Table and wall dual-purpose mobile phone support and hanging hook

Abstract

The invention relates to a table and wall dual-purpose mobile phone support and hanging tool hook. The mobile phone support is formed by a planar structure which is unfolded after being deformed by being bent. One end of the support has three supporting legs, and the other end in the opposite direction has a hanging hole. The surrounding structure connected with the hanging hole is a wall panel. The wall side of the wall panel is the edge surface of the support. All the unfolded structures on the support are on the same side of the edge surface. The edge surface and the hanging hole (1) are used for hanging on the wall. The support has two positions for placing the mobile phone. One position allows the mobile phone screen to be inclined upward, and the other position allows the mobile phone screen to be inclined downward, which is convenient for viewing the mobile phone screen on the support from a low angle or a high angle. The support has a long strip-shaped observation hole which intersects and communicates with the hanging hole. The position of the hanging tool hook can be quickly found through the observation hole. Without changing the shape of the mobile phone support, the mobile phone support can be taken from the table and hung on the wall, or taken from the wall and placed on the table.

Description

Technical Field

[0001] This application relates to the field of mobile phone holder technology, specifically to a mobile phone holder that can be used on both desktops and walls, a mobile phone holder assembly, and a hanging hook. Background Technology

[0002] Phone stands evolved from the use of mobile phones. However, the phone stands known to inventors can only be supported on a table or hung on a wall. There are no phone stands that can be placed on a table and hung on a wall at the same time. Moreover, when a phone stand is hung on a wall, it is difficult to align the phone with the hook due to obstructed view. When supporting the phone, it is also difficult to support the phone, which may cause the phone to fall. In addition, existing phone stands only have one position for placing the phone, and the screen of the phone is usually tilted upwards, which is not conducive to viewing and using the phone when the line of sight is below the horizontal plane of the phone stand.

[0003] Therefore, while ensuring that the phone stand can be placed on a desktop or hung on a wall to support the phone, improving the stability and ease of use during the phone support and hanging process is a technical problem that urgently needs to be solved by those skilled in the art. At the same time, it is also necessary to solve the problem that the phone screen can be tilted downwards on the stand, which is conducive to viewing and use from multiple angles.

[0004] Application content

[0005] To address the aforementioned issues, this application provides a mobile phone stand, mobile phone stand assembly, and hanging hook that can be used on both desktops and walls. While ensuring that the mobile phone stand can be placed on a desktop or hung on a wall to support the mobile phone, it improves the ease of use and stability during the support and hanging process. At the same time, the stand can have two positions for placing the mobile phone, one position for tilting the screen upward and the other position for tilting the screen downward.

[0006] This is a dual-purpose phone holder that can be used on both desktops and walls, and can hold two phones in different locations, so it can be called a desktop-wall amphibious holder, or a two-phone holder.

[0007] To achieve the above objectives, this application provides the following solution: A mobile phone stand with three or more support legs is used. The mobile phone stand is a flat or thin structure that unfolds after being bent or twisted. One end of the mobile phone stand has three or more support legs, and the other end, opposite to the support legs, has a hanging hole near the end. This hanging hole is located on or near the center line or center line of gravity when the stand is placed, or on or near the center line or center line of gravity of the part that is attached to the wall when it is hung on the wall. The center line of gravity refers to the vertical line drawn through the center of gravity. When in use, it can be hung on a wall hook or nail by hanging it through this hole.

[0008] This application also discloses a hanging hook that can also hang other items. The hook has a hook on it, and the two sides of the hook seat on the hook for contacting the hung item are flat structures or other non-circular structures that are not easy to rotate.

[0009] This application also discloses another type of mobile phone stand that can be used on a desktop or wall. One end of the mobile phone stand is provided with three support feet for supporting the mobile phone stand, and at the upper connection of the support feet, there are at least two support mechanisms for supporting the mobile phone, which are symmetrically arranged as a left support hook and a right support hook. The end of the mobile phone stand away from the support devices is provided with a hanging hole for hanging the mobile phone stand. The mobile phone stand has one or more elongated observation holes, which are located near the hanging hole or intersect with and communicate with the hanging hole.

