Partition with mirror surface function

Abstract

The partition with the mirror surface function comprises an outer frame assembly, an inner frame assembly and a containing assembly, the top of the outer frame assembly is connected with a ceiling through a top hanging assembly, and the bottom of the outer frame assembly is not in contact with the ground. The outer frame assembly comprises an outer top transverse frame, an outer upper transverse frame, an outer lower transverse frame and an outer bottom transverse frame which are located between the outer left vertical frame and the outer right vertical frame and sequentially arranged from top to bottom. An upper hollow structure formed by the outer top transverse frame, the outer left vertical frame, the outer upper transverse frame and the outer right vertical frame is of a through structure in the width direction of the outer frame assembly, and the inner frame assembly is arranged in a middle hollow structure formed by the outer upper transverse frame, the outer left vertical frame, the outer lower transverse frame and the outer right vertical frame. The storage assembly is arranged in a lower hollow structure formed by the outer lower transverse frame, the outer left vertical frame, the outer bottom transverse frame and the outer right vertical frame, and the inner frame assembly comprises a front mirror surface structure, a rear mirror surface structure and a light source device. The partition has the mirror reflection function and the storage function on the basis of the partition function.

Description

Technical Field

[0001] The utility model relates to the technical field of home decoration, and more specifically, to a partition with a mirror function. Background Art

[0002] Partitions refer to facades that are specially used to separate indoor spaces. As a "barrier" in space, partitions can play a role in space division and decoration. Partitions can be used to make up for the shortcomings of space layout, thereby meeting people's living and psychological needs and achieving a design effect of separation without interruption and interruption without separation. There are many forms of partitions, such as glass partitions, decorative cabinet partitions, curtain partitions, screen partitions, etc.

[0003] Chinese patent document 1 discloses a partition wall decorative panel hanging structure, with the authorization announcement number CN219528045U. The partition wall decorative panel hanging structure is provided with a partition frame, a keel, a decorative panel, a hanging panel, and a hook. When in use, a hook is formed on the side of the hanging strip close to the keel to cooperate with the hanging groove. When hanging, the hook can cooperate with the hanging panel to form a hanging structure; however, the decorative panel can only be used for partitioning and cannot be used as a mirror.

[0004] Chinese Patent Document 2 discloses an assembled double-sided partition wall system, with the authorization announcement number CN209145082U. The assembled double-sided partition wall system uses a vertical keel and two side partition wall panels installed on the outer wall of the vertical keel to install a hanging component, and the partition wall panels are hung on the vertical keel. However, the partition wall panel only has the functions of space separation and decoration, and has a single function and a limited application range. Utility Model Content

[0005] In view of this, the utility model provides a partition with a mirror function, which has the functions of space separation and decoration, as well as mirror reflection function, storage function and the like.

[0006] The utility model provides a partition with a mirror function, which is applied between the ground and the ceiling, and comprises: an outer frame component, an inner frame component and a storage component;

[0007] The top of the outer frame assembly is connected to the ceiling through a top hanging assembly, the top of the outer frame assembly is fixedly connected to the bottom of the top hanging assembly, and the top of the top hanging assembly is fixedly connected to the ceiling; the bottom of the outer frame assembly is arranged in a non-contact manner with the ground;

[0008] The outer frame assembly comprises an outer top transverse frame, an outer bottom transverse frame, an outer left vertical frame, an outer right vertical frame, an outer upper transverse frame and an outer lower transverse frame, wherein the outer left vertical frame and the outer right vertical frame have the same size along the length direction of the outer frame assembly and are arranged relatively, and the outer left vertical frame and the outer right vertical frame extend along the height direction of the outer frame assembly; the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame extend along the length direction of the outer frame assembly and have the same size, respectively. The upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame are respectively located between the outer left vertical frame and the outer right vertical frame, and the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame are arranged in sequence from top to bottom. The left ends of the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame on the same side are all connected to the outer left vertical frame, and the right ends of the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame on the same side are all connected to the outer right vertical frame;

[0009] The upper hollow structure is formed between the outer top transverse frame, the outer left vertical frame, the outer upper transverse frame and the outer right vertical frame; the middle hollow structure is formed between the outer upper transverse frame, the outer left vertical frame, the outer lower transverse frame and the outer right vertical frame; and the lower hollow structure is formed between the outer lower transverse frame, the outer left vertical frame, the outer bottom transverse frame and the outer right vertical frame;

[0010] The upper hollow structure is a through structure in the width direction of the outer frame component, the inner frame component is arranged in the middle hollow structure, and the four sides of the inner frame component are respectively fixedly connected with the outer upper transverse frame, the outer left vertical frame, the outer lower transverse frame and the outer right vertical frame, the storage component is arranged in the lower hollow structure, along the height direction of the outer frame component, the height of the storage component is less than the height of the lower hollow structure, and the storage component is connected to the side of the outer bottom transverse frame close to the outer lower transverse frame;

[0011] The inner frame assembly includes a front mirror structure, a rear mirror structure and a light source device. The front mirror structure and the rear mirror structure are arranged opposite to each other along the width direction of the outer frame assembly. The light source device is embedded in the sides of the front mirror structure and the rear mirror structure.

[0012] Optionally, the top hanging assembly includes an upper hanging member and a lower hanging member plugged into the upper hanging member, and the upper hanging member and the lower hanging member extend along the length direction of the outer frame assembly; the side of the upper hanging member away from the lower hanging member is fixedly connected to the surface of the ceiling through a hanging member fastener, and the side of the lower hanging member away from the upper hanging member is fixedly connected to the side of the outer top cross frame away from the upper hollow structure.

[0013] Optionally, the upper hanging member includes a supporting hanging plate, the supporting hanging plate is a rectangular parallelepiped structure, the supporting hanging plate is provided with a plurality of wall-hanging through holes penetrating along the height direction of the outer frame assembly, the wall-hanging through holes are used to pass hanging fasteners; the plurality of wall-hanging through holes are arranged in an array along the length direction of the outer frame assembly and along the width direction of the outer frame assembly; the two ends of the supporting hanging plate are respectively provided with a front hook body and a rear hook body;

[0014] The lower hanging member comprises a front hook seat and a rear hook seat, and the front hook seat and the rear hook seat are fixedly connected to the outer top cross frame at one side close to the outer top cross frame;

[0015] The front hook seat is inserted into the front hook body, and the front hook seat and the front hook body limit each other in the height direction of the outer frame component; the rear hook seat is inserted into the rear hook, and the rear hook seat and the rear hook limit each other in the height direction of the outer frame component.

[0016] Optionally, the top hanging part also includes a left plug, a right plug and a plurality of plug connectors, the left plug and the right plug are arranged relatively to each other along the length direction of the outer frame assembly, and the plug connector is located between the left plug and the right plug; the left plug and the right plug are both rectangular structures, the left plug is provided with a plurality of left plug through holes passing through the length direction of the outer frame assembly, and the right plug is provided with a plurality of right plug through holes passing through the length direction of the outer frame assembly; the plug connector is fixedly connected to the outer top cross frame on one side close to the outer top cross frame, and a plug connecting groove is provided on the side of the plug connector away from the outer top cross frame, and the plug The connecting groove passes through along the length direction of the outer frame assembly, and the plug connecting groove is recessed along the height direction of the outer frame assembly toward the side close to the outer top cross frame; the left plug through hole, the right plug through hole and the plug connecting piece correspond one to one, the left plug through hole, the right plug through hole and the plug connecting groove correspond one to one, a left plug fastener is inserted into the left plug through hole and the corresponding plug connecting groove, and the left plug and the plug connecting piece are connected via the left plug fastener; a right plug fastener is inserted into the right plug through hole and the corresponding plug connecting groove, and the right plug and the plug connecting piece are connected via the right plug fastener.

[0017] Optionally, the outer upper transverse frame comprises an upper left connecting block and an upper right connecting block which are arranged opposite to each other, the upper left connecting block and the upper right connecting block are arranged opposite to each other along the length direction of the outer frame assembly, and the upper left connecting block and the upper right connecting block are respectively tubular structures;

[0018] The cross-sectional shapes of the upper left connecting block and the upper right connecting block along the length direction of the outer frame assembly can be rectangular respectively; the upper left connecting block and the upper right connecting block are respectively located between the outer left vertical frame and the outer right vertical frame; the upper left connecting block is connected to the side of the outer left vertical frame close to the middle hollow structure, and the upper right connecting block is connected to the side of the outer right vertical frame close to the middle hollow structure; a front upper partition and a rear upper partition are provided on the side of the upper left connecting block away from the middle hollow structure, and the front upper partition and the rear upper partition are located in the same plane; the front upper partition and the rear upper partition are arranged opposite to each other along the width direction of the outer frame assembly, and the front upper partition and the rear upper partition extend respectively along the length direction of the outer frame assembly; the front upper partition and the rear upper partition are respectively connected to the side of the outer left vertical frame close to the outer left vertical frame The upper left connecting block is connected, and the side of the front upper partition and the rear upper partition close to the outer right vertical frame is respectively connected to the upper right connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front upper partition and the rear upper partition is greater than the width of the upper left connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front upper partition and the rear upper partition is greater than the width of the upper right connecting block; the upper left connecting block and the upper right connecting block are both located between the front mirror structure and the rear mirror structure; the front mirror structure is located below the front upper partition, and the side of the front upper partition away from the rear mirror structure is connected to the front mirror structure; the rear mirror structure is located below the rear upper partition, and the side of the rear upper partition away from the front mirror structure is connected to the rear mirror structure.

