KR20150134983A - Profile high and low control system - Google Patents

Abstract

The present invention relates to a height control system for a profile, capable of linking a profile to various combination structure members since a multipurpose groove connected by each support is formed on each surface to couple a horizontal height controlling baseboard, a horizontal height controlling molding, and a center profile to a combination member such as an electricity control box and a board molding and capable of expanding the profile, wherein the profiles are used for various space structures such as a wall, a ceiling, and a bottom of the exterior or interior of a building. According to the present invention, the height control system for the profile has a height control member installed to be able to control the height of other structures, and the other structures can control the height thereof by using the height control member. Moreover, a space for electric wiring and light installation is formed in one side or both sides of the height control member.

Description

Profile high and low control system [

The present invention can be applied to various spatial structures such as walls, ceilings, floors and the like of a building exterior and a built-in interior. The present invention can be applied to a horizontal and vertical raising / Which are connected to the respective surfaces by respective supports, so as to be able to connect to and extend the various joining structural members.

The existing profile is a square shape of the central part and is used for the structure of the industrial field. The existing profile is easy to assemble and disassemble and is useful for its purpose. While existing profiles have good advantages, they do not have electrical wiring and lighting related couplings and wings. There is a disadvantage that the profile must be disassembled in order to install an electric facility or to replace or maintain the plate. For example, in the formation of wall structures of various interior facilities, the structure of the existing aluminum frame profile has a simple structure existing only in the shape of a center, and thus can not have various shapes. In particular, The reason is that it is not possible to add additional components such as plate parts and other attachments with various functions. In this way, existing profiles have good advantages, but they are limited to use, and they have disadvantages in joining parts, so they are not used in professional interior facilities and are mainly used in simple processes.

Korean Patent Publication No. 10-2011-0134042 (Dec. 14, 2011) Korean Patent Laid-Open Publication No. 10-2014-0008106 (published on January 21, 2014) Registered Utility Model No. 20-0322178 of the Republic of Korea (Notice of Aug. 2003)

It is an object of the present invention to solve the above-mentioned problems of the prior art, and it is an object of the present invention to provide a profile used as various spatial structures such as walls, ceilings, And to provide a profile elevation system capable of reducing the height of the profile.

It is a further object of the present invention to provide an elevator system that can be vertically and horizontally adjusted with only one system in the elevation system, the molding is automatically formed in the base, the wall, and the ceiling on the floor, The present invention is to provide a profile elevation system that can easily and quickly install wiring and lighting (e.g., LED line direct and indirect lighting), and can produce a variety of lights even in the case of a mop and a height.

According to the height profile system of the present invention, other structures are provided with a height member for height adjustment, and other structures are adjusted in height through a height adjustment member, and electric wiring or lighting is installed on one or both surfaces of the height member A space is formed.

The elevation member is fixed to the floor to serve as a base, while other structures are installed on the top of the base to be adjustable in height.

The horizontal raising and lowering base includes a height lowering support fixed to the floor and formed perpendicular to the fixing surface; A height adjustable center bar formed on the upper part of the height column support and penetrating through the height adjustment bolts while being screwed; And a height support inserted into the upper part of the structure to support the upper part of the structure.

The profile elevation system of the present invention further includes a control box provided above the horizontal raising and lowering base and formed with a versatile groove which can be installed by inserting one or more of an outlet, a switch, and a lighting into one or both sides.

The height profile system according to the present invention is characterized in that a height adjustable between the horizontal height adjuster and the control box is provided, a multi-purpose groove is formed in which the height adjustable bolt is closely held and supported, Further comprising a profile for supporting another structure on top.

A pair of profiles are provided above and below the horizontal raising and lowering base, and a plate is fixed through a plate fixing molding fixed to the upper and lower ends of the plate between the profiles. Through the grooves formed in the upper or lower portion of the profile The plate material fixing mold is inserted and inserted, and the profile is formed as an integral type or a separate type.

In the profile, a plate member in which a lower portion of the plate material fixing molding is fitted is integrally formed or detached.

The height profile system according to the present invention further includes a connection molding having a protrusion and a groove formed in the connection portion so as to be connected to each other by the male and female connection methods when the two or more plate members are connected to each other, .

The height profile system according to the present invention is installed in the upper part of the upper part of the pair of profiles so as to be adjustable in height relative to each other through rotation of the height adjusting bolt and the upper part is fixed to the ceiling to serve as a molding, Further includes a horizontal elevation and molding in which a space for installing electric wiring or lighting can be formed.

Versatile accessories are connected to the multi-purpose groove of the profile.

