Wall with handrail structure and method of installation thereof

Abstract

The application provides a wall with a handrail structure and a mounting method thereof, the wall comprising a wall body, a plurality of wall panels and a handrail structure, the wall body being provided with a handrail groove and a hook, the back of the wall panel being provided with a hanging part, the wall panel being hung on the wall body through the hook and the hanging part, a spacing gap being formed between the upper and lower adjacent wall panels and corresponding to the handrail groove, the handrail structure comprising a handrail profile, the handrail profile being fixed to the side of the handrail groove, the handrail profile comprising a plate body and a circular tubular holding part formed at one end of the plate body, a right-angle groove structure being formed on the holding part, one end of the wall panel being accommodated in the right-angle groove structure, and a circular arc handrail being connected to the end surface of the wall panel. The wall provided by the application is convenient to install and does not interfere with the use of space, is suitable for people who need to hold when walking, especially for the aging population, and can be arranged on indoor walls and corridor walls.

Description

Technical Field

[0001] This invention relates to building structures, and more specifically to walls with handrail structures and methods for their installation. Background Technology

[0002] As people's living standards improve, the demand for convenience in daily life is increasing, especially for the aging population. Due to mobility limitations caused by aging, improving the convenience of daily life for the elderly is a key focus for the current health industry and home design. For the elderly, walking safety is a primary concern. To prevent falls, many elderly people with mobility issues rely on canes. However, using canes is not particularly convenient for daily indoor walking or going up and down stairs. Firstly, relying on canes for walking around the room is cumbersome, and slippery floors pose a risk due to the canes' lack of slip resistance. Secondly, when going up stairs, uneven steps are obviously not conducive to cane support. They often rely on walls for support, such as when going to the bathroom or bedroom, but smooth walls obviously pose a certain risk. Therefore, providing a handrail structure on the wall is clearly an age-friendly product particularly suitable for people with mobility difficulties, greatly facilitating the lives of the elderly. Summary of the Invention

[0003] In view of the above, the present invention needs to provide a wall with a handrail structure and a method for installing the same. By designing a wall with a handrail structure that does not protrude from the wall, the needs of people who need support while walking can be met.

[0004] A wall with a handrail structure includes a wall body, several wall panels, and a handrail structure. Hooks are embedded in the wall body, and hanging members are formed on the back of the wall panels. The wall panels are hung on the wall body via the hanging members and hooks. A handrail groove is formed in the wall body, and a gap is formed between adjacent upper and lower wall panels. This gap corresponds to and communicates with the opening of the handrail groove, and the vertical length of the gap is less than the vertical length of the handrail groove. The handrail structure is installed to fit the side of the handrail groove. The handrail structure includes several... An integrated handrail profile is fixed to the upper and lower or left and right sides of the handrail groove. The handrail profile includes a plate and a cylindrical gripping part formed at one end of the plate. A right-angle groove structure is formed on the gripping part. After the wall panel is installed on the wall, it fits against the front surface of the plate. The end or side of the wall panel is inserted into the right-angle groove structure of the handrail profile. The groove surface of the right-angle groove structure limits the end or side of the wall panel, so that the gripping part is located at the end or side of the wall panel and together with the handrail groove, forms an embedded handrail area for hand gripping.

[0005] Furthermore, one groove surface of the right-angle groove structure is coplanar with the front surface of the plate, and the other groove surface is perpendicular to the front surface of the plate. The other groove surface is used to abut against the end face or side face of the wall panel after the wall panel is installed.

[0006] Furthermore, a corner bracket groove is provided on the other groove surface to allow adjacent handrail profiles to be connected via corner brackets.

[0007] Furthermore, the armrest structure includes a leather cover that is adhered to the outer peripheral surface of the grip portion and covers the corner code groove.

[0008] Furthermore, a fixing part is formed on the plate, the fixing part is a groove structure, with a groove opening flush with the front surface of the plate, and a pin hole is opened on the bottom surface of the groove.

[0009] Furthermore, a snap-fit ​​portion is formed on the plate body at the end opposite to the gripping portion. The snap-fit ​​portion is a strip-shaped body arranged parallel to the plate body on the fixed portion. The front surface of the strip-shaped body is on the same plane as the front surface of the plate body, and the rear surface is at a preset distance from the bottom surface of the fixed portion, correspondingly forming a locking groove. A plug-in component is formed on the back of the wall panel so that it can be snapped into the locking groove of the handrail profile when the wall panel is hung on the wall.

