CN218528095U - Customized wardrobe built by adopting standardized components - Google Patents

Abstract

The utility model discloses a customized wardrobe built by adopting standardized components, which is mainly built by a lower layer wardrobe set, a middle layer wardrobe set and an upper layer wardrobe set from bottom to top, wherein the widths of the lower layer wardrobe set, the middle layer wardrobe set and the upper layer wardrobe set are equal and are respectively selected from the lower layer standardized components, the middle layer standardized components and the upper layer standardized components; the lower layer cabinet group selects at least one component from the bottom drawer box, the movable storage cabinet and the lower layer combined adjusting cabinet; the middle layer cabinet group selects at least one component from the combination of a long clothes hanging cabinet, a middle combined adjusting cabinet and a containing cabinet or a containing drawer, and the combination of a short clothes hanging cabinet and a containing cabinet or a containing drawer; the upper layer cabinet group selects at least one component from the top cabinet and the upper layer combined adjusting cabinet; the number of each selected component may be one or more. The utility model discloses wardrobe equipment is high-efficient, simple, nimble, free, and left right direction and vertical direction all have the size regulation layer, have reduced the requirement to the accurate measuring tape of specialty, have avoided the inaccurate installation that brings of measuring tape inconvenient and the not good condition of installation effect.

Description

Customized wardrobe built by adopting standardized components

Technical Field

The utility model relates to a customization wardrobe that standardized part was built belongs to furniture technical field.

Background

At present, the common wardrobes in the furniture market are mainly divided into finished wardrobes and customized wardrobes.

The finished wardrobe is designed in advance, and then is produced in batches by manufacturers; due to its large volume, it is generally transported in units of panels and then assembled at the place of use for use. The advantages of the finished wardrobe are the high speed, the on-site ordering can be immediately delivered and installed, which is very practical for some of the entertaining owners, but the disadvantages of the finished wardrobe are also obvious: 1. due to the fact that the number of the plates of the assembled wardrobe is large, the plates are different in size, confusion is caused easily when the wardrobe is assembled, and the required plates are found, so that labor and time are wasted, and mistakes are easily made. 2. The space utilization rate is low. In order to take account of most house types, the finished wardrobe cannot be completely suitable for the size of the house type of an owner, and more space is reserved on the top of the wardrobe, so that the space is wasted and the cleaning is inconvenient.

The customized wardrobe can be designed according to specific house types, solves the problem of low space utilization rate, but still has the following defects: 1. the speed is slow. The customized general flow is that a customer firstly comes to a store to primarily select the style of the wardrobe, then professional staff accurately measure the wardrobe at home, the customer sends a design drawing to a factory for production after determining the wardrobe scheme, the wardrobe is stored in the store after the wardrobe is produced, then the wardrobe is reserved for installation, the whole process generally takes one month, and if the wardrobe is not communicated smoothly, the time consumption is more than two months. 2. The cost is high. Because the wardrobe is customized, the production and transportation links are not in batches, and the price is higher. 3. After-sale difficult to guarantee. Because the precision of earlier scale personnel scale appears the deviation easily, perhaps the later stage is gone to the installer's that the business level is uneven, leads to the installation effect often to be unable to reach the expectation, and what's more, shovel wall piles up the cupboard size or saw the cupboard and pile up the condition of wall often takes place.

Therefore, in order to meet various requirements of people when selecting and purchasing the wardrobe, the wardrobe is necessary to be combined with the advantages of a finished wardrobe and a customized wardrobe, and a novel customized wardrobe built by standardized parts is designed.

Disclosure of Invention

To the existing technical problem, the utility model provides an adopt customization wardrobe that standardized part was built to realize high-efficient, simple, nimble, free installation effect.

In order to achieve the purpose, the utility model provides a customized wardrobe built by standardized components, which is mainly built by a lower layer wardrobe set, a middle layer wardrobe set and an upper layer wardrobe set from bottom to top, wherein the widths of the lower layer wardrobe set, the middle layer wardrobe set and the upper layer wardrobe set are equal and are respectively selected from the lower layer standardized components, the middle layer standardized components and the upper layer standardized components;

the lower-layer standardized part comprises a bottom drawer box, a bottom drawer basket and a lower-layer open frame, the bottom drawer box can be used independently, the bottom drawer basket must be matched with the bottom drawer box to form a movable storage cabinet for use, and the lower-layer open frame must be matched with the bottom drawer box to form a lower-layer combined adjusting cabinet for use; and the bottom drawer box and the bottom drawer basket can form a movable storage cabinet, and the bottom drawer box and the lower-layer open frame can form a lower-layer combined adjusting cabinet.

The lower layer cabinet group selects at least one component from the bottom drawer box, the movable storage cabinet and the lower layer combined adjusting cabinet, and the number of each selected component can be one or more.

The middle-layer standardized part comprises a storage cabinet, a storage drawer, a long clothes hanging cabinet, a short clothes hanging cabinet, a left open grid, a middle open grid and a right open grid, and the left open grid, the middle open grid and the right open grid can form a middle combined adjusting cabinet; the height of the middle combined adjusting cabinet is equal to that of the short clothes hanging cabinet; the heights of the storage cabinet and the storage drawer are equal; the middle combined adjusting cabinet is combined with the storage cabinet or the storage drawer, the short clothes hanging cabinet is combined with the storage cabinet or the storage drawer, and the long clothes hanging cabinet is equal in height.