[0019] Optionally, the outer lower transverse frame comprises a lower left connecting block and a lower right connecting block which are arranged opposite to each other, and the lower left connecting block and the lower right connecting block are arranged opposite to each other along the length direction of the outer frame assembly; the lower left connecting block and the lower right connecting block are respectively tubular structures;

[0020] The cross-sectional shapes of the lower left connecting block and the lower right connecting block along the length direction of the outer frame assembly can be rectangular respectively; the lower left connecting block and the lower right connecting block are respectively located between the outer left vertical frame and the outer right vertical frame; the lower left connecting block is connected to the side of the outer left vertical frame close to the middle hollow structure, and the lower right connecting block is connected to the side of the outer right vertical frame close to the middle hollow structure; a front lower partition and a rear lower partition are provided on the side of the lower left connecting block away from the middle hollow structure, and the front lower partition and the rear lower partition can be located in the same plane; the front lower partition and the rear lower partition are relatively arranged along the width direction of the outer frame assembly, and the front lower partition and the rear lower partition extend respectively along the length direction of the outer frame assembly; the front lower partition and the rear lower partition are respectively connected to the side of the outer left vertical frame close to the outer left vertical frame The lower left connecting block is connected, and the side of the front lower partition and the rear lower partition close to the outer right vertical frame is respectively connected to the lower right connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front lower partition and the rear lower partition is greater than the width of the lower left connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front lower partition and the rear lower partition is greater than the width of the lower right connecting block; the lower left connecting block and the lower right connecting block are both located between the front mirror structure and the rear mirror structure; the front mirror structure is located above the front lower partition, and the side of the front lower partition away from the rear mirror structure is connected to the front mirror structure; the rear mirror structure is located above the rear lower partition, and the side of the rear lower partition away from the front mirror structure is connected to the rear mirror structure.

[0021] Optionally, the outer top transverse frame, the outer bottom transverse frame, the outer left vertical frame and the outer right vertical frame each include a front side panel, an outer side panel, a rear side panel and an inner side panel connected in sequence, and the front side panel, the outer side panel, the rear side panel and the inner side panel are arranged to form a hollow structure.

[0022] Optionally, the front mirror structure and the rear mirror structure both include a panel, an inner upper transverse frame, an inner left vertical frame, an inner lower transverse frame and an inner right vertical frame, the inner upper transverse frame and the inner lower transverse frame are arranged opposite to each other, the inner upper transverse frame and the inner lower transverse frame extend along the length direction of the outer frame component, the inner left vertical frame and the inner right vertical frame are arranged opposite to each other, the inner left vertical frame and the inner right vertical frame extend along the height direction of the outer frame component, the inner upper transverse frame, the inner left vertical frame, the inner lower transverse frame and the inner right vertical frame are arranged opposite to each other, the inner left vertical frame and the inner right vertical frame extend along the height direction of the outer frame component, the inner upper transverse frame, the inner left vertical frame, the inner lower transverse frame and the inner right vertical frame are arranged opposite to each other, the inner The inner right vertical frame is connected in sequence to form a rectangular frame structure; the inner upper horizontal frame, the inner left vertical frame, the inner lower horizontal frame and the inner right vertical frame are respectively connected to one side of the panel close to the upper left connecting block; the inner upper horizontal frame of the front mirror structure is connected to the front upper partition, and the inner upper horizontal frame of the rear mirror structure is connected to the rear upper partition; the inner lower horizontal frame of the front mirror structure is connected to the front lower partition, and the inner lower horizontal frame of the rear mirror structure is connected to the rear lower partition.

[0023] Optionally, the inner upper horizontal frame is provided with an upper corner code plug-in hole and an upper light source groove, the upper corner code plug-in hole and the upper light source groove are respectively extended along the length direction of the outer frame assembly, and the upper light source groove is recessed toward one side of the inner lower horizontal frame along the height direction of the outer frame assembly; the inner lower horizontal frame is provided with a lower corner code plug-in hole and a lower light source groove, the lower corner code plug-in hole and the lower light source groove are respectively extended along the length direction of the outer frame assembly, and the lower light source groove is recessed toward one side of the inner upper horizontal frame along the height direction of the outer frame assembly; the inner left vertical frame is provided with a left corner code plug-in hole and a left light source groove, the left corner code plug-in hole and the left light source groove are respectively extended along the height direction of the outer frame assembly, and the left light source groove is recessed toward one side of the inner upper horizontal frame along the length direction of the outer frame assembly The outer frame assembly is recessed toward one side of the inner right vertical frame; the inner right vertical frame is provided with a right corner code plug-in hole and a right light source slot, the right corner code plug-in hole and the right light source slot are respectively penetrated along the height direction of the outer frame assembly, and the right light source slot is recessed toward one side of the inner left vertical frame along the length direction of the outer frame assembly; the upper corner code plug-in hole and the left corner code plug-in hole are connected through the inner upper left corner code, the upper corner code plug-in hole and the right corner code plug-in hole are connected through the inner upper right corner code, the lower corner code plug-in hole and the left corner code plug-in hole are connected through the inner lower left corner code, and the lower corner code plug-in hole and the right corner code plug-in hole are connected through the inner lower right corner code; a light source device is embedded in the left light source slot and / or the right light source slot.

[0024] Optionally, the storage assembly includes a box body, which is a rectangular hollow structure; a plurality of storage holes are opened on one side of the box body close to the outer lower horizontal frame, and the storage holes pass through along the height direction of the outer frame assembly.

[0025] Compared with the prior art, the partition with mirror function provided by the utility model achieves at least the following beneficial effects:

[0026] The utility model provides a partition with a mirror function, comprising a top hanging component, an outer frame component, an inner frame component and a storage component.

[0027] First, the upper end of the top hanging component is connected to the lower end of the ceiling. The top hanging component is used to connect the partition to the ceiling. The partition can be suspended in the air through the top hanging component. The lower surface of the partition does not contact the ground, so that the partition maintains a certain distance and space from the ground, which is conducive to air circulation, and the partition does not fall to the ground and has a suspended feeling.

[0028] Second, the inner frame component can be used to block a large area of ​​space, dividing a large space into two small spaces. The two separated small spaces can be used independently and have different functions, and can also be interconnected.

[0029] Third, the storage component can be used to store small items in life, making full use of the internal space of the partition so that it can not only divide the space but also have a storage function, thereby increasing the function of the partition and improving the utilization rate of the partition.

[0030] Fourth, the outer frame assembly serves as an integral frame structure, supporting and fixing the inner frame assembly and the storage assembly embedded therein, thereby preventing the inner frame assembly and the storage assembly from falling off from the partition as a whole.

[0031] Fifth, along the height direction of the outer frame assembly, the orthographic projections of the top hanging assembly, the inner frame assembly and the storage assembly are respectively located within the range of the orthographic projection of the outer frame assembly, so that after the top hanging assembly, the inner frame assembly and the storage assembly are installed on the outer frame assembly, the surfaces of the top hanging assembly, the inner frame assembly and the storage assembly will not protrude from the outer frame assembly, thereby avoiding bumps when people use them.

[0032] Sixth, a hollow structure is designed on the outer frame component of the partition. There is no obstruction on the hollow structure, which can bring good light into the space and improve the lighting effect of the space. At the same time, it does not affect the independent use of the two separated spaces, forming two spaces with different functions but interrelated.

[0033] Seventh, the inner frame assembly includes a front mirror structure and a rear mirror structure; the front mirror structure and the rear mirror structure have the function of reflecting images, and personnel can use them for beauty, makeup, and grooming activities, and the partition is also provided with a front mirror structure and a rear mirror structure, which can meet the needs of trying on clothes, makeup, and touch-up activities on both sides at the same time; in addition, the front mirror structure and the rear mirror structure are used in the space, and the reflection principle can also be used to expand the sense of space. Using the partition in a small room or corridor can make the space look larger and more spacious.

