Patent Description:
As electronic products are developed rapidly, electronic devices such as smart phones, tablet PCs, keyboards, and notebooks become very popular, and people are used to carry these electronic mobile devices for the purposes of communication, entertainment, and work and these electronic mobile devices facilitate users in the areas of communication, entertainment, work, etc..

<CIT> describes a foldable support comprising an inclined portion which is provided to allow the back of an object to be laid thereon and a support portion having one side that is foldable and connected to the other side of the inclined portion.

<CIT> describes a stacked-plate type mobile device support frame.

<CIT> describes a holder that is made up four plates which are connected to each other in a flexible manner.

However, the conventional support frame of the aforementioned mobile device is usually very complicated and irregular, and thus bringing tremendous inconvenience of repair and maintenance, storage, and carrying. Therefore, it is a main subject for related manufacturers to provide a feasible solution to overcome the aforementioned problems.

Therefore, it is a primary objective of the invention to provide a stacked-plate type mobile device support frame, wherein when the mobile device support frame is closed, the plates of the mobile device support frame are stacked into a stacked-plate structure to facilitate users' storage and carrying, and when the stacked-plate type mobile device support frame is opened, the stand can be bent and folded into a mobile device support frame with different inclinations, and when the stacked-plate type mobile device support frame is opened, the stand can be bent and folded to place an external mobile device horizontally and increase the height for placing the external mobile device.

To achieve the aforementioned and other objectives, the present invention discloses a stacked-plate type mobile device support frame comprising a support plate, a mobile device abutting plate and a base plate, wherein the support plate and the mobile device abutting plate have a first longitudinal bent portion therebetween; the base plate has a stopper plate, and the base plate and the stopper plate have a second longitudinal bent portion therebetween; the base plate and the mobile device abutting plate have a third longitudinal bent portion therebetween. When the stacked-plate type mobile device support frame is closed, the support plate, the mobile device abutting plate, the base plate and the stopper plate are bent, folded, and stacked into a stacked-plate form by using the first, second and third longitudinal bent portions. When the stacked-plate type mobile device support frame is opened, the stacked-plate type mobile device support frame can be bent and folded into a mobile device support frame with different inclinations. When the stacked-plate type mobile device support frame is opened, the stacked-plate type mobile device support frame can be bent and folded into a flat mobile device and the height for setting the mobile device can be increased.

<NUM>: Stacked-plate type mobile device support frame; <NUM>: Support plate; <NUM>: Third link plate; <NUM>: Mobile device abutting plate; <NUM>: Clip; <NUM>: Second link plate; <NUM>: Fourth link plate; <NUM>: Base plate; <NUM>: Stopper plate; <NUM>: Bonded plate; <NUM>: First link plate; <NUM>: First longitudinal bent portion; <NUM>: Second longitudinal bent portion; <NUM>: Third longitudinal bent portion; <NUM>: Fourth longitudinal bent portion; <NUM>: Fifth longitudinal bent portion; and <NUM>: Sixth longitudinal bent portion.

With reference to <FIG> for the front and back perspective views of a stacked-plate type mobile device support frame in an unfolded status, and the front and back perspective views of the stacked-plate type mobile device support frame in a folded status in accordance with the present invention respectively, the stacked-plate type mobile device support frame <NUM> comprises a support plate <NUM>, a mobile device abutting plate <NUM> and a base plate <NUM>, and the support plate <NUM> and the mobile device abutting plate <NUM> have a first longitudinal bent portion <NUM> therebetween, and the base plate <NUM> has a stopper plate <NUM>, and the base plate <NUM> and the stopper plate <NUM> have a second longitudinal bent portion <NUM> therebetween, and the base plate <NUM> and the mobile device abutting plate <NUM> have a third longitudinal bent portion <NUM> therebetween, wherein when the stacked-plate type mobile device support frame <NUM> is closed, the support plate <NUM> is bent to the mobile device abutting plate <NUM>, and the base plate <NUM> is bent to the stopper plate <NUM>, and the base plate <NUM> is bent to the mobile device abutting plate <NUM> by using the first longitudinal bent portion <NUM>, the third longitudinal bent portion <NUM> and the second longitudinal bent portion <NUM> respectively, and then folded and stacked into a stacked-plate form.

Wherein, the mobile device abutting plate <NUM> has at least one clip <NUM> for clamping an external mobile device (as shown in <FIG>). In addition, a part of the support plate <NUM>, the mobile device abutting plate <NUM> and the base plate <NUM> has a magnet.