The middle layer cabinet group uses at least one component from the combination of the long clothes hanging cabinet, the middle combined adjusting cabinet and the containing cabinet or the containing drawer, and the short clothes hanging cabinet and the containing cabinet or the containing drawer, and the number of each selected component can be one or more.

The upper-layer standardized component comprises a top cabinet, a bottom drawer and an upper-layer open grid, and the bottom drawer and the upper-layer open grid can form an upper-layer combined adjusting cabinet.

The upper layer cabinet group selects at least one component from the top cabinet and the upper layer combination adjusting cabinet, and the number of each selected component can be one or more.

Furthermore, the bottom-drawing box comprises a box top plate, two box side plates and a box back plate which are mutually connected.

Furthermore, the bottom drawer basket can be movably arranged in the bottom drawer box and comprises an outer basket and an inner basket movably arranged in the outer basket; the inner basket comprises a basket back plate, two basket side plates, a basket bottom plate and a basket connecting rod, wherein the basket back plate, the two basket side plates and the basket bottom plate are connected with each other; the outer basket comprises a basket frame and a basket front plate arranged on the front side face of the outer basket, and the width of the basket front plate is larger than that of the inner basket.

Furthermore, the lower layer open frame can be movably arranged on the bottom drawer and comprises a frame top plate, a short frame back plate, a long frame side plate and short frame side legs, wherein the frame top plate, the short frame back plate and the long frame side plate are mutually connected; the short frame back plate and the short frame side legs are arranged on the box top plate of the bottom drawer box; the heights of the short frame back plate and the short frame side legs are equal, and the height difference between the long frame side plate and the short frame side legs is the height of the bottom drawer; the width of the lower combined adjusting cabinet can be adjusted by adjusting the positions of the short frame back plate and the short frame side legs on the box top plate.

Furthermore, the left end and the right end of the middle open grid are respectively inserted into the left open grid and the right open grid, and the back plates of the middle open grid, the left open grid and the right open grid are arranged in a staggered manner; through adjusting the relative position of three, can adjust the whole width of middle combination regulating cabinet.

Furthermore, the upper layer open grids comprise grid top plates, short grid side plates, long grid side plates and grid back plates which are connected with one another; the short grid side plate is arranged on the box top plate of the bottom drawer box, and the box back plate is staggered in front of the grid back plate; the heights of the long grid side plates and the grid back plates are equal, and the height difference between the long grid side plates and the short grid side plates is the height of the bottom drawer; the width of the upper-layer combined adjusting cabinet can be adjusted by adjusting the position of the short-grid side plate on the box top plate.

Further, the top cabinet include that the cabinet body, at least one thick increase frame and the regulation top of stacking in proper order from the bottom up to and place at the thick interior regulation structure that increases between frame and the regulation top, can also the free choice increase the frame with a thin.

The thickness heightening frame is provided with a placing groove, and the inner adjusting structure comprises an adjusting frame, a built-in threaded pipe fixed at the center of the adjusting frame and a screw rod arranged in the pipe; the adjusting frame is placed in the placing groove, and the top end of the screw rod is fixedly connected with the adjusting top through an iron plate nut and a screw; the height of the top cabinet can be adjusted by adjusting the number of the thickness-increasing frames and the relative positions of the adjusting screw rods and the built-in threaded pipes, and the ceiling is jacked to be dead by adjusting the top.

Further, the top cabinet include that the cabinet body, at least one thick increase frame and the regulation top of stacking in proper order from the bottom up to and fix the outer regulation structure at regulation top surface, can also freely select whether to add a thin increase frame.

The outer adjusting structure comprises an iron plate nut, at least one single-end hexagonal stud and a rubber pad with a screw rod which are sequentially connected in series from bottom to top, and the iron plate nut is fixed on the top surface of the adjusting top; the height of the top cabinet can be adjusted by adjusting the number of the thickness-increasing frames and the number of the single-head hexagonal studs, and a ceiling is tightly ejected by the rubber pad with the screw.

Furthermore, when the short clothes hanger or the middle combined adjusting cabinet and the containing cabinet or the containing drawer are built up and down, and the upper layer cabinet set and the middle layer cabinet set are built up and down, concave-convex structures which can be matched and meshed and fixed with each other are arranged on the contact surfaces of the upper layer assembly and the lower layer assembly; the concave-convex structure is formed by alternately arranging the bulges and the grooves in the horizontal and vertical directions, and the bulges and the grooves have the same shape and the same size.

Furthermore, in the lower, middle and upper standardized components, the same component is provided with different widths for the lower, middle and upper cabinet groups to choose when being built.

The utility model discloses the wardrobe has both reached the effect in customization furniture make full use of space, has reduced the required cycle of customization furniture again effectively, and supporting customization flow is as follows: the customer provides the required width of cabinet and the height in room to the shop, and the shop utilizes standardized part according to customer's demand and size, and the corresponding cabinet of quick combination goes out to inform the storage delivery of going out the car, installer with the car immediately and install fast in user's house. Compared with the prior art, the utility model has the following technical advantages:

1. all standardized components can be produced and transported in batch, so that the waiting period of the conventional customization is greatly shortened, and the time and the cost are saved to a certain extent.

2. The utility model discloses the equipment mode of wardrobe is nimble, and the mounting means is simple, and is low to installer's professional level requirement, and the user can hand-operated installation by oneself even.

3. The structure and the function of the wardrobe can be flexibly adjusted. When family members or living needs change, the number of cabinets with different functions can be increased or reduced according to the needs, and the distribution condition of the functional areas is adjusted, so that the freedom of cabinet conversion is achieved.