[0034] Eighth, the front mirror structure and the rear mirror structure are respectively embedded with light source devices; the light source devices can supplement light for the partition, and can also be used as fill lights when people are trying on clothes, putting on makeup, or touching up makeup.

[0035] Of course, any product implementing the present utility model does not necessarily need to achieve all of the above-mentioned technical effects at the same time.

[0036] Other features and advantages of the present invention will become apparent from the following detailed description of exemplary embodiments of the present invention with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The accompanying drawings, which are incorporated in and constitute a part of the specification, illustrate embodiments of the present invention and, together with the description, serve to explain the principles of the present invention.

[0038] Figure 1 It is a structural schematic diagram of a partition in the prior art;

[0039] Figure 2 It is a structural schematic diagram of a partition with a mirror function provided by an embodiment of the utility model;

[0040] Figure 3 It is a structural schematic diagram of a partition with a mirror function provided by an embodiment of the utility model;

[0041] Figure 4 This is a front view of a partition with a mirror function provided by an embodiment of the utility model;

[0042] Figure 5 It is a side view of a partition with a mirror function provided by an embodiment of the utility model;

[0043] Figure 6 It is an exploded view of a partition with a mirror function provided by an embodiment of the utility model;

[0044] Figure 7 yes Figure 2 The structural diagram at A in the middle;

[0045] Figure 8 It is an exploded view of an outer frame assembly provided by an embodiment of the utility model;

[0046] Fig. 9 yes Figure 4 The cross-sectional view at A-A';

[0047] Fig.10 It is an exploded view of an inner frame assembly provided in an embodiment of the utility model. DETAILED DESCRIPTION

[0048] Various exemplary embodiments of the present invention will now be described in detail with reference to the accompanying drawings. It should be noted that unless otherwise specifically stated, the relative arrangements of components and steps, numerical expressions and numerical values ​​set forth in these embodiments do not limit the scope of the present invention.

[0049] The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the present invention, its application, or uses.

[0050] Technologies, methods, and equipment known to ordinary technicians in the relevant art may not be discussed in detail, but where appropriate, the technologies, methods, and equipment should be considered as part of the specification.

[0051] In all examples shown and discussed herein, any specific values ​​should be interpreted as merely exemplary and not limiting. Therefore, other examples of the exemplary embodiments may have different values.

[0052] It should be noted that like reference numerals and letters refer to similar items in the following figures, and therefore, once an item is defined in one figure, it need not be further discussed in subsequent figures.

[0053] See also Figure 1 As shown, Figure 1 It is a structural schematic diagram of a partition in the prior art; in the prior art, a partition 100' is generally located on the ground 300, and the top of the partition 100' is connected to the ceiling 200'. The top and bottom of the partition 100' are respectively connected to the ground 300' and the ceiling 200' to form a whole, thereby isolating the front space; the surface of the partition 100' is generally made of wood, glass or stone, and the surface of the partition 100' cannot reflect images and cannot be used as a mirror; and the partition 100' is generally not installed with a light source, so it is impossible to supplement light to the space.

[0054] See also Figure 2 As shown, Figure 2This is a schematic diagram of a partition with a mirror function provided by an embodiment of the utility model; this embodiment provides a partition 100 with a mirror function, which can be a double mirror luminous partition, a partition, or a partition with a luminous function. The partition 100 with a mirror function is installed on the lower surface of the ceiling 200. The partition 100 with a mirror function can divide a larger space into many smaller spaces, which can not only break the inherent pattern and distinguish spaces of different natures, but also make the spatial environment rich in changes and realize mutual communication between multiple spaces. It is mainly suitable for cloakrooms, barber shops, public toilets, clothing stores, office buildings, airports, schools, banks, exhibition centers, government agencies, securities, car showrooms, libraries, etc. It can also be suitable for hotels, shopping malls, schools, multi-functional halls, banquet halls, conference rooms, training rooms and other places. This embodiment does not make specific restrictions on this.

[0055] See also Figures 2 to 5 As shown, Figure 3 This is a schematic diagram of a partition with a mirror function provided by an embodiment of the utility model. Figure 4 This is a front view of a partition with a mirror function provided by an embodiment of the utility model. Figure 5It is a side view of a partition with a mirror function provided by an embodiment of the utility model; the partition with a mirror function 100 includes a top hanging component 1, an outer frame component 2, an inner frame component 3 and a storage component 4; the side of the top hanging component 1 close to the ceiling 200 is connected to the side of the ceiling 200 close to the top hanging component 1, and the top hanging component 1 is used to connect the partition with a mirror function 100 with the ceiling 200. The partition with a mirror function 100 can be suspended in the air through the top hanging component 1, and the lower surface of the partition with a mirror function 100 does not directly contact the ground, so that the partition with a mirror function The functional partition 100 maintains a certain distance and space from the ground, which is conducive to air circulation, and the partition 100 with a mirror function does not fall to the ground and has a sense of suspension; the lower end of the top hanging component 1 is connected to the upper end of the outer frame component 2, the inner frame component 3 and the storage component 4 are embedded in the outer frame component 2, and the inner frame component 3 is located above the storage component 4; the inner frame component 3 can be used to block a large area of ​​space, dividing a large space into two small spaces; the storage component 4 can be used to store small items in life, making full use of the internal space of the partition 100 with a mirror function. The outer frame assembly 2 has the function of dividing the space and also has the function of storing, which increases the function of the partition 100 with a mirror function and improves the utilization rate of the partition 100 with a mirror function; the outer frame assembly 2 serves as an integral frame structure, and supports and fixes the inner frame assembly 3 and the storing assembly 4 embedded therein, so as to prevent the inner frame assembly 3 and the storing assembly 4 from falling off from the partition 100 with a mirror function as a whole; along the height direction Z of the outer frame assembly 2, the cross-sectional shape of the outer frame assembly 2 is a "mesh" shape; along the height direction Z of the outer frame assembly 2, the top hanging assembly 1, the inner frame assembly 3 and the storing assembly 4 are The orthographic projections of the components 4 are respectively located within the range of the orthographic projections of the outer frame assembly 2, so that after the top hanging assembly 1, the inner frame assembly 3 and the storage assembly 4 are installed on the outer frame assembly 2, the surfaces of the top hanging assembly 1, the inner frame assembly 3 and the storage assembly 4 will not protrude from the outer frame assembly 2, thereby avoiding collisions when people use them; the top hanging assembly 1 and the storage assembly 2 extend along the length direction X of the outer frame assembly 2 respectively; the height direction Z of the outer frame assembly 2 intersects with the length direction X of the outer frame assembly 2; further, the height direction Z of the outer frame assembly 2 and the length direction X of the outer frame assembly 2 can be perpendicular to each other;

[0056] See also Figure 6 As shown, Figure 6: This is an exploded view of a partition with a mirror function provided by an embodiment of the utility model; the outer frame assembly 2 includes an outer top transverse frame 21, an outer bottom transverse frame 22, an outer left vertical frame 23, an outer right vertical frame 24, an outer upper transverse frame 25 and an outer lower transverse frame 26; the outer left vertical frame 23 and the outer right vertical frame 24 are relatively arranged along the length direction X of the outer frame assembly 2, and the outer left vertical frame 23 and the outer right vertical frame 24 extend along the height direction Z of the outer frame assembly 2; the outer top transverse frame 21, the outer upper transverse frame 25, the outer lower transverse frame 26 and the outer bottom transverse frame 22 are respectively located between the outer left vertical frame 23 and the outer right vertical frame 24; along the height direction Z of the outer frame assembly 2, the outer top transverse frame 21, the outer upper transverse frame 25, the outer lower transverse frame 26 and the outer bottom transverse frame 22 are arranged in sequence from top to bottom; the outer top transverse frame 21, the outer upper transverse frame 25, the outer lower transverse frame 26 The outer bottom transverse frame 22 and the outer top transverse frame 21 extend respectively along the length direction X of the outer frame assembly 2; the head and tail ends of the outer top transverse frame 21, the outer upper transverse frame 25, the outer lower transverse frame 26 and the outer bottom transverse frame 22 are respectively connected to the outer left vertical frame 23 and the outer right vertical frame 24; the outer top transverse frame 21, part of the outer left vertical frame 23, the outer upper transverse frame 25 and part of the outer right vertical frame 24 form an upper hollow structure 27, and the cross-sectional shape of the upper hollow structure 27 along the height direction Z of the outer frame assembly 2 can be a "mouth" shape. The upper hollow structure 27 is designed on the partition 100 with a mirror function. No obstructions are set on the upper hollow structure 27, which can bring good light to the space and improve the lighting effect of the space. At the same time, it does not affect the independent use of the two separated spaces, forming two spaces with different usage functions but interrelated. A middle hollow structure 28 is formed between the outer upper horizontal frame 25, part of the outer left vertical frame 23, the outer lower horizontal frame 26 and part of the outer right vertical frame 24. The cross-sectional shape of the middle hollow structure 28 along the height direction Z of the outer frame component 2 can be a "mouth" shape; the middle hollow structure 28 is used to install the inner frame component 3 to ensure that the inner frame component 3 can be smoothly embedded in the outer frame component 2. The outer upper horizontal frame 25, part of the outer left vertical frame 23, the outer lower horizontal frame 26 and part of the outer right vertical frame 24 fix the embedded inner frame component 3 from four directions, thereby improving the connection strength between the inner frame component 3 and the outer frame component 2; a lower hollow structure 29 is formed between the outer lower horizontal frame 26, part of the outer left vertical frame 23, the outer bottom horizontal frame 22 and the outer right vertical frame 24. The cross-sectional shape of the lower hollow structure 29 along the height direction Z of the outer frame component 2 can be a "mouth" shape; the lower hollow structure 29 is used to place the storage component 4 to improve the functionality of the partition 100 with a mirror function.

