TWM651785U - Mobile device support structure with support height adjustment function - Google Patents

Abstract

This new model proposes a mobile device support structure with support height adjustment function, including: a body, the first surface of the carrier can be coupled with the back of a portable electronic device; and a support body, at least a part of the second surface of the carrier and at least a part of the support body can be magnetically attached to each other, wherein the The support body includes a first peripheral support structure, a second peripheral support structure, a first central support structure, and a second central support structure. The first central support structure is adjacent to the first peripheral support structure on three sides, And one end of the first central support structure is connected to the first peripheral support structure through a flexible part, and the other end of the first central support structure is connected to the second peripheral support structure through another flexible part. The second central support structure is adjacent to the second peripheral support structure on three sides, and one end of the second central support structure is connected to the second peripheral support structure through a flexible portion, wherein in the storage mode, the second central support structure The first peripheral support structure, the second peripheral support structure, the first central support structure, and the second central support structure are attached to the carrier, wherein in the support mode, the carrier is only partially connected to the first peripheral support structure. The support structure or the second peripheral support structure is attached, and the first peripheral support structure, the second peripheral support structure, and the first central support structure form a triangular structure.

Description

Mobile device support structure with support height adjustment function

The present invention relates to an article support structure, in particular to a mobile device support structure with a support height adjustment function suitable for portable electronic devices.

Portable electronic devices are indispensable tools for everyone in daily life. With the advancement of science and technology, portable electronic devices have increasingly powerful computing capabilities and more and more functions, and their internal structures are becoming more and more sophisticated. Portable electronic devices can easily be damaged if they are accidentally dropped or subjected to external impact. In order to protect portable electronic devices, most users choose to use protective cases.

However, in order to improve the protection effect, common protective cases on the market are usually designed to be thicker. When a portable electronic device is equipped with a protective case, its thickness and weight will increase, which may cause inconvenience in carrying. In addition, some protective cases are designed with stowable supports, allowing users to set up portable electronic devices in a convenient operating state for watching videos or reading articles. Common protective cases on the market provide support functions. The support effect is generally poor, causing inconvenience in use. In view of this, the present invention proposes a better improvement solution, which is described in detail below.

This new model proposes a mobile device support structure with a support height adjustment function, wherein: The support body includes a first peripheral support structure, a first central support structure, a second central support structure, and a non-flexible portion of the second peripheral support structure and a pair of fractures. One end of the first central support structure and one end of the second central support structure are connected to each other and arranged between the pair of fractures. Specifically, the first central support structure is adjacent to the first peripheral support structure on three sides, and one end of the first central support structure is connected to the first peripheral support structure through a flexible portion. The first central support structure The other end of the support structure is connected to the second peripheral support structure through another flexible part. The second central support structure is adjacent to the second peripheral support structure on three sides, and one end of the second central support structure is connected by a The flexible portion is connected to the second peripheral support structure. The first peripheral support structure may have magnetic force, and the magnetic components may be arranged on the surface of the first peripheral support structure, embedded in the first peripheral support structure, or covered inside the first peripheral support structure according to actual needs, and may be installed according to actual needs. The location and number of one or more magnetic forces are not limited to the above methods.

The carrier can be in the form of a plate and be coupled with the portable electronic device through magnetic force, or the carrier can be a protective case or back cover of the portable electronic device and be coupled with the portable electronic device through snapping. At least a part of the other surface of the carrier and at least a part of the support body may be attached to each other through magnetic force. Wherein, a camera hole is provided on the carrier, which corresponds to the position and shape of the camera lens module for the portable electronic device. The camera hole can accommodate the camera lens module therein. The carrier can have ferromagnetic elements (not shown). The ferromagnetic elements can be plate-shaped, sheet-shaped, strip-shaped, circular, square or other shapes. One or more ferromagnetic elements can be set according to actual needs and can be selected. The ferromagnetic elements are permanently arranged on the surface of the carrier, embedded in the carrier or wrapped inside the carrier. The shape, placement position and number of the ferromagnetic elements are not limited to the above methods.

