TWM653368U - Mobile device supporting structure - Google Patents

Abstract

A mobile device support structure comprises: a ring-shaped support portion, the ring-shaped support portion comprises a pair of first ring-shaped sub-support portions, a pair of second ring-shaped sub-support portions, a first end sub-support portion, and a second end sub-support portion; and a central support portion, comprising a first central sub-support portion, a second central sub-support portion, and a third central sub-support portion, wherein two ends of the central support portion are respectively connected to the first end sub-support portion and the second end sub-support portion, and the pair of first The ring-shaped sub-support and the pair of second ring-shaped sub-supports are respectively arranged on both sides of the central support and are not connected to the central support, wherein the two ends of the second central sub-support are respectively connected to the first central sub-support and the third central sub-support, wherein the pair of first ring-shaped sub-supports are connected to the pair of second ring-shaped sub-supports, and the pair of first ring-shaped sub-supports and the pair of second ring-shaped sub-supports are respectively connected to the first end sub-support and the second end sub-support.

Description

Mobile device support structure

The present invention relates to the field of supporting devices, and in particular to an object supporting device for supporting mobile devices, computer equipment or books.

The great convenience brought by handheld mobile devices and computer equipment, such as mobile phones, tablets, and laptops, has made people's lives increasingly inseparable from these devices. However, if these mobile devices and computer equipment need to be used for long-term work, users need to place them at an angle to the desktop for typing or viewing the screen more comfortably. When these mobile devices or computer equipment are not needed temporarily, if they are placed flat on the desktop, they will take up a lot of desktop space, which is inconvenient. In view of this, the author of this new invention feels that it is not perfect and has exhausted his mind and painstaking research, and based on his many years of accumulated experience in the industry, he further provides a kind of object support device in order to improve the above-mentioned shortcomings of the known technology.

In order to solve the above problems, this invention provides an article support device with a simple structural design and is easy to carry, so that the user can place the mobile device, computer equipment or book at an angle to form a slightly tilted state with a plane, so as to type or view, thereby reducing the burden on the user's hands and shoulders, or the mobile device, computer equipment or book can be placed at another angle to form a roughly upright state with the plane, so as to temporarily accommodate the mobile device, computer equipment or book upright, so as to avoid placing the mobile device, computer equipment or book flat to occupy the limited space on the plane.

The mobile device support structure of the invention comprises: a ring-shaped support portion, the ring-shaped support portion comprises a pair of first ring-shaped sub-support portions, a pair of second ring-shaped sub-support portions, a first end sub-support portion, and a second end sub-support portion; and a central support portion, the central support portion comprises a first central sub-support portion, a second central sub-support portion, and a third central sub-support portion. Each sub-support portion is a non-flexible portion, and a flexible portion may be provided between them. The two ends of the central support are connected to the first end sub-support and the second end sub-support respectively, and the pair of first ring-shaped sub-supports and the pair of second ring-shaped sub-supports are respectively arranged on both sides of the central support and are not connected to the central support. In other words, the pair of first ring-shaped sub-supports and the pair of second ring-shaped sub-supports are disconnected from the central support. The two ends of the second central sub-support are connected to the first central sub-support and the third central sub-support respectively. The pair of first ring-shaped sub-supports are connected to the pair of second ring-shaped sub-supports, and the pair of first ring-shaped sub-supports and the pair of second ring-shaped sub-supports are respectively connected to the first end sub-support and the second end sub-support.

The user can fold the flexible portion between each sub-support portion to make the invention form a supporting state. In the supporting state, the first end sub-support portion and the second end sub-support portion fit each other. The pair of first ring-shaped sub-support portions and the pair of second ring-shaped sub-support portions respectively form an elevation angle with the second end sub-support portion. The first central sub-support portion and the second central sub-support portion respectively form an elevation angle with the first end sub-support portion.

100: Ring support part

101: First ring-shaped sub-support part

102: Second ring-shaped sub-support part

111: First end sub-support portion

112: Second end sub-supporting portion

200: Central Support Department

201: First central sub-support part

202: Second central sub-support part

203: The third central sub-support part

θ1: elevation angle

θ2: elevation angle

θ3: elevation angle

θ4: elevation angle

Figure 1 is a front view of the first embodiment of this creation.

Figure 2 is a three-dimensional image of the first embodiment of this creation in a folded state.

Figure 3 is a three-dimensional image of the first embodiment of this creation in a supported state.

Figure 4 is a three-dimensional image of the first embodiment of this creation when in use.

Figure 5 is another three-dimensional diagram of the first embodiment of the new device in use.

Figure 6 is another three-dimensional diagram of the first embodiment of the new device in use.

In order to enable you, the review committee, to clearly understand the content of this work, please refer to the following explanation and diagram.

The non-permanent fixing method described in this work refers to fixing, connecting, joining, or connecting two objects to each other by means such as magnetism, Velcro, detachable snap-fit mechanism, or reusable adhesive, and the fixing, connection, joining, or connection of the two objects can be released at any time. The permanent fixing method described in this work refers to fixing, connecting, joining, or connecting two objects to each other by means such as non-reusable adhesive, sewing, or nailing.

The coupling described in this work refers to fixing, connecting, joining, or connecting two objects to each other through the above-mentioned non-permanent fixing method or permanent fixing method. The magnetism described in this work includes permanent magnetism, non-permanent magnetism, or ferromagnetic properties.

Although the terms "first", "second", "third", etc. may be used herein to describe various elements, components, regions, or parts, these elements, components, regions, and/or parts should not be limited by these terms. These terms are only used to distinguish one element, component, region, or part from another element, component, region, layer, or part. Therefore, the "first..." described below can be interpreted as "second..." or "third..." without departing from the teachings of this article.