[0057] Continue to see Figure 6As shown, the inner frame component 3 includes a front mirror structure 31 and a rear mirror structure 32; the front mirror structure 31 and the rear mirror structure 32 can both be mercury mirrors, and the front mirror structure 31 and the rear mirror structure 32 are relatively arranged along the width direction Y of the outer frame component 2; the length direction X of the outer frame component 2, the width direction Y of the outer frame component 2, and the height direction Z of the outer frame component 2 intersect each other; specifically, the length direction X of the outer frame component 2, the width direction Y of the outer frame component 2, and the height direction Z of the outer frame component 2 can be perpendicular to each other; the front mirror structure 31 and the rear mirror structure 32 can be respectively The rectangular parallelepiped structure, the front mirror structure 31 and the rear mirror structure 32 are embedded in the middle hollow structure 28; along the width direction Y of the outer frame assembly 2, the orthographic projection of the front mirror structure 31 on the plane where the outer frame assembly 2 is located overlaps with the orthographic projection of the middle hollow structure 28 on the plane where the outer frame assembly 2 is located; along the width direction Y of the outer frame assembly 2, the orthographic projection of the rear mirror structure 32 on the plane where the outer frame assembly 2 is located overlaps with the orthographic projection of the middle hollow structure 28 on the plane where the outer frame assembly 2 is located; the peripheries of the front mirror structure 31 and the rear mirror structure 32 are respectively connected to the outer upper horizontal frame 25, part of the outer left vertical frame 23, and the outer lower horizontal frame 2 6 and part of the outer right vertical frame 24, the outer upper horizontal frame 25, part of the outer left vertical frame 23, the outer lower horizontal frame 26 and part of the outer right vertical frame 24 wrap the entire front mirror structure 31 and the rear mirror structure 32 in the middle, fix the inner frame component 3 embedded therein, and improve the connection strength between the inner frame component 3 and the outer frame component 2; the front mirror structure 31 and the rear mirror structure 32 have the function of reflecting images, and people can use them for beauty, makeup, and grooming activities, and the partition 100 with mirror function is also provided with the front mirror structure 31 and the rear mirror structure 32, which can meet Activities such as trying on clothes, putting on makeup, and touching up makeup can be carried out on both sides at the same time; in addition, the front mirror structure 31 and the rear mirror structure 32 are used in the space, and the reflection principle can be used to expand the feeling of space. Using the partition 100 with mirror function in a small room or corridor can make the space look larger and more spacious; the front mirror structure 31 and the rear mirror structure 32 are respectively embedded with a light source device 33; the light source device 33 can supplement light for the partition 100 with mirror function, and when people are trying on clothes, putting on makeup, and touching up makeup, the light source device 33 can also be used as a fill light.

[0058] Continue to see Figure 6As shown, the storage assembly 4 is located in the lower hollow structure 29, and the storage assembly 4 is connected to the side of the outer bottom transverse frame 22 close to the outer lower transverse frame 26; along the height direction Z of the outer frame assembly 2, the height of the storage assembly 4 is less than the height of the lower hollow structure 29. The storage assembly 4 can be used to store small items in life, making full use of the internal space of the partition 100 with a mirror function, so that it has a space separation function and a storage function, increasing the function of the partition 100 with a mirror function and improving the utilization rate of the partition 100 with a mirror function; along the height direction Z of the outer frame assembly 2, the height of the storage assembly 4 is less than the height of the lower hollow structure 29, so that a certain space is left above the storage assembly 4, and the space can facilitate personnel to take and put items from the storage structure.

[0059] When installing the partition 100 with mirror function, first assemble the outer top transverse frame 21, the outer bottom transverse frame 22, the outer left vertical frame 23, and the outer right vertical frame 24 to form a rectangular frame, and then install the outer upper transverse frame 25 and the outer lower transverse frame 26 between the outer left vertical frame 23 and the outer right vertical frame 24. After the outer upper transverse frame 25 and the outer lower transverse frame 26 are installed, the inner space of the rectangular frame is divided into an upper hollow structure 27, a middle hollow structure 28, and a lower hollow structure 29. Then, the inner frame assembly 3 is embedded in the middle hollow structure 28, the storage assembly 4 is embedded in the lower hollow structure 29, and finally the outer frame assembly 2 is installed on the top hanging assembly 1 to complete the installation of the partition 100 with mirror function.

[0060] Alternatively, see Figure 2 , Figure 6 and Figure 7 As shown, Figure 7 yes Figure 2 Schematic diagram of the structure at A in the middle; the top hanging assembly 1 includes an upper hanging member 11 and a lower hanging member 12 plugged with the upper hanging member 11; the upper hanging member 11 and the lower hanging member 12 extend along the length direction X of the outer frame assembly 2; the side of the upper hanging member 11 away from the lower hanging member 12 is fixedly connected to the surface of the ceiling 200 through the hanging member fastener 13, and the side of the lower hanging member 12 away from the upper hanging member 11 is fixedly connected to the side of the outer top cross frame 21 away from the upper hollow structure 27; the ceiling 200, the upper hanging member 11, the lower hanging member 12 And the outer frame component 2 are connected in sequence, and the upper hanging component 11 and the lower hanging component 12 are used to connect the partition 100 with the mirror function to the ceiling 200, so that the partition 100 with the mirror function can be suspended in the air through the top hanging component 1, and the lower surface of the partition 100 with the mirror function does not contact the ground, so that the partition 100 with the mirror function maintains a certain distance and space with the ground, which is conducive to air circulation, and the partition 100 with the mirror function does not fall to the ground and has a floating feeling.

[0061] Preferably, the hanging part fastener 13 can be a self-tapping screw or an expansion bolt; a self-tapping screw is a fastener with a threaded fastener that can self-tap a mating internal thread in a pre-drilled hole in metal or non-metal materials. When the upper hanging part 11 is connected to the ceiling 200 through the hanging part fastener 13, the self-tapping screw can easily fix the upper hanging part 11 on the ceiling 200. During installation, only a screwdriver or an electric screwdriver is required to complete the installation, without the need for other special tools. The installation is fast and can save time and labor; the self-tapping screw has good high anti-loosening ability, the fixing force of the self-tapping screw is more firm and reliable, and it is not easy to fall off. The thread shape and angle of the self-tapping screw can better grip the ceiling 200 to ensure that it will not be loosened by vibration or external force; in addition, the self-tapping screw can also be disassembled, which can avoid damage to the upper hanging part 11 and the ceiling 200 caused by violent removal; the expansion bolt achieves the fastening effect by expanding the sleeve; during the expansion process, the pressure of the sleeve becomes larger and larger, which can increase the contact area between the expansion bolt and the upper hanging part 11 and the ceiling 200, so that the fixing force of the expansion bolt is stronger and the upper hanging part 11 is prevented from falling off the ceiling 200.

[0062] Preferably, continue to refer to Figure 2 、 Figure 6 and Figure 7 As shown in, the upper hanging part 11 includes a supporting hanging plate 111. The supporting hanging plate 111 is a cuboid structure. The supporting hanging plate 111 is provided with a plurality of wall hanging through holes 112 that penetrate through in the height direction Z of the outer frame assembly 2. The plurality of wall hanging through holes 112 are arranged in an array along the length direction X of the outer frame assembly 2 and along the width direction Y of the outer frame assembly 2; the wall hanging through holes 112 are used for passing through the hanging part fastener 13; the front and rear ends of the supporting hanging plate 111 are respectively provided with a front hook body 113 and a rear hook body 114. The front hook body 113 and the rear hook body 114 are symmetrically arranged along the width direction Y of the outer frame assembly 2 in a mirror image manner; the cross-sectional shape of the front hook body 113 and the rear hook body 114 along the height direction Z of the outer frame assembly 2 can be in the shape of an "L".