According to the elevation system of the present invention, the following effects can be expected.

In the case of the present invention, it is possible to easily and vertically and horizontally rotate only by the bolt pieces of the horizontal low-level and the low-beam and the horizontal low-level and the molding, Adjustable, easy and fast to work.

Second, when the vertical and horizontal elevation using the bolt piece is controlled, a mop base is formed on the bottom side, a molding is automatically formed on the wall and the ceiling, and the electric wiring and illumination can be easily produced in the mop. Therefore, it can reduce many processes, time and cost, and it is very easy to modify and move in remodeling work. In particular, it is possible to speed up the installation of outlets and switches with the control box.

Third, by using fixed plate molding and connection molding, it is possible to easily remove the material having plate characteristics during repair and working such as water and electricity on the ceiling and wall. In particular, monochromatic walls can produce 10 remodeling effects, and about 10 minutes are enough to change the front and back of a wall.

Fourth, various lighting, picture rail, ceiling and corner molding, various curtain box combination, and the like can be made variously by using the multi-purpose groove.

Fifth, the profile according to the present invention can prevent a condensation phenomenon of a wall or the like because a space of at least about 10 mm can be provided on the wall surface in use.

1 is a perspective view of a profile elevation system for vertical profiles according to a first embodiment of the present invention;
2 is a sectional view showing a profile elevation system according to a first embodiment of the present invention;
Fig. 3 is a view showing only the horizontal height raising and lowering platform for illumination shown in Fig. 2; Fig.
Figure 4 shows only the lower profile shown in Figure 2;
5 shows only the control box shown in Fig.
6 is a view showing only the sheet material portion shown in Fig.
7 is a view showing only the sheet material fixing molding shown in Fig.
Figure 8 shows only the top profile shown in Figure 2;
9 is a view showing only the horizontal elevation and molding for illumination;
10 is a view showing various modified examples of the horizontal height raising and lowering base for illumination.
Fig. 11 is a view showing various modifications of the horizontal elevation and molding for illumination. Fig.
12 shows various modifications of the lower profile and the upper profile.
13 is a view showing various modifications of the plate member.
14 is a view showing various modifications of the control box;
15 is a view showing various modified examples of plate material fixing molding.
16 is a sectional view showing various modifications of the profile elevation system according to the second embodiment of the present invention;
Fig. 17 shows various modifications of the connection molding. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of a profile elevation system according to the present invention will be described in detail with reference to the accompanying drawings. In the embodiment of the present invention, only the upper and lower chambers are provided. However, the present invention is not limited thereto.

FIG. 1 is a perspective view of a vertical profile height system according to a first embodiment of the present invention. FIG. FIG. 2 is a cross-sectional view illustrating a profile elevation system according to a first embodiment of the present invention, FIG. 3 is a view showing only the horizontal height elevating and lowering platform for illumination shown in FIG. 2, FIG. 5 is a view showing only the control box shown in FIG. 2, FIG. 6 is a view showing only the plate member shown in FIG. 2, FIG. 7 is a view showing only plate member fixing molding shown in FIG. FIG. 8 is a view showing only the upper profile shown in FIG. 2, and FIG. 9 is a view showing only the horizontal height and molding for illumination.

The profile elevation system according to the present invention includes a horizontal elevation raising and lowering base 100 for lighting, a height adjusting bolt piece 200, a lower profile 300, a control box 400, a plate material part 500, An upper profile 700, and a horizontal leveling and molding 800 for lighting.

Each of the profiles constituting the profile elevation system according to the present invention and the members coupled thereto have a length continuous in one direction (forward and backward direction in the drawing) and cut to a predetermined length. According to the profile elevation system according to the present invention, a mattress base is automatically formed on the floor, a molding is automatically formed on the wall and ceiling, and a space capable of being covered with a cap such as an acrylic is provided to easily install and operate electric wiring and lighting members And a variety of joining materials are provided.

The illuminating horizontal height raising and lowering racket 100 is provided for adjusting the vertical and horizontal of the lower profile 300 located at the upper part thereof and performs the function of a railing receiver. The height raising and lowering rails 110, (120) and a height support (130).

The elevation post support 110 is fixed to the floor and includes a bottom fixing part 111 fixed to the floor and a pair of vertical supporting parts 112 formed vertically to the top center of the bottom fixing part 111 .

A bottom surface of the bottom fixing part 111 is formed with an attachment surface 111a which is spaced from the bottom and spaced apart and is attached to the floor by injecting a bond or silicone into the space. A contact fixing portion to be contact-fixed is formed. The contact fixing portion is provided with a piece 111b for fixing the piece and the taker for positioning the piece or the taker.