The invention discloses a mobile device support structure for supporting a mobile device on a plane. The support structure of the invention includes a plurality of non-flexible parts and a plurality of flexible parts. The non-flexible parts are plate-shaped and can be connected by flexible parts so that the non-flexible parts can be bent relative to each other. The support structure can form a storage state and a plurality of different support states by bending the flexible parts. Each support state can support or place items at different heights to achieve convenience in use. For example, the flexible part of this invention can be made of bendable materials such as artificial leather or polyurethane, while the non-flexible part can be made of any material that cannot be bent by human power, such as acrylic, metal, etc.; the appearance of the non-flexible part can be covered by the above-mentioned artificial leather or polyurethane material.

Please refer to FIG1 , the mobile device support structure of the present invention comprises: a ring-shaped support portion 100, the ring-shaped support portion comprises a pair of first ring-shaped sub-support portions 101, a pair of second ring-shaped sub-support portions 102, a first end sub-support portion 111, and a second end sub-support portion 112; and a central support portion 200, the central support portion 200 comprises a first central sub-support portion 201, a second central sub-support portion 202, and a third central sub-support portion 203. Each sub-support portion is a non-flexible portion, and a flexible portion may be provided between them. The two ends of the central support 200 are connected to the first end sub-support 111 and the second end sub-support 112, respectively. The pair of first ring-shaped sub-supports 101 and the pair of second ring-shaped sub-supports 102 are respectively arranged on the two sides of the central support 200 and are not connected to the central support 200. In other words, the pair of first ring-shaped sub-supports 101 and the pair of second ring-shaped sub-supports 102 are disconnected from the central support 200. The two ends of the second central sub-support 202 are connected to the first central sub-support 201 and the third central sub-support 203, respectively. The pair of first ring-shaped sub-supports 101 are connected to the pair of second ring-shaped sub-supports 102, and the pair of first ring-shaped sub-supports 101 and the pair of second ring-shaped sub-supports 102 are connected to the first end sub-support 111 and the second end sub-support 112, respectively.

As shown in FIG2 , the user can fold the flexible portion between each sub-support portion to make the invention form a supporting state. FIG3 shows the supporting state of the invention after being folded. In the supporting state, the first end sub-support portion 111 and the second end sub-support portion 112 are in contact with each other. The pair of first annular sub-support portions 101 and the pair of second annular sub-support portions 102 form elevation angles θ1 and θ2 with the second end sub-support portion 112, respectively. The first central sub-support portion 201 and the second central sub-support portion 202 form elevation angles θ3 and θ4 with the first end sub-support portion 111, respectively. At this time, the third central sub-support portion 203 is in contact with the second end sub-support portion 112. A containing space is formed between the third central sub-support portion 203, the second central sub-support portion 202, and the pair of first ring-shaped sub-support portions 101. In order to enable the invention to be more stably fixed in a supporting state, the third central sub-support portion 203 or the second end sub-support portion 112 is magnetic.

Please refer to Figures 4-6, which are schematic diagrams of the use of this invention. With this invention, users can support mobile devices in three ways and heights. Users can snap the mobile device into the storage space, or use the first ring-shaped sub-support part 101 and the second ring-shaped sub-support part 102 to support the mobile device; users can also use the first central sub-support part 201 and the second central sub-support part 202 to support the mobile device.

However, the above is only a preferred embodiment of the present invention and is not intended to limit the scope of implementation of the present invention; therefore, all equivalent changes and modifications made without departing from the spirit and scope of the present invention should be included in the patent scope of the present invention.

100: Ring support part

101: First ring-shaped sub-support part

102: Second ring-shaped sub-support part

111: First end sub-support portion

112: Second end sub-supporting portion

200: Central Support Department

201: First central sub-support part

202: Second central sub-support part

203: The third central sub-support part

Claims (6)

A mobile device support structure comprises: a ring-shaped support portion, the ring-shaped support portion comprises a pair of first ring-shaped sub-support portions, a pair of second ring-shaped sub-support portions, a first end sub-support portion, and a second end sub-support portion; and a central support portion, comprising a first central sub-support portion, a second central sub-support portion, and a third central sub-support portion, wherein two ends of the central support portion are respectively connected to the first end sub-support portion and the second end sub-support portion, and the pair of first The ring-shaped sub-support and the pair of second ring-shaped sub-supports are respectively arranged on both sides of the central support and are not connected to the central support, wherein the two ends of the second central sub-support are respectively connected to the first central sub-support and the third central sub-support, wherein the pair of first ring-shaped sub-supports are connected to the pair of second ring-shaped sub-supports, and the pair of first ring-shaped sub-supports and the pair of second ring-shaped sub-supports are respectively connected to the first end sub-support and the second end sub-support. As described in claim 1, the mobile device support structure, wherein in a first supporting state, the first end sub-support portion and the second end sub-support portion are in contact with each other. The mobile device support structure as described in claim 2, wherein in the first support state, the pair of first ring-shaped sub-support portions and the pair of second ring-shaped sub-support portions respectively form an elevation angle with the second end sub-support portion. The mobile device support structure as described in claim 2, wherein in the first support state, the first central sub-support portion and the second central sub-support portion respectively form an elevation angle with the first end sub-support portion. As described in claim 2, the mobile device support structure, wherein in the first support state, the third central sub-support portion is in contact with the second end sub-support portion, and a containing space is formed between the third central sub-support portion, the second central sub-support portion, and the pair of first ring-shaped sub-support portions. A mobile device support structure as described in claim 1, wherein the third central sub-support portion or the second end sub-support portion is magnetic.

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