Furniture structure facilitating room decoration

Abstract

The invention relates to a furniture structure convenient for room decoration, which comprises a mirror cabinet, a television cabinet and a bed back plate, and is characterized in that the mirror cabinet, the television cabinet and the bed back plate are all integrated with electric equipment comprising a lighting system and a socket; the frames of the mirror cabinet, the television cabinet and the bed back plate comprise different numbers of first profiles, second profiles, third profiles and connecting pieces for connecting the profiles; by the adoption of the technical scheme, the overall frame of the mirror cabinet, the television cabinet and the bed back plate can be formed by splicing different sectional materials, the sectional materials of different quantities can be selected to build frames of different lengths so as to adapt to the size of a room needing to be decorated actually, the two layers of frames can be arranged side by side through the connecting sectional materials to form a multi-layer frame, and the overall frame is convenient to use. According to the utility model, the overall strength is enhanced, the probability of inclination deformation is reduced, and the electric equipment on the wall surface is integrated on the furniture, so that the situation that the socket position arranged on the wall is interfered by the furniture and cannot be used can be avoided, and the position of the furniture can be adjusted more freely.

Description

Technical Field

[0001] The invention relates to the technical field of furniture, in particular to a furniture structure which is convenient for room decoration. Background Art

[0002] At present, the conventional operation for laying indoor circuits is to predetermine the layout of indoor furniture and appliances, then open grooves on the wall according to the layout plan, and then bury the circuits of predetermined specifications in the grooves. After the circuit is laid, the wall is subsequently painted, wallpapered, etc. There are many defects in this laying method. 1. A more detailed layout plan of furniture and appliances needs to be determined in advance before the circuit layout design drawing can be drawn, which greatly increases the construction period; 2. Since the laying of circuits requires manual positioning and grooving on the wall in advance, the workers have high work intensity and high risk, and dust and noise pollution are serious, and a large amount of construction waste is generated, which poses a high health risk. In addition, in order to meet the regulatory requirements for noise control during the construction process, the construction period is severely restricted; 3. Grooving causes great damage to the wall, and the wall needs to be repaired and painted later, and measures to prevent cracks at the groove position need to be added, which further increases Construction period and cost, and wall cracks may still appear at the repair position; 4. The above-mentioned construction process involves a lot of manual measurement, grooving and wiring, which is prone to position deviation, wrong wiring, etc., which are difficult to find and have high remedial costs; 5. The large-scale use of manpower has undoubtedly increased labor costs (especially the labor costs of technical trades such as electricians are relatively higher), resulting in a significant increase in decoration costs, especially for the decoration of some hotels, which has caused great waste of manpower and material resources; 6. After the decoration is completed, if there are differences in the size of furniture and appliances, or changes in the layout of furniture and appliances are added / adjusted, it is very easy for there to be no available sockets at the corresponding positions, or the pre-buried sockets / line specifications do not meet the requirements, or the sockets are blocked by furniture and appliances, resulting in the inability to add / adjust furniture and appliances or the cost is too high, or the furniture needs to be moved / through holes need to be opened in the furniture to expose the sockets, which is undoubtedly a flaw in the decoration.

[0003] In the decoration of hotels, it is usually necessary to unify the style of the rooms, including the furniture therein, such as bed backs, mirror cabinets and TV cabinets placed against the wall. The area, layout and spatial perception are different in different hotel rooms. Traditional bed backs, mirror cabinets and TV cabinets need to be customized in size when facing rooms of different sizes. They are bulky and difficult to move into the room. Their size will also affect the design of the circuit. The wall circuit and the slot position need to be adjusted separately to avoid increasing the workload. Summary of the invention

[0004] The purpose of the invention is to overcome the defects of the prior art, and to provide a furniture structure that is convenient for room decoration. The invention solves the problem that when decorating hotel rooms, the furniture of rooms of different sizes needs to be customized, and the corresponding circuits in the walls need to be additionally designed and laid, resulting in a large workload and high labor costs.

[0005] The technical solution of the present invention is as follows: a furniture structure that is convenient for room decoration, including a mirror cabinet, a TV cabinet and a bed backboard, wherein the mirror cabinet, the TV cabinet and the bed backboard are all integrated with electrical equipment including a lighting system and a socket; the mirror cabinet, the TV cabinet and the bed backboard are respectively provided with a wiring device, wherein the wiring device includes a plug device and a socket device that are connected by male and female plugs, wherein the plug device and the socket device are both provided with wiring terminals, wherein the wiring terminals of the socket device are used to connect to wall wires, and the electrical equipment on the mirror cabinet, the TV cabinet and the bed backboard are all electrically connected to the wiring terminals on a plug device; The frames of the mirror cabinet, TV cabinet and bed backboard include different numbers of first profiles, second profiles, third profiles and connectors connecting the profiles; the centers of the end faces of both ends of the first profile, the second profile and the third profile are provided with connecting channels A passing through both ends; each profile is distributed in a rectangular shape and has a connecting groove extending along the length of the profile and concave in the middle of the four outer walls; the first profile and the third profile are evenly distributed with connecting channels B on the left and right outer walls, and the first profile and the third profile are evenly distributed with connecting channels C on the front and rear outer walls; the connecting channels B and the connecting channel C both pass through the central connecting channel A and are staggered on the profile; the second profile also includes a plug-in end protruding outward from the center of both ends, the connecting channel A is located at the center of the plug-in end, and the plug-in end can be plugged and matched with the connecting groove, and the third profile also includes a plug-in groove recessed inward from the center of both ends, and the connecting channel A is located at the center of the plug-in groove; it also includes a connecting profile for connecting two connecting grooves of adjacent profiles, and the connecting profile includes a middle body and connecting parts symmetrically arranged on the left and right sides of the middle body, and the middle body is at the front The side end surfaces protrude outward, and the middle parts of the connecting parts on both sides are protrudingly provided with connecting blocks for inserting into the connecting grooves, and the connecting blocks are provided with mounting shaft holes. The connecting piece passes through the connecting channel B or the connecting channel C and is threadedly connected in the mounting shaft hole; after the plug-in end of the second profile is inserted into the connecting groove of the other profile, the connecting piece passes through the connecting channel B or the connecting channel C and is threadedly connected to the connecting channel A on the second profile; the mirror cabinet, TV cabinet and bed backboard can all be made of different numbers of profiles spliced ​​to form frames of different lengths, and the frames can be connected by connecting profiles to form a multi-layer frame.

[0006] The present invention is further configured as follows: the mirror cabinet includes a mirror cabinet frame, the mirror cabinet frame includes a plurality of rectangular frames and is divided into a mirror surface installation area, a maintenance area, a left installation area and a right installation area, the maintenance area is located below the mirror surface installation area, and the left installation area and the right installation area are located on both sides of the mirror surface installation area respectively; a mirror seat and a mirror surface arranged on the mirror seat are installed in the mirror surface installation area, a first wiring groove, a touch screen and a mirror surface lamp are arranged on the mirror seat; a wiring connector and a main control unit connected to the wiring connector are arranged in the maintenance area, the mirror surface lamp is connected to the touch screen via a first connecting line, and the touch screen is connected to the main control unit The mirror cabinet is connected to the mirror cabinet frame, and the first connecting line is located in the first wiring groove; the left installation area includes a left frame and a left side plate arranged on the left frame, and the right installation area includes a right frame and a right side plate arranged on the right frame. The left frame and the right frame are both connected to the mirror base, and the left side plate is provided with a mounting port, and the right side plate is provided with a socket, and the socket is connected to the connector through a second connecting line; a mirror cabinet top light strip is provided on the top of the mirror cabinet frame, and the mirror cabinet top light strip is connected to the main control unit through a third connecting line. A second wiring groove is provided on the mirror base along its vertical direction, and the third connecting line is located in the second wiring groove.

[0007] The present invention is further provided with: the mirror cabinet frame also includes a left decorative column and a right decorative column, the left frame is connected to the left decorative column, and the right frame is connected to the right decorative column, and the side walls of the two decorative columns are provided with vertical grooves and a plurality of connecting channels D penetrating on both sides of the vertical grooves along the vertical direction thereof; the left frame and the right frame have the same structure, both are double-layer frame structures, each layer of the frame includes a plurality of first profiles and second profiles spliced ​​together to form a frame, and the two layers of the frame are connected by connecting profiles; after the plug-in ends at both ends of the second profile are respectively inserted into the connecting grooves of a first profile, the connecting piece passes through the connecting channel B or the connecting channel C and is threadedly connected to the connecting channel A on the second profile to realize the splicing of the first profile and the second profile; the protruding part of the middle main body on the connecting profile is inserted into the groove, and the end faces of the two second profiles connected by the connecting profile are in contact with the decorative column, and the connecting piece passes through the connecting channel D and is threadedly connected to the connecting channel A on the second profile to fix the decorative column on the mirror cabinet frame.