[0010] This application also discloses a mobile phone holder assembly that can be used on both desktops and walls, including the mobile phone holder described above and a hook for suspending the mobile phone holder. The hook includes a hook base and a hook end that is connected to the end of the hook base away from the wall and extends upward, and a backing plate that is connected to the end of the hook base near the wall and is used to fit against the wall. The hook base is used to cooperate with the hanging hole, and the hook end is used to prevent the mobile phone holder from falling off the hook base.

[0011] Furthermore, the phone holder is equipped with two symmetrically arranged support mechanisms for supporting the phone: a left support hook and a right support hook. Below the left and right support hooks, there are also left and right slots, both U-shaped structures with solid blocks on three sides and an opening on one side. The phone can be inserted into the slot through the opening. The slot openings are angled towards the upper front of the holder, allowing the phone screen to be placed face down. This enables the holder to support two phones.

[0012] Furthermore, two support feet, namely the front left foot and the front right foot, can be directly installed at the lower part of the aforementioned left and right slots; in this way, the aforementioned support feet connected to the support hook can be removed, and with the original two support feet added, the bracket of this design has 4 support feet.

[0013] This application achieves the following technical advantages over the prior art: This phone stand enhances usability, supporting two placement methods and usage environments: it can be placed on a table or hung on a wall. It's easy to remove it from the table and hang it on the wall, or vice versa, without altering its shape. The stand features a long, narrow viewing hole for easy observation and positioning, ensuring accurate attachment to the hook. Wall mounting saves space in most homes.

[0014] It can be wall-mounted or placed on a table without affecting each other. When switching the placement positions on the table and the wall, there is no need to change the shape of the phone stand. When hanging it on the wall, you can simply use the wall-mounting holes on the stand to hang it on a wall-mounting hook or nail. It is very convenient and practical.

[0015] The unexpected effect of this invention is that the unfolded phone stand can be used both on a table and hung on a wall without changing its shape, offering great convenience. Careful analysis reveals two reasons: First, the phone stand is flat in its factory or stored state, with two sides: one against the wall and the other unfolded. When bent or twisted, the moving part only moves towards the unfolded side, ensuring ample space against the wall. Second, the hanging hole does not participate in bending or twisting, remaining adjacent to the wall side and easily hooked onto hooks or nails. Additionally, the hanging hole is located at the other end of the support leg, near the top of the stand, which is above the stand's center of gravity, ensuring stability when hung – another fundamental reason. This analysis shows that the location of the hanging hole is not simply an addition to the stand, but rather it is interconnected with and mutually supports the structural features and unfolding characteristics of the stand, producing an unexpected effect where 1+1+1>3. It is a combined invention, not a simple superposition of features. Furthermore, not just any desktop phone stand can be wall-mounted and have its tilt angle adjustable simply by adding a hanging hole without changing its shape; it requires a design like the one in this invention application.

[0016] From another perspective, the surrounding structure connected to the hanging hole is a wall panel. The wall panel is flat, with one side facing the wall and the other side facing the unfolded direction of the bracket. Because the bracket is flat in its factory or storage state, on a single plane, both sides of the wall panel are open. The wall-facing side of the wall panel is the edge side or edge surface of the bracket. When the bracket is unfolded, all moving parts move in the direction of the unfolded side. Therefore, the wall-facing side of the wall panel is always the edge surface. The wall-facing side of the edge surface is always open and blank, without any space for the bracket structure, ensuring that it has enough space to be reliably attached to and hung on the wall hook.

[0017] The phone stand has two positions for placing your phone: one position allows the phone screen to tilt upwards, facing the front of the stand, and the other position allows the phone screen to tilt downwards, also facing the front of the stand. You can choose a suitable position to place your phone on the stand for better viewing, and the phone stand can hold two phones at the same time.