[0010] Furthermore, the wall includes a groove bottom plate, and a plurality of groove bottom plates are installed at the bottom of the handrail groove. The rear surface of the plate is integrally formed with a top abutment, which extends beyond the predetermined height of the fixing part on the rear surface of the plate. The bottom surface of the fixing part of the plate is fixed to the wall, and the top abutment extends into the handrail groove to abut against the groove bottom plate.

[0011] Furthermore, a folded wall surface is formed on one side of the top, and a reflective film is installed on the folded wall surface. A light strip groove is formed on the rear surface of the plate. The light strip groove is formed on the side of the top with the folded wall surface for installing a light strip. The light emitted by the light strip is reflected by the reflective film on the folded wall surface and projected onto the handrail groove.

[0012] Furthermore, the wall includes a gap-sealing structure to cover the gap between the top of the upper wall panel and the bottom of the lower wall panel. The gap-sealing structure includes a clip and a cover. The clip is fixed to the top or bottom of the back of the wall panel. The clip includes an elastic clip, which is correspondingly formed on the end side of the wall panel, with the opening of the elastic clip facing the front of the wall panel. The cover is fitted onto the elastic clip to cover the corresponding gap.

[0013] This invention provides a method for installing the aforementioned wall, the assembly method being as follows: Pre-set or open handrail grooves in the wall and install hooks on the wall for hanging wall panels; Install the bottom plate into the bottom of the handrail groove; Fix the handrail profile to the side of the handrail groove, so that the top of the handrail profile extends into the handrail groove and abuts against the bottom plate of the groove; when adjacent handrail profiles need to be connected in a straight line, insert the flat corner bracket into the corner bracket groove of the adjacent handrail profile; when adjacent handrail profiles need to be connected at an angle, insert the transition corner bracket into the corner bracket groove of the adjacent handrail profile. The outer periphery of the grip is covered with leather, and the corner code groove and corner code are covered; Hang the wall panel to the wall using the hanger, insert the end or side of the wall panel into the right-angle groove structure, and press the end or side of the wall panel against the edge of the leather covering. The gaps formed at the top or bottom after the wall panel is hung are covered by a gap-covering structure.

[0014] Compared to existing technologies, traditional protruding wall handrails occupy passage space; standalone handrails and wall panels have inconsistent finishes; ordinary wall panel edge profiles usually only serve a decorative or connecting function, not providing a grip; embedded handrail structures are inconvenient to splice, seal, arrange lighting, and limit the position of the groove bottom plate after installation; the bottom plate of the handrail groove is prone to shaking or is complicated to install. The wall with a handrail structure provided by this invention features wall panels on the wall with handrail grooves between them. The handrail structure, in conjunction with the handrail grooves and wall panels, easily forms a wall with handrail grooves. This wall structure is suitable for people who need support while walking, especially the elderly, and can be installed on walls in homes, stairwells, etc.

[0015] The handrail groove matches the spacing opening, allowing the handrail area to be embedded in the wall, reducing the space occupied by protrusions outside the wall.

[0016] The right-angle groove structure simultaneously achieves the end finishing of the wall panel and the positioning of the grip, improving the stability of the fit between the edge of the wall panel and the handrail profile.

[0017] The fastening part adopts a groove structure to accommodate the head of the fastener and avoid affecting the adhesion of the wall panel.

[0018] The snap-fit ​​part cooperates with the plug on the back of the wall panel to improve the stability of the wall panel hanging.

[0019] The top of the handrail extends into the groove and abuts against the bottom plate of the groove, which can limit the shaking or displacement of the bottom plate of the groove.

[0020] The corner code slot, in conjunction with flat corner codes and adapter corner codes, enables straight-line splicing and corner splicing; the cover leather covering the corner code slot can hide the corner code and improve grip comfort.

[0021] The combination of light strip grooves, folded wall surfaces, and reflective film can reflect light onto the handrail grooves, enhancing nighttime visibility and pedestrian guidance.