110:Support

111: First peripheral support structure

112: First central support structure

113: Second central support structure

114: Fracture

115:Second peripheral support structure

116:Open your mouth

1161:Part One

1162:Part 2

120: Carrier

121:Camera hole

A1: First acute angle

A2: The second acute angle

A3: The third acute angle

Figure 1 is a schematic diagram of a support body according to an embodiment of the present invention.

Figure 2 is a schematic diagram of a carrier according to an embodiment of the present invention.

FIG. 3 is a schematic diagram of a mobile device support structure with a support height adjustment function according to an embodiment of the present invention during folding.

4 is a schematic diagram of a support mode of a mobile device support structure with a support height adjustment function according to an embodiment of the present invention.

FIG. 5 is a schematic diagram of the use of the support mode of the mobile device support structure with a support height adjustment function according to an embodiment of the present invention.

FIG. 6 is another schematic diagram of the use of the support mode of the mobile device support structure with a support height adjustment function according to an embodiment of the present invention.

FIG. 7 is another schematic diagram of the use of the support mode of the mobile device support structure with a support height adjustment function according to an embodiment of the present invention.

In order to explain the present invention more clearly, the preferred embodiments are described in detail below along with the drawings.

The non-permanent fixing method described in this creation refers to fixing, connecting, joining or connecting two objects to each other through methods such as magnetism, Velcro, detachable snap-in mechanisms, or re-adhesive glue. And the two objects can be released from being fixed, connected, joined, or connected to each other at any time. The permanent fixing method described in this creation refers to fixing, connecting, joining, or connecting two objects to each other through non-repeated adhesive tape, sewing, or stapling.

Coupling as mentioned in this creation 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 creation includes permanent magnetism, non-permanent magnetism, or ferromagnetic properties.

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

This invention discloses a foldable object support structure for supporting an object on a flat surface. The support structure of this invention includes a plurality of non-flexible parts and a plurality of flexible parts. The non-flexible parts are in the form of sheets, and the non-flexible parts can be connected by flexible parts, so that the non-flexible parts are The curved portion can be folded relatively. The support structure can be formed into a storage state and a support state by folding the flexible parts. Each support state can support or place items at different heights to achieve convenience of use. For example, the flexible part of this creation can be made of foldable materials such as artificial leather or polyurethane, while the non-flexible part can be made of any material that cannot be folded manually. For example, it is made of acrylic metal... etc.; the appearance of the non-flexible part can be covered by the above-mentioned artificial leather material or polyurethane material.

Please refer to Figure 1, which is a schematic diagram of a support body according to an embodiment of the present invention. The support body 110 includes a first peripheral support structure 111, a first central support structure 112, a second central support structure 113, and a second The non-flexible portion of the peripheral support structure 115 and a pair of fractures 114 . One end of the first central support structure 112 and one end of the second central support structure 113 are connected to each other and disposed between the pair of fractures 114 . Specifically, the three sides of the first central support structure 112 and the first peripheral support The supporting structures 111 are adjacent, and one end of the first central supporting structure 112 is connected to the first peripheral supporting structure 111 through a flexible part 5, and the other end of the first central supporting structure 112 is connected through another flexible part. 5 is connected to the second peripheral support structure 115. The second central support structure 113 is adjacent to the second peripheral support structure 115 on three sides, and one end of the second central support structure 113 is connected to the second peripheral support structure 115 through a flexible portion 5. The second peripheral support structure 115 is connected. The first peripheral support structure 111 may have magnetic force, and the magnetic components may be arranged on the surface of the first peripheral support structure 111, embedded in the first peripheral support structure 111, or covered inside the first peripheral support structure 111 according to actual needs, and One or more magnets can be set according to needs, and their setting positions and quantities are not limited to the above methods.

Next, please refer to FIG. 2 , which is a schematic diagram of a carrier 120 according to an embodiment of the present invention. One side of the carrier 120 can be coupled with the back of a portable electronic device. The carrier 120 may be in the shape of a plate and be coupled with the portable electronic device through magnetic force, or the carrier 120 may be a protective case or back cover of the portable electronic device and be coupled with the portable electronic device through snapping. At least a portion of the other surface of the carrier 120 and at least a portion of the support body 110 may be magnetically attached to each other. The carrier 120 is provided with a camera hole 121, which corresponds to the position and shape of the camera lens module of the portable electronic device 130 (see FIG. 3 for details). The camera hole 121 can accommodate the camera lens module therein. The carrier 120 may have ferromagnetic elements (not shown). The ferromagnetic elements may be plate-shaped, sheet-shaped, strip-shaped, circular, square or other shapes. One or more ferromagnetic elements may be provided according to actual requirements, and may The ferromagnetic elements are selectively disposed on the surface of the carrier 120, embedded in the carrier 120, or wrapped inside the carrier 120. The shape, placement position, and number of the ferromagnetic elements are not limited to the above methods.