[0008] The present invention is further configured as follows: the TV cabinet includes a TV cabinet frame, the TV cabinet frame includes a front frame body and a rear frame body that are layered front and back, both frames are formed by a plurality of first profiles and second profiles, the two frames are also connected by a connecting profile, a middle partition opening, a first side partition opening and a second side partition opening located on both sides of the middle partition opening, and a top partition opening are formed on the front frame body; a TV cabinet area is formed between the middle partition opening and the middle front of the rear frame body or the first rear partition opening thereon, and a TV cabinet area is formed between the first side partition opening and the corresponding front of the rear frame body or the second The rear partition opening is connected to form a tea cabinet area, the second side partition opening is connected to the corresponding front of the rear frame body or the third rear partition opening thereon to form a wardrobe area, and the top partition opening is connected to the corresponding front of the rear frame body or the fourth rear partition opening thereon to form an electric control box area; the back of the TV cabinet frame is used to lean against the wall, and the front of the TV cabinet frame is also covered with a detachable background wall panel, the background wall panel includes a TV cabinet formed in the TV cabinet area, a tea cabinet formed in the tea cabinet area, a wardrobe laid in the wardrobe area, and a movable cabinet door formed in front of the electric control box area and can be opened and closed.

[0009] The present invention is further provided with: a bottom plate for contacting the ground is also installed at the bottom of the TV cabinet frame, a top sealing plate is provided on the top of the TV cabinet frame, and vertical columns are provided on the left and right ends of the TV cabinet frame, the bottom plate and the top sealing plate both have protrusions for inserting into the plug-in area on the connecting profile, and the vertical column has a groove for inserting the middle body on the connecting profile, and the groove is arranged along the column length of the vertical column; the lighting system on the TV cabinet includes a main lamp arranged on the top sealing plate, decorative lamps arranged on the vertical columns on the left and right sides, a first lighting lamp arranged on the top of the tea cabinet, and a second lighting lamp arranged on the top of the wardrobe, and the outer sides of the two vertical columns are both extended forward with a molding section, and the decorative lamp is installed on the back of the molding section in the shape of a vertical strip, and there is a gap between the back of the molding section and the back wall surface; vertical columns are provided on the left and right ends of the TV cabinet frame, and the outer periphery of the TV cabinet frame is edged by the bottom plate, the top sealing plate and the two vertical columns, and is also connected with the background wall panel, and the bottom plate, the top sealing plate and the vertical columns are detachable structures.

[0010] The present invention is further configured as follows: an electric control box is installed in the electric control box area, the front side of the electric control box is opened, a plug device, a built-in socket connected to the plug device wire and a light control box are arranged in the electric control box, a plurality of light control lines are connected to the light control box, the plurality of light control lines are respectively connected to the main light, the decorative lights on both sides, the first lighting lamp and the second lighting lamp, the light control lines are routed from the back of the background wall panel, and pass through the gaps between several profiles of the mirror cabinet frame.

[0011] The present invention is further configured as follows: the bed backboard includes at least one backboard frame and at least one bed back functional board, the backboard frame is constructed by at least one splicing unit, a soft cover is arranged on the front of the bed backboard, and the back is used for wiring, the left and right sides of the bed backboard are respectively encapsulated with vertical decorative panels, a third wiring groove is arranged on the back of the bed back functional board for wiring, a wiring connector and electrical equipment including a backboard socket and a backboard light strip are arranged on the bed back functional board; the splicing unit includes two third profiles arranged in parallel and a third profile connected between the two third profiles. A second profile is provided for reinforcing support, and the top and bottom of the third profile of each splicing unit are spliced ​​and constructed by setting a horizontal profile to form a backboard frame; the third profile is provided with wiring openings A for the line to pass through on both sides, and the bed back function board is provided with wiring openings B for the line to pass through horizontally on both sides. The line is arranged along the third wiring groove and passes through the wiring opening B and leaves the bed back function board. It can enter the third wiring groove of another bed back function board through the wiring openings A and B. After the bed back function board is connected in parallel with the backboard frame, the wiring openings A and B are at the same horizontal height.

[0012] The present invention is further configured as follows: the bed back functional board comprises an upper frame and a lower frame which can be spliced ​​with each other, the top surface of the lower frame is against the bottom surface of the upper frame, the lower frame comprises a splicing portion protruding upward from the top surface, the bottom surface of the upper frame is recessed upward to form a splicing groove for the splicing portion to fit into, the splicing portion and the splicing groove are both in a step structure which is wide at the top and narrow at the bottom; a limiting groove is provided on the splicing portion, a limiting column which can be inserted into the limiting groove is protruded in the splicing groove, a threaded hole is provided on the limiting column, and the limiting groove is sunken A through hole is provided on the surface for bolts to pass through, and the bolts are threadedly connected with the threaded holes after passing through the through holes to fix the splicing part and the limiting column; a first lamp trough is provided on the bottom surface of the upper frame for placing the back panel light strip, and the front part of the lower frame includes an arc surface, and the back panel light strip emits light downwards and reflects outwards on the arc surface, and the back panel light strip includes a connecting section, and the two sides of the first lamp trough are respectively connected to the back of the upper frame, and the wiring ends of the connecting section extend to the back of the upper frame, and the connecting section is pressed against the bottom surface of the first lamp trough by the lower frame.

[0013] The present invention is further configured that: a plurality of positioning pieces are provided on one side wall of each wiring trough to press the wires into the corresponding wiring trough, and the other side wall of the wiring trough is recessed in the direction of the protrusion of the positioning piece to form a clearance groove.

[0014] The beneficial effects of the present invention are as follows: the overall frames of the mirror cabinet, TV cabinet and bed backboard can be formed by splicing different profiles, and different numbers of profiles can be used to build frames of different lengths to adapt to the size of the room to be decorated. The two-layer frames can be arranged side by side using connecting profiles to form a multi-layer frame, thereby enhancing the overall strength and reducing the probability of tilting and deformation. The electrical equipment on the wall is integrated into the furniture, which can avoid the situation where the socket position set on the wall is interfered with by the furniture and cannot be used, and the position of the furniture can be adjusted more freely. The wiring connector corresponding to each piece of furniture integrates the connection line of the electrical equipment of the corresponding furniture into the wiring terminal of the plug connector, and only grooves are made at the approximate position of the wall, and the wires behind the wall are connected to the wiring terminals of the socket connector set at the groove, without the need for precise wall groove position. After the male and female of the plug connector and the socket connector are plugged in, the electrical equipment on the furniture can be powered on, including various lamps and sockets. There is no need to manually groove the wall in advance for wiring during decoration, and there is no need to worry about the deviation of the groove wiring position, which greatly saves the time required for decoration. It only needs to wire behind the furniture and integrate the wires into the plug connector. The wiring terminals can be used, which saves a lot of decoration costs; each profile can be quickly plugged in and spliced, and fixed with the connecting pieces, thereby improving the stability of the profile after splicing and avoiding shaking during subsequent use. When the profiles are assembled with each other, the two connecting blocks on the connecting profile are respectively inserted into the connecting grooves of the first profile or the second profile on both sides, and the connecting piece passes through the connecting channel B and is installed in the installation shaft hole, so as to fix the two profiles; after the plug-in ends of the second profile are respectively inserted into the connecting grooves of the two first profiles, and the connecting piece passes through the connecting channel C , and are inserted into the connecting hole A for threaded connection, thereby fixing the two profiles; the connecting hole A is in the center of the profile, which will make the force uniform when the profiles are connected and the overall structure firm, and the first profile, the second profile and the third profile are overall rectangular structures, so that the contact surface force surface is relatively large during splicing and construction, which can improve the strength and stability of the profile, and can be connected to other profiles in four directions, and connected in multiple directions; and the connecting hole B and the connecting hole C are also staggered in the horizontal direction of the profile, which can meet the requirements of simultaneously installing the connecting parts to achieve a tight connection without interfering with each other. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the overall layout of a specific embodiment of the present invention; Figure 2 It is a schematic diagram of another viewing angle of the overall specific embodiment of the present invention; Figure 3 It is a schematic diagram of the overall structure of the second profile in a specific embodiment of the present invention; Figure 4 It is a schematic diagram of the overall structure of the third profile in a specific embodiment of the present invention; Figure 5It is a schematic diagram of the overall structure of the connecting profile in a specific embodiment of the present invention; Figure 6 It is a top schematic diagram of the overall structure of the first profile and the connecting profile in a specific embodiment of the present invention; Figure 7 It is a schematic diagram of the overall structure of the mirror cabinet in a specific embodiment of the present invention; Figure 8 It is a schematic diagram of the overall structure of the mirror cabinet from another perspective in a specific embodiment of the present invention; Fig. 9 It is a schematic diagram of the overall structure of the mirror cabinet frame in a specific embodiment of the present invention; Fig.10 It is a schematic diagram of the overall structure of the left frame of the mirror cabinet frame in a specific embodiment of the present invention; Fig.11 It is a schematic diagram of the separation of the left frame and the right frame in a specific embodiment of the present invention; Fig.12 It is a structural schematic diagram of a decorative strip and a maintenance light in a specific embodiment of the present invention; Fig.13 This is a structural schematic diagram of the top of the mirror cabinet frame of a specific embodiment of the present invention; Fig.14 It is a structural schematic diagram of a left decorative column in a specific embodiment of the present invention; Fig.15 It is a structural schematic diagram of a mirror base and a mirror surface in a specific embodiment of the present invention; Fig.16 This is a schematic diagram of the overall structure of a TV cabinet according to a specific embodiment of the present invention; Fig.17 It is a schematic diagram of the front structure of a specific embodiment of the present invention; Fig.18 It is a schematic diagram of the structure of the back of a specific embodiment of the present invention; Fig.19 It is a structural schematic diagram of a TV cabinet frame in a specific embodiment of the present invention; Fig. 20 It is a schematic diagram of the front frame structure of a specific embodiment of the present invention; Fig.21 This is one of the schematic diagrams of the back frame structure of a specific embodiment of the present invention; Fig. 22 This is one of the schematic diagrams of the back frame structure of a specific embodiment of the present invention; Fig.23 It is a schematic diagram of the splicing structure of the first profile, the base plate and the decorative column in a specific embodiment of the present invention; Fig.24 This is a diagram of the internal structure of an electric control box according to a specific embodiment of the present invention; Fig.25 It is a structural schematic diagram of a connector in a specific embodiment of the present invention; Fig.26 It is a schematic diagram of the overall structure of a specific embodiment of the present invention; Fig. 27 It is a structural schematic diagram of another perspective of a specific embodiment of the present invention; Fig.28 It is a schematic diagram of the overall structure of the splicing unit in a specific embodiment of the present invention; Fig.29 It is a structural schematic diagram of a bed back functional plate in a specific embodiment of the present invention; Fig.30 It is a schematic diagram of the cooperation between adjacent third profiles and vertical decorative strips in a specific embodiment of the present invention; Fig.31 It is a schematic diagram of the splicing of the third profile and the horizontal profile in a specific embodiment of the present invention; Fig.32 It is a schematic diagram of the side view structure of the top profile and the horizontal profile in the specific embodiment of the present invention; Fig.33 It is a schematic diagram of the coordination of the top profile and the transverse profile in a specific embodiment of the present invention; Fig.34 A schematic diagram of the shielding of the second lamp trough by the vertical decorative strip in a specific embodiment of the present invention; Fig.35 It is a schematic structural diagram of the split bed back functional panel in a specific embodiment of the present invention. DETAILED DESCRIPTION