[0063] The lower hanging member 12 includes a front hook seat 121 and a rear hook seat 122 which are arranged opposite to each other in a mirror image. The sides of the front hook seat 121 and the rear hook seat 122 close to the outer top horizontal frame 21 are fixedly connected to the outer top horizontal frame 21. The cross-sectional shape of the front hook seat 121 and the rear hook seat 122 along the height direction Z of the outer frame assembly 2 can be an inverted "L" shape. The front hook seat 121 is inserted into the front hook body 113 along the length direction X of the outer frame assembly 2, and the rear hook seat 122 is inserted into the rear hook 114 along the length direction X of the outer frame assembly 2. In the top hanging assembly 1, by inserting the front hook seat 121 into the front hook body 113 and the rear hook seat 122 into the rear hook 114, the detachable connection between the upper hanging member 11 and the lower hanging member 12 is realized, so that the partition 100 with a mirror function is connected to the ceiling 200, enabling the partition 100 with a mirror function to be suspended in the air through the top hanging assembly 1. The lower surface of the partition 100 with a mirror function does not contact the ground, keeping a certain distance and space between the partition 100 with a mirror function and the ground, which is beneficial to air circulation, and the partition 100 with a mirror function does not touch the ground and has a sense of suspension.

[0064] Optionally, continue to refer to Figure 6 and Figure 7As shown, the top hanging component 1 also includes a left plug 13, a right plug 14 and a plurality of plug connectors 15. The left plug 13 and the right plug 14 are relatively arranged along the length direction X of the outer frame component 2, and the plug connector 15 is located between the left plug 13 and the right plug 14; the left plug 13 and the right plug 14 are both rectangular structures, the left plug 13 is provided with a plurality of left plug through holes 131 that pass through along the length direction X of the outer frame component 2, and the right plug 14 is provided with a plurality of right plug through holes 141 that pass through along the length direction X of the outer frame component 2; the plug connector 15 is fixedly connected to the outer top cross frame 21 on one side close to the outer top cross frame 21, and a plug connecting groove 151 is provided on the side of the plug connector 15 away from the outer top cross frame 21, and the plug connecting groove 151 is along The length direction X of the outer frame assembly 2 is through, and the plug connection groove 151 is recessed along the height direction Z of the outer frame assembly 2 toward the side close to the outer top cross frame 21; the left plug through hole 131, the right plug through hole 141 and the plug connector 15 correspond one to one, and the left plug through hole 131, the right plug through hole 141 and the plug connection groove 151 also correspond one to one. A left plug fastener (not shown in the figure) is inserted into the left plug through hole 131 and its corresponding plug connection groove 151, and the left plug 13 and the plug connector 15 are connected by the left plug fastener; a right plug fastener (not shown in the figure) is inserted into the right plug through hole 141 and its corresponding plug connection groove 151, and the right plug 14 and the plug connector 15 are connected by the right plug fastener. The left plug fastener and the right plug fastener can be bolts or screws, respectively. A left plug 13 and a right plug 14 are respectively provided at both ends of the lower hanging part 12, and the left plug 13 and the right plug 14 are connected to the lower hanging part 12 through a plug connector 15, so as to prevent dust and other fine particles from entering the top hanging component 1 and keep the interior of the partition with a mirror function clean. At the same time, the left plug 13 and the right plug 14 are used to seal both ends of the top hanging component 1, so as to improve the aesthetic performance of the top hanging component 1.

[0065] Alternatively, see Figure 6 and Figure 8 As shown, Figure 8 It is an exploded view of an outer frame assembly provided by an embodiment of the utility model, wherein the outer upper horizontal frame 25 includes an upper left connecting block 251 and an upper right connecting block 252 which are relatively arranged, and the upper left connecting block 251 and the upper right connecting block 252 are relatively arranged along the length direction X of the outer frame assembly 2; the upper left connecting block 251 and the upper right connecting block 252 are respectively tubular structures; the upper left connecting block 251 and the upper right connecting block 252 adopt a tubular structure, which can reduce the weight of the upper left connecting block 251 and the upper right connecting block 252 while ensuring the connection strength of the upper left connecting block 251 and the upper right connecting block 252, thereby reducing the overall weight of the partition 100 with a mirror function and preventing the partition 100 with a mirror function from falling from the ceiling 200.

[0066] The cross-sectional shapes of the upper left connecting block 251 and the upper right connecting block 252 along the length direction X of the outer frame assembly 2 can be rectangular respectively; the upper left connecting block 251 and the upper right connecting block 252 are respectively located between the outer left vertical frame 23 and the outer right vertical frame 24; the upper left connecting block 251 is connected to the side of the outer left vertical frame 23 close to the middle hollow structure 28, and the upper right connecting block 252 is connected to the side of the outer right vertical frame 24 close to the middle hollow structure 28; a front upper partition 253 and a rear upper partition 254 are provided on the side of the upper left connecting block 251 away from the middle hollow structure 28, and the front upper partition 253 and the rear upper partition 254 are located on the same plane; the front upper partition 253 and the rear upper partition 254 are relatively arranged along the width direction Y of the outer frame assembly 2, and the front upper partition 253 and the rear upper partition 254 extend respectively along the length direction X of the outer frame assembly 2; the front upper partition 253 and the rear upper partition 254 are close to the side of the outer left vertical frame 23 The front upper partition 253 and the rear upper partition 254 are respectively connected to the upper left connecting block 251, and the sides of the front upper partition 253 and the rear upper partition 254 close to the outer right vertical frame 24 are respectively connected to the upper right connecting block 252; along the width direction Y of the outer frame assembly 2, the sum of the widths of the front upper partition 253 and the rear upper partition 254 is greater than the width of the upper left connecting block 251; along the width direction Y of the outer frame assembly 2, the sum of the widths of the front upper partition 253 and the rear upper partition 254 is greater than the width of the upper right connecting block 252 width; the upper left connecting block 251 and the upper right connecting block 252 are both located between the front mirror structure 31 and the rear mirror structure 32; the front mirror structure 31 is located below the front upper partition 253, and the side of the front upper partition 253 away from the rear mirror structure 32 is connected to the front mirror structure 31; the rear mirror structure 32 is located below the rear upper partition 254, and the side of the rear upper partition 254 away from the front mirror structure 31 is connected to the rear mirror structure 32.

[0067] The front upper partition 253 and the rear upper partition 254 are fixedly installed on the outer left vertical frame 23 and the outer right vertical frame 24 through the upper left connecting block 251 and the upper right connecting block 252, and then the front mirror structure 31 is installed under the front upper partition 253, and the upper end of the front mirror structure 31 is fixedly connected to the lower end of the front upper partition 253; then the rear mirror structure 32 is installed under the rear upper partition 254, and the upper end of the rear mirror structure 32 is fixedly connected to the lower end of the rear upper partition 254, so that the front mirror structure 31 and the rear mirror structure 32 are smoothly installed on the outer upper horizontal frame 25, and the front mirror structure 31 and the rear mirror structure 32 are prevented from falling off from the outer frame assembly 2.

[0068] Optionally, continue to see Figure 6 and Figure 8As shown, the outer lower cross frame 26 includes a lower left connecting block 261 and a lower right connecting block 262 which are relatively arranged, and the lower left connecting block 261 and the lower right connecting block 262 are relatively arranged along the length direction X of the outer frame assembly 2; the lower left connecting block 261 and the lower right connecting block 262 are respectively tubular structures, and the lower left connecting block 261 and the lower right connecting block 262 adopt tubular structures, which can reduce the weight of the lower left connecting block 261 and the lower right connecting block 262 while ensuring the connection strength of the lower left connecting block 261 and the lower right connecting block 262, thereby reducing the overall weight of the partition 100 with a mirror function, and preventing the partition 100 with a mirror function from falling off the ceiling 200;

[0069] The cross-sectional shapes of the lower left connecting block 261 and the lower right connecting block 262 along the length direction X of the outer frame assembly 2 can be rectangular respectively; the lower left connecting block 261 and the lower right connecting block 262 are respectively located between the outer left vertical frame 23 and the outer right vertical frame 24; the lower left connecting block 261 is connected to the side of the outer left vertical frame 23 close to the middle hollow structure 28, and the lower right connecting block 262 is connected to the side of the outer right vertical frame 24 close to the middle hollow structure 28; a front lower partition 263 and a rear lower partition 264 are provided on the side of the lower left connecting block 261 away from the middle hollow structure 28, and the front lower partition 263 and the rear lower partition 264 can be located in the same plane; the front lower partition 263 and the rear lower partition 264 are relatively arranged along the width direction Y of the outer frame assembly 2, and the front lower partition 263 and the rear lower partition 264 extend respectively along the length direction X of the outer frame assembly 2; the front lower partition 263 and the rear lower partition 264 are close to the side of the outer left vertical frame 23 The sides of the front lower partition 263 and the rear lower partition 264 are respectively connected to the left lower connection block 261, and the sides of the front lower partition 263 and the rear lower partition 264 close to the outer right vertical frame 24 are respectively connected to the right lower connection block 262; along the width direction Y of the outer frame assembly 2, the sum of the widths of the front lower partition 263 and the rear lower partition 264 is greater than the width of the left lower connection block 261; along the width direction Y of the outer frame assembly 2, the sum of the widths of the front lower partition 263 and the rear lower partition 264 is greater than the width of the right lower connection block 26 2; the lower left connecting block 261 and the lower right connecting block 262 are both located between the front mirror structure 31 and the rear mirror structure 32; the front mirror structure 31 is located above the front lower partition 263, and the side of the front lower partition 263 away from the rear mirror structure 32 is connected to the front mirror structure 31; the rear mirror structure 32 is located above the rear lower partition 264, and the side of the rear lower partition 264 away from the front mirror structure 31 is connected to the rear mirror structure 32.

