.
The method of claim 2,
In the portion corresponding to the upper and lower portions of the protrusion 210, an outer buffer member 220 having an outward pushing force is configured, and left and right adjustments are possible according to the size of the mobile phone. Mobile phone case that can slide downward.
The method of claim 1,
Each of the support portions includes support members 310 having one side inserted into the interior of the sliding member 200 and the other side supporting both sides of the mobile phone 20, respectively, and configured inside the sliding member 200. It is connected to one side of the support member 310, and is composed of an inner buffer member 320 having a force to mutually pull the support member 310, and the left and right adjustments are possible according to the size of the mobile phone. And a mobile phone case that can slide upwards and downwards.
The method of claim 5,
The support part 310 of the support member 300 supports both sides of the mobile phone 20 and has auxiliary supports made of synthetic resin for preventing separation. A mobile phone case that can slide down and down.
The method of claim 1,
The sliding member 200 includes an attaching member separately attached to the bottom of the mobile phone 20 and an adhesive member 400 that is bonded to each other. The left and right adjustments are possible according to the size of the mobile phone. Mobile phone case that can slide downward.

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