[0016] like Figure 1-35 As shown, a furniture structure that is convenient for room decoration includes a mirror cabinet 1, a TV cabinet 2 and a bed backboard 3 arranged against a wall, wherein the mirror cabinet 1, the TV cabinet 2 and the bed backboard 3 are all integrated with electrical equipment including a lighting system and a socket, so that the electrical equipment on the wall is integrated into each piece of furniture, so that the socket position arranged on the wall can be prevented from being interfered with by the furniture and cannot be used, and the position of the furniture can be adjusted more freely; The mirror cabinet 1, the TV cabinet 2 and the bed backboard 3 are respectively provided with a connector 4, and the connector 4 includes a male and female plug-in conductive plug 41 and a socket 42, and the plug 41 and the socket 42 are provided with a wiring terminal 43 inside, and the wiring terminal 43 of the socket 42 is used to connect the wall wires. The electrical equipment on the mirror cabinet 1, the TV cabinet 2 and the bed backboard 3 are all electrically connected to the wiring terminal 43 on the plug 41, and each electrical equipment on the furniture only needs to open a groove in the wall for fixing the socket 42. Moreover, only the groove is made at the approximate position of the wall, and the wires behind the wall are connected to the wiring terminals 43 of the socket 42 arranged at the groove. There is no need to accurately determine the position of the wall groove. After the male and female plugs of the plug 41 and the socket 42 are plugged in, the electrical equipment on the furniture can be powered on. In addition, there is no need to manually make grooves and wires on the wall in advance during decoration, and there is no need to worry about the deviation of the groove and wiring position, which greatly saves the time required for decoration. It is only necessary to wire behind the furniture and integrate the wires into the wiring terminals 43 of the plug 41, saving a lot of decoration costs. The frames of the mirror cabinet 1, the TV cabinet 2 and the bed backboard 3 are all rectangular frames, including different numbers of first profiles 5, second profiles 6, third profiles 7 and connectors 9 connecting the profiles. In this embodiment, the connectors 9 can be bolts.

[0017] The centers of the end faces of both ends of the first profile 5, the second profile 6 and the third profile 7 are provided with connection channels A101 penetrating both ends. Each profile is distributed in a rectangular shape and has a concave connection groove 102 extending along the length of the profile in the middle of the four outer walls. In this embodiment, the inner wall of the connection channel A101 includes an internal thread for threaded connection of the connector 9. The first profile 5 and the third profile 7 are each evenly distributed with connecting holes B103 and connecting holes C104 on their parallel outer walls. The connecting holes B103 and the connecting holes C104 both pass through the central connecting hole A101 and are staggered on the profiles, so that the connecting parts 9 can be installed at the same time to achieve a fastened connection without interfering with each other.

[0018] The second profile 6 further includes plug-in ends 105 protruding outwards at the center of both ends, the connection channel A101 is located at the center of the plug-in ends 105, and the plug-in ends 105 can be plugged into the connection grooves 102 of other profiles. The third profile 7 further includes plug-in grooves 106 recessed inwards at the center of both ends, and the connection channel A101 is located at the center of the plug-in grooves 106; The plug-in ends 105 at both ends of the second profile 6 can be quickly plugged into the connection grooves 102 of other profiles and fixed with the connector 9, thereby improving the stability of the profiles after splicing and avoiding shaking during subsequent use. The connection channel A101 is in the center of the profile, which makes the profiles evenly stressed when connected and the overall structure firm. The first profile 5, the second profile 6 and the third profile 7 are rectangular in structure as a whole, so that the contact surface stress surface is relatively large after splicing and construction, which can improve the strength and stability of the profiles, and can be connected to other profiles in four directions, and can be connected in all directions. The connecting profile 8 is also provided for connecting two connecting grooves 102 of adjacent profiles. The connecting profile 8 includes a middle body 81 and connecting parts 82 symmetrically arranged on both sides of the middle body 81. The middle parts of the two connecting parts 82 are both provided with connecting blocks 83 for inserting into the connecting grooves 102. The connecting blocks 83 are provided with mounting shaft holes 831. One end of the middle body 81 is concave relative to the connecting parts 82 on both sides to form an inserting area 84. The other end of the middle body 81 is also convex relative to the connecting parts 82 on both sides. When the profiles are assembled in parallel using the connecting profile 8, the two connecting blocks 83 on the connecting profile 8 are respectively inserted into the connecting grooves 102 of the profiles on both sides, and the connecting piece 9 passes through the connecting channel B103 and is inserted into the internal thread connection of the mounting shaft hole 831, thereby fixing the two profiles in parallel; When the frame is constructed by splicing the profiles, the plug ends 105 at both ends of the second profile 6 are inserted into the connection groove 102 of another profile, and the connecting member 9 passes through the connection hole B103 or the connection hole C104 and is threadedly connected in the connection hole A101 on the second profile 6. Adjacent first profiles 5 or third profiles 7 are spliced ​​and constructed into a rectangular frame by arranging at least two second profiles 6; The mirror cabinet 1, TV cabinet 2 and bed backboard 3 can all be spliced ​​with different numbers of profiles to form frames of different lengths to adapt to the size of the actual room to be decorated, and the frames can be connected by connecting profiles 8 to form multi-layer frames to enhance the overall strength and reduce the probability of tilting and deformation.

[0019] Specifically, the mirror cabinet 1 includes a mirror cabinet frame 11, which includes a plurality of rectangular frames and is divided into a mirror mounting area 12, a maintenance area 13, a left mounting area 14 and a right mounting area 15. The maintenance area 13 is located below the mirror mounting area 12, and the left mounting area 14 and the right mounting area 15 are respectively located on both sides of the mirror mounting area 12. The mirror mounting area 12, the maintenance area 13, the left mounting area 14 and the right mounting area 15 are located in the upper half of the mirror cabinet frame 11, and the mirror mounting area 12 and the maintenance area 13 are located in the middle of the left and right mounting areas. The lower half of the mirror cabinet frame 11 is the basin mounting area, which is also a frame body, and has the same structure as the left and right mounting areas, both of which are double-layer frame structures spliced ​​with profiles.