Please refer to FIG. 1 , which is a schematic diagram of a storage mode of a mobile device support structure with a support height adjustment function according to an embodiment of the present invention. In the storage mode, the first peripheral support structure 111, the second peripheral support structure 115, the first central support structure 112, and the second central support structure The central support structure 113 is attached to the carrier 120 . Alternatively, the first peripheral support structure 111, the first central support structure 112, the second central support structure 113, the pair of fractures 114 and the second peripheral support structure 115 are coplanar with each other, so that the support body 110 is in a plate shape.

Please refer to FIGS. 3-5 , which are schematic diagrams of the support mode of a mobile device support structure with a support height adjustment function according to an embodiment of the present invention. In the support mode, the support body 110 changes from a plate shape to a three-dimensional state. Specifically, the first central support structure 112 and the second central support structure 113 of the support body 110 move outward, causing the first peripheral support structure 111 and the second peripheral support structure 111 to move outward. The angle between a central support structure 112 and the angle between the first central support structure 112 and the second central support structure 113 changes, so that the first central support structure 112 supports the first peripheral support structure 111 . The second central support structure 113 moves toward the second peripheral support structure 115 and abuts against all or part of the second peripheral support structure 115 . An opening 116 is formed between the pair of fractures 114 due to the removal of the first central support structure 112 and the second central support structure 113. The opening 116 can be divided into a first part 1161 coplanar with the first peripheral support structure 111 and a second part 1161 coplanar with the first peripheral support structure 111. The two peripheral support structures 115 are coplanar with the second portion 1162 . In the support mode, the carrier 120 is only partially attached to the first peripheral support structure 111 or the second peripheral support structure 115 , and the first peripheral support structure 111 , the second peripheral support structure 115 , and the third peripheral support structure 115 . A central support structure 112 forms a triangular structure. The first surface of the carrier 120 is attached to the back of the portable electronic device 130 , and at least a portion of the second surface of the carrier 120 is attached to at least a portion of the first peripheral support structure 111 . In an embodiment of the present invention, the first peripheral support structure 111 of the support body 110 may be provided with a magnetic force (not shown), the carrier 120 may have a ferromagnetic element (not shown), and the third support structure 111 of the support body 110 and the carrier 120 may have a ferromagnetic element (not shown). A peripheral support structure 111 is fixed to each other through ferromagnetic elements and magnetic force, so that the portable electronic device 130 is indirectly fixed on the first peripheral support structure 111 through the carrier 120 .

Please refer to Figures 4-5. In the support mode, any part of the carrier and any part of the first peripheral support structure 111 are fixed to each other through magnetic force. In the support mode, a first acute angle A1 is formed between the first peripheral support structure 111 and the second peripheral support structure 115, and a first acute angle A1 is formed between the first central support structure 112 and the second peripheral support structure 115. The second acute angle A2. A third acute angle A3 is formed between the first central support structure 112 and the first peripheral support structure 111 .

Please refer to Figures 5-7. In the support mode, the user can adjust the position or direction of the carrier 120 attached to or fixed on the first peripheral support structure 111 according to actual needs, so as to adjust the position of the portable electronic device 113. The effect of erection position. In addition, the user can also place the portable electronic device 130 and the support body 110 in different directions according to their needs, which can increase the flexibility and convenience of use.

In some embodiments, the carrier 120 is not an essential component, and the portable electronic device can also be directly coupled to the support 110 through magnetic force. In the storage mode, the first peripheral support structure 111, the second peripheral support structure 115, the first central support structure 112, and the second central support structure 113 are attached to the portable electronic device. In the support mode, the portable electronic device is only partially attached to the first peripheral support structure 111 or the second peripheral support structure 115, and the first peripheral support structure 111, the second peripheral support structure 115, and the The first central support structure 112 forms a triangular structure. In other embodiments, in the support mode, any part of the portable electronic device and any part of the first peripheral support structure 111 are fixed to each other through magnetic force.