[0022] The preferred embodiments of the present invention and their beneficial effects will be further described in detail with reference to specific implementation methods. Attached Figure Description

[0023] The accompanying drawings are provided to further illustrate the invention and form part of the specification. They are used together with the following detailed description to explain the invention, but should not be construed as limiting the invention. In the drawings, Figure 1 This is a plan view of a wall with a handrail structure according to the present invention; Figure 2 for Figure 1 A schematic diagram of the handrail structure of the wall shown; Figure 3 for Figure 1 The diagram shows a cross-sectional view of the wall from the perspective of angle AA, and enlarged views of the corresponding parts; Figure 4 for Figure 1 The diagram shows a cross-sectional view of the wall from BB's perspective, along with enlarged views of the corresponding parts.

[0024] Figure 5 This is a 3D view of the handrail profile; Figure 6 for Figure 5 The cross-sectional view of the handrail profile shown; Figure 7 for Figure 1 The diagram shown is an exploded view of the handrail structure. Detailed Implementation

[0025] The specific embodiments of the present invention will be described in detail below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are for illustration and explanation only and are not intended to limit the present invention.

[0026] Please see Figures 1-4This invention provides a wall with a handrail structure, including a wall body 10, a plurality of wall panels 20, and a handrail structure 30. The wall body 10 has a handrail groove 11, and hooks (not shown) are equidistantly embedded along the horizontal direction on the wall body 10. Hanging members (not shown) are formed on the back of the wall panels 20. The plurality of wall panels 20 are hung on the wall body 10 through the hanging members and hooks. A gap 21 is formed between adjacent upper and lower wall panels 20, corresponding to the handrail groove 11, and the vertical length of the gap 21 is less than the vertical length of the handrail groove 11. The handrail structure 30 is installed to fit the side of the handrail groove 11. The handrail structure 30 includes a plurality of interconnected handrail profiles 31. Each handrail profile 31 includes a plate 311 and a cylindrical gripping portion 31 formed at one end of the plate 311. 2. A right-angle groove structure 50 is formed on the gripping part 312. One groove surface of the right-angle groove structure 50 is coplanar with the front surface of the plate 311, and the other groove surface is perpendicular to the front surface of the plate 311. The plate 311 is fixed to the side of the handrail groove 11 on the wall 10 so that when the wall panel 20 is hung on the wall 10, one end of the wall panel 20 is connected to the right-angle groove structure 50. The wall panel 20 fits against the front surface of the plate 311, and the groove surface of the right-angle groove structure 50 limits the end face or side face of the wall panel 20, so that the gripping part 312 is located at the end or side of the wall panel 20, and together with the handrail groove 11, forms an embedded handrail area for hand gripping.

[0027] Further, please refer to Figures 5-6 On the groove surface of the right-angle groove structure 50, perpendicular to the plate 311, a corner panel 51 can be defined. This corner panel 51 is formed vertically on the front edge of the plate 311. The corner panel 51 has corner bracket grooves 511 for aligning and connecting adjacent handrail profiles 31. (See also...) Figure 7 The handrail structure 30 includes corner brackets, which include flat corner brackets 321 and transition corner brackets 322. Flat corner brackets 321 are straight-line corner brackets. By installing flat corner brackets 321 into the corner bracket grooves 511 of adjacent handrail profiles 31, adjacent handrail profiles 31 are connected in a straight line. Transition corner brackets 322 are right-angle corner brackets in this embodiment. By cutting the end faces of the adjacent handrail profiles 31 at a 45-degree angle, and then installing transition corner brackets 322 into the corner bracket grooves 511 of adjacent handrail profiles 31, adjacent handrail profiles 31 are directly connected. In this way, a rectangular frame-shaped handrail structure 30 can be formed.

[0028] The grip portion 312 is in the shape of a round tube. After the right-angle groove structure 50 is formed on the grip portion 312, it forms a 270-degree tubular structure. The grip portion 312 includes an arc-shaped wall. One end of the arc-shaped wall is connected to the rear surface of the plate 311, and the other end is connected to the end of the corner panel 51. The grip portion 312 covers the bottom surface of the corner panel 51 and forms a semi-circular tube on the bottom surface of the corner panel 51 so that the user can hold it when supporting it.