[0070] The front lower partition 263 and the rear lower partition 264 are fixedly installed on the outer left vertical frame 23 and the outer right vertical frame 24 through the lower left connecting block 261 and the lower right connecting block 262, and then the front mirror structure 31 is installed above the front lower partition 263, and the lower end of the front mirror structure 31 is fixedly connected to the upper end of the front lower partition 263; then the rear mirror structure 32 is installed above the rear lower partition 264, and the lower end of the rear mirror structure 32 is fixedly connected to the upper end of the rear lower partition 264, so that the front mirror structure 31 and the rear mirror structure 32 are smoothly installed on the outer lower horizontal frame 26, and the front mirror structure 31 and the rear mirror structure 32 are prevented from falling off from the outer frame assembly 2.

[0071] Alternatively, see Figure 2 , Figure 8 and Fig. 9 As shown, Fig. 9 yes Figure 4In the cross-sectional view at A-A', the outer top transverse frame 21, the outer bottom transverse frame 22, the outer left vertical frame 23 and the outer right vertical frame 24 all include a front side plate 211, an outer side plate 212, a rear side plate 213 and an inner side plate 214 connected in sequence; the front side plate 211, the outer side plate 212, the rear side plate 213 and the inner side plate 214 are surrounded by a hollow structure; the hollow structure can reduce the weight of the outer top transverse frame 21, the outer bottom transverse frame 22, the outer left vertical frame 23 and the outer right vertical frame 24 while ensuring the connection and emphasis of the outer top transverse frame 21, the outer bottom transverse frame 22, the outer left vertical frame 23 and the outer right vertical frame 24, thereby reducing the overall weight of the partition 100 with a mirror function, avoiding The partition 100 with mirror function falls from the ceiling 200; the inner side plate 214 and the outer side plate 212 are arranged oppositely and parallel to each other; the inner side plate 214 is located on the side of the outer side plate 212 close to the middle hollow structure 28; along the width direction Y of the outer frame assembly 2, the width of the inner side plate 214 is smaller than the width of the outer side plate 212; the front side plate 211 and the rear side plate 213 are arranged oppositely, the front side plate 211 and the rear side plate 213 are arc-shaped plates, the front side plate 211 protrudes toward the side of the rear side plate 213, and the rear side plate 213 protrudes toward the side of the front side plate 211; the hollow structure of the outer top horizontal frame 21 and the hollow structure of the outer left vertical frame 23 are connected by the outer upper left corner code 215 The hollow structure of the outer top transverse frame 21 and the hollow structure of the outer right vertical frame 24 are connected by the outer upper right corner code 216, the hollow structure of the outer bottom transverse frame 22 and the hollow structure of the outer left vertical frame 23 are connected by the outer lower left corner code 217, and the hollow structure of the outer bottom transverse frame 22 and the hollow structure of the outer right vertical frame 24 are connected by the outer lower right corner code 218; the outer upper left corner code 215, the outer upper right corner code 216, the outer lower left corner code 217, and the outer lower right corner code 218 can play the role of fixing, connecting and supporting. The top transverse frame 21 and the outer bottom transverse frame 22 are connected by the outer upper left corner code 215, the outer upper right corner code 216, the outer lower left corner code 217, and the outer lower right corner code 218. , the outer left vertical frame 23 and the outer right vertical frame 24 are assembled into an integral rectangular frame structure, and the rectangular frame structure can be fixedly connected from the four top corners, thereby improving the overall strength of the outer frame assembly 2 and preventing the outer frame assembly 2 from loosening or disintegrating during transportation or long-term use, thereby improving the stability of the partition 100 with a mirror function; and because the outer upper left corner code 215, the outer upper right corner code 216, the outer lower left corner code 217, and the outer lower right corner code 218 are all hidden in the hollow structure of the outer top horizontal frame 21, the outer bottom horizontal frame 22, the outer left vertical frame 23 and the outer right vertical frame 24, the aesthetics of the partition 100 with a mirror function is also enhanced.

[0072] Alternatively, see Fig.10 As shown, Fig.1031 is an exploded view of an inner frame assembly provided by an embodiment of the utility model. The front mirror structure 31 and the rear mirror structure 32 both include a panel 311, an inner upper horizontal frame 312, an inner left vertical frame 313, an inner lower horizontal frame 314 and an inner right vertical frame 315; the inner upper horizontal frame 312 and the inner lower horizontal frame 314 are arranged opposite to each other, and the inner upper horizontal frame 312 and the inner lower horizontal frame 314 extend along the length direction X of the outer frame assembly 2, the inner left vertical frame 313 and the inner right vertical frame 315 are arranged opposite to each other, and the inner left vertical frame 313 and the inner right vertical frame 315 are arranged opposite to each other. The vertical frame 313 and the inner right vertical frame 315 extend along the height direction Z of the outer frame assembly 2. The inner upper horizontal frame 312, the inner left vertical frame 313, the inner lower horizontal frame 314 and the inner right vertical frame 315 are sequentially connected to form a rectangular frame structure; the inner upper horizontal frame 312, the inner left vertical frame 313, the inner lower horizontal frame 314 and the inner right vertical frame 315 are respectively connected to one side of the panel 311 close to the upper left connecting block 251; the inner upper horizontal frame 312 of the front mirror structure 31 is connected to the front upper partition 253 The inner upper horizontal frame 312 of the rear mirror structure 32 is connected to the rear upper partition 254; the inner lower horizontal frame 314 of the front mirror structure 31 is connected to the front lower partition 263, and the inner lower horizontal frame 312 of the rear mirror structure 32 is connected to the rear lower partition 264; first, the inner upper horizontal frame 312, the inner left vertical frame 313, the inner lower horizontal frame 314 and the inner right vertical frame 315 are sequentially connected to form a rectangular frame structure, so that the inner upper horizontal frame 312, the inner left vertical frame 313, the inner lower horizontal frame 314 and the inner right vertical frame 315 are connected to form a rectangular frame structure. The lower horizontal frame 314 and the inner right vertical frame 315 form an integral structure, and the panel 311 is then installed on the integral structure, which can improve the installation efficiency of the front mirror structure 31 and the rear mirror structure 32; and because the panel 311 can be supported and fixed by an integral structure, the overall stability of the front mirror structure 31 and the rear mirror structure 32 is improved, thereby avoiding the disintegration of the front mirror structure 31 and the rear mirror structure 32; preferably, the panel 311 is a mercury mirror.

[0073] Optionally, continue to see Fig.10As shown, the inner upper horizontal frame 312 is provided with an upper angle code plug-in hole (not shown in the figure) and an upper light source groove (not shown in the figure), the upper angle code plug-in hole and the upper light source groove are respectively penetrated along the length direction X of the outer frame component 2, and the upper light source groove is recessed toward one side of the inner lower horizontal frame 314 along the height direction Z of the outer frame component 2; the inner lower horizontal frame 314 is provided with a lower angle code plug-in hole 3141 and a lower light source groove 3142, the lower angle code plug-in hole 3141 and the lower light source groove 3142 are respectively penetrated along the length direction X of the outer frame component 2, and the lower light source groove is recessed toward one side of the inner lower horizontal frame 314 along the height direction Z of the outer frame component 2 The source groove 3142 is recessed toward the inner upper horizontal frame 312 side along the height direction Z of the outer frame assembly 2; the inner left vertical frame 313 is provided with a left angle code plug-in hole 3131 and a left light source groove 3132, the left angle code plug-in hole 3131 and the left light source groove 3132 are respectively connected along the height direction Z of the outer frame assembly 2, and the left light source groove 3132 is recessed toward the inner right vertical frame 315 side along the length direction Z of the outer frame assembly 2; the inner right vertical frame 315 is provided with a right angle code plug-in hole (not shown in the figure) and a right light source groove (not shown in the figure) The right corner code plug-in hole and the right light source groove are respectively connected along the height direction Z of the outer frame component 2, and the right light source groove is recessed toward the side of the inner left vertical frame 313 along the length direction of the outer frame component 2; the upper corner code plug-in hole and the left corner code plug-in hole 3131 are connected through the inner upper left corner code 316, the upper corner code plug-in hole and the right corner code plug-in hole 3151 are connected through the inner upper right corner code 317, the lower corner code plug-in hole 3141 and the left corner code plug-in hole 3131 are connected through the inner lower left corner code 318, and the lower corner code plug-in hole 3141 It is connected to the right corner code plug-in hole 3151 through the inner lower right corner code 319; a light source device 33 is embedded in the left light source slot 3132 and / or the right light source slot; preferably, the light source device 33 can be an LED (light-emitting diode) light strip; the front mirror structure 31 and the rear mirror structure 32 are respectively embedded with the light source device 33; the light source device 33 can supplement light for the partition 100 with mirror function, and when people are trying on clothes, putting on makeup, touching up makeup, etc., the light source device 33 can also be used as a fill light.

