Storable support and notebook computer

Abstract

The invention relates to the technical field of notebook computers, and discloses a storable support and a notebook computer, and the storable support comprises a first thin plate, a second thin plate, a third thin plate and a fourth thin plate, the second thin plate can be folded at one end of the first thin plate, and a second notch communicated with the first notch is formed in the second thin plate; the third thin plate can be folded on the groove bottom edge of the first groove opening; the fourth thin plate can be folded on the groove bottom edge of the second groove opening, and the fourth thin plate and the third thin plate are connected in a foldable mode; the fifth thin plate is connected to one side face of the second thin plate in parallel, and a fifth notch is formed in one end of the fifth thin plate; the sixth thin plate can be folded at one end of the fifth thin plate, and a sixth notch is formed in the sixth thin plate; the seventh thin plate can be folded on the groove bottom edge of the fifth groove opening; the eighth thin plate can be folded on the groove bottom edge of the sixth groove opening, and the eighth thin plate and the seventh thin plate are connected in a foldable mode. The notebook computer can be lifted while angle adjustment is guaranteed, so that a user can work when standing, and the multi-scene adaptability is improved.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of notebook computers, in particular to a storable support and a notebook computer. BACKGROUND

[0002] With the rapid growth of mobile office and remote collaboration needs, the portability and use scene adaptability of notebook computers have become the core needs of users. Traditional notebook computers are usually designed with a fixed opening angle, and users need to adjust the position of the body or use external support equipment to improve the screen viewing angle, but such solutions have significant shortcomings in actual application.

[0003] The current external adjustment support can only adjust the angle, and when the notebook computer user is in a standing position for a long time, the external adjustment support can only adjust the angle and cannot lift the notebook computer to meet the user's demand to work while standing, so the application scene of the current external adjustment support is single.

[0004] In view of the above problems, there is an urgent need for a support scheme that can be quickly stored, has angle adjustment and can lift the notebook computer, to improve the use comfort and scene adaptability. SUMMARY

[0005] The present application provides a storable support and a notebook computer, which solves the technical problem that the support can only adjust the angle in the prior art, and realizes the demand to lift the notebook computer to meet the user's demand to work while standing while ensuring angle adjustment, thereby improving the multi-scene adaptability.

[0006] The present application provides a storable support, which comprises: a first thin plate, one end of which is provided with a slot one; a second thin plate, which is foldable at the end of the first thin plate provided with the slot one, and the second thin plate is provided with a slot two communicating with the slot one; a third thin plate, which is foldable on the groove bottom edge of the slot one, and the third thin plate can be stored and filled into the slot one; a fourth thin plate, which is foldable on the groove bottom edge of the slot two, and the fourth thin plate can be stored and filled into the slot two, and the fourth thin plate and the third thin plate are foldably connected; a fifth thin plate, which is parallel and connected to the side of the second thin plate away from the first thin plate, and the fifth thin plate is provided with a slot five at one end close to the groove bottom of the slot two; a sixth thin plate, which is foldable at the end of the fifth thin plate provided with the slot five, and the sixth thin plate is provided with a slot six communicating with the slot five; a seventh thin plate, which is foldable on the groove bottom edge of the slot five, and the seventh thin plate can be stored and filled into the slot five; an eighth thin plate, which is foldable on the groove bottom edge of the slot six, and the eighth thin plate can be stored and filled into the slot six, and the eighth thin plate and the seventh thin plate are foldably connected.

[0007] Further, the support sheet is foldable on the surface of the first sheet and is located at the end of the first sheet away from the fourth sheet, the support sheet is used to support the folding part of the fourth sheet and the second sheet, and the angle between the second sheet and the first sheet when the second sheet is supported by the support sheet is smaller than the angle between the second sheet and the first sheet when the second sheet is supported by the fourth sheet.

[0008] Further, the length of the sixth sheet is smaller than the length of the fifth sheet, and the support strip is foldable on the surface of the sixth sheet and is located close to the edge of the sixth sheet away from the sixth slot, and the length direction of the support strip is consistent with the width direction of the sixth sheet.