4. The utility model discloses the left and right sides direction and the vertical direction of wardrobe all have the size adjustment layer, have reduced the requirement to the accurate measuring tape of specialty as far as possible, have avoided the inaccurate installation that brings of measuring tape inconvenient and the not good condition of installation effect.

5. The utility model discloses lower floor builds through concave-convex structure's interlock and puts and build about the wardrobe to the structure of the dead smallpox in cooperation top cabinet top makes the whole cabinet body firmly stable, has the advantage of safety and impact resistance.

Drawings

FIG. 1 is a diagram illustrating the structure and function of the standardized components of the upper, middle and lower layers of the present invention;

FIG. 2 is a schematic structural view of a wardrobe according to the first embodiment of the present invention;

FIG. 3 is a schematic size diagram of a wardrobe according to an embodiment I of the present invention;

fig. 4 is a schematic structural view of the movable storage cabinet of the present invention;

FIG. 5 is a schematic structural view of the bottom drawer basket of the present invention;

FIG. 6 is a schematic structural view of the lower open frame of the present invention;

FIG. 7 is a schematic structural view of the lower-layer combined adjustment cabinet of the present invention;

FIG. 8 is a schematic view of the width adjustment of the lower-layer combined adjustment cabinet of the present invention;

FIG. 9 is a schematic structural view of the middle combined adjustment cabinet of the present invention;

FIG. 10 is a schematic view of the width adjustment of the middle combined adjustment cabinet of the present invention;

fig. 11 is a schematic structural view of the upper layer open grid of the present invention;

FIG. 12 is a schematic structural view of the upper layer combination adjustment cabinet of the present invention;

FIG. 13 is a schematic view of the width adjustment of the upper layer combination adjustment cabinet of the present invention;

FIG. 14 is an exploded view of the top cabinet with an inner adjustment structure according to the present invention;

fig. 15 is a schematic structural view of the inner adjusting structure of the present invention;

FIG. 16 is an exploded view of the top cabinet with an external adjustment structure according to the present invention;

fig. 17 is a schematic view of the structure and adjustment of the external adjustment structure of the present invention;

FIG. 18a is a schematic view of the construction method of the upper cabinet and the middle cabinet of the present invention;

FIG. 18b is a schematic view of the construction of the middle layer cabinet and the middle layer cabinet of the present invention;

FIG. 19 is a schematic view of the construction of the middle and lower cabinets of the present invention;

fig. 20 is an occlusion principle diagram of the occlusion structure of the present invention;

FIG. 21 is a schematic structural dimension view of a second wardrobe according to the present invention;

FIG. 22 is a schematic structural dimension diagram of a third wardrobe embodiment of the present invention;

FIG. 23 is a schematic structural dimension diagram of a wardrobe according to the fourth embodiment of the present invention;

FIG. 24 is a schematic structural dimension diagram of a wardrobe according to the fifth embodiment of the present invention;

in the figure: 1. a bottom drawer box, 2, a bottom drawer basket, 2-1, an outer basket, 2-2, an inner basket, 2-3, a basket frame, 2-4, a basket front plate, 2-5, a basket connecting rod, 3, a lower layer open frame, 3-1, a frame top plate, 3-2, a short frame back plate, 3-3, a long frame side plate, 3-4, a short frame side leg, 4, a containing cabinet, 5, a containing drawer, 6, a long clothes hanging cabinet, 7, a short clothes hanging cabinet, 8, a left open grid, 9, a middle open grid, 10, a right open grid, 11, a top cabinet, 11-1, a cabinet body, 11-2, a thick heightening frame, 11-21 and a placing groove, 11-3 parts of inner adjusting structure, 11-31 parts of adjusting frame, 11-32 parts of inner threaded pipe, 11-33 parts of screw rod, 11-34 parts of screw, 11-35 parts of iron plate nut I, 11-4 parts of adjusting top, 11-5 parts of thin heightening frame, 11-6 parts of outer adjusting structure, 11-61 parts of rubber pad with screw rod, 11-62 parts of single-end hexagonal stud, 11-63 parts of iron plate nut II, 12 parts of upper layer open grid, 12-1 parts of grid top plate, 12-2 parts of short grid side plate, 12-3 parts of long grid side plate, 12-4 parts of grid back plate, 13 parts of concave-convex structure, 13-1 parts of protrusion, 13-2 parts of groove.

Detailed Description

The present invention will be further explained with reference to the accompanying drawings.

As shown in figures 1-3, consider the utilization ratio of space, the ergonomics when using the cabinet body, and the rationality of functional partitioning, the utility model discloses a customization wardrobe that standardized part was built mainly by lower, well, upper cabinet group from the bottom up put and form, and lower, well, upper cabinet group width equals, chooses in the standardized part of lower, well, upper strata respectively.

Firstly, the lower layer of the customized wardrobe has the characteristics of lower position and convenience in taking and placing, the lower layer position of the wardrobe is set as a movable storage area, and the lower layer standardized components comprise a bottom drawer 1, a bottom drawer basket 2 and a lower layer open frame 3 by combining daily storage habits. Wherein, end draw box 1 can the exclusive use, and end draw basket 2 must be taken out the cabinet use with end draw box 1 constitution activity, and open frame 3 of lower floor must be taken out box 1 with the end and constitute lower floor's combination regulating cabinet. Then the lower layer cabinet group selects one or more components in the movable storage cabinet and the lower layer combined adjusting cabinet, and the number of each selected component is one or more.