[0018] The hanging hook structure disclosed in this application, by using only one hanging hook on the hanging device, and having flat structures on both sides of the hook base, or other non-circular arc-shaped structures that are not easy to rotate, can ensure the stability of the mobile phone holder when it is hung on the wall, even if only one hanging hole is used.

[0019] This application discloses a mobile phone holder assembly that can be used on both desktops and walls. By setting a hanging hole on the mobile phone holder and cooperating with the hook seat on the hanging hook, it can not only achieve stable support for the mobile phone holder on the desktop, but also ensure that the mobile phone holder will not rotate or wobble when it is hung on the wall with a special hanging hook, thus ensuring the stability of the mobile phone holder when it is hung on the wall. The hook end set on the hanging hook can block and limit the hanging hole, preventing the mobile phone holder from falling off the wall.

[0020] The hooks or slots on the bracket can also be used to place or hang other suitable items, such as small mirrors, keychains, tags, etc., allowing for flexible use. Attached Figure Description

[0021] To more clearly illustrate the technical solution of this application, the accompanying drawings used in the embodiments will be briefly described below.

[0022] Appendix Figure 1 Design 1 disclosed in this application, a mobile phone stand with one elongated observation hole, is shown in a schematic diagram of its structure in a desktop support state; Appendix Figure 2 Design 1 disclosed in this application is a schematic diagram of the mobile phone holder in its stored state. Appendix Figure 3 This is a schematic diagram of the overall structure of the hook disclosed in the embodiments of this application; Appendix Figure 4 This is a schematic diagram of the overall structure of the mobile phone holder of Design 1 disclosed in the embodiment of this application, which is in a supported state and cooperates with the hanging hook to hang on the wall. Appendix Figure 5 This is a schematic diagram of the support structure of a mobile phone holder with two elongated observation holes, as disclosed in the embodiment of this application for Design 2. Appendix Figure 6 The schematic diagram of Design 3 disclosed in the embodiments of this application, which can hold two mobile phones and has three supporting feet, in a desktop support state; Appendix Figure 7 This is a structural diagram of Design 4 disclosed in the embodiments of this application, in its stored state or in its factory-shipped state; Appendix Figure 8 The schematic diagram of Design 4 disclosed in this application, which can hold two mobile phones and has four support feet, in a desktop support state; Appendix Figure 9This is a schematic diagram of the overall structure of Design 4 disclosed in the embodiments of this application, which cooperates with the hook in the supported state and hangs on the wall. Appendix Figure 10 Design 4, as disclosed in the embodiments of this application, is a schematic diagram of an overall structure in which, when in a supported state, it cooperates with a hanging hook to hang on the wall and places two mobile phones facing different directions at two different positions on it.

[0023] Appendix Figure 11 This is a partially enlarged schematic diagram of the structure of design 3 or design 4 disclosed in the embodiments of this application, near a slot location.

[0024] Among them, 1. Hanging hole; 2. Overall bracket; 3. Right support leg; 4. Left support leg; 5. Middle support leg; 6. Left support hook; 7. Right support hook; 8. Hook base; 9. Hook end; 10. Hanger back piece; 11. Wall; 12. Wall-mounted panel; 13. Bottom of middle support leg; 14. Continuous elongated hole; 15. Individual elongated hole; 16. Left rotating arm; 17. Right rotating arm; 18. Left slot; 19. Right slot; 20. Front left foot; 21. Front right foot; 22. Phone A; 23. Phone B; 24. Lower support edge; 25. Upper support edge; 26. Upper support point of slot; 27. Unfolding direction arrow; 28. Wall-mounted direction arrow. Detailed Implementation

[0025] The technical solutions in the embodiments of this application will be clearly and completely described below with reference to the accompanying drawings. The lower side of the connected elongated hole (14) or the separate elongated hole (15) is a transversely rotatable joint, the amount of which can continuously adjust the tilt angle of the items on the support.