With reference to <FIG> and <FIG> for the front and back perspective views of a stacked-plate type mobile device support frame in an opened status in accordance with the first embodiment of the present invention respectively, the present invention discloses a stacked-plate type mobile device support frame <NUM> in a first triangular mode having an inclined plane of approximately <NUM> degrees. When the stacked-plate type mobile device support frame <NUM> is opened, the third longitudinal bent portion <NUM> is bent to unfold the mobile device abutting plate <NUM>, and the second longitudinal bent portion <NUM> is bent to unfold the stopper plate <NUM>, and the first longitudinal bent portion <NUM> is bent to unfold the support plate <NUM>, so that the stopper plate <NUM> supports the support plate <NUM>, and the support plate <NUM> jointly supports the mobile device abutting plate <NUM>, so as to form a mobile device support frame in the first triangular mode, and the mobile device abutting plate <NUM> abuts an external mobile device (as shown in <FIG>), wherein the mobile device <NUM> described in this specification may be a notebook, a mobile phone, a tablet PC, a keyboard, etc..

Wherein, the stopper plate <NUM> further comprises a bonded plate <NUM> extending therefrom, and the stopper plate <NUM> and the bonded plate <NUM> have a fourth longitudinal bent portion <NUM> therebetween, and the bonded plate <NUM> is attached to the support plate <NUM>, and a part of the whole of the bonded plate <NUM> and the support plate <NUM> can have a magnet.

In addition, the first longitudinal bent portion <NUM> may not be bent, so that the support plate <NUM> is not unfolded but remained to be stacked on the mobile device abutting plate <NUM>. The stopper plate <NUM> supports the mobile device abutting plate <NUM>, so that a part of the mobile device abutting plate <NUM> or a part of the support plate <NUM> abuts an external mobile device <NUM>. The stopper plate <NUM> has a bonded plate <NUM> extending therefrom, and the bonded plate <NUM> is attached directly to the mobile device abutting plate <NUM>, and a part of the mobile device abutting plate <NUM>, the stopper plate <NUM> and the bonded plate <NUM> has a magnet.

With reference to <FIG> and <FIG> for the front and back perspective views of a stacked-plate type mobile device support frame in an opened status in accordance with the second embodiment of the present invention respectively, the present invention discloses a stacked-plate type mobile device support frame <NUM> in a second triangular mode having an inclined plane of approximately <NUM> degrees. When the stacked-plate type mobile device support frame <NUM> is opened, the first longitudinal bent portion <NUM> is bent to unfold the support plate <NUM>, and the third longitudinal bent portion <NUM> is bent to unfold the mobile device abutting plate <NUM>, and the second longitudinal bent portion <NUM> is bent to unfold the stopper plate <NUM>, and the stopper plate <NUM> is attached and positioned to the support plate <NUM>, so that the mobile device abutting plate <NUM> is inclined to abut an external mobile device and form a mobile device support frame in the second triangular mode.

In this embodiment, the stopper plate <NUM> further comprises a bonded plate <NUM> extending therefrom, and the stopper plate <NUM> and the bonded plate <NUM> have a fourth longitudinal bent portion <NUM> therebetween, and the bonded plate <NUM> and the stopper plate <NUM> are attached to the support plate <NUM>. Wherein, a part or the whole of the stopper plate <NUM>, the bonded plate <NUM> and the support plate <NUM> can have a magnet.

With reference to <FIG> Sand <NUM> for the front and back perspective views of a stacked-plate type mobile device support frame in an opened status in accordance with the third embodiment of the present invention respectively, the present invention discloses a stacked-plate type mobile device support frame <NUM> in a third triangular mode having an inclined plane of approximately <NUM> degrees. The stopper plate <NUM> further comprises a bonded plate <NUM> extending therefrom, and the stopper plate <NUM> and the bonded plate <NUM> have a fourth longitudinal bent portion <NUM> therefrom. When the stacked-plate type mobile device support frame <NUM> is opened, the first longitudinal bent portion <NUM> is bent to unfold the support plate <NUM>, and the third longitudinal bent portion <NUM> is bent to unfold the mobile device abutting plate <NUM>, and the second longitudinal bent portion <NUM> is bent to unfold the stopper plate <NUM>, and the fourth longitudinal bent portion <NUM> is bent to fold the bonded plate <NUM>, and the bonded plate <NUM> is attached to the support plate <NUM>, so that the mobile device abutting plate <NUM> is inclined to abut an external mobile device and form a mobile device support frame in the third triangular mode.