[0029] The armrest structure 30 includes a cover leather 33, which is used to cover the outer peripheral surface of the grip portion 312 and cover the corner code groove 511. Preferably, the cover leather 33 is made of leather or an elastic material with a comfortable grip, and can be covered onto the grip portion 312 by adhesive. In this way, both the grip comfort and the corner code groove 511 are covered to prevent the corner code from being exposed. Furthermore, the cover leather 33 is also pressed against the end face of the wall panel 20, so the edge of the cover leather 33 will not be exposed, which satisfies the aesthetics and prevents the cover leather 33 from being easily torn off by external force. In this embodiment, one end of the cover leather is glued to a preset height position on the rear surface of the panel 311, and the other end wraps around the grip portion 312 and is sealed to the top surface of the corner panel 51.

[0030] A fixing part 313 is formed on the plate 311 for fixing the plate 311 to the wall 10 by means of a pin. In order to avoid the end of the mating pin protruding on the front surface of the plate 311 and affecting the installation of the wall panel 20, the fixing part 313 is designed as a groove structure with a groove opening 3131 flush with the front surface of the plate 311. A pin hole (not shown) is opened on the bottom surface of the groove 3131. The end of the pin is accommodated through the groove opening so that it does not protrude on the front surface of the plate 311. The fixing part 313 can be integrally connected to one end of the plate 311 opposite to the holding part 312 in the form of a "[".

[0031] A snap-fit ​​portion 314 is formed on the plate 311 to allow the wall panel 20 to snap into the snap-fit ​​portion 314 of the handrail profile 31 when it is hung on the wall 10, thereby improving the stability of the wall panel 20 and limiting its movement in conjunction with the handrail profile 31. In this embodiment, the snap-fit ​​portion 314 is designed as an "L"-shaped slot 3141. A corresponding "L"-shaped insert 22 is formed on the back of the wall panel 20, which inserts into the snap-fit ​​portion 314 of the handrail profile 31 when the wall panel 20 is hung on the wall 10. In this embodiment, the snap-fit ​​portion 314 is a strip-shaped body parallel to the plate 311 on the fixed part 313. The front surface of the strip-shaped body is flush with the front surface of the plate 311, and the rear surface is at a predetermined distance from the bottom surface of the fixed part 313, thereby forming the slot 3141. In this embodiment, the fixing part 313 adopts an "I" shape to reserve sufficient insertion gap for the locking groove 3141.

[0032] The wall includes a base plate 40, and several base plates 40 are installed at the bottom of the handrail groove 11 to cover the bottom of the handrail groove 11, serving a decorative and glossy function. Understandably, a support frame (not shown in the figure) can be placed at the bottom of the groove before the base plate 40 is placed to accommodate it. To improve the stability of the base plate 40 erected within the handrail groove 11, a top abutment 315 is integrally formed on the rear surface of the plate 311. The top abutment 315 extends beyond the predetermined height of the fixing part 313 on the rear surface of the plate 311. After the plate 311 is fixed to the wall 10, the top abutment 315 extends into the handrail groove 11 and abuts against the base plate 40, thus limiting the position of the base plate 40. The top 315 can be designed in the shape of "[". In this embodiment, one side of the top 315 is connected to the fixed part 313 to save materials, and the other side forms a folded wall surface 3151. A reflective film (not shown) is installed on the folded wall surface 3151 to guide the light irradiated onto the folded wall surface 3151.

[0033] A light strip groove 316 is formed on the rear surface of the plate 311. The light strip groove 316 is formed on one side of the top 315 with a folded wall surface 3151 for mounting a light strip (not shown). The light emitted by the light strip is reflected by the reflective film on the folded wall surface 3151 and projected onto the handrail groove 11, which can indicate the position of the handrail groove 11 and serve as a walking illumination function.

[0034] The handrail profile 31 is further provided with wiring channels and electrical component channels, such as sensors.

[0035] The following is further about Figures 3-4 The AF structure is explained or supplemented in detail to facilitate understanding of the wall installation method.

[0036] Figure 3 At point A, there are two handrail profiles 31 arranged opposite each other, both covered with leather 33. Each handrail profile 31 is fixed to the upper and lower edges of the handrail groove 11 by screws. The gripping parts 312 of the handrail profiles 31 form the aforementioned gap 21. The right-angle groove structure 50 of the upper and lower handrail profiles 31 are respectively installed with wall panels 20. During assembly, the bottom plate 40 is first installed in the handrail groove 11, and then the handrail profiles 31 are fixed to the wall 10. In this way, the top 315 of the handrail profiles 31 will abut and limit the bottom plate 40. Then, the wall panels 20 are hooked onto the wall 10. The end of the wall panels 20 is connected to the right-angle groove structure 50 of the handrail profiles 31, and the plug 22 of the wall panels 20 is engaged with the snap-fit ​​part 314 of the handrail profiles 31.