[0026] Figure 1This is a perspective view of the mobile phone stand of Design 1 of this application, placed on a desktop or horizontally. The desktop is omitted in the figure. It can be seen that the right support leg 3, the left support leg 4, and the middle support leg 5 are roughly on a horizontal plane, with the support legs at the lower end of the stand. At the other end opposite to the support legs, there is a hanging hole 1, located at the upper end of the stand, on or near the center line or center of gravity line, or on or near the center line or center of gravity line of the part that is against the wall when it is hung on the wall. A connecting elongated hole 14 intersects with and connects to the hanging hole 1. The elongated hole 14 increases the observation range, making it easier to see through the elongated hole 14 on the stand, locate the position of the hook, and hang it. The direction indicated by arrow 28 is the direction of hanging against the wall, which is the direction of the back of the bracket in the figure. The back of the wall panel 12 is the wall surface, which is also the edge surface. The wall side of the edge surface is an empty structure. It can be seen in the figure that all the unfolded structures of the bracket, including the middle support leg 5, the left support hook 6, and the right support hook 7, are on the side of the unfolding direction arrow 27. They will not affect the fact that the wall surface is an empty edge surface and will not affect the wall hanging operation. The surrounding structure connected to the hanging hole (1) is the wall panel (12). The side of the bracket against the wall is the edge surface of the bracket, and the other side is the unfolded surface. All the unfolded structures on the bracket are on the edge surface, or on the opposite side of the extension surface of the edge surface, that is, on the side of the unfolded surface direction. The edge surface and the hanging hole (1) are used to hang against the wall.

[0027] The hanging hole 1 and the support leg of the stand are not on the same end, so they do not affect each other in use. Without changing the shape of the phone stand, it can be easily removed from the table and hung on the wall 11, or removed from the wall 11 and placed on the table. Because the hanging hole 1 is located on or near the center line or center of gravity, it can be used with just one hole, preventing tilting. The hanging hole 1 can be hung on a regular round nail. With the phone placed on the stand and its upper part against the wall 11, it is very stable and does not easily wobble or rotate. Alternatively, a special or custom-made hook or pin can be used for even greater stability and less wobbling. When hanging the stand on the wall, the view may be obstructed by the stand, making it difficult to find the hook or pin, slowing down the hanging process. One or more elongated observation holes can be made on the stand. These observation holes can be located around or directly intersecting and connecting with the hanging holes. This increases the observation range, making it easier to accurately locate the hooks or pins and hang them up.

[0028] Figure 2 The mobile phone stand of Design 1 in this application, when manufactured, is a flat three-dimensional image made of aluminum sheet through stamping, punching, or laser cutting. By bending the support leg 3 and twisting the left support hook 6 and right support hook 7 in the unfolding direction (arrow 27), it can be transformed into... Figure 1The phone holder is shaped like a regular phone stand, allowing phones or other items to be placed on the left and right support hooks 6 and 7. The top two sides of the inner wall of the hanging hole 1 are flat. Figure 3 It's a wall hook. The sides of the hook base 8 in the picture are also flat. When the top of the inner wall of the phone holder's hanging hole 1 is hooked onto the hook base 8 and the hook end 9, it fits perfectly onto the hook base 8. Because the two sides are flat to flat, it won't rotate or wobble on the hook base. The hook end 9 prevents the phone holder from slipping off the hole. This is how it's mounted on the wall. Figure 4 As you can see, the bracket 2 is hung on the hook base 8 and the hook end 9. Double-sided tape can be applied to the back of the hanging bracket 10, and then it can be stuck to the wall 11, thus forming... Figure 4 The 3D design allows the phone to be placed on the left support hook 6 and the right support hook 7. This enables the phone holder to function as both a desktop and wall mount, making it simple and practical.