The position of the existing wardrobe close to the ground is usually made into a closed cavity by adopting skirting boards, so that the wardrobe is not sanitary (possibly becoming a comfortable nest for mice, cockroaches and the like) and is not easy to manage. For this reason, combine the user to the demand of accomodating of indoor wardrobe (the classification of dirty clothing and accomodating of child toy etc. are got and are put) to the demand of the rationality of wardrobe outward appearance (avoiding unreasonable gap), function (the stability of the cabinet body and the mobility of end extraction), the utility model discloses open 5 frames to end extraction box 1, end extraction basket 2, lower floor has unique design.

As shown in fig. 4, the bottom drawer 1 includes a top box plate, two side box plates, and a back box plate connected to each other. The bottom drawer box 1 can be used alone, or can be combined with the bottom drawer basket 2, or can be combined with the lower open rack 3.

As shown in fig. 2, 4 and 5, the bottom drawer basket 2 can be movably arranged in the bottom drawer box 1 and comprises an outer basket 2-1 and an inner basket 2-2 movably arranged in the outer basket; the inner basket 2-2 comprises a basket back plate, two basket side plates, a basket bottom plate and a basket connecting rod 2-5 connected with the front top ends of the two basket side plates; the outer basket 2-1 comprises a basket frame 2-3 and a basket front plate 2-4 arranged on the front side surface of the basket frame, the width of the basket front plate 2-4 is larger than that of the inner basket 2-2, and wheels are arranged at the bottom of the outer basket 2-1. If draw box 1 exclusive use at the end of drawing out with activity end drawer basket 2, then activity end drawer basket 2 can be used as the activity drawer basket, is convenient for remove the article of its splendid attire to other places, and remaining end drawer box 1 also can regard as the storage cavity of opening, has increased functional and the convenience of using. The inner basket 2-2 can also be taken out and put in the long clothes hanging cabinet 6 or the short clothes hanging cabinet 7, and the function of the hanging area is changed into a comprehensive storage area.

As shown in fig. 6 and 7, the lower open shelf 3 can be movably placed on the bottom drawer 1 to form a lower combined adjusting cabinet, which comprises a shelf top plate 3-1, a short shelf back plate 3-2, a long shelf side plate 3-3 and a short shelf side leg 3-4 connected with the bottom surface of the shelf top plate 3-1. The short frame back plate 3-2 and the short frame side legs 3-4 are arranged on the box top plate of the bottom drawer box 1, the heights of the short frame back plate 3-2 and the short frame side legs 3-4 are equal, and the height difference between the long frame side plate 3-3 and the short frame side legs 3-4 is the height of the bottom drawer box 1. As shown in figure 8, the width of the lower combined adjusting cabinet can be adjusted by adjusting the position of the short frame back plate 3-2 and the short frame side leg 3-4 on the box top plate.

Secondly, as shown in fig. 1 and 3, the middle layer of the customized wardrobe can combine with ergonomics, the height after stacking is set to be 1850mm, and then the height required by hanging clothes in daily life and the height which is most convenient to take and place are combined, so that the middle layer standardized components comprise a storage cabinet 4, a storage drawer 5, a long clothes hanging cabinet 6, a short clothes hanging cabinet 7, a left open grid 8, a middle open grid 9 and a right open grid 10, and the left open grid 8, the middle open grid 9 and the right open grid 10 can form a middle combined adjusting cabinet. Moreover, the height 7 of the middle combined adjusting cabinet is equal to that of the short clothes hanger; the height of the storage cabinet 4 is equal to that of the storage drawer 5; the height of the middle combined adjusting cabinet combined with the storage cabinet 4 or the storage drawer 5 or the movable storage cabinet is equal to the height of the short clothes hanging cabinet 7 combined with the storage cabinet 4 or the storage drawer 5 or the movable storage cabinet, and the height of the long clothes hanging cabinet 6 combined with the short clothes hanging cabinet. The middle layer cabinet group is one or more components selected from the group consisting of a long clothes hanging cabinet 6, a middle combined adjusting cabinet and a containing cabinet 4 or a containing drawer 5 or a movable containing cabinet, and a short clothes hanging cabinet 6 and a containing cabinet 4 or a containing drawer 5 or a movable containing cabinet, and the number of each selected component is one or more.

As shown in fig. 9 and 10, the left and right ends of the middle open lattice 9 are inserted into the left and right open lattices 8 and 10, respectively, and the back plates of the three are arranged in a staggered manner; through adjusting the relative position of three, can adjust the whole width of middle combination regulating cabinet. In the in-service use process, can press the different divisions of length with the clothes, also can the subregion be placed, can be convenient for rationally accomodate, swift finding or collocation clothing has increased the convenience of in-service use.

Furthermore, as shown in fig. 2, the upper layer of the customized wardrobe has the characteristics of high position and inconvenience in taking and placing, and the upper layer position is used as a season-changing area for placing light objects, such as season-changing clothes, season-changing bedding and pillows and other low-frequency using objects, in combination with the daily storage habit. Therefore, the upper-layer standardized part comprises a top cabinet 11, a bottom drawer 1 and an upper-layer open grid 12, and the bottom drawer 1 and the upper-layer open grid 12 can form an upper-layer combined adjusting cabinet. The upper cabinet group is at least one of the top cabinet 11 and the upper combination adjustment cabinet, and the number of each selected component can be one or more.