[0037] Understandably, if the handrail structure 30 is formed by connecting multiple handrail profiles 31, for the straight-connected handrail profiles 31, several handrail profiles 31 are first fixed to the wall 10, then the flat corner brackets 321 are inserted, and then the corner bracket grooves 511 are covered and sealed with covering leather 33. For the angled handrail profiles 31, one handrail profile 31 is first fixed to the wall 10, then placed in the transition corner bracket 322, and then another handrail profile 31 is fixed to the wall 10 after fitting with the transition corner bracket 322, and then covered with covering leather 33. After all the handrail profiles 31 are fixed to the wall 10 and covered with the covering leather 33, the wall panel 20 is then installed.

[0038] It is worth further elaborating that the insertion direction of the lower wall panel 20 is opposite to the direction of gravity. Therefore, the hook on the wall 10 that mates with the lower wall panel 20 can be set as a "7"-shaped groove. That is, after pushing the lower wall panel 20 upwards and then moving it horizontally, a stable hanging of the lower wall panel 20 can be achieved. The hook of the upper square wall panel 20 can also be set as an "L"-shaped groove. Since the hanging process involves vertical movement, gaps will be left between the upper and lower wall panels 20 after insertion. For example, the upper wall panel will have a gap on the top surface, and the lower wall panel will have a gap on the bottom surface, which will affect the overall visual effect. Therefore, a gap-covering structure 60 is further provided at the top of the upper wall panel 20 and the bottom of the lower wall panel.

[0039] Figure 3 At points B and C, the gap-covering structure 60 includes a clip 61 and a cover 62. The clip 61 is fixedly connected to the top and bottom of the back of the wall panel 20 by a pin. The clip 61 includes an elastic clip 611, which is formed on the end side of the wall panel 20, with the opening of the elastic clip 611 facing the front of the wall panel 20. After the wall panel 20 is installed, the elastic clip 611 on the upper wall panel 20 is located in the gap between the top surface of the wall panel 20 and the ceiling, and the elastic clip 611 on the lower wall panel 20 is located in the gap between the bottom surface of the wall panel 20 and the ground. The cover 62, which is adapted to the gap width, is placed on the elastic clip 611 to cover the corresponding gap.

[0040] Furthermore, such as Figure 3 At point B, a light-emitting groove can be opened on the cover 62 used to fit the gap below. A light-emitting element 63 can be installed in the light-emitting groove, so that the baseboard of the wall can emit light, which has a lighting effect and also helps the user to be guided by the ground light. When the light-emitting element 63 needs to be replaced, the cover 62 can be removed for replacement.

[0041] Figure 4At points D and E, the left and right handrail profiles 31 are respectively arranged opposite each other and are covered with leather 33. Similarly, the gripping parts 312 of the left and right handrail profiles 31 are arranged opposite each other, and the right-angle groove structure 50 is correspondingly installed with the side of the wall panel 20. During assembly, the bottom plate 40 is first installed in the handrail groove 11, and then the handrail profile 31 is fixed to the wall 10. In this way, the top 315 of the handrail profile 31 will abut and limit the bottom plate 40. Then, the wall panel 20 is hooked (including lateral movement) to the wall 10. The side of the wall panel 20 will be connected to the right-angle groove structure 50 of the handrail profile 31, and the plug 22 of the wall panel 20 is engaged with the snap-fit ​​part 314 of the handrail profile 31.

[0042] Furthermore, light strips 70 are provided longitudinally between adjacent wall panels 20, such as... Figure 4 As shown at point F, this improves the visual or lighting effect of the wall. Understandably, light strip 70 can also be omitted.