[0020] The mirror installation area 12 is provided with a mirror seat 121 and a mirror 122 arranged on the mirror seat 121, and the mirror seat 121 is provided with a first wiring groove 1211, a touch screen 1212 and a mirror light 1213; the maintenance area 13 is provided with a connector 4 and a main control unit 131 connected to the connector 4, the mirror light 1213 can be connected to the touch screen 1212 through a line located in the first wiring groove 1211, and the touch screen 1212 is connected to the main control unit 131; The left installation area 14 includes a left frame 141 and a left side plate 142 arranged on the left frame 141, and the right installation area 15 includes a right frame 151 and a right side plate 152 arranged on the right frame 151. The left frame 141 and the right frame 151 are both connected to the mirror base 121. The left side plate 142 is provided with a mounting opening, which is recessed to facilitate the installation of the storage rack. The rear end of the storage rack extends from the mounting opening and is installed on the left side plate 142. The right side plate 152 is provided with a socket 1521, and the socket 1521 is connected to the connector 4 through a line.

[0021] A mirror cabinet top light strip 111 is provided on the top of the mirror cabinet frame 11, and the mirror cabinet top light strip 111 is electrically connected to the main control unit 131 through a wire line. A second wiring groove 1215 is provided on the mirror base 121 along its vertical direction for arranging the wire line of the mirror cabinet top light strip 111. The wire line is arranged on the mirror cabinet frame 11, and is connected to the external power supply structure through the connector 4 to supply power to the sockets and each light strip on the mirror cabinet frame 11. There is no need to lay wires on the wall in advance, which is more convenient. Each wiring groove positions the connecting wire, so that the line is neat and tidy, with high safety. At the same time, the mirror cabinet 1 has multiple functions and the layout of each structure is reasonable.

[0022] The mirror cabinet frame 11 is provided with a maintenance cover 132 which can be opened and closed at the maintenance area 13. A decorative strip 133 is provided on the upper top wall of the maintenance area 13 in the horizontal direction. A maintenance light 134 is provided in the decorative strip 133. A wire through hole is provided on the decorative strip 133. The maintenance light 134 is connected to the main control unit 131. An ejector 135 is provided in the maintenance area. The ejector 135 belongs to the prior art and can be purchased directly from the market. The maintenance cover 132 can be opened by pressing the maintenance cover 132 to expose the maintenance area 13, so that the main control unit 131 can be repaired and the maintenance light 134 can be started, which makes maintenance more convenient without turning on a flashlight for lighting.

[0023] The mirror cabinet frame 11 also includes a left decorative column 17 and a right decorative column 18. The left decorative column 17 is connected to the left frame 141, and the right decorative column 18 is connected to the right frame 151. The left frame 141 and the right frame 151 have the same structure, both of which are double-layer rectangular frame structures. Each layer of the rectangular frame is formed by splicing a plurality of first profiles 5 and a plurality of second profiles 6, and the two layers of the frame are connected by a connecting profile 8. The single-layer frame in the double-layer rectangular frame structure includes two vertically placed second profiles 5 and at least two first profiles 5, wherein the two first profiles 5 are respectively arranged at the upper and lower ends of each layer of the rectangular frame, respectively serving as the bottom beam and the top beam, and the other first profile 5 is located between the bottom beam and the top beam for supporting the frame, and this profile can also use the second profile 6, which is plugged into the connecting groove 102 of the two vertically placed second profiles 5, and then the connecting piece 9 is passed through to fix it, so as to enhance the stability of the frame. The first profile 5 and the second profile 6 are arranged vertically and plugged together. The plug-in ends 105 at both ends of the second profile 6 are respectively plugged into the connecting grooves 102 of the two first profiles 5. When the second profile 6 is spliced ​​with the first profile 5, the plug-in ends 105 on both sides are respectively inserted into the connecting grooves 102 of the first profile 5, and the connecting piece 9 is passed through the connecting channel C104 of the first profile 5 and the connecting channel A101 of the second profile 6. The connecting piece 9 is threadedly connected and fixed to the connecting channel A101 to enhance the stability of the frame.

[0024] The two-layer rectangular frame structure is connected by multiple connecting profiles 8. The connecting blocks 83 on both sides of the connecting profile 8 are respectively inserted into the connecting grooves 102 of the two second profiles 6 or the two first profiles 5, and fixed by the connecting piece 9; taking the second profile 6 as an example, the connecting block 83 on the connecting profile 8 is inserted into the connecting groove 102 on the second profile 6, and the connecting piece 9 is inserted into the connecting channel B103 on the second profile 6. The connecting piece 9 selected as a bolt passes through the connecting channel B103 and extends into the mounting shaft hole 831 to achieve a fastening connection, thereby completing the assembly of the profiles, so that the structure between the second profiles 6 of the two-layer frame is firm and stable.

[0025] Furthermore, the second profile 6 on the outside of each layer of the rectangular frame is connected to the decorative column through the connecting piece 9. The decorative column is arranged on the left and right sides of the mirror cabinet frame 11, and the overall structure is more beautiful.

[0026] The side walls of the two decorative columns are provided with vertical grooves 171 along the vertical direction thereof and two rows of connecting channels D107 arranged side by side on the surface of the vertical grooves 171 of the decorative columns. The two rows of connecting channels D107 are respectively located on both sides of the vertical grooves 171. The protruding end of the middle body 81 of the connecting profile 8 is inserted into the vertical groove 171. The connecting channels C104 of the two outer second profiles 6 of the double-layer rectangular frame are respectively aligned with the two rows of connecting channels D107, and the connecting piece 9 is used to pass through the connecting channel C104 and penetrate into the connecting channel D107 for threaded connection to fix the decorative column and the mirror cabinet frame 11.

[0027] A left decorative light strip 173 is provided on the rear side wall of the left decorative column 17, and the left decorative light strip 173 is connected to the main control unit 131 through a wire line. A right decorative light strip 181 is provided on the rear side wall of the right decorative column 18, and the right decorative light strip 181 is connected to the main control unit 131 through a wire line. After the mirror cabinet is installed, the part of the decorative column equipped with the decorative light strip is separated from the wall, leaving a gap. The light of the decorative light strip is irradiated onto the wall and dispersed from the gap, so that the light is not dazzling. The connecting wire is located in the wiring groove, so that the line is not messy and has good stability.

[0028] The mirror base 121 includes a mirror frame 123 and a left mirror plate 124 and a right mirror plate 125 arranged in the mirror frame 123. A plurality of mounting grooves 1241 are provided on the side of the left mirror plate 124 close to the right mirror plate 125. A mounting block 1251 is correspondingly provided on the right mirror plate 125. The mounting block 1251 is inserted into the mounting groove 1241 and is penetrated by a connecting piece 9 to connect the left and right mirror plates. The left and right mirror plates are connected to the frame 123 through the connecting piece 9. The frame 123 and the left and right mirror plates are separately arranged for easy processing and transportation. The left and right mirror plates are connected by the connecting piece 9 on the basis of assembly, so that the structure between the mirror plates is firm. The frame 123 is located at the periphery of the left and right mirror plates and at the front side. The frame 123 protrudes from the mirror plate arrangement, which is convenient for the installation of the mirror surface 122, and the mirror surface 122 is fixedly mounted on the frame 123 around.

[0029] The entire mirror cabinet frame 11 includes a first crossbeam 196, a second crossbeam 197 and a third crossbeam 198, each crossbeam adopts a first profile 5 of different lengths, the second crossbeam 197 and the third crossbeam 198 are located in front of the first crossbeam 196, the first crossbeam 196 crosses the mirror base 121, and the two ends are respectively connected to the second profile 6 of the left and right frames, the left and right mirror panels are connected to the first crossbeam 196 through a connecting piece 9, the second crossbeam 197 and the third crossbeam 198 are respectively located on both sides of the mirror frame 123, a plurality of connecting holes are arranged on the crossbeam in the extended length direction, and mounting holes are correspondingly arranged on the left and right mirror panels, the connecting piece 9 extends through the connecting hole into the mounting hole, the first crossbeam 196 is fixedly connected to the mirror plate, the second profile 6 is connected to the mirror frame 123, the mirror base 121 is fixed to the frame, the structure is firm and not easy to fall apart.

[0030] Specifically, the TV cabinet 2 includes a TV cabinet frame 21 formed by splicing a plurality of first profiles 5, a connecting profile 8 and a second profile 6. The TV cabinet frame 21 is a double-layer rectangular frame structure including a front frame body 211 and a rear frame body 212. The rectangular frames of the two frames are respectively formed by a plurality of first profiles 5 and second profiles 6. The two frames are also connected by a connecting profile 8. A middle partition opening 2111, a first side partition opening 2112 and a second side partition opening 2113 located on both sides of the middle partition opening 2111, and a top partition opening 2114 are formed on the front frame body 211; the middle partition opening 2111 is connected to the middle front of the rear frame body 212 or to the first rear partition opening 2121 thereon to form a TV cabinet area 221. The first side partition opening 2111 is connected to the middle front of the rear frame body 212 or to the first rear partition opening 2121 thereon to form a TV cabinet area 221. The opening 2112 is connected to the corresponding front of the rear frame body 212 or the second rear partition opening 2122 thereon to form a tea cabinet area 222, the second side partition opening 2113 is connected to the corresponding front of the rear frame body 212 or the third rear partition opening thereon to form a wardrobe area 223, the top partition opening 2114 is connected to the corresponding front of the rear frame body 212 or the fourth rear partition opening 2124 thereon to form an electric control box area 224; the left side of the middle partition opening 2111 is connected to the first side partition opening 2112, and the right side of the middle partition opening 2111 is connected to the upper part of the second side partition opening 2113. The right side of the spliced ​​TV cabinet is close to the room door. Of course, the positions of the first side partition opening 2112 and the second side partition opening 2113 can also be interchanged.