[0009] Further, the second sheet and the fifth sheet have a spacing therebetween, the flexible cloth strip is connected between the end of the second sheet with the slot two and the end of the fifth sheet, between the end of the fifth sheet with the slot five and the end of the second sheet, and between the same side of the two side edges of the second sheet and the fifth sheet, the flexible carrying strap is fixed between the flexible cloth strips at the two ends of the second sheet, and the space formed by the second sheet, the fifth sheet and the flexible cloth strips of the three side edges is used to place objects.

[0010] Further, the second sheet and the fifth sheet are both embedded with magnet pieces, and the second sheet and the fifth sheet can be mutually adsorbed.

[0011] Further, the second sheet and the first sheet are both embedded with magnet pieces, and the second sheet and the first sheet can be mutually adsorbed, and the sixth sheet and the fifth sheet are both embedded with magnet pieces, and the sixth sheet and the fifth sheet can be mutually adsorbed.

[0012] The application also provides a notebook computer, the back of which is attached with the storable support as described in any one of the above, and the sixth sheet of the storable support is attached to the back of the notebook computer.

[0013] Further, the notebook computer can be placed in the space formed by the second sheet, the fifth sheet and the flexible cloth strips of the three side edges.

[0014] One or more technical solutions provided in the application have at least the following technical effects or advantages: Due to the adoption of the storable support, different height of the support can be formed by folding in different ways, the notebook computer can be lifted to meet the requirement of the user to work when standing, the height can be lowered to meet the requirement of the low height user, and after folding the storable support, the notebook computer can be placed in the space formed after folding, the thin plate can protect the notebook computer, and the thin plate can be used as the support when unfolded and as the storage bag when folded. BRIEF DESCRIPTION OF DRAWINGS

[0015] Figure 1 Fig. 6 is a structural schematic view of the storable support in the embodiment one of the present application in the state that the storable support is completely unfolded and the thin plate two and the thin plate one are in contact with each other; Figure 2 Fig. 7 is a structural schematic view of the storable support in the embodiment one of the present application in the state that the storable support is completely unfolded and the thin plate two and the thin plate one are parallel to each other; Figure 3 Fig. 8 is an exploded schematic view of part of the structure in the embodiment one of the present application; Figure 2 Fig. 9 is another view of Fig. 8; Figure 4 Figure 3 Fig. 10 is another view of Fig. 8; Figure 5 Fig. 11 is another state schematic view of the structure in the embodiment one of the present application, mainly showing the state in the folding process; Figure 4 Fig. 12 is a schematic view of the support thin plate supporting the thin plate two in the embodiment one of the present application; Figure 6 Fig. 13 is a schematic view of the support of the notebook computer in the state that the storable support in the embodiment two of the present application is completely unfolded; Figure 7 Fig. 14 is a schematic view of the support of the notebook computer in the state that the storable support in the embodiment two of the present application is folded in the thin plate seven and the thin plate four supports; Figure 8 Fig. 15 is a schematic view of the support of the notebook computer in the state that the storable support in the embodiment two of the present application is folded in the thin plate seven, the thin plate four and the support thin plate supports; Figure 9 Fig. 16 is a schematic view of the storage of the notebook computer in the state that the storable support in the embodiment two of the present application is not completely folded; Figure 10 Fig. 17 is a schematic view of the storage of the notebook computer in the state that the storable support in the embodiment two of the present application is completely folded. Figure 11

[0016] ​​In the figure: 1, the storable support; 11, thin plate one; 111, notch one; 12, thin plate two; 121, notch two; 13, thin plate three; 14, thin plate four; 15, thin plate five; 151, notch five; 16, thin plate six; 161, notch six; 162, support strip; 17, thin plate seven; 18, thin plate eight; 19, support thin plate; 101, flexible cloth strip; 102, flexible carrying strap; 2, notebook computer. DETAILED DESCRIPTION

[0017] In order to better understand the technical solutions of the present application, the above technical solutions will be described in detail below in combination with the accompanying drawings and specific embodiments.