[0074] Optionally, continue to see Figure 6As shown, the storage assembly 4 includes a box body 41, which is a hollow structure of a rectangular parallelepiped; a plurality of storage holes 42 are provided on one side of the box body 41 close to the outer lower horizontal frame 26, and items can be placed into the box body 41 through the storage holes 42; the storage holes 42 pass through along the height direction Z of the outer frame assembly 2; along the length direction X of the outer frame assembly 2, the cross-sectional shape of the storage holes 42 can be rectangular, circular, triangular or elliptical, and this embodiment does not make specific restrictions on this; the areas of different storage holes 42 can be the same, and the areas of different storage holes 42 can also be different, as long as it is ensured that the items to be placed can be placed into the box body 41 through the storage holes 42, and this embodiment does not make specific restrictions on this; the box body 41 is set on the partition 100 with a mirror function, and small items in life can be stored, and the internal space of the partition 100 with a mirror function can be fully utilized, so that it has a space separation function and a storage function, thereby increasing the function of the partition 100 with a mirror function and improving the utilization rate of the partition 100 with a mirror function.

[0075] It can be seen from the above embodiments that the partition with mirror function provided by the utility model achieves at least the following beneficial effects:

[0076] The utility model provides a partition with a mirror function, comprising a top hanging component, an outer frame component, an inner frame component and a storage component.

[0077] First, the upper end of the top hanging component is connected to the lower end of the ceiling. The top hanging component is used to connect the partition to the ceiling. The partition can be suspended in the air through the top hanging component. The lower surface of the partition does not contact the ground, so that the partition maintains a certain distance and space from the ground, which is conducive to air circulation, and the partition does not fall to the ground and has a suspended feeling.

[0078] Second, the inner frame component can be used to block a large area of ​​space, dividing a large space into two small spaces. The two separated small spaces can be used independently and have different functions, and can also be interconnected.

[0079] Third, the storage component can be used to store small items in life, making full use of the internal space of the partition so that it can not only divide the space but also have a storage function, thereby increasing the function of the partition and improving the utilization rate of the partition.

[0080] Fourth, the outer frame assembly serves as an integral frame structure, supporting and fixing the inner frame assembly and the storage assembly embedded therein, thereby preventing the inner frame assembly and the storage assembly from falling off from the partition as a whole.

[0081] Fifth, along the height direction of the outer frame assembly, the orthographic projections of the top hanging assembly, the inner frame assembly and the storage assembly are respectively located within the range of the orthographic projection of the outer frame assembly, so that after the top hanging assembly, the inner frame assembly and the storage assembly are installed on the outer frame assembly, the surfaces of the top hanging assembly, the inner frame assembly and the storage assembly will not protrude from the outer frame assembly, thereby avoiding bumps when people use them.

[0082] Sixth, a hollow structure is designed on the outer frame component of the partition. There is no obstruction on the hollow structure, which can bring good light into the space and improve the lighting effect of the space. At the same time, it does not affect the independent use of the two separated spaces, forming two spaces with different functions but interrelated.

[0083] Seventh, the inner frame assembly includes a front mirror structure and a rear mirror structure; the front mirror structure and the rear mirror structure have the function of reflecting images, and personnel can use them for beauty, makeup, and grooming activities, and the partition is also provided with a front mirror structure and a rear mirror structure, which can meet the needs of trying on clothes, makeup, and touch-up activities on both sides at the same time; in addition, the front mirror structure and the rear mirror structure are used in the space, and the reflection principle can also be used to expand the sense of space. Using the partition in a small room or corridor can make the space look larger and more spacious.

[0084] Eighth, the front mirror structure and the rear mirror structure are respectively embedded with light source devices; the light source devices can supplement light for the partition, and can also be used as fill lights when people are trying on clothes, putting on makeup, or touching up makeup.

[0085] Although some specific embodiments of the present invention have been described in detail by way of examples, it should be understood by those skilled in the art that the above examples are for illustration only and are not intended to limit the scope of the present invention. It should be understood by those skilled in the art that the above embodiments may be modified without departing from the scope and spirit of the present invention. The scope of the present invention is defined by the appended claims.

Claims

1. A partition with mirror function, used between the ground and the ceiling, characterized in that: include: Outer frame assembly, inner frame assembly and storage assembly; The top of the outer frame assembly is connected to the ceiling through a top hanging assembly, the top of the outer frame assembly is connected to the bottom of the top hanging assembly, and the top of the top hanging assembly is connected to the ceiling; the bottom of the outer frame assembly is arranged in a non-contact manner with the ground; The outer frame assembly comprises an outer top transverse frame, an outer bottom transverse frame, an outer left vertical frame, an outer right vertical frame, an outer upper transverse frame and an outer lower transverse frame, wherein the outer left vertical frame and the outer right vertical frame have the same size along the length direction of the outer frame assembly and are arranged relatively, and the outer left vertical frame and the outer right vertical frame extend along the height direction of the outer frame assembly; the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame extend along the length direction of the outer frame assembly and have the same size, respectively. The upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame are respectively located between the outer left vertical frame and the outer right vertical frame, and the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame are arranged in sequence from top to bottom. The left ends of the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame on the same side are all connected to the outer left vertical frame, and the right ends of the outer top transverse frame, the outer upper transverse frame, the outer lower transverse frame and the outer bottom transverse frame on the same side are all connected to the outer right vertical frame; The upper hollow structure is formed between the outer top transverse frame, the outer left vertical frame, the outer upper transverse frame and the outer right vertical frame; the middle hollow structure is formed between the outer upper transverse frame, the outer left vertical frame, the outer lower transverse frame and the outer right vertical frame; and the lower hollow structure is formed between the outer lower transverse frame, the outer left vertical frame, the outer bottom transverse frame and the outer right vertical frame; The upper hollow structure is a through structure in the width direction of the outer frame component, the inner frame component is arranged in the middle hollow structure, and the four sides of the inner frame component are respectively fixedly connected with the outer upper transverse frame, the outer left vertical frame, the outer lower transverse frame and the outer right vertical frame, the storage component is arranged in the lower hollow structure, along the height direction of the outer frame component, the height of the storage component is less than the height of the lower hollow structure, and the storage component is connected to the side of the outer bottom transverse frame close to the outer lower transverse frame; The inner frame assembly includes a front mirror structure, a rear mirror structure and a light source device. The front mirror structure and the rear mirror structure are arranged opposite to each other along the width direction of the outer frame assembly. The light source device is embedded in the sides of the front mirror structure and the rear mirror structure.

2. The partition with mirror function according to claim 1, characterized in that: The top hanging assembly includes an upper hanging member and a lower hanging member plugged into the upper hanging member, and the upper hanging member and the lower hanging member extend along the length direction of the outer frame assembly; a side of the upper hanging member away from the lower hanging member is fixedly connected to the surface of the ceiling through a hanging member fastener, and a side of the lower hanging member away from the upper hanging member is fixedly connected to a side of the outer top cross frame away from the upper hollow structure.

3. The partition with mirror function according to claim 2, characterized in that: The upper hanging member includes a supporting hanging plate, which is a rectangular parallelepiped structure, and is provided with a plurality of wall-hanging through holes extending along the height direction of the outer frame assembly, and the wall-hanging through holes are used to pass through the hanging fasteners; the plurality of wall-hanging through holes are arranged in an array along the length direction of the outer frame assembly and along the width direction of the outer frame assembly; a front hook body and a rear hook body are respectively provided at both ends of the supporting hanging plate; The lower hanging member comprises a front hook seat and a rear hook seat, and the front hook seat and the rear hook seat are fixedly connected to the outer top cross frame at one side close to the outer top cross frame; The front hook seat is inserted into the front hook body, and the front hook seat and the front hook body limit each other in the height direction of the outer frame component; the rear hook seat is inserted into the rear hook, and the rear hook seat and the rear hook limit each other in the height direction of the outer frame component.