[0029] Figure 5 This is a perspective view of Design 2 of this application, showing a mobile phone stand with two elongated observation holes placed on a table. The tabletop is partially obscured, but the right support leg 3, left support leg 4, and middle support leg 5 are visible, meaning the three support legs are roughly on a horizontal plane, positioned at the lower end of the stand. At the opposite end of the support legs is a hanging hole 1, located at the upper end of the stand, near or on the center line or center of gravity. The diagram shows two elongated observation holes: one is a connected elongated hole 14 that intersects with and connects to the hanging hole 1, and the other is a separate elongated hole 15. Both elongated holes increase the observation range, making it easier to locate the hook and hang the phone. (Reference) Figure 1 and Figure 2 The mobile phone stand disclosed in this application embodiment is a dual-purpose desktop and wall stand. One end of the mobile phone stand is provided with three support feet. The middle support foot is provided with a support mechanism for supporting the mobile phone. The left support foot 4 is located to the left of the middle support foot 5, and the right support foot 3 is located to the right of the middle support foot 5. The support edge of the bottom 13 of the middle support foot is 2-5 times the length of the support edge of the left support foot 4 and the right support foot 3. This can ensure that after the mobile phone is placed on the support mechanism on the middle support foot 5, the support stability of the middle support foot is improved, and the mobile phone is not easy to fall.

[0030] The lower side of the connecting elongated hole (14) is a rotatable hinge. Figure 5 The lower side of the single-type elongated hole (15) is a rotatable structure. The amount of rotation can adjust the tilt angle of the items on the support. The middle part of the support can be held or pinched by hand to rotate or twist. The tilt angle of rotation is continuously adjustable, not in increments or grades.

[0031] Appendix Figure 6Design 3, as disclosed in the embodiments of this application, is... Figure 1 Based on the existing design, two additional slots were added: a left slot 18 below the left support hook 6 and a right slot 19 below the right support hook 7. Because the slot openings face the upper front of the stand, when the phone is placed in the slot, the screen is approximately perpendicular to the phone's thickness plane (approximately 90 degrees). Therefore, when the phone screen is placed downwards into the slot, it faces the lower front of the stand, achieving a downward-tilting screen effect. Additionally, another phone can be placed on top of the left and right support hooks 6 and 7. (See reference...) Figure 4 This allows the device to hold two mobile phones.

[0032] Appendix Figure 7 This is a structural diagram of Design 4 disclosed in the embodiments of this application, in its stowed state. This design eliminates... Figure 1 and Figure 6 The middle support leg 5 shown is replaced by a front left leg 20 under the left slot 18 and a front right leg 21 under the right slot 19. This design has a total of 4 support legs.

[0033] Appendix Figure 8 The schematic diagram of design 4 disclosed in this application, in its desktop support configuration, shows a left slot 18 below the left support hook 6, a right slot 19 below the right support hook 7, a front left foot 20 below the left slot 18, and a front right foot 21 below the right slot 19, for a total of four support feet. Figure 7 The storage state unfolds as Figure 8 In the supported state, both the left and right twisting arms 16 and 17 rotate continuously from one end to the other. Because the deformation is distributed or dispersed, the deformation per unit length is very small, so repeated twisting does not easily cause breakage. This type of twisting is also reflected in the lower strip structure of the connected elongated hole 14. This twisting structure in Design 4 is also reflected in other designs 1-3, and will be explained here. The direction indicated by arrow 28 is the direction of hanging against the wall, which is the direction of the back of the bracket in the figure. The back of the wall panel 12 is the wall surface, which is also the edge surface. The wall side of the edge surface is an empty structure. It can be seen in the figure that all the unfolded structures of the bracket, including the middle support leg 5, the left support hook 6, and the right support hook 7, are on the side of the unfolding direction arrow 27. They will not affect the fact that the wall surface is an open edge surface and will not affect the wall hanging operation. The surrounding structure connected to the hanging hole (1) is a wall panel (12), one side of which is the edge surface of the bracket and the other side is the unfolded surface. All the unfolded structures on the bracket are on the edge surface, or on the opposite side of the extension surface of the edge surface, that is, on the side of the unfolded surface direction. The edge surface and the hanging hole (1) are used to hang on the wall.