[0043] The wall provided by this invention has a handrail structure 30, which provides assistance for people who need support to walk, especially the elderly. It can be installed on walls in homes, corridors, and even public facilities. The handrail groove structure 30 is easy to construct. First, the groove bottom plate 40 is laid, then the handrail profile 31 is fixed to the side of the handrail groove 11 and wrapped with the covering leather 33, then the wall panel 20 is hung, and finally the gaps formed at the top and bottom of the wall panel 20 after hanging are covered. Specifically, it provides wall panel 20, handrail profile 31, flat joint corner bracket 321, transition corner bracket 322, covered leather 33, groove bottom plate 40 and joint covering structure 60; A handrail groove 11 is pre-set or opened on the wall 10, and hooks for hanging the wall panel 20 are installed on the wall 11. Install the bottom plate 40 on the bottom of the handrail groove 11; The handrail profile 31 is fixed to the side of the handrail groove 11, so that the top 315 of the handrail profile 31 extends into the handrail groove 11 and abuts against the bottom plate 40 of the groove. When adjacent handrail profiles 31 need to be connected in a straight line, insert the flat corner bracket 321 into the corner bracket groove 511 of the adjacent handrail profile 31; when adjacent handrail profiles 31 need to be connected at an angle, insert the transition corner bracket 322 into the corner bracket groove 511 of the adjacent handrail profile 31. The cover leather 33 is wrapped around the outer periphery of the grip part 312, and covers the corner code groove 511, the flat corner code 321, and the adapter corner code 322; The wall panel 20 is hung to the wall 10 by the hanger, so that the end or side of the wall panel 20 is inserted into the right angle groove structure 50, and the end face or side of the wall panel 20 is pressed against the edge sealing part of the covering leather 33. The gaps formed at the top or bottom of the wall panel 20 after it is hung are covered by the gap-covering structure 60. The handrail groove 11 mates with the spacing opening 21, so that the handrail area is embedded in the wall surface, reducing the space occupied by protrusions outside the wall. The right-angle groove structure 50 simultaneously realizes the end closing of the wall panel 20 and the positioning of the grip part 3121, improving the stability of the fit between the edge of the wall panel 20 and the handrail profile 31. The fixing part 313 adopts a groove structure to accommodate the head of the fastener, avoiding affecting the fit of the wall panel 20. The snap-fit ​​part 314 mates with the back plug of the wall panel 20, which can improve the hanging stability of the wall panel. The top abutment 315 extends into the handrail groove 11 and abuts against the bottom plate 40 of the groove, which can limit the shaking or displacement of the bottom plate 40. The corner code slot 511, in conjunction with the flat corner code 321 and the adapter corner code 322, enables straight-line splicing and corner splicing; the covered leather 33 covers the corner code slot 511, which can hide the corner code and improve grip comfort. The light strip slot, the folded wall surface, and the reflective film work together to reflect light to the armrest slot, enhancing nighttime recognition and walking guidance.

[0044] Any combination of various embodiments of the present invention, provided it does not violate the inventive concept of the present invention, shall be regarded as the content disclosed by the present invention; within the scope of the technical concept of the present invention, any simple modifications to the technical solution and any combination of different embodiments that do not violate the inventive concept of the present invention shall be within the protection scope of the present invention.

Claims

1. A wall with a handrail structure, comprising a wall body (10), a plurality of wall panels (20), and a handrail structure (30), wherein hooks are embedded in the wall body (10), and hanging members are formed on the back of the wall panels (20), and the wall panels (20) are hung on the wall body (10) by the cooperation of the hanging members and the hooks, characterized in that: The wall (10) is provided with a handrail groove (11), and a gap (21) is formed between the upper and lower adjacent wall panels (20). The gap (21) corresponds to the opening of the handrail groove (11) and is connected to the opening of the handrail groove (11). The vertical length of the gap (21) is less than the vertical length of the handrail groove (11). The handrail structure (30) is installed to fit the side of the handrail groove (11). The handrail structure (30) includes several integral handrail profiles (31). The handrail profiles (31) are fixed to the side of the handrail groove (11). The handrail profiles (31) include a plate (311). And a cylindrical gripping part (312) formed at one end of the plate (311), the gripping part (312) has a right angle groove structure (50) formed on it. After the wall panel (20) is installed on the wall (10), it fits against the front surface of the plate (311), and the end or side of the wall panel (20) is inserted into the right angle groove structure (50) of the handrail profile (31). The groove of the right angle groove structure (50) limits the end or side of the wall panel (20), so that the gripping part (312) is located at the end or side of the wall panel (20), and together with the handrail groove (11) forms an embedded handrail area for hand gripping.