As shown in fig. 11 and 12, the upper layer open grid 12 and the bottom drawer box 1 form an upper layer combined adjusting cabinet. The upper layer open lattice 12 comprises a lattice top plate 12-1, a short lattice side plate 12-2, a long lattice side plate 12-3 and a lattice back plate 12-4 which are connected with each other; the short grid side plate 12-2 is arranged on the box top plate of the bottom drawer box 1, and the box back plate of the bottom drawer box 1 is staggered in front of the grid back plate 12-4; the long grid side plate 12-3 and the grid back plate 12-4 are equal in height, and the height difference between the long grid side plate 12-3 and the short grid side plate 12-2 is the height of the bottom drawer 1. As shown in fig. 13, the width of the upper combination adjustment cabinet can be adjusted by adjusting the position where the short shelf side panel 12-3 is placed on the top panel of the box.

Moreover, the top cabinet 11 adopts a top dead structure between the vertical direction and the ceiling, and comprises the following standardized components: the wardrobe comprises a wardrobe body 11-1, a thick heightening frame 11-2, an adjusting top 11-4, an inner adjusting structure 11-3 and an outer adjusting structure 11-6, wherein required standardized components are selected according to the fact that whether a beam is arranged on a ceiling at the upper end of the installation position of the customized wardrobe and the installation height of a top wardrobe.

a. The condition that the ceiling at the upper end of the installation position of the customized wardrobe is not provided with a cross beam.

As shown in FIG. 14, the top cabinet 11 comprises a cabinet body 11-1, a thin heightening frame 11-5, a thick heightening frame 11-2 and an adjusting top 11-4, which are sequentially stacked from bottom to top, and an inner adjusting structure 11-3 arranged between the thick heightening frame 11-2 and the adjusting top 11-4. The front side of the cabinet body 11-1 is provided with a door, the bottom is provided with no top, and the inner periphery of the top of the cabinet body 11-1 is provided with a supporting frame. The thick heightening frame 11-2 comprises a thick rectangular frame and a thick inserting frame which is arranged on the inner periphery of the bottom of the thick rectangular frame and protrudes downwards; the thick insertion frame can be inserted into the top of the cabinet body and is aligned and matched with the supporting frame. And the middle of the top parts of the front frame and the rear frame of the thick inserting frame is provided with a placing groove 11-21. The adjusting top 11-4 includes a top plate having a screw hole at the center thereof, and a top plate insertion frame installed at the bottom surface of the top plate, capable of being inserted into the thick rectangular frame in alignment with the thick insertion frame. In addition, the thin heightening frames 11-5 can be selectively placed according to the height requirement, or can not be placed, but only one at most can be placed.

As shown in FIG. 15, the inner adjusting structure 11-3 comprises an adjusting frame 11-31 with a through hole at the center, an inner threaded pipe 11-32 arranged above the through hole, an inner hexagonal screw 11-33 inserted in the pipe 11-32, a first iron plate nut 11-35 with a disc end arranged at the top end of the inner hexagonal screw 11-33, and a screw 11-34. The front frame and the rear frame of the adjusting frame 11-31 are placed in the corresponding placing grooves 11-21 of the thickness increasing frame 11-2, the inner hexagonal screw 11-33 is rotated through a hexagonal wrench, the top end of the inner hexagonal screw 11-33 is screwed out of the top of the inner adjusting structure 11-3 upwards, the top end of the inner hexagonal screw 11-33 is inserted into the disc end of the iron plate nut I11-35, the cylindrical end of the iron plate nut I11-35 is installed in the adjusting top 11-4 from bottom to top, and the screw 11-34 is inserted from the upper portion of the screw hole of the top plate of the adjusting top 11-4 and is connected and locked with the iron plate nut I11-35. The height of the top cabinet 11 can be adjusted by adjusting the number of the thick heightening frames 11-2, selecting whether to increase the thin heightening frames 11-5 and adjusting the distance of the screw rods 11-33 extending out of the top ends of the built-in threaded pipes 11-32, and enabling the adjusting top 11-4 to jack the ceiling.

When the multifunctional cabinet is implemented, the thick heightening frame 11-2 and the thin heightening frame 11-5 are selected to be stacked on the cabinet body 11-1, the adjusting top 11-4 is placed to adjust the height of the top cabinet 11, and meanwhile, the distance between the top cabinet 11 and a ceiling is further adjusted through structures with fine adjustment sizes, such as the inner adjusting structure 11-3. Therefore, the whole top cabinet 11 can be propped against the ceiling and locked. Although the whole cabinet body is built, the upper and lower layers of plates are meshed through the concave-convex structures, and the counter-penetrating screws are not locked, the cabinet body can be jacked against the ceiling and locked, so that the overall stability of the wardrobe and the neatness of the appearance are guaranteed.

b. The condition that a beam is arranged on the ceiling at the upper end of the installation position of the customized wardrobe.

As shown in FIG. 16, the top cabinet 11 comprises a cabinet body 11-1, a thin heightening frame 11-5, a thick heightening frame 11-2 and an adjusting top 11-4, which are sequentially stacked from bottom to top, and an outer adjusting structure 11-6 fixed on the top surface of the adjusting top 11-4. The thin heightening frames 11-5 can be selectively placed according to the height requirement, or can not be placed, but only one at most can be placed. The outer adjusting structure 11-6 comprises a second iron plate nut 11-63, at least one single-head hexagonal stud 11-62 and a rubber pad 11-61 with a screw rod which are sequentially connected in series from bottom to top, and the second iron plate nut 11-63 is fixed on the top surface of the adjusting top 11-4 from top to bottom. As shown in FIG. 17, the number of the thick heightening frames 11-2 is adjusted, the number of the single-head studs is adjusted, and the heights of the exposed threads of the single-head hexagonal studs 11-62 and the rubber pads 11-61 with the screws are adjusted in a rotating mode, so that the rubber pads 11-61 with the screws can be tightly propped against the ceiling, and no gap exists between the energy-saving storage top cabinet and the ceiling.