[0018] Embodiment one: The present application provides a storable support 1, which is mainly composed of multiple thin plates. The thin plates can be acrylic or aluminum thin plates. Flexible cloth covers can be wrapped on the thin plates. The flexible cloth covers can be used to flexibly connect the thin plates, thereby generating folding. A support structure with adjustable angle and height is formed by folding.

[0019] Reference Figures 1-6 The storable support 1 includes thin plate one 11, thin plate two 12, thin plate three 13, thin plate four 14, thin plate five 15, thin plate six 16, thin plate seven 17, thin plate eight 18, support thin plate 19, flexible cloth strip 101, and flexible carrying strap 102. These thin plates mainly constitute two main parts (refer to Figure 3 ). One main part is composed of thin plate one 11, thin plate two 12, thin plate three 13, and thin plate four 14, and the other main part is composed of thin plate five 15, thin plate six 16, thin plate seven 17, and thin plate eight 18. The two main parts are connected by a flexible cloth strip 101 (refer to Figure 1 and 2 ).

[0020] The thin plate one 11 is a base plate of the support 1, which is mainly used as a support for the base, and is in a rectangular shape. One end of the thin plate one 11 in the length direction is provided with a slot one 111. The thin plate two 12 is foldable on the end edge of the slot one 111 of the thin plate one 11, and the thin plate two 12 is provided with a slot two 121 which is in communication with the slot one 111. The opening width of the slot two 121 is consistent with the opening width of the slot one 111. The thin plate three 13 is foldable on the slot bottom edge of the slot one 111, and the thin plate three 13 is foldable and fillable into the slot one 111. After the thin plate three 13 is folded into the thin plate one 11, the thin plate one 11 forms a complete plate. The thin plate four 14 is foldable on the slot bottom edge of the slot two 121, and the thin plate four 14 is foldable and fillable into the slot two 121. After the thin plate four 14 is folded into the thin plate two 12, the thin plate two 12 forms a complete plate. In addition, the thin plate four 14 and the thin plate three 13 are foldably connected. When the thin plate three 13 is folded onto the thin plate one 11, the thin plate four 14 forms a diagonal support to the thin plate two 12, and the opening angle of the thin plate two 12 tends to 90 degrees, which realizes the unfolding of the main body composed of the thin plate one 11, the thin plate two 12, the thin plate three 13 and the thin plate four 14 (see Figure 3 ). When the thin plate three 13 is folded into the thin plate one 11 and the thin plate four 14 is folded into the thin plate two 12, the thin plate one 11 and the thin plate two 12 are attached to each other, which realizes the folding of the main body composed of the thin plate one 11, the thin plate two 12, the thin plate three 13 and the thin plate four 14 (see Figure 5 ). In addition, the thin plate one 11 and the thin plate two 12 are both embedded with magnet pieces. When folding is needed, the thin plate one 11 and the thin plate two 12 are attracted to each other, which can ensure the stability after folding.

[0021] The support thin plate 19 is folded on the thin plate one 11, and is located between the slot bottom edge of the slot one 111 and the end edge of the thin plate one 11. When the thin plate three 13 is folded onto the thin plate one 11, the support thin plate 19 can be folded on the side of the thin plate three 13 away from the thin plate one 11, and the width and length of the support thin plate 19 are smaller than those of the thin plate three 13. Therefore, when the thin plate three 13 is folded into the thin plate one 11 and the thin plate four 14 is folded into the thin plate two 12, the support thin plate 19 can form a diagonal support to the thin plate two 12 (see Figure 6 ). The support position can be the folding mark of the support thin plate 19 to the thin plate two 12 and the thin plate four 14. The folding mark can limit the support position of the support thin plate 19, which can prevent the movement of the support thin plate 19. Therefore, the opening angle of the thin plate two 12 can be smaller by using the support thin plate 19, which can meet the requirement of lower opening angle.