2. The wall according to claim 1, characterized in that: One groove surface of the right-angle groove structure (50) is coplanar with the front surface of the plate (311), and the other groove surface is perpendicular to the front surface of the plate (311). The other groove surface is used to abut against the end face or side face of the wall panel (20) after the wall panel (20) is installed.

3. The wall according to claim 2, characterized in that: An angle bracket groove (511) is provided on the other groove surface so that adjacent handrail profiles (31) can be connected by angle brackets.

4. The wall according to claim 3, characterized in that: The armrest structure (30) includes a cover leather (33) which is adhered to the outer peripheral surface of the grip (312) and covers the corner code groove (511).

5. The wall according to claim 1, characterized in that: A fixing part (313) is formed on the plate (311). The fixing part (313) is a groove structure with a groove opening flush with the front surface of the plate (311) and a pin hole is opened on the bottom surface of the groove.

6. The wall according to claim 5, characterized in that: A snap-fit ​​part (314) is formed on the plate (311) at the end opposite to the grip part (312). The snap-fit ​​part (314) is a strip-shaped body arranged parallel to the plate (311) on the fixed part (313). The front surface of the strip-shaped body is on the same plane as the front surface of the plate (311), and the rear surface is at a preset distance from the bottom surface of the fixed part (313), and a corresponding slot (3141) is formed. A plug-in part (22) is formed on the back of the wall panel (20) so that when the wall panel (20) is hung on the wall (10), it can be snapped into the slot (3141) of the handrail profile (31).

7. The wall according to claim 5, characterized in that: Includes a bottom plate (40), several bottom plates (40) are installed at the bottom of the handrail groove (11), the rear surface of the plate (311) is integrally formed with a top abutment (315), the top abutment (315) extends beyond the fixed part (313) at a preset height on the rear surface of the plate (311), the bottom surface of the fixed part (313) of the plate (311) is fixed to the wall (10), and the top abutment (315) extends into the handrail groove (11) and abuts against the bottom plate (40).

8. The wall according to claim 7, characterized in that: A folded wall surface (3151) is formed on one side of the top (315), and a reflective film is installed on the folded wall surface (3151). A light strip groove (316) is formed on the rear surface of the plate (311). The light strip groove (316) is formed on the side of the top (315) with the folded wall surface (3151) for installing a light strip. The light emitted by the light strip is reflected by the reflective film on the folded wall surface (3151) and projected onto the handrail groove (11).

9. The wall according to claim 1, characterized in that: The system includes a gap-covering structure (60) to cover the gap between the top of the upper wall panel (20) and the bottom of the lower wall panel (20). The gap-covering structure (60) includes a clip (61) and a cover (62). The clip (61) is fixed to the top or bottom of the back of the wall panel (20). The clip (61) includes an elastic clip (611). The elastic clip (611) is correspondingly formed on the end side of the wall panel (20), and the opening of the elastic clip (611) faces the front of the wall panel (20). The cover (62) covers the elastic clip (611) to cover the corresponding gap.

10. A method for installing a wall as described in any one of claims 1-9, characterized in that: The assembly method is as follows: provide wall panel (20), handrail profile (31), flat corner bracket (321), transition corner bracket (322), covered leather (33), groove bottom plate (40) and joint covering structure (60); A handrail groove (11) is pre-set or opened on the wall (10), and hooks for hanging the wall panel (20) are installed on the wall (11); Install the bottom plate (40) on the bottom of the handrail groove (11); The handrail profile (31) is fixed to the side of the handrail groove (11), so that the top (315) of the handrail profile (31) extends into the handrail groove (11) and abuts against the bottom plate (40) of the groove. When adjacent handrail profiles (31) need to be connected in a straight line, insert the flat corner bracket (321) into the corner bracket groove (511) of the adjacent handrail profile (31); when adjacent handrail profiles (31) need to be connected at an angle, insert the transition corner bracket (322) into the corner bracket groove (511) of the adjacent handrail profile (31). The cover leather (33) is wrapped around the outer periphery of the grip (312) and covers the corner code groove (511), the flat corner code (321), and the adapter corner code (322). Hang the wall panel (20) to the wall (10) using the hanger, so that the end or side of the wall panel (20) is inserted into the right angle groove structure (50), and the end face or side of the wall panel (20) is pressed against the edge of the covering leather (33); The gap formed at the top or bottom of the wall panel (20) after it is hung is covered by the gap-covering structure (60).

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