In few cases, the ceiling at the upper end of the installation body of the customized wardrobe is provided with a cross beam, the height of the ceiling is adjusted by stacking a thickness-increasing frame 11-2 and placing an adjusting top 11-4 above a top wardrobe 11, and meanwhile, a special external adjusting structure is arranged on the adjusting top 11-4 to jack the ceiling. So can realize that whole top cabinet 11 withstands smallpox and lock and die, guarantee at holistic stability to and the regularity of outward appearance.

According to the regulations in the sixth section "floor height and clear height" of the national residential building design code ", the floor height of a commercial housing must meet the following standards: the floor height of the 2.6.1 th residence is not higher than 2.80m; the net height of the 2.6.2 th bedroom and living room should not be lower than 2.40m, and the local net height should not be lower than 2m. As shown in FIG. 3, the height of the assembled foundation of the customized wardrobe is 2.4m, and the assembled foundation extends from the bottom to the top of the top wardrobe. Because the height of the top cabinet can be freely adjusted by the aid of the heightening frame, the adjusting top, the inner adjusting structure and the outer adjusting structure, the overall height of the cabinet body can meet the requirement of the height of any conventional commodity room.

As shown in fig. 18a, 18b and 19, a special plate with a concave-convex structure 13 is used as a contact surface when two adjacent layers of cabinets are built up. When the short clothes hanging cabinet 7 or the middle combined adjusting cabinet is vertically built with the storage cabinet 4 or the storage drawer 5 or the movable storage cabinet, and the upper layer cabinet group and the middle layer cabinet group are vertically built, concave-convex structures 13 which are matched with each other and meshed and fixed are arranged on the contact surfaces of the upper layer assembly and the lower layer assembly. Specifically, the concave-convex structure 13 is formed by alternately arranging the protrusions and the grooves in the horizontal and vertical directions, and the protrusions and the grooves have the same shape and the same size. The contact surfaces of the middle and lower layer cabinet groups are fixed by the opposite screws when the middle and lower layer cabinet groups are put together.

As shown in fig. 20, taking a section of concave-convex structure 13 on a special plate as an example, the concave-convex structure 13 is formed by alternately arranging protrusions 13-1 and grooves 13-2 in the horizontal and vertical directions, and the protrusions 13-1 and the grooves 13-2 have the same shape and the same size. The concave-convex structure 13 has the inclined plane characteristics of the bulges 13-1 and the grooves 13-2, so that the cabinet body is easy to move when being installed, the self-returning and position correcting functions of the cabinet body can be realized, and the cabinet bodies which are arranged from top to bottom and from left to right are meshed into a whole by adopting a mode of crossing the cabinet bodies and stacking among layers. Therefore, the shock resistance of the cabinet body can be enhanced, the stability of the cabinet body is improved, the cabinet body is prevented from moving, the position of the cabinet body can be repaired, the precision requirement during installation is reduced, the convenience of installation is increased, the overall stability of the wardrobe is guaranteed, the appearance is guaranteed to be neat, and the reasonability of the appearance and the function is further guaranteed. In addition, along with the change of time and family, when the user has new storage demand, increase and decrease or replace different cabinet body modules and just become very simple for the cabinet body no longer is the unchangeable major possession furniture of a dirt, but can be along with user's demand, and nimble freedom must make up.

In addition, as shown in fig. 1 and 3, each of the lower, middle and upper standardized components has a plurality of widths for the lower, middle and upper cabinet sets to be selected when being set up. The utility model discloses set up and select standardized cabinet body width to and the cabinet body of arbitrary straight line length is built to the width of adjusting cabinet body combination, satisfies the requirement of customization.

The upper cabinet group can be adjusted to any width in the following way: 1. selecting top cabinets 11 with different widths; 2. different numbers of top cabinets 11 are matched; 3. the left and right relative positions of the upper layer open frame 12 and the bottom drawer 1 are changed.

The adjusting mode for achieving any width of the middle-layer cabinet group is as follows: 1. selecting middle-layer storage cabinets with different widths; 2. the middle-layer storage cabinet bodies with different numbers are matched; 3. the left and right relative positions of the left open lattice 8, the middle open lattice 9 and the right open lattice 10 are changed; 4. according to the number of the short clothes hanging cabinet and the middle combined cabinet, the storage cabinet and the storage drawer are matched.

The adjustment mode for achieving any width of the lower cabinet group is as follows: 1. selecting movable storage cabinets with different widths and a lower-layer combined adjusting cabinet; 2. the movable storage cabinets and the lower-layer combined adjusting cabinet with different numbers are matched; 3. the left and right relative positions of the lower layer open grid 5 and the bottom drawer 1 are changed.

In a word, through the cabinet body of selecting different numbers and width to and adjust the width of each layer cabinet body combination, thereby realize the utility model discloses the adjustment of the arbitrary width of wardrobe has guaranteed the rationality of outward appearance and function.