[0022] The thin plate five 15 is parallel to the thin plate two 12, and the length and width of the thin plate five 15 are consistent with the length and width of the thin plate two 12. The thin plate five 15 is provided with a notch five 151 at one end of the groove bottom of the notch two 121. The thin plate five 15 has a spacing with the thin plate two 12. The flexible cloth strip 101 has three, one of which is connected between one end of the thin plate two 12 provided with the notch two 121 and the end of the thin plate five 15, the other is connected between one end of the thin plate five 15 provided with the notch five 151 and the end of the thin plate two 12, and the other is connected between one of the two side edges of the thin plate two 12 and the thin plate five 15. The flexible handle 102 is connected between the flexible cloth strips 101 at both ends of the thin plate two 12. When the storage support 1 is folded, the flexible handle 102 can be used to facilitate the user to carry the entire storage support 1. When the storage support 1 is unfolded, the flexible handle 102 can be placed between the thin plate five 15 and the thin plate two 12. The space formed by the thin plate two 12, the thin plate five 15 and the three flexible cloth strips 101 is used to place objects. In addition, the thin plate two 12 and the thin plate five 15 are both embedded with magnet pieces, and the thin plate two 12 and the thin plate five 15 can be attracted to each other, so that when the space between the thin plate two 12 and the thin plate five 15 is not needed, the thin plate two 12 and the thin plate five 15 can be attracted to each other, saving space.

[0023] The length of the thin plate six 16 is less than the length of the thin plate five 15, and the thin plate six 16 can be folded at one end of the thin plate five 15 provided with the notch five 151. The thin plate six 16 is provided with a notch six 161 communicating with the notch five 151, and the opening width of the notch six 161 is consistent with the opening width of the notch five 151. The thin plate seven 17 can be folded on the groove bottom edge of the notch five 151, and the thin plate seven 17 can be stored and filled into the notch five 151. After the thin plate seven 17 is stored into the thin plate five 15, the thin plate five 15 forms a complete plate. The thin plate eight 18 can be folded on the groove bottom edge of the notch six 161, and the thin plate eight 18 can be stored and filled into the notch six 161. The thin plate eight 18 and the thin plate seven 17 can be folded and connected. When the thin plate eight 18 is folded onto the lower surface of the thin plate six 16, the thin plate seven 17 will form a diagonal support to the thin plate six 16, and the thin plate six 16 will be horizontal, realizing the unfolding of the main body composed of the thin plate five 15, the thin plate six 16, the thin plate seven 17 and the thin plate eight 18 (see Figure 3 ). When the thin plate eight 18 is stored into the thin plate six 16 and the thin plate seven 17 is stored into the thin plate five 15, the thin plate six 16 can be attached to the thin plate five 15, realizing the folding and storage of the main body composed of the thin plate five 15, the thin plate six 16, the thin plate seven 17 and the thin plate eight 18 (see Figure 5 ).

[0024] The support strip 162 is foldable on the surface of the sixth thin plate 16 away from the fifth thin plate 15 and located close to the edge of the sixth thin plate 16 away from the sixth notch 161, and the length direction of the support strip 162 is consistent with the width direction of the sixth thin plate 16. By using the support strip 162, when the sixth thin plate 16 is attached to the fifth thin plate 15, the notebook computer 2 or the tablet or the mobile phone can be placed on the sixth thin plate 16, and the bottom of the object is supported by the support strip 162. In addition, the sixth thin plate 16 and the fifth thin plate 15 are both embedded with magnet pieces, and when folding is needed, the sixth thin plate 16 and the fifth thin plate 15 are attracted to each other, which can ensure the stability after folding.

[0025] Embodiment two: The notebook computer 2 can also be attached to the storable support 1 in embodiment one, and the sixth thin plate 16 in the storable support 1 is attached to the back of the notebook computer 2. In specific implementation, the magnet pieces in the sixth thin plate 16 can be used to attract the storable support 1 to the back of the notebook computer 2.