[0031] The rear of the TV cabinet frame 21 is against the wall, and the front of the TV cabinet frame 21 is covered with a detachable background wall panel 23, which is composed of several panels, and the background wall panel is connected to the profile by buckles or screws.

[0032] The background wall panel 23 includes a TV cabinet 231 formed in the TV cabinet area 221, a tea cabinet 232 formed in the tea cabinet area 222, a wardrobe 233 laid in the wardrobe area 223, and a movable cabinet door 234 formed in front of the electric control box area 224 and can be opened and closed. The TV cabinet 231, the tea cabinet 232 and the wardrobe 233 are all open structures and can also be provided with cabinet doors.

[0033] Specifically, a bottom plate 24 for contacting the ground is also installed at the bottom of the TV cabinet frame 21, a top sealing plate 25 is provided on the top of the TV cabinet frame 21, and vertical columns 26 are provided on the left and right ends of the TV cabinet frame 21. The decorative columns are used to abut against the side walls. The outer periphery of the TV cabinet frame 21 is edged by the bottom plate 24, the top sealing plate 25 and the two vertical columns 26, and is also connected with the background wall panel 23. The bottom plate can be directly in contact with the edge of the background wall panel to achieve connection together, or connected with a transition plate to avoid a fault between them.

[0034] The bottom plate 24, top sealing plate 25 and vertical column 26 are detachable structures. The bottom plate 24 and the top sealing plate 25 are provided with protrusions 241 for inserting into the connecting grooves 102 of each profile. The plug-in end 105 on the second profile 6 can also be used for inserting the protrusion 241 on the top sealing plate 25 or the bottom plate 24. The vertical column 26 has the same structure as the decorative column on the mirror cabinet 1, and has a groove 261 for inserting the middle body 81 on the connecting profile 8. The groove 261 is arranged along the column length of the vertical column 26, and is installed in the same way as the decorative column and the two second profiles 6, and is arranged outside the second profile 6 on the outer side of the TV cabinet frame 21.

[0035] The TV cabinet frame 21 of the present embodiment can be freely assembled according to the actual size of the room, and the assembled TV cabinet frame 21 is equipped with suitable background wall panels 23, bottom plates 24, top sealing plates 25, and vertical columns 26 to form a whole-wall TV cabinet, and also form corresponding open TV cabinets 231, tea cabinets 232 and wardrobes 233. The space layout is reasonable and convenient to use; and the TV cabinet 2 is edged by the bottom plate 24, the top sealing plate 25 and the two vertical columns 26 to prevent the outer periphery of the TV cabinet frame 21 from being exposed. On the one hand, it can decorate the periphery of the TV cabinet frame 21 and improve the aesthetics and safety. On the other hand, it can effectively prevent dust from entering the TV cabinet frame 21 and avoid the accumulation of dirt.

[0036] Specifically, the lighting system of the TV cabinet 2 includes a main lamp 271 arranged on the top sealing plate 25, decorative lamps 272 arranged on the vertical columns 26 on the left and right sides, a first lighting lamp 273 arranged on the top of the tea cabinet 232, and a second lighting lamp 274 arranged on the top of the wardrobe 233. The outer sides of the two vertical columns 26 are integrally extended forward with a molding section 262, and the molding section is curved in an arc shape. The decorative lamp 272 is installed in the shape of a vertical bar on the back of the molding section 262. There is a gap between the back of the molding section 262 and the back wall. The tea cabinet is also divided into a plurality of storage compartments in upper and lower layers by a storage board, and the first lighting lamp 273 is provided on the top of each storage compartment.

[0037] An electric control box 28 is installed in the electric control box area 224, and the front side of the electric control box 28 is opened. The electric control box 28 is provided with a plug 41, a built-in socket 282 connected to the plug 41 with electric wires, and a light control box 283. Multiple light control lines 2831 are connected to the light control box 283, and the multiple light control lines 2831 are respectively connected to the main light 271, the decorative lights 272 on both sides, the first lighting lamp 273 and the second lighting lamp 274. The light control line 2831 is routed from the back of the background wall panel 23 and passes through the gaps between several profiles of the TV cabinet frame 21. The lamp is embedded in the corresponding lamp trough and has a long strip structure. Of course, it can also be a cylindrical structure. The product arranges the lamps reasonably according to the needs of local lighting, which plays a role in adjusting the bedroom atmosphere and beautifying the room.

[0038] A plurality of built-in sockets 282 are provided in the electric control box 28, and an external socket 215 is also provided on the lower cabinet wall of the wardrobe 233. The plug 41 is independently connected to the plurality of built-in sockets 282 and the external socket 215 via socket wires 216, and each socket is energized together.

[0039] The plug 41 and the socket 42 installed on the wall dark box 44 are plugged together to power on. The plug 41 and the socket 42 are both provided with wiring terminals 43 for connecting wires. The wiring terminals 43 are of existing design, which can be inserted with wires and have screws for tightening or loosening. The male-female plug-in method of powering on is also a mature technology. The wall wires pass through the dark box 44 and are connected to the wiring terminals 43 of the socket 42. The wiring terminals 43 in the plug 41 are connected to the lighting wires, the socket wires, etc. to realize simultaneous power supply.

[0040] The dark box 44 is provided with an openable and closable box cover 441 , which can be used to open the socket device 42 . When the box cover 441 is closed, it can prevent dust and water, thereby extending the service life of the socket device 42 .

[0041] Specifically, the circuit layout design of the TV cabinet 2 is ingenious. The electric control box 28 is set above the TV cabinet 231, and multiple light control lines 2831 are routed from the back and passed through the gaps between several profiles of the TV cabinet frame 21. The multiple light control lines 2831 can be hidden behind the TV cabinet 2 for greater safety and are shielded by the top plate 25 above and the vertical columns 26 on both sides. It also has the functions of being beautiful, having a reasonable circuit layout, and protecting the circuits.

[0042] The room decoration furniture also includes a bed backboard 3, which includes at least one backboard frame 31, a connector 4 and at least one bed back functional board 32. In this embodiment, two bed back functional boards 32 and two backboard frames 31 are used. The bed can be placed on the front of the backboard frame 31, and the bedside table can be placed on the front of the bed back functional board 32. The bed back functional board 32 includes a fixed backboard socket 322, a backboard light strip 323 and a third wiring groove 321 for arranging the wire 39 line opened on the back of the bed back functional board 32; The wiring connector 4 is arranged on the opening of the bed back function board 32, the wiring terminal 43 of the socket 42 is connected to the wall wire, and the wiring terminal 43 of the plug 41 is electrically connected to the back panel socket 322 and the back panel light strip 323 through the wire 39 respectively, so that after the plug 41 is connected to the socket 42 and powered on, the back panel socket 322 and the back panel light strip 323 are powered on and can be used. There is no need to lay wires on the wall in advance, and it is only necessary to lead the wires from the wall to connect the wiring terminal 43 of the socket 42, which is more convenient. The third wiring groove 321 positions the line, so that the line is neat and tidy, and the safety is high.

[0043] It should be noted that the socket 42 can be set in a dark box 44. The specific structure of the dark box 44 and the connector 4 is described above and will not be repeated here. The dark box 44 is set in the groove opened in the wall, and the connection terminal 43 of the socket 42 can be connected to the wall wires in the dark box 44.

[0044] The back panel frame 31 is constructed by at least one splicing unit 33, and the specific number can be set by the room size. The two back panel frames 31 of this embodiment are respectively composed of three and four splicing units. The front of the back panel frame 31 and the bed back functional panel 32 are both provided with a soft covering layer 35, and the back is used for laying out the wiring.

[0045] Each backplane frame 31 has an overall rectangular frame structure, and the splicing unit 33 includes two parallel third profiles 7 and a second profile 6 connected between the two third profiles 7 for reinforcement and support. The top and bottom of the third profile 7 of each splicing unit 33 are spliced ​​and constructed by a transverse profile 333 to form a backplane frame 31. The backplane frame 31 can use the same transverse profile 333 or different transverse profiles 333 as the bottom beam or top beam to connect the third profile 7 of each splicing unit 33. Therefore, by selecting transverse profiles 333 of different sizes and lengths, the length dimension of the backplane frame 31 can be changed, and different splicing units 3 can also be locked and connected by connecting pieces 9. Adjacent third profiles 7, to further change the overall length of the backplane frame 31.