4. The partition with mirror function according to claim 2, characterized in that: The top hanging assembly also includes a left plug, a right plug and a plurality of plug connectors, the left plug and the right plug are arranged opposite to each other along the length direction of the outer frame assembly, and the plug connector is located between the left plug and the right plug; the left plug and the right plug are both rectangular structures, the left plug is provided with a plurality of left plug through holes that pass through the length direction of the outer frame assembly, and the right plug is provided with a plurality of right plug through holes that pass through the length direction of the outer frame assembly; the plug connector is fixedly connected to the outer top cross frame on one side close to the outer top cross frame, and a plug connecting groove is provided on the side of the plug connector away from the outer top cross frame. The groove runs through along the length direction of the outer frame assembly, and the plug connecting groove is recessed along the height direction of the outer frame assembly toward the side close to the outer top cross frame; the left plug through hole, the right plug through hole and the plug connecting piece correspond one to one, the left plug through hole, the right plug through hole and the plug connecting groove correspond one to one, a left plug fastener is inserted into the left plug through hole and the corresponding plug connecting groove, and the left plug and the plug connecting piece are connected via the left plug fastener; a right plug fastener is inserted into the right plug through hole and the corresponding plug connecting groove, and the right plug and the plug connecting piece are connected via the right plug fastener.

5. The partition with mirror function according to claim 1, characterized in that: The outer upper horizontal frame comprises an upper left connecting block and an upper right connecting block which are arranged opposite to each other, wherein the upper left connecting block and the upper right connecting block are arranged opposite to each other along the length direction of the outer frame assembly, and the upper left connecting block and the upper right connecting block are respectively tubular structures; The cross-sectional shapes of the upper left connecting block and the upper right connecting block along the length direction of the outer frame assembly can be rectangular respectively; the upper left connecting block and the upper right connecting block are respectively located between the outer left vertical frame and the outer right vertical frame; the upper left connecting block is connected to the side of the outer left vertical frame close to the middle hollow structure, and the upper right connecting block is connected to the side of the outer right vertical frame close to the middle hollow structure; a front upper partition and a rear upper partition are provided on the side of the upper left connecting block away from the middle hollow structure, and the front upper partition and the rear upper partition are located in the same plane; the front upper partition and the rear upper partition are arranged opposite to each other along the width direction of the outer frame assembly, and the front upper partition and the rear upper partition extend respectively along the length direction of the outer frame assembly; the front upper partition and the rear upper partition are respectively connected to the side of the outer left vertical frame close to the outer left vertical frame The upper left connecting block is connected, and the side of the front upper partition and the rear upper partition close to the outer right vertical frame is respectively connected to the upper right connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front upper partition and the rear upper partition is greater than the width of the upper left connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front upper partition and the rear upper partition is greater than the width of the upper right connecting block; the upper left connecting block and the upper right connecting block are both located between the front mirror structure and the rear mirror structure; the front mirror structure is located below the front upper partition, and the side of the front upper partition away from the rear mirror structure is connected to the front mirror structure; the rear mirror structure is located below the rear upper partition, and the side of the rear upper partition away from the front mirror structure is connected to the rear mirror structure.

6. The partition with mirror function according to claim 1, characterized in that: The outer lower horizontal frame comprises a lower left connecting block and a lower right connecting block which are arranged opposite to each other, and the lower left connecting block and the lower right connecting block are arranged opposite to each other along the length direction of the outer frame assembly; the lower left connecting block and the lower right connecting block are respectively tubular structures; The cross-sectional shapes of the lower left connecting block and the lower right connecting block along the length direction of the outer frame assembly can be rectangular respectively; the lower left connecting block and the lower right connecting block are respectively located between the outer left vertical frame and the outer right vertical frame; the lower left connecting block is connected to the side of the outer left vertical frame close to the middle hollow structure, and the lower right connecting block is connected to the side of the outer right vertical frame close to the middle hollow structure; a front lower partition and a rear lower partition are provided on the side of the lower left connecting block away from the middle hollow structure, and the front lower partition and the rear lower partition can be located in the same plane; the front lower partition and the rear lower partition are relatively arranged along the width direction of the outer frame assembly, and the front lower partition and the rear lower partition extend respectively along the length direction of the outer frame assembly; the front lower partition and the rear lower partition are respectively connected to the side of the outer left vertical frame close to the outer left vertical frame The lower left connecting block is connected, and the side of the front lower partition and the rear lower partition close to the outer right vertical frame is respectively connected to the lower right connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front lower partition and the rear lower partition is greater than the width of the lower left connecting block; along the width direction of the outer frame assembly, the sum of the widths of the front lower partition and the rear lower partition is greater than the width of the lower right connecting block; the lower left connecting block and the lower right connecting block are both located between the front mirror structure and the rear mirror structure; the front mirror structure is located above the front lower partition, and the side of the front lower partition away from the rear mirror structure is connected to the front mirror structure; the rear mirror structure is located above the rear lower partition, and the side of the rear lower partition away from the front mirror structure is connected to the rear mirror structure.

7. The partition with mirror function according to claim 1, characterized in that: The outer top transverse frame, the outer bottom transverse frame, the outer left vertical frame and the outer right vertical frame all include a front side plate, an outer side plate, a rear side plate and an inner side plate connected in sequence, and the front side plate, the outer side plate, the rear side plate and the inner side plate are surrounded to form a hollow structure.

8. The partition with mirror function according to claim 5, characterized in that: The front mirror structure and the rear mirror structure both include a panel, an inner upper horizontal frame, an inner left vertical frame, an inner lower horizontal frame and an inner right vertical frame, the inner upper horizontal frame and the inner lower horizontal frame are arranged opposite to each other, the inner upper horizontal frame and the inner lower horizontal frame extend along the length direction of the outer frame assembly, the inner left vertical frame and the inner right vertical frame are arranged opposite to each other, the inner left vertical frame and the inner right vertical frame extend along the height direction of the outer frame assembly, the inner upper horizontal frame, the inner left vertical frame, the inner lower horizontal frame and the inner right vertical frame are sequentially connected and arranged to form a rectangular frame structure; the inner upper horizontal frame, the inner left vertical frame, the inner lower horizontal frame and the inner right vertical frame are respectively connected to one side of the panel close to the upper left connecting block; the inner upper horizontal frame of the front mirror structure is connected to the front upper partition plate, and the inner upper horizontal frame of the rear mirror structure is connected to the rear upper partition plate; the inner lower horizontal frame of the front mirror structure is connected to the front lower partition plate, and the inner lower horizontal frame of the rear mirror structure is connected to the rear lower partition plate.

9. The partition with mirror function according to claim 8, characterized in that: The inner upper horizontal frame is provided with an upper corner code plug-in hole and an upper light source groove, and the upper corner code plug-in hole and the upper light source groove are respectively penetrated along the length direction of the outer frame assembly, and the upper light source groove is recessed toward one side of the inner lower horizontal frame along the height direction of the outer frame assembly; the inner lower horizontal frame is provided with a lower corner code plug-in hole and a lower light source groove, and the lower corner code plug-in hole and the lower light source groove are respectively penetrated along the length direction of the outer frame assembly, and the lower light source groove is recessed toward one side of the inner upper horizontal frame along the height direction of the outer frame assembly; the inner left vertical frame is provided with a left corner code plug-in hole and a left light source groove, and the left corner code plug-in hole and the left light source groove are respectively penetrated along the height direction of the outer frame assembly, and the left light source groove is recessed toward one side of the inner upper horizontal frame along the height direction of the outer frame assembly. The outer frame assembly is recessed toward one side of the inner right vertical frame in the degree direction; the inner right vertical frame is provided with a right corner code plug-in hole and a right light source slot, the right corner code plug-in hole and the right light source slot are respectively penetrated along the height direction of the outer frame assembly, and the right light source slot is recessed toward one side of the inner left vertical frame along the length direction of the outer frame assembly; the upper corner code plug-in hole and the left corner code plug-in hole are connected through the inner upper left corner code, the upper corner code plug-in hole and the right corner code plug-in hole are connected through the inner upper right corner code, the lower corner code plug-in hole and the left corner code plug-in hole are connected through the inner lower left corner code, and the lower corner code plug-in hole and the right corner code plug-in hole are connected through the inner lower right corner code; a light source device is embedded in the left light source slot and / or the right light source slot.

10. The partition with mirror function according to claim 1, characterized in that: The storage assembly includes a box body, which is a rectangular hollow structure; a plurality of storage holes are provided on one side of the box body close to the outer lower horizontal frame, and the storage holes pass through along the height direction of the outer frame assembly.

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