[0026] Referring to Figure 7 The third thin plate 13 can be folded onto the first thin plate 11, the fourth thin plate 14 can form a diagonal support for the second thin plate 12, so as to unfold the main body composed of the first thin plate 11, the second thin plate 12, the third thin plate 13 and the fourth thin plate 14, and then the eighth thin plate 18 can be folded onto the lower surface of the sixth thin plate 16, the seventh thin plate 17 can form a diagonal support for the sixth thin plate 16 and make the sixth thin plate 16 horizontal, so as to unfold the main body composed of the fifth thin plate 15, the sixth thin plate 16, the seventh thin plate 17 and the eighth thin plate 18, and the top of the fifth thin plate 15 can be attached to the top of the second thin plate 12. Thus, the unfolded storable support 1 forms a stable support with a certain height, and the notebook computer 2 can be placed on the sixth thin plate 16, which realizes the requirement of lifting the notebook computer 2 to work when standing.

[0027] Referring to Figure 8 The eighth thin plate 18 can be stored in the sixth thin plate 16, the seventh thin plate 17 can be stored in the fifth thin plate 15, then the sixth thin plate 16 is attached to the fifth thin plate 15, and at the same time, the fourth thin plate 14 still forms a diagonal support for the second thin plate 12. At this time, the height of the storable support 1 is reduced, but still has a certain height and stability, and the notebook computer 2 or the tablet or the mobile phone can be placed on the sixth thin plate 16 and the bottom of the object is supported by the support strip 162.

[0028] Referring to Figure 9As shown, the thin plate eight 18 can be accommodated into the thin plate six 16, the thin plate seven 17 is accommodated into the thin plate five 15, then the thin plate six 16 is attached to the thin plate five 15, and then the thin plate three 13 is accommodated into the thin plate one 11, and the thin plate four 14 is accommodated into the thin plate two 12, then the support thin plate 19 is used to diagonally support the thin plate two 12, at this time, the height of the support 1 can continue to be lowered, but still has stability, and the notebook computer 2 or a tablet or a mobile phone can be placed on the thin plate six 16 and supported at the bottom by the support strip 162.

[0029] Referring to Figure 10 and Figure 11 The thin plate one 11 is folded and attached to the thin plate two 12, the thin plate six 16 is folded and attached to the thin plate five 15, and the thin plate two 12 and the thin plate five 15 are separated from each other, and the flexible strap 102 between the thin plate two 12 and the thin plate five 15 is taken out, at this time, the space formed by the thin plate two 12, the thin plate five 15 and the flexible cloth strips 101 on three sides can be used to place a notebook computer 2 or other objects such as a tablet, which is convenient for a user to protect and carry the notebook computer 2, and realizes that not only can the support be used as a support when unfolded, but also can be used as a storage bag when folded.

[0030] The support provided by the present application can be accommodated by folding and connecting a plurality of thin plates, realizing the functions of quick accommodation, angle adjustment and height adjustment, and being able to adapt to the needs of users in different use scenarios. Through the combination with the notebook computer, the user can easily realize the lifting and angle adjustment of the notebook computer, improve the use comfort and scene adaptability, solve the technical problem that the existing support can only adjust the angle, realize the requirement of ensuring the angle adjustment while lifting the notebook computer to facilitate the user to work when standing, and improve the multi-scene adaptability.

[0031] Obviously, those skilled in the art can make various modifications and changes to the present application without departing from the spirit and scope of the present application. Thus, if these modifications and changes of the present application fall within the scope of the claims of the present application and their equivalent technologies, the present application also intends to include these modifications and changes.

[0032] The above is only a preferred specific implementation manner of the embodiments of the present application, but the protection scope of the present application is not limited thereto, and any person skilled in the art can make equivalent substitutions or changes to the technical solutions and concepts of the present application within the technical range disclosed by the present application, which should be covered within the protection scope of the present application.