[0046] The plug-in parts 65 at both ends of the second profile 6 can be respectively inserted into the connecting grooves 102 of the two third profiles 7 to achieve quick plug-in and splicing, and the cross-sections of the connecting grooves 102 and the plug-in parts 65 are both matching rectangles, thereby preventing the two third profiles 7 from rotating relative to each other. The connecting piece 9 passes through the connecting channel B103 of the third profile 7 and is threadedly connected to the connecting channel A101 of the second profile 6. The connecting piece 9 serves as a bolt, and its head rests on the end face of the connecting groove 102 of the third profile 7 to lock and fix the third profile 7 and the second profile 6, thereby improving the stability of the profiles after splicing.

[0047] The horizontal profile 333 has a guide bar 3331 protruding from the bottom. The guide bar 3331 is a straight structure. When the horizontal profile 333 is used as a top beam, the guide bar 3331 is placed downward. When the horizontal profile 333 is used as a bottom beam, the guide bar 3331 is placed upward. The guide bar 3331 is provided with a plurality of mounting holes 3332 for the connecting member 9 to pass through. After the guide bar 3331 is inserted into the plug-in slot 106 and the mounting holes 3332 are aligned with the connecting channel A101, the connecting member 9 passes through the mounting holes 3332 of the horizontal profile 333 and is connected to the connecting channel A101 of the third profile 7. A101 is threadedly connected to lock the transverse profile 33 and the third profile 7. By controlling the spacing of the mounting holes 3332, the spacing between different splicing units 33 and the number of splicing units 33 on the back panel frame 31 can be controlled, so the strength and weight of the back panel frame 31 can be reasonably controlled. The guide strip 3331 can be quickly plugged into the plug-in groove 106 on the end face of the third profile 7, while guiding the installation direction of the third profile 7, and can cooperate with the connecting piece 9 to fix the two, so that a rectangular frame can be formed with the third profile 7 for decorating the soft cover 35 for people to rely on.

[0048] Furthermore, the present embodiment further includes vertical decorative strips 38 disposed on both sides of the bed back board 3. The vertical decorative strips 38 can also be used to connect the bed back functional board 32 and the third profile 7. The vertical decorative strips 38 include a partition 381 and a connecting plate 382 disposed perpendicularly to the partition 381. The connecting plate 382 and the partition 381 are evenly distributed with through holes in the vertical direction. The bed back functional board 32 includes side boards 327 arranged on the left and right sides, and the side boards 327 are respectively provided with through holes and threaded holes on the side and back sides. The side of each side board 327 is attached to the partition board 381, and the back side is attached to the connecting board 381. The connecting member 9 passes through the through hole of the connecting board 382 and the side board 327 and is locked by a nut to fix the vertical decorative strip 38 and the bed back functional board 32. The connection holes C104 arranged on the front and rear sides of the third profile 7 vertically pass through the central connection hole A101. When the third profile 7 serves as the boundary of the two sides of the bed backboard 3, the third profile 7 on the outside is connected to the vertical decorative strip 38. The connecting member 9 passes through the through hole of the connecting plate 382 and the connection hole C104 and is locked by a nut to fix the vertical decorative strip 38 and the third profile 7. When the backboard frame 31 and the bed back functional board 32 need to be connected, the third profile 7 is connected to the bed back functional board 32, and the two are separated by a vertical decorative strip 38 to fill the gap between the two, so as to ensure that the bed back functional board 32 and the third profile 7 are not deformed when they are installed and locked, thereby ensuring the flatness between the bed back functional board 32 and the third profile 7. Specifically, the third profile 7 and the side panels 327 of the bed back functional board 32 are respectively attached to the two side surfaces of the partition 381, and the connecting member 9 is successively passed through the connecting channel B103 of the third profile 7, the partition 381 and the through holes on the side panels 327 and locked by nuts. At this time, the head of the connecting member 9 is against the end face of the connecting groove 102 of the third profile 7 to fix the bed back functional board 32 and the third profile 7, and at this time, the connecting plate 382 is attached to the back of the side panel 327 and is connected and locked by the connecting member 9.

[0049] The adjacent third profiles 7 of two splicing units 3 can also be separated by the vertical decorative strips 38 and then locked by the connecting piece 9. The connecting piece 9 passes through the connecting channel B103 of a third profile 7, the partition 381 and the connecting channel B103 of another third profile 7 in sequence and is locked by a nut to achieve the fixation of adjacent third profiles 7. At the same time, the adjacent third profiles 7 are locked by the vertical decorative strips 38 and the connecting piece 9, and the spacing between them is smaller than that when fixed with the second profile 6, which can increase the options for the size of the back panel frame 31 and can better adapt to different room sizes.

[0050] Furthermore, in a room of a larger size, a longer transverse profile 333 can be directly selected, so that a plurality of third profiles 7 can share the same transverse profile 333 as the top beam or bottom beam of the backplane frame 31, which can reduce the number of profiles used. Each third profile 7 is uniformly plugged into the same transverse profile 33, which is more neatly arranged and can reduce the number of profiles used, thereby reducing the probability of damage to the components. A top profile 34 is also spliced ​​above the bed back function board 32 and the backboard frame 31. The top of the bed back function board 32 and the transverse profile 333 both include straight grooves 326. The top profile 34 includes a protrusion 348 protruding downward from the bottom. The protrusion 348 and the straight groove 326 are complementarily plugged into each other. The same top profile 34 can be selected for splicing on both sides of the connection between the bed back function board 32 and the transverse profile 333 serving as the top beam to strengthen the connection between the bed back function board 32 and the backboard frame 31. Straight grooves 326 are selected on the bed back function board 32 and the transverse profile 333 to further avoid tilting after splicing, thereby ensuring that the two are arranged neatly.

[0051] The top profile 34 includes a second lamp trough 342 for accommodating a top light strip 341. The second lamp trough 342 includes a supporting surface 343 for placing and supporting the top light strip 341. A limiting strip 344 protrudes inwardly from the side wall of the second lamp trough 342. The top light strip 341 includes limiting wings 347 extending obliquely upward on both sides. When the top light strip 341 moves upward, the limiting wings 347 on both sides are limited by the corresponding limiting strips 344. The supporting surface 343 is recessed downward to form a cavity 345. Limiting arms 346 extend downward from both sides of the bottom of the top light strip 341. When the top light strip 341 moves left and right, the outer sides of the two limiting arms 346 are limited by the inner wall of the cavity 345.

[0052] The top light strip 341 is fixed above the bed back board through the top profile 34. Different from the pasting fixing method, the top light strip 341 is placed on the supporting surface 343 of the second light trough 342, and is limited in the left and right and up and down directions by the left and right side walls of the second light trough 342 and the limiting strip 344. Therefore, the top light strip 341 can only move along the front and back directions of the second light trough 342, and the front and back directions of the second light trough 342 can be blocked by the vertical decorative strip 38 which serves as the side wall of the bed back board 3, so that the top light strip 341 is fixed to the bed back board without drilling holes in the bed back board. The fixation is more stable than the pasting method, and the top light strip 341 can be pulled out after removing the vertical decorative strip 38 on the side, which is convenient for maintenance and replacement.

[0053] The third wiring groove 321 starts from the lower right corner of the bed back function board 32 and goes clockwise along the corner to the upper right corner of the bed back function board 32. The line is neatly arranged. The third wiring groove 321 is connected with a branch groove 213 for the line to be connected to the back panel socket 322 or the back panel light strip 323. Therefore, the line connected to the bed back function board 32 can be arranged through the third wiring groove 321, which is regular and neat, and its branch groove 3211 further limits the direction of the line, so that the line connected to the electrical device is clearer, more convenient for installation and subsequent maintenance. In this embodiment, the line is set in the wire tube, and the wire tube is arranged in the third wiring groove 321. This is a conventional arrangement protection measure for the line, which will not be described in this embodiment; Further, the third profile 7 has wiring openings A36 for the wire 39 to pass through on both sides, and the bed back function board 32 has wiring openings B37 for the wire 39 to pass through laterally on both sides. The wire 39 is arranged along the third wiring groove 321 and passes through the wiring opening B37 and then leaves the bed back function board 32. After the bed back function board 32 is connected in parallel with the backboard frame 31, the wiring opening A36 and the wiring opening B37 are at the same horizontal height, so that the wiring opening A36 and the wiring opening B37 can be used for the wire 39 to pass through, so that the wire 39 can pass through The backboard frame 31 can pull the line to another bed back function board 32, pass through the wiring port B37 of the second bed back function board 32, and then enter the third wiring groove 321 of the corresponding bed back function board 32, and provide power to the backboard light strip 323 and the backboard socket 322 on the bed back function board 32 along its branch groove 3211. In this way, power can be provided to all electrical equipment on the bed back board 3 through a connector 4. Only a groove needs to be opened on the wall to place the socket 42. There is no need to open grooves on the wall for multiple wires, which saves a lot of labor costs.