With reference to <FIG> and <FIG> for the front and back perspective views of a stacked-plate type mobile device support frame in an opened status in accordance with the fourth embodiment of the present invention respectively, the present invention discloses a stacked-plate type mobile device support frame <NUM> in a fourth triangular mode having an inclined plane of approximately <NUM> degrees. The base plate <NUM> has a first link plate <NUM>, and the mobile device abutting plate <NUM> has a second link plate <NUM>, and the first link plate <NUM> and the second link plate <NUM> have a fifth longitudinal bent portion <NUM> therebetween. When the stacked-plate type mobile device support frame <NUM> is opened, the third longitudinal bent portion <NUM> is bent to unfold the mobile device abutting plate <NUM>, and the fifth longitudinal bent portion <NUM> is bent to unfold the first link plate <NUM> and second link plate <NUM>, and the first link plate <NUM> is attached to the base plate <NUM>, and the second link plate <NUM> supports the mobile device abutting plate <NUM>, so that the mobile device abutting plate <NUM> is inclined to abut an external mobile device and form a mobile device support frame in a fourth triangular mode.

In this embodiment, the first longitudinal bent portion <NUM> is bent to unfold the support plate <NUM> and abutted against the second link plate <NUM> to facilitate the mobile device abutting plate <NUM> to place the external mobile device horizontally. In addition, the stopper plate <NUM> further comprises a bonded plate <NUM> extending therefrom, and the stopper plate <NUM> and the bonded plate <NUM> have a fourth longitudinal bent portion <NUM> therebetween, and the second longitudinal bent portion <NUM> may be bent slightly to attach the bonded plate <NUM> to the support plate <NUM>. Wherein, a part or the whole of the stopper plate <NUM>, the bonded plate <NUM> and the support plate <NUM> can have a magnet.

With reference to <FIG> and <FIG> for the front and back perspective views of a stacked-plate type mobile device support frame in an opened status in accordance with the second embodiment of the present invention respectively, the present invention discloses a stacked-plate type mobile device support frame <NUM> in a fifth double-triangular mode capable of placing a mobile device horizontally. Continued from the fourth embodiment above, the support plate <NUM> has a third link plate <NUM>, and the mobile device abutting plate <NUM> has a fourth link plate <NUM>, and the third link plate <NUM> and the fourth link plate <NUM> have a sixth longitudinal bent portion <NUM> therebetween. When the stacked-plate type mobile device support frame <NUM> is opened, the first longitudinal bent portion <NUM> is bent to unfold the support plate <NUM>, and the sixth longitudinal bent portion <NUM> is bent to unfold the third link plate <NUM> and fourth link plate <NUM>, so that the third link plate <NUM> is attached to the support plate <NUM>, and the fourth link plate <NUM> supports the support plate <NUM>, so as to achieve the effect of transforming the original mobile device abutting plate <NUM> into the support plate <NUM>, and the original support plate <NUM> is transformed to place the mobile device horizontally and increase the height for placing the mobile device. Therefore, the mobile device support frame is formed into a fifth double-triangular mode.

Claim 1:
A stacked-plate type mobile device support frame (<NUM>), comprising:
a support plate (<NUM>);
a mobile device abutting plate (<NUM>), and the support plate (<NUM>) and the mobile device abutting plate (<NUM>) having a first longitudinal bent portion (<NUM>) therebetween; and
a base plate (<NUM>), having a stopper plate (<NUM>), and the base plate (<NUM>) and the stopper plate (<NUM>) having a second longitudinal bent portion (<NUM>) therebetween, and the base plate (<NUM>) and the mobile device abutting plate (<NUM>) having a third longitudinal bent portion (<NUM>) therebetween, wherein
when the stacked-plate type mobile device support frame (<NUM>) is folded, the support plate (<NUM>) is bent to the mobile device abutting plate (<NUM>), the base plate (<NUM>) is bent to the stopper plate (<NUM>) and the base plate (<NUM>) is bent to the mobile device abutting plate (<NUM>) by using the first longitudinal bent portion (<NUM>), the third longitudinal bent portion (<NUM>) and the second longitudinal bent portion (<NUM>) respectively, so that the support plate (<NUM>), the mobile device abutting plate (<NUM>) and the base plate (<NUM>) can be folded into a stacked-plate form, wherein
the base plate has a first link plate (<NUM>), and the mobile device abutting plate (<NUM>) has a second link plate (<NUM>), and the first link plate (<NUM>) and the second link plate (<NUM>) have a fifth longitudinal bent portion (<NUM>) therebetween, when the stacked-plate type mobile device support frame (<NUM>) is opened, the third longitudinal bent portion (<NUM>) is bent to unfold the mobile device abutting plate (<NUM>), and the fifth longitudinal bent portion (<NUM>) is bent to unfold the first link plate (<NUM>) and the second link plate (<NUM>), and the first link plate (<NUM>) is attached to the base plate (<NUM>), and the second link plate (<NUM>) supports the mobile device abutting plate (<NUM>) to form a mobile device support frame in a triangular mode.