Claims

1. A stowable support characterized by, The utility model relates to a foldable storage rack, comprising: a first thin plate (11) having a first notch (111) at one end thereof; a second thin plate (12) foldable to the end of the first thin plate (11) having the first notch (111), the second thin plate (12) having a second notch (121) in communication with the first notch (111); a third thin plate (13) foldable to the bottom edge of the first notch (111), the third thin plate (13) being capable of being accommodated and filled into the first notch (111); a fourth thin plate (14) foldable to the bottom edge of the second notch (121), the fourth thin plate (14) being capable of being accommodated and filled into the second notch (121), the fourth thin plate (14) being foldably connected to the third thin plate (13); a fifth thin plate (15) parallel to and connected to the side of the second thin plate (12) away from the first thin plate (11), the fifth thin plate (15) having a fifth notch (151) at one end thereof close to the bottom of the second notch (121); a sixth thin plate (16) foldable to the end of the fifth thin plate (15) having the fifth notch (151), the sixth thin plate (16) having a sixth notch (161) in communication with the fifth notch (151); a seventh thin plate (17) foldable to the bottom edge of the fifth notch (151), the seventh thin plate (17) being capable of being accommodated and filled into the fifth notch (151); an eighth thin plate (18) foldable to the bottom edge of the sixth notch (161), the eighth thin plate (18) being capable of being accommodated and filled into the sixth notch (161), the eighth thin plate (18) being foldably connected to the seventh thin plate (17).

2. The stowable support of claim 1, wherein, The utility model further comprises: a support thin plate (19) foldable to the surface of the first thin plate (11) at the end of the first thin plate (11) away from the fourth thin plate (14), the support thin plate (19) being used for supporting the foldable part of the fourth thin plate (14) and the second thin plate (12), the angle between the second thin plate (12) and the first thin plate (11) when the second thin plate (12) is supported by the support thin plate (19) being smaller than the angle between the second thin plate (12) and the first thin plate (11) when the second thin plate (12) is supported by the fourth thin plate (14).

3. The stowable support of claim 1, wherein, The length of the sixth thin plate (16) is smaller than the length of the fifth thin plate (15). The utility model further comprises: a support strip (162) foldable to the surface of the sixth thin plate (16) close to the edge of the sixth thin plate (16) away from the sixth notch (161), the length direction of the support strip (162) being consistent with the width direction of the sixth thin plate (16).

4. The stowable support of claim 1, wherein, The thin plate two (12) and the thin plate five (15) have a spacing, one end of the thin plate two (12) opening a notch two (121) and the end of the thin plate five (15) between, the thin plate five (15) opening a notch five (151) and the end of the thin plate two (12) between, the thin plate two (12) and the thin plate five (15) two side edges of one of the same side edges are connected with flexible cloth strips (101), the flexible cloth strips (101) between the two ends of the thin plate two (12) are fixedly connected with flexible carrying straps (102), the space composed of the thin plate two (12), the thin plate five (15) and the flexible cloth strips (101) of three side edges is used for placing articles.

5. The stowable support of claim 4, wherein, The thin plate two (12) and the thin plate five (15) are embedded with magnet pieces, and the thin plate two (12) and the thin plate five (15) can be mutually adsorbed.

6. The stowable support of claim 4, wherein: The thin plate two (12) and the thin plate one (11) are embedded with magnet pieces, and the thin plate two (12) and the thin plate one (11) can be mutually adsorbed; the thin plate six (16) and the thin plate five (15) are embedded with magnet pieces, and the thin plate six (16) and the thin plate five (15) can be mutually adsorbed.

7. A notebook computer, characterized by The back thereof is adhered with the storable support of any one of claims 1-5, and the thin plate six (16) in the storable support is adhered to the back of the notebook computer.

8. The notebook computer of claim 7, wherein, The notebook computer can be placed in the space composed of the thin plate two (12), the thin plate five (15) and the flexible cloth strips (101) of three side edges. The back thereof is adhered with the storable support of any one of claims 1-5, and the thin plate six (16) in the storable support is adhered to the back of the notebook computer.

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