The above are only the best possible embodiments of the present invention. Any equivalent changes made by applying the description and patent scope of the present invention should be included in the patent scope of the present invention.

110:Support

111: First peripheral support structure

112: First central support structure

113: Second central support structure

114: Fracture

115:Second peripheral support structure

Claims (11)

A mobile device support structure with support height adjustment function, which can present a storage mode and a support mode by folding, including: a carrier whose first side can be coupled to the back of a portable electronic device; and a support body, at least a part of the second surface of the carrier and at least a part of the support body can be attached to each other through magnetic force, The support body includes a first peripheral support structure, a second peripheral support structure, a first central support structure, and a second central support structure. Three sides of the first central support structure are adjacent to the first peripheral support structure. adjacent, and one end of the first central support structure is connected to the first peripheral support structure through a flexible part, and the other end of the first central support structure is connected to the second peripheral support structure through another flexible part , the second central support structure is adjacent to the second peripheral support structure on three sides, and one end of the second central support structure is connected to the second peripheral support structure through a flexible portion, Wherein, in the storage mode, the first peripheral support structure, the second peripheral support structure, the first central support structure, and the second central support structure are attached to the carrier, Wherein, in the support mode, the carrier is only partially attached to the first peripheral support structure or the second peripheral support structure, and the first peripheral support structure, the second peripheral support structure, and the first central support The structure forms a triangular structure. The mobile device support structure with support height adjustment function as described in claim 1, wherein the carrier has magnetic force, and the carrier attracts each other to the back of the portable electronic device through the magnetic force, so that the carrier is attached to the portable electronic device. The back. The mobile device support structure with support height adjustment function as claimed in claim 1, wherein in the support mode, any part of the carrier and any part of the first peripheral support structure are fixed to each other through magnetic force. The mobile device support structure with support height adjustment function as claimed in claim 1, wherein in the support mode, a first acute angle is formed between the first peripheral support structure and the second peripheral support structure, and the first central A second acute angle is formed between the support structure and the second peripheral support structure. The mobile device support structure with support height adjustment function as claimed in claim 4, wherein a third acute angle is formed between the first central support structure and the first peripheral support structure. The mobile device support structure with support height adjustment function as described in claim 1, wherein the carrier is in a plate shape. The mobile device support structure with support height adjustment function as claimed in claim 1, wherein the carrier is a portable electronic device protective case or back cover. A mobile device support structure with support height adjustment function, which can present a storage mode and a support mode by folding, including: a support body, at least part of one side of which can be coupled with the back of a portable electronic device through magnetic force, The support body includes a first peripheral support structure, a second peripheral support structure, a first central support structure, and a second central support structure. Three sides of the first central support structure are adjacent to the first peripheral support structure. adjacent, and one end of the first central support structure is connected to the first peripheral support structure through a flexible part, and the other end of the first central support structure is connected to the second peripheral support structure through another flexible part , the second central support structure is adjacent to the second peripheral support structure on three sides, and one end of the second central support structure is connected to the second peripheral support structure through a flexible portion, Wherein, in the storage mode, the first peripheral support structure, the second peripheral support structure, the first central support structure, Wherein, in the support mode, the portable electronic device is only partially attached to the first peripheral support structure or the second peripheral support structure, and the first peripheral support structure, the second peripheral support structure, and the third peripheral support structure A central support structure forms a triangular structure. The mobile device support structure with support height adjustment function as claimed in claim 8, wherein in the support mode, any part of the portable electronic device and any part of the first peripheral support structure are fixed to each other through magnetic force. The mobile device support structure with support height adjustment function as claimed in claim 8, wherein in the support mode, a first acute angle is formed between the first peripheral support structure and the second peripheral support structure, and the first central A second acute angle is formed between the support structure and the second peripheral support structure. The mobile device support structure with support height adjustment function as claimed in claim 10, wherein a third acute angle is formed between the first central support structure and the first peripheral support structure.

Images