When in use, the utility model discloses can choose each layer standardization component by house type, mounted position, space dimension etc to build out the customization wardrobe of different shapes. As shown in fig. 2 and 3, the customized wardrobe of embodiment 1 selects a lower-layer combined regulating cabinet and a movable storage cabinet as a lower-layer wardrobe body according to a required width, selects four short-clothes hanging cabinets 7, two long-clothes hanging cabinets 6 and a middle-layer combined regulating cabinet as a middle-layer wardrobe body, selects a top wardrobe 11 and an upper-layer combined regulating cabinet as an upper-layer wardrobe body, and selects a proper width from the same standardized component, and then sequentially stacks the lower, middle and upper-layer wardrobe bodies from bottom to top, and respectively regulates the widths of the lower-layer combined regulating cabinet, the middle-layer combined regulating cabinet and the upper-layer combined regulating cabinet, so that the overall widths of the lower, middle and upper-layer wardrobe bodies are equal, and the built customized wardrobe has a neat and uniform appearance. In addition, a thick heightening frame 11-2 and an adjusting top 11-31 are arranged at the top of the top cabinet 11, and the height of the cabinet body is set to be the top and the cabinet body is dead against the ceiling by lifting the inner adjusting structure, so that the built customized wardrobe is guaranteed to be neat and uniform in appearance and firm and stable in structure.

As shown in fig. 21, the customized wardrobe of embodiment 2 selects three movable storage cabinets with different widths as a lower-layer wardrobe body, selects two storage cabinets 4 with different widths, and one storage drawer 5 as a lower-layer wardrobe body, selects three short-clothes hanging wall cabinets 7 with different widths as a middle-layer wardrobe body, selects two top wardrobes 11 with the same width as an upper-layer wardrobe body, and then sequentially stacks the lower, middle, and upper-layer wardrobe bodies from bottom to top, and the top surfaces of the storage cabinets 4, the storage drawers 5, and the bottom surfaces of the short-clothes hanging wall cabinets 7 are engaged and fixed by using special plates with concave-convex structures, and the bottom surfaces of the top wardrobes 11 and the short-clothes hanging wall cabinets 7 are also engaged and fixed by using special plates with concave-convex structures, thereby building a customized wardrobe with multiple functions, proper size, and neat and uniform appearance.

Similarly, as shown in fig. 22, the customized wardrobe of embodiment 3 is constructed by selecting a movable storage cabinet, a long clothes hanging cabinet 7 and a top cabinet 11 as a lower layer, a middle layer and an upper layer. Different widths are selected for the same standard part, so that the overall widths of the lower layer cabinet body, the middle layer cabinet body and the upper layer cabinet body are equal, and the built customized wardrobe is neat and uniform in appearance.

Similarly, as shown in fig. 23, the customized wardrobe of embodiment 4 selects five movable storage cabinets as a lower-layer wardrobe body, selects two storage cabinets 4, one storage drawer 5, three short-clothes hanging cabinets 7 and two long-clothes hanging cabinets 6 as a middle-layer wardrobe body, selects three top wardrobes 11 as an upper-layer wardrobe body, sequentially stacks the lower, middle and upper-layer wardrobe bodies from bottom to top, and selects standardized components with proper widths, so that the widths of the lower, middle and upper-layer wardrobe bodies of the built customized wardrobe are equal.

Similarly, as shown in fig. 24, the customized wardrobe of embodiment 5 selects five movable storage cabinets as the lower-layer wardrobe body, selects three top wardrobe as the upper-layer wardrobe body, selects two storage cabinets 4, one storage drawer 5, two short clothes hanging cabinets 7, a long clothes hanging cabinet 6 and a middle-layer combined adjusting cabinet as the middle-layer wardrobe body, and adjusts the relative positions of the left open lattice 8, the middle open lattice 9 and the right open lattice 10 in the middle-layer combined adjusting cabinet, so that the two outer side surfaces of the left open lattice 8 and the right open lattice 10 are respectively tightly attached to the adjacent wardrobe bodies, and the width of the middle-layer wardrobe body is consistent with the widths of the upper-layer wardrobe body and the lower-layer wardrobe body.

To sum up, the utility model discloses the design of wardrobe can effectual reduction customize the cycle of furniture in the past, and the very big reduction of equipment mode to the requirement of the accurate measuring tape of specialty, avoided the inaccurate installation that brings of measuring tape inconvenient. Especially, the cabinet body is built through concave-convex structure from top to bottom, and non-screw lock is dead, so along with the change of time and family, when the user has new storage demand, can increase, reduce or replace different cabinet body modules according to the demand, change the distribution of cabinet body functional area, realize the flexibility and the freedom of cabinet body combination simply high-efficiently.

Claims (10)

1. A customized wardrobe built by adopting standardized components is characterized by mainly being built by a lower layer wardrobe set, a middle layer wardrobe set and an upper layer wardrobe set from bottom to top, wherein the lower layer wardrobe set, the middle layer wardrobe set and the upper layer wardrobe set are equal in width and are respectively selected from the lower layer standardized components, the middle layer standardized components and the upper layer standardized components;

the lower-layer standardized component comprises a bottom drawer box, a bottom drawer basket and a lower-layer open frame, the bottom drawer box and the bottom drawer basket can form a movable storage cabinet, and the bottom drawer box and the lower-layer open frame can form a lower-layer combined adjusting cabinet;

the lower layer cabinet group selects at least one component from the bottom drawer box, the movable storage cabinet and the lower layer combined adjusting cabinet, and the number of each selected component can be one or more;

the middle-layer standardized component comprises a storage cabinet, a storage drawer, a long clothes hanging cabinet, a short clothes hanging cabinet, a left open grid, a middle open grid and a right open grid, and the left open grid, the middle open grid and the right open grid can form a middle combined adjusting cabinet; the height of the middle combined adjusting cabinet is equal to that of the short clothes hanging cabinet; the heights of the storage cabinet and the storage drawer are equal; the middle combined adjusting cabinet is combined with the containing cabinet or the containing drawer, the short clothes hanging cabinet is combined with the containing cabinet or the containing drawer, and the long clothes hanging cabinet is equal in height;