[0054] Furthermore, the bed back functional board 32 is relatively large as a whole, and the processing cost is too high. The manufacturing cost can be greatly reduced by using a split injection molding method. The bed back functional board 32 is divided into an upper frame 324 and a lower frame 325 that can be spliced ​​with each other. The top surface of the lower frame 325 is against the bottom surface of the upper frame 324. The lower frame 325 includes a splicing portion 3251 protruding upward from the top surface, and the bottom surface of the upper frame 324 is recessed upward to have a splicing groove 3241 for the splicing portion 3251 to fit in. The splicing portion 3251 and the splicing groove 3241 are both in a step-shaped structure that is wide at the top and narrow at the bottom. 2411, the nested splicing of the splicing part 3251 and the splicing groove 3241 makes the positioning more accurate and the splicing more stable. The splicing part 3251 is provided with a limiting groove 32511, and the splicing groove 3241 is protruded with a limiting column 32411 which can be inserted into the limiting groove 32511. The limiting column 32411 is provided with a threaded hole 32412, and the groove surface of the limiting groove 32511 is provided with a through hole for the bolt to pass through. After the bolt passes through the through hole, it is threadedly connected with the threaded hole 32412 to fix the splicing part 3251 and the limiting column 32411, so as to firmly lock the upper frame 324 and the lower frame 325.

[0055] Furthermore, a first lamp trough 3242 is provided on the bottom surface of the upper frame 324 for placing the back panel light strip 323, and the front part of the lower frame 325 includes a curved surface 3252. The back panel light strip 323 emits light downward, which shines on the curved surface 3252 and is reflected outward. The back panel light strip 323 includes a connecting section 3231. Both sides of the first lamp trough 3242 are respectively connected to the back of the upper frame 324. The wiring ends of the connecting section 3231 extend to the back of the upper frame 324, and the connecting section 3231 is pressed against the bottom surface of the first lamp trough 3242 by the lower frame 325.

[0056] The bed back function board 32 integrates the functions of the back panel light strip 323 and the back panel socket 322. The back is used for wiring. The connecting sections 3231 on both sides of the back panel light strip 323 are clamped by the upper frame 324 and the lower frame 325 to prevent it from falling off, and the wiring ends of the connecting sections 3231 extend to the back of the bed back function board 32, so as to be connected to the wire 39 line to obtain power supply. The back panel light strip 323 is hidden in the first light groove 3242 to prevent people from looking directly at the back panel light strip 323 and causing eye irritation. In addition, an arc surface 252 is provided on the front part of the bed back function board 32 to receive the light of the back panel light strip 323 and reflect it outward. The reflected light is softer and avoids direct exposure to the human eyeball. As a bedside lamp, it makes the night environment more comfortable.

[0057] Specifically, a plurality of brackets are fixedly arranged on the front of the backboard frame 31 and the bed back functional board 32. The brackets are clamped between the top profile 34 and the transverse profile 333 serving as the bottom beam. The brackets are conventional technical means and will not be described in detail in this solution. A baffle can be arranged on each bracket to fix and limit the soft covering layer 35. The soft covering layer 35 is arranged to be low-density sponge and medium-density sponge in sequence from the outside to the inside, which can better absorb vibration while providing support.

[0058] Furthermore, a plurality of positioning pieces 216 are provided on the side walls of the first wiring groove 1211, the second wiring groove 1215, the third wiring groove 321 and the branch groove 3211 to press the connecting wires into the corresponding wiring grooves, and a clearance groove 217 is provided on the other side wall of the wiring groove corresponding to the position of the positioning piece 216. The clearance groove 217 and the positioning piece 216 are arranged on both sides of the wiring groove opposite to each other, so as to facilitate the connecting wires to enter the wiring groove and at the same time position the wire 39 to prevent it from leaving the wiring groove.

Claims

1. A furniture structure for facilitating room decoration, comprising a mirror cabinet (1), a TV cabinet (2) and a bed backboard (3), characterized in that: The mirror cabinet (1), the TV cabinet (2) and the bed backboard (3) are respectively integrated with electrical equipment including a lighting system and a socket. The mirror cabinet (1), the TV cabinet (2) and the bed backboard (3) are respectively provided with a connector (4). The connector (4) includes a plug (41) and a socket (42) which are connected by male and female plugging. The plug (41) and the socket (42) are both provided with wiring terminals (43). The wiring terminals (43) of the socket (42) are used to connect to wall wires. The electrical equipment on the mirror cabinet (1), the TV cabinet (2) and the bed backboard (3) are all electrically connected to the wiring terminals (43) on the plug (41). After the plug (41) and the socket (42) of the connector (4) are connected by male and female plugging, the electrical equipment connected to the wiring terminals (43) on the plug (41) is powered; The frames of the mirror cabinet (1), the TV cabinet (2) and the bed backboard (3) all include different numbers of first profiles (5), second profiles (6), third profiles (7) and connecting pieces (9) connecting the profiles; The end faces of the first profile (5), the second profile (6) and the third profile (7) are all provided with connection holes A (101) passing through both ends at their centers. Each profile is of a rectangular structure and has a connection groove (102) extending along the length of the profile and concave in the middle of the four outer walls. The first profile (5) and the third profile (7) are both provided with connection holes B (103) and connection holes C (104) evenly distributed on the left and right outer walls and the front and rear outer walls respectively. The connection holes B (103) and the connection holes C (104) both pass through the central connection hole A (101) and are staggered on the profile. The second profile (6) further comprises plug-in ends (105) protruding outwards at the centre of both ends, the connection channel A (101) being located at the centre of the plug-in ends (105), and the plug-in ends (105) being pluggable into the connection grooves (102); The third profile (7) further comprises an inwardly recessed plugging groove (106) at the center of both ends, and the connecting channel A (101) is located at the center of the plugging groove (106); It also includes a connecting profile (8) for connecting two connecting grooves (102) of adjacent profiles, the connecting profile (8) including a middle body (81) and connecting parts (82) symmetrically arranged on both sides of the middle body (81), the middle parts of the two connecting parts (82) are both protruding with connecting blocks (83) for inserting into the connecting grooves (102), the connecting blocks (83) are provided with mounting shaft holes (831), and the connecting member (9) passes through the connecting channel B (103) or the connecting channel C (104) and is threadedly connected in the mounting shaft holes (831); After the plug-in end (105) of the second profile (6) is inserted into the connection groove (102) of another profile, the connecting member (9) passes through the connection hole B (103) or the connection hole C (104) and is threadedly connected to the connection hole A (101) on the second profile (6), and two vertically placed second profiles (6) are plugged and fixed to the connection grooves (102) of at least two other profiles to form a rectangular frame structure; The mirror cabinet (1), the TV cabinet (2) and the bed backboard (3) can all be spliced ​​with different numbers of profiles to form rectangular frames of different lengths, and different rectangular frames can be connected by connecting profiles (8) to form a multi-layer frame.

2. A furniture structure for facilitating room decoration according to claim 1, characterized in that: The mirror cabinet (1) comprises a mirror cabinet frame (11), the mirror cabinet frame (11) comprising a plurality of rectangular frames for dividing into a mirror surface installation area (12), a maintenance area (13), a left installation area (14) and a right installation area (15), the maintenance area (13) being located below the mirror surface installation area (12), and the left installation area (14) and the right installation area (15) being located on both sides of the mirror surface installation area (12) respectively; The mirror surface installation area (12) is provided with a mirror seat (121) and a mirror surface (122) provided on the mirror seat (121); the mirror seat (121) is provided with a first wiring groove (1211), a touch screen (1212) and a mirror surface lamp (1213); A main control unit (131) connected to the connector (4) is provided in the maintenance area (13); the mirror light (1213) is connected to the touch screen (1212) via a wire line arranged on the first wiring trough (1211); and the touch screen (1212) is connected to the main control unit (131); The left installation area (14) is provided with a left frame (141) and a left side plate (142) provided on the left frame (141); the right installation area (15) is provided with a right frame (151) and a right side plate (152) provided on the right frame (151); the left frame (141) and the right frame (151) are both connected to the mirror base (121); the right side plate (152) is provided with a socket, and the socket is connected to the connector (4) via a wire line; A mirror cabinet top light strip (111) is provided on the top of the mirror cabinet frame (11), a second wiring groove (1215) is provided on the mirror base (121) along its vertical direction, and the mirror cabinet top light strip (111) is connected to the main control unit (131) via a wire line laid on the second wiring groove (1215).