[0034] Appendix Figure 9 Design 4, as disclosed in this application embodiment, is a schematic diagram of the overall structure of the bracket when it is supported and engaged with the hook to hang on the wall. The hanging holes of the bracket are attached to the hook base, and the outer hook end 9 can be seen in the diagram. The wall-facing panel 12 of the bracket rests against the back plate 10 of the hook. The back plate 10 can be attached to the wall 11 with double-sided tape. A mobile phone 22 with its screen tilted upward can be placed on the left support hook 6 and the right support hook 7; a mobile phone 23 with its screen tilted downward can be placed on the left slot 18 and the right slot 19. The screens of both phones face the front of the bracket. When both phones are placed on the bracket, there is an attachment. Figure 10 The display effect is such that when the viewer's line of sight is below the horizontal position of the stand, phone B 23 can be viewed, and when the viewer's line of sight is above the horizontal position of the stand, phone A 22 can be viewed.

[0035] Appendix Figure 11 The diagram shown is a partially enlarged view of one of the slot locations, representing design 3 or design 4 as disclosed in this application. The slot operates as follows: it has a lower support edge 24 and an upper abutment edge 25. The upper fulcrum 26 of the slot is located above the lower support edge 24. The internal width of the slot is greater than or equal to the thickness of the phone. When the phone is placed in the slot, because its center of gravity is outside the slot, it presses against the upper fulcrum 26 and the upper end of the lower support edge 24, causing the bottom of the phone to tilt upwards. This upward tilt presses against the upper abutment edge 25 of the slot, effectively holding it in place. The slot has a suitable depth and width, and two appropriately spaced left slots 18 and right slots 19. This design ensures the phone is securely placed within the two slots, preventing it from falling out.

[0036] It should be noted that the terms "up," "down," "left," and "right" in the embodiments of this application are based on... Figure 1 and Figure 2 It is defined from the perspective of the reader, and its defining principle is that when the reader faces Figure 1 and Figure 2 When using the left hand, the left side is considered the left side, and the right hand side is considered the right side; it should be emphasized that when... Figure 1 and Figure 2 After the phone holder is rotated 180°, the original left side of the phone holder will become the right side, but this will not change the components. Therefore, the directional terms in the embodiments of this application are only for the convenience of clearly introducing the technical solution and should not be construed as limiting the solution itself. The front of the phone holder refers to the orientation of the screen when the phone is placed on it, with the side that is not obstructed or has the least obstruction. As can be seen from the attached drawings, the side with the support hook or slot on the plane of the wall panel 12 is the front of the holder.

[0037] refer to Figure 1 and Figure 2As one implementation method, the phone holder is made of a plastic material, such as aluminum, steel, or aluminum alloy, which allows the phone holder to deform. The phone holder is plate-shaped in both its stored and sold states. When in the supported state, the support device can be bent or twisted to form support legs. When in the stored state, it can be restored to a position on the same plane as the phone holder. This ensures that the phone holder provides good support during use while being easy to store.

[0038] refer to Figure 1 and Figure 2 As one implementation method, the hanging hole 1 is an N-type hanging hole. The two sides of the inner wall of the hanging hole 1 are limiting surfaces to prevent the phone holder from rotating. By setting limiting surfaces on the left and right sides of the inner wall of the hanging hole 1, it can be ensured that the phone holder will not shake or rotate after being hung on the wall 11, thus ensuring the stability of the phone holder when it is hung on the wall 11.

[0039] It should be noted that the N-type mentioned in this application refers to the N-shaped shape of the hanging hole 1, which is similar to an inverted U-shaped structure.