the middle layer cabinet group selects at least one component from the combination of a long clothes hanging cabinet, a middle combined adjusting cabinet and a containing cabinet or a containing drawer, and the combination of a short clothes hanging cabinet and a containing cabinet or a containing drawer, wherein the number of each selected component can be one or more;

the upper-layer standardized part comprises a top cabinet, a bottom drawer box and an upper-layer open grid, and the bottom drawer box and the upper-layer open grid can form an upper-layer combined adjusting cabinet; the upper layer cabinet group selects at least one component from the top cabinet and the upper layer combination adjusting cabinet, and the number of each selected component can be one or more.

2. The custom wardrobe built by standardized components as claimed in claim 1, wherein the bottom drawer comprises a top box plate, two side box plates and a back box plate which are connected with each other.

3. The custom wardrobe built by adopting the standardized components as claimed in claim 2, wherein the bottom drawer basket can be movably arranged in the bottom drawer box and comprises an outer basket and an inner basket movably arranged in the outer basket; the inner basket comprises a basket back plate, two basket side plates, a basket bottom plate and a basket connecting rod, wherein the basket back plate, the two basket side plates and the basket bottom plate are connected with each other; the outer basket comprises a basket frame and a basket front plate arranged on the front side surface of the outer basket, and the width of the basket front plate is larger than that of the inner basket.

4. The custom wardrobe built by adopting standardized components as claimed in claim 2, wherein the lower layer open frame can be movably arranged on the bottom drawer box and comprises a frame top plate, a short frame back plate, a long frame side plate and a short frame side leg, wherein the frame top plate, the short frame back plate and the long frame side plate are connected with each other; the short frame back plate and the short frame side legs are arranged on the box top plate of the bottom drawer box; the heights of the short frame back plate and the short frame side legs are equal, and the height difference between the long frame side plate and the short frame side legs is the height of the bottom drawer; the width of the lower combined adjusting cabinet can be adjusted by adjusting the positions of the short frame back plate and the short frame side legs on the box top plate.

5. The custom wardrobe built by adopting the standardized components as claimed in claim 1, wherein the left end and the right end of the middle open grid are respectively inserted into the left open grid and the right open grid, and back plates of the left open grid and the right open grid are staggered; through adjusting the relative position of three, can adjust the whole width of middle combination regulating cabinet.

6. The custom wardrobe built by adopting the standardized parts as claimed in claim 1, wherein the upper layer open grids comprise a grid top plate, a short grid side plate, a long grid side plate and a grid back plate which are connected with each other; the short grid side plate is arranged on the box top plate of the bottom drawer box, and the box back plate is staggered in front of the grid back plate; the heights of the long grid side plates and the grid back plates are equal, and the height difference between the long grid side plates and the short grid side plates is the height of the bottom drawer; the width of the upper layer combination adjusting cabinet can be adjusted by adjusting the position of the short grid side plate on the box top plate.

7. The custom wardrobe built by adopting the standardized components as claimed in claim 1, wherein the top wardrobe comprises a wardrobe body, at least one thick heightening frame and an adjusting top which are sequentially stacked from bottom to top, and an inner adjusting structure arranged between the thick heightening frame and the adjusting top; the thickness heightening frame is provided with a placing groove, and the inner adjusting structure comprises an adjusting frame, a built-in threaded pipe fixed at the center of the adjusting frame and a screw rod arranged in the pipe; the adjusting frame is placed in the placing groove, and the top end of the screw rod is fixedly connected with the adjusting top through an iron plate nut and a screw; the height of the top cabinet can be adjusted by adjusting the number of the thickness-increasing frames and the relative positions of the adjusting screw rods and the built-in threaded pipes, and the ceiling is pushed to be dead by the adjusting top.

8. The custom wardrobe built by adopting the standardized components as claimed in claim 1, wherein the top wardrobe comprises a wardrobe body, at least one thick heightening frame, an adjusting top and an outer adjusting structure fixed on the top surface of the adjusting top, wherein the wardrobe body, the thick heightening frame and the adjusting top are sequentially stacked from bottom to top; the outer adjusting structure comprises an iron plate nut, at least one single-end hexagonal stud and a rubber pad with a screw rod which are sequentially connected in series from bottom to top, and the iron plate nut is fixed on the top surface of the adjusting top; the height of the top cabinet can be adjusted by adjusting the number of the thick heightening frames and the number of the single-head hexagonal studs, and a ceiling is tightly jacked by the rubber pad with the screw.

9. The custom wardrobe built by adopting the standardized components as claimed in any one of claims 1 to 8, wherein when the short clothes hanger or the middle combined adjusting cabinet and the containing cabinet or the containing drawer are built up and down, and when the upper layer cabinet group and the middle layer cabinet group are built up and down, concave-convex structures which can be matched and meshed and fixed with each other are arranged on the contact surfaces of the upper layer assembly and the lower layer assembly; the concave-convex structure is formed by alternately arranging bulges and grooves in the horizontal and vertical directions, and the bulges and the grooves have the same shape and the same size.

10. The custom wardrobe built by adopting the standardized components as claimed in any one of claims 1 to 8, wherein the same component in the lower, middle and upper standardized components is provided with different widths for being selected when the lower, middle and upper wardrobe groups are built.

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