3. A furniture structure for facilitating room decoration according to claim 2, characterized in that: The mirror cabinet frame (11) further comprises a left decorative column (17) and a right decorative column (18); the left frame (141) is connected to the left decorative column (17); the right frame (151) is connected to the right decorative column (18); the two decorative columns are provided with a vertical groove (171) along their vertical direction and two rows of connecting channels D (107) arranged on the decorative columns; the two rows of connecting channels D (107) are arranged on both sides of the vertical groove (171); The left frame (141) and the right frame (151) have the same structure, both being double-layer rectangular frame structures, each layer of the frame comprising a plurality of first profiles (5) and second profiles (6) spliced ​​together, and the two layers of the frame are connected by a connecting profile (8); The protruding portion of the middle body (81) on the connecting profile (8) is inserted into the vertical groove (171), and the end surfaces of the two second profiles (6) connected by the connecting profile (8) are in contact with the decorative column and correspond to a row of connecting holes D (107) respectively. The connecting member (9) passes through the connecting hole D (107) and is threadedly connected to the connecting hole A (104) on the second profile (6) to fix the decorative column to the mirror cabinet frame (11).

4. A furniture structure for facilitating room decoration according to claim 1 or 3, characterized in that: The TV cabinet (2) comprises a TV cabinet frame (21), wherein the TV cabinet frame (21) comprises a front frame body (211) and a rear frame body (212) which are layered front and back, wherein the two frames are respectively formed by a plurality of first profiles (5) and second profiles (6), and the two frames are further connected by a connecting profile (8); The front frame body (211) is formed with a middle partition opening (2111), a first side partition opening (2112) and a second side partition opening (2113) located on both sides of the middle partition opening (2111), and a top partition opening (2114); the middle partition opening (2111) is connected to the middle front of the rear frame body (212) or to the first rear partition opening (2121) thereon to form a TV cabinet area (221); the first side partition opening (2112) and the rear frame body (2 12) or the second rear partition opening (2122) thereon are connected to form a tea cabinet area (222); the second side partition opening (2113) and the corresponding front of the rear frame body (212) or the third rear partition opening (2123) thereon are connected to form a wardrobe area (223); the top partition opening (2114) and the corresponding front of the rear frame body (212) or the fourth rear partition opening (2124) thereon are connected to form an electric control box area (224); The rear of the TV cabinet frame (21) is used to abut against a wall, and a detachably mounted background wall panel (23) is also covered on the front of the TV cabinet frame (21), wherein the background wall panel (23) comprises a TV cabinet (231) formed in the TV cabinet area (221), a tea cabinet (232) formed in the tea cabinet area (222), a wardrobe (233) laid in the wardrobe area (223), and a movable cabinet door (234) formed in front of the electric control box area (224) and capable of opening and closing.

5. A furniture structure for room decoration according to claim 4, characterized in that: A bottom plate (24) for contacting the ground is also installed at the bottom of the TV cabinet frame (21), a top sealing plate (25) is provided at the top of the TV cabinet frame (21), and vertical columns (26) are provided at the left and right ends of the TV cabinet frame (21), wherein the vertical columns (26) have the same structure as the decorative columns; The lighting system on the TV cabinet (2) comprises a main light (271) arranged on the top sealing plate (25), decorative lights (272) arranged on the vertical columns (26) on the left and right sides, a first lighting light (273) arranged on the top of the tea cabinet (232), and a second lighting light (274) arranged on the top of the wardrobe (233), the outer sides of the two vertical columns (26) both extend forward with a molding section (262), the decorative lights (272) are installed on the back of the molding section (262) in the shape of vertical strips, and there is a gap between the back of the molding section (262) and the wall behind it; Vertical columns (26) are provided on the left and right ends of the TV cabinet frame (21); the bottom plate (24), the top sealing plate (25) and the two vertical columns (26) are used to surround the outer periphery of the TV cabinet frame (21) and are also connected to the background wall panel (23); the bottom plate (24), the top sealing plate (25) and the vertical columns (26) are detachable structures.

6. A furniture structure for facilitating room decoration according to claim 4, characterized in that: An electric control box (28) is installed in the electric control box area (224). The front side of the electric control box (28) is open. The electric control box (28) is provided with a plug device (41), a built-in socket (282) connected to the plug device (41) by electric wire, and a light control box (283). Multiple light control lines (2831) are connected to the light control box (283). The multiple light control lines (2831) are respectively connected to the main light (271), the decorative lights (272) on both sides, the first lighting light (273) and the second lighting light (274). The light control lines (2831) are routed from the back of the background wall panel (23) and are passed through the gaps between a plurality of profiles of the TV cabinet frame (21).

7. The furniture structure for room decoration according to claim 1, characterized in that: The bed backboard (3) comprises at least one backboard frame (31) and at least one bed back functional board (32); the backboard frame (31) is constructed by at least one splicing unit (33); a soft covering layer (35) is arranged on the front of the bed backboard (3); and a back side is used for wiring; vertical decorative panels (38) are respectively provided on the left and right sides of the bed backboard (3) for packaging; a third wiring groove (321) is arranged on the back side of the bed back functional board (32) for arranging a wire (39); and electrical equipment including a backboard socket (322) and a backboard light strip (323) is arranged on the bed back functional board (32); The splicing unit (33) comprises two third profiles (7) arranged in parallel and a second profile (6) connected between the two third profiles (7) for reinforcement support, and the top and bottom of the third profile (7) of each splicing unit (33) are spliced ​​and constructed by arranging a transverse profile (333) to form a backplane frame (31); The third profile (7) has wiring openings A (36) on both sides for the line to pass through, and the bed back function board (32) has wiring openings B (37) on both sides for the line to pass through horizontally. After the line is arranged along the third wiring groove (321) and passes through the wiring opening B (37) and leaves the bed back function board (32), it can enter the third wiring groove (321) of another bed back function board (32) through the wiring opening A (36) and the wiring opening B (37). After the bed back function board (32) and the backboard frame (31) are connected in parallel, the wiring opening A (36) and the wiring opening B (37) are at the same level.

8. A furniture structure for room decoration according to claim 7, characterized in that: The transverse profile (333) has a guide bar (3331) protruding from the side thereof for inserting into the plug-in slot (106); the connection channel A (101) of the third profile (7) is located in the central area of ​​the plug-in slot (106); the guide bar (3331) is provided with a mounting hole (3332) for the connection member (9) to pass through; the connection member (9) passes through the mounting hole (3332) and is threadedly connected to the connection channel A (101) to lock the transverse profile (333) and the third profile (7); different splicing units (33) can share the same transverse profile (333) as a top beam or a bottom beam; A top profile (34) is arranged above the bed back functional plate (32) and the back plate frame (31); the top of the bed back functional plate (32) and the transverse profile (333) both include a straight groove (326); the top profile (34) includes a protruding portion (348) protruding downward from the bottom; the protruding portion (348) and the straight groove (326) are plugged in a complementary manner; The top profile (34) includes a second light trough (342) for accommodating a top light strip (341); the second light trough (342) includes a support surface (343) for placing and supporting the top light strip (341); a limiting strip (344) protrudes inwardly from a side wall of the second light trough (342); the top light strip (341) includes limiting wings (347) extending obliquely upward on both sides; when the top light strip (341) moves upward, the limiting wings (347) on both sides are limited by the corresponding limiting strips (344); The support surface (343) is recessed downward to form a cavity (345), and limiting arms (346) extend downward from both sides of the bottom of the top light strip (341). When the top light strip (341) moves left and right, the outer side surfaces of the two limiting arms (346) are limited by the inner wall of the cavity (345).

9. A furniture structure for facilitating room decoration according to claim 7 or 8, characterized in that: The bed back functional panel (32) comprises an upper frame (324) and a lower frame (325) which can be spliced ​​to each other, the top surface of the lower frame (325) abuts against the bottom surface of the upper frame (324), the lower frame (325) comprises a splicing portion (3251) protruding upwards on the top surface, the bottom surface of the upper frame (324) is recessed upwards to form a splicing groove (3241) for the splicing portion (3251) to fit in, and the splicing portion (3251) and the splicing groove (3241) are both in a step-shaped structure that is wide at the top and narrow at the bottom; The splicing portion (3251) is provided with a limiting groove (32511), a limiting column (32411) protrudes from the splicing groove (3241) and can be inserted into the limiting groove (32511), a threaded hole (32412) is provided on the limiting column (32411), a through hole for a bolt to pass through is opened on the groove surface of the limiting groove (32511), and the bolt passes through the through hole and is threadedly connected to the threaded hole (32412) to fix the splicing portion (3251) and the limiting column (32411); The bottom surface of the upper frame (324) is provided with a first light trough (3242) for placing the back panel light strip (323); the front portion of the lower frame (325) includes a curved surface (3252); the light emitted downward by the back panel light strip (323) shines on the curved surface (3252) and is reflected outward; the back panel light strip (323) includes a connecting section (3231); both sides of the first light trough (3242) are respectively connected to the back of the upper frame (324); the connection ends of the connecting section (3231) extend to the back of the upper frame (324); and the connecting section (3231) is pressed against the bottom surface of the first light trough (3242) by the lower frame (325).

10. A furniture structure for room decoration according to claim 2 or 7, characterized in that: A plurality of positioning pieces (108) capable of pressing the line into the wiring groove are arranged on one side wall of each wiring groove, and a clearance groove (109) is formed on the other side wall which is recessed in the protruding direction of the positioning pieces (108).

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