[0040] As one implementation method, the limiting surface can be set as a plane, or it can be set as an inclined plane or a stepped surface, as long as it can prevent the phone holder from shaking or rotating when it is suspended. In this case, even if a hanging hole is set, the stability of the phone holder during the suspension process can be guaranteed.

[0041] refer to Figure 3-5 In one embodiment, a communicating elongated hole 14 is provided below the hanging hole 1, communicating with the hanging hole 1. A clearance hole is provided on the lower side of the communicating elongated hole 14 corresponding to the hanging hole 1. The hanging hole 1 cooperates with the hook seat 8. The left and right sides of the hanging hole 1, and the left and right sides of the hook seat 8 cooperating with the hanging hole 1, are planes to prevent the phone holder from rotating. At least one separate elongated hole 15 is also provided between the support device and the hanging hole 1. When it is necessary to assemble the hanging hole 1 with the hook seat 8 to hang the phone holder on the wall 11, the user can pass through the communicating elongated hole 14, at least one separate elongated hole 15, and the communicating elongated hole 14. The hanging holes 1 and clearance holes on the upper and lower sides allow for quick location of the hook base 8, facilitating the hanging of the phone holder. Furthermore, the corresponding hanging holes 1 and clearance holes provide ample insertion space for the hook base 8 when inserted into the hanging hole 1, preventing interference from the hook end 9. This further enhances the convenience of hanging the phone holder on the wall 11. Additionally, both sides of the hook base 8 that mate with the hanging hole 1 are flat surfaces to prevent the phone holder from rotating, ensuring that the phone holder will not rotate or wobble after being hung on the wall 11. Even with only one hanging hole 1, the stability of the phone holder during hanging is effectively guaranteed.

[0042] It should be noted that the two sides of the hook base 8 that mate with the hanging hole 1 can also be beveled or trapezoidal, as long as they can prevent the phone holder from rotating or wobbling when it is hung on the wall 11.

[0043] refer to Figure 3 and Figure 4 As one implementation method, the top of the mobile phone holder is provided with a wall-mounted panel 12 that fits against the back plate 10 of the hanger, and the hanging hole 1 is provided on the wall-mounted panel 12. When the mobile phone holder is hung on the wall 11, the stability of the mobile phone holder hanging on the wall 11 can be further ensured by the fit between the wall-mounted panel 12 and the back plate 10 of the hanger.

[0044] It should be noted that the back panel of the hanger can be attached to the wall 11 by adhesive or by fixing devices such as screws, as long as it can achieve the goal of attaching the back panel of the hanger to the wall 11.

[0045] The method of use of this application is as follows: When it is necessary to place the mobile phone on the table, bend or twist the support feet, left support hook 6 and right support hook 7 on the mobile phone holder to a suitable angle so that the mobile phone holder is stably supported on the table. At this time, place the mobile phone on the left support hook 6 and right support hook 7 to complete the placement of the mobile phone on the table. With the back plate 10 of the hanger attached to the wall 11, when it is necessary to hang the mobile phone on the wall, after easily finding the position of the hook seat 8 through the connecting elongated hole 14 or the individual elongated hole 15, the hanging hole 1 on the mobile phone holder and the hook seat 8 are aligned in a plane-to-plane manner. The mobile phone holder is hung on the hook seat 8 through the hanging hole 1, thus suspending the mobile phone holder on the wall 11. At this time, placing the mobile phone on the support device completes the suspension of the mobile phone on the wall 11. Moreover, the hook end 9 on the hook can block the hanging hole 1, preventing the mobile phone holder from falling off the hook seat 8, that is, preventing it from falling off the wall 11.

[0046] Adaptive changes made according to actual needs are all within the scope of protection of this application.

[0047] It should be noted that, for those skilled in the art, this application is obviously not limited to the details of the above exemplary embodiments, and that this application can be implemented in other specific forms without departing from the spirit or essential characteristics of this application. Therefore, the embodiments should be considered exemplary and non-limiting in all respects, and the scope of this application is defined by the appended claims rather than the foregoing description. Therefore, all variations falling within the meaning and scope of equivalents of the claims are intended to be included within this application. No reference numerals in the claims should be construed as limiting the scope of the claims.

Claims

1. A mobile phone stand that can be used on both desktops and walls, characterized in that, Its structure includes: Support feet: One end of the phone holder has three or more support feet; Left support hook (6) and right support hook (7), the support mechanism set on the mobile phone holder, the left support hook (6) and right support hook (7) can hold mobile phones or other items; the lower side of the connected long strip hole (14) or the separate long strip hole (15) is a rotatable structure, the amount of which can continuously adjust the tilt angle of the items on the holder. Hanging hole (1): There is a hanging hole (1) on the other end opposite to the support foot. This hanging hole (1) is located on or near the center line or center of gravity when the mobile phone stand is placed, or on or near the center line or center of gravity of the part that is attached to the wall when it is hung on the wall. It can be used by hanging it on this hole. The surrounding structure connected to the hanging hole (1) is the wall panel (12). The side of the wall is the edge surface of the stand, and the other side is the unfolded surface. All the unfolded structures on the stand are on the edge surface, or on the opposite side of the extension surface of the edge surface. The edge surface and the hanging hole (1) are used to hang it on the wall. The elongated observation hole is located near the hanging hole (1) or intersects and connects with the hanging hole, including a connected elongated hole (14) or a separate elongated hole (15).

2. The dual-use mobile phone holder for desktop and wall mounting according to claim 1, characterized in that, Its structure also includes another location for placing the phone: The left slot (18) and the right slot (19) are both U-shaped, with solid blocks on three sides and an opening on one side, through which the mobile phone can be inserted into the left and right slots.

3. A mobile phone holder that can be used on both desktops and walls according to claim 2, characterized in that, Its structure also includes: a front left foot (20) connected to the left slot (18), a front right foot (21) connected to the right slot (19), plus a left support foot (4) and a right support foot (3), the bracket has a total of 4 support feet.

4. A dual-use mobile phone holder for desktop and wall mounting according to claim 1, 2, or 3, characterized in that, The mobile phone holder can be hung on a special hook or nail, or on a regular round nail. The upper two sides of the inner wall of the hanging hole (1) on the mobile phone holder are flat structures. The special hook or nail used corresponding to the hanging hole (1) also has a corresponding flat structure on the two sides that contact the inner wall of the hanging hole (1) on the mobile phone holder. After the hanging hole (1) is hung on it, it will not or will not easily rotate or shake on it.

5. A dual-use mobile phone holder for desktop and wall mounting according to claim 1, 2, or 3, characterized in that, The mobile phone stand as a whole (2) includes a hanging hole (1), which is made by punching or stamping or laser cutting of a flat strip of material. It can be formed in one go, and the product can be bent or twisted into the required shape for use.

6. A hook that can be used in claim 4 and can also be used to hang other items, characterized in that, The hanger has only one hook, and the hook seat (8) on the hook, which is used to contact the item being hung, has a flat structure on both sides, or other non-circular structure that is not easy to rotate.

7. A mobile phone holder assembly that can be used on both desktops and walls, characterized in that, Includes a mobile phone holder as described in claim 1 or 6, and a hook for suspending the mobile phone holder, wherein, The hanging hook includes: Hook seat (8), the hook seat (8) is used to cooperate with the hanging hole (1); The hook end (9) is connected to the end of the hook base (8) away from the wall (11). The hook end (9) extends upward and is used to prevent the mobile phone holder from falling off the hook base (8). Hanging back piece (10) is connected to the end of the hook seat (8) near the wall (11). The hanging back piece (10) is used to fit or adhere to the wall (11).

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