On both sides of the vertical support 112, an electric wiring and an illumination space 113 for installing electric wiring, LED lighting, and other accessories are respectively formed. An illuminated acrylic cap groove for removably fitting a cap or an acrylic plate 114 is formed above and below the entrance of the electric wiring and illumination space 113, respectively.

The height adjusting center bar 120 is horizontally formed integrally with the upper portion of the elevating column support 110. A height adjusting hole 121 is formed at the center of the height adjusting center bar 120 so as to penetrate the height adjusting bolt piece 200 while being screwed .

The elevation supports 130 vertically extend upward from both sides of the elevation adjustment center platform 120 and support the lower profile 300 located thereon. The upper and lower supports 300 and 300 are positioned such that the upper and lower supports 300 and 300 are positioned at the same height. Therefore, in the process of adjusting the height of the lower profile 300, the gap between the height support 130 and the lower profile 300 is not exposed to the outside.

The lower profile 300 is installed on the upper part of the horizontal raising and lowering base 100 for lighting and is adjustable in height. On the four sides of the lower profile 300, there are formed multi-use grooves 310 connected to each other by a support, and various kinds of subsidiary materials can be used in one side, two sides, three sides, four sides, etc. The shape, size, and number of the multipurpose grooves 310 for each use can be modified. The lower portion of the control box 400 may be inserted into the upper multifunctional groove 310 or the plate member 500 may be inserted into the upper multifunctional groove 310. In a general case in which the control box 400 is not required, plate material molding may be directly installed in the upper multi-purpose groove 310. In the lower multi-purpose groove 310, a height support 130 is inserted. A horizontal horizontal zero point base 320 is formed at the center of the lower profile 300.

The lower profile 300 having such a structure is installed between the lighting horizontal and lower base 100 and the control box 400 to connect the two members and is installed on the upper part of the control box 400 to support the plate.

In order to adjust the vertical and horizontal elevation of the lower profile 300, the horizontal and vertical lighting and raising and lowering base 100 is fixed to the floor with a taker or a piece, and then the end of the elevation support 130 located at the highest position in the floor When the head is adjusted to 0 point by rotating the height-adjustable bolt piece (200) located at the mid-point and fixed at 0 point base, the height adjusting bolt The head of the piece 200 protrudes upward and the head of the height adjusting bolt piece 200 is brought into close contact with the zero point base 320 so that the lower profile 300 can be stably maintained in a state in which the vertical and horizontal elevations are adjusted have.

That is, the height adjusting bolt piece 200 located on the lower side of the lower profile 300 is rotated to raise the lower height side, so that the entire height can be maintained. Further, all the height adjusting bolt pieces 200 are rotated The entire lower profile 300 can be raised in the vertical direction. The horizontal and vertical operations of the lower profile 300 may be sequential or simultaneous.

The control box 400 includes a control box center support 410, a control box connector 420, and a control box cover 430 inserted into the upper multi-purpose groove 310 of the lower profile 300.

The pair of left and right spaced apart control box center supports 410 are vertically formed to form a skeleton. The control box linkage 420 is connected to the lower profile 300, which extends horizontally below and above and below the control box center support 410, respectively. A multipurpose groove 440 into which an outlet, a switch, and an LED illumination is inserted is formed between both sides of the control box center support base 410 and between the two control box connection legs 420. The control box cover 430 is detachably fitted in the entrance of the multi-purpose groove 440, so that the work of electric wiring and the like can be checked, replaced, and moved at any time.

A plurality of cutting and piece grooves 411 and 431 are vertically formed in the control box center support 410 and the control box cover 430 so as to facilitate cutting during insertion of the receptacle or switch, It also helps to position the piece when it is secured with the piece

The upper and lower ends of the control box cover 430 are hooked to the upper and lower sides of the entrance of the multi-purpose groove 440. In the multi-purpose groove 440, 450) can be installed to easily produce various kinds of lighting.

The plate member 500 is inserted into the upper multifunctional groove 310 of the lower profile 300 installed on the upper part of the control box 400 and is configured to be fixed by inserting one or more plate- do. The upper and lower plate member support grooves and the lower and right plate member support groove grooves are symmetrically formed on the left and right sides of the plate member portion 500. The plate member 500 may be formed separately from the lower profile 300 as shown in the drawing, or may be formed integrally.

The plate material fixing moldings 600 are coupled to the upper and lower ends of the plate material, respectively. The plate material fixing moldings 600 prevent the situation where a heavy plate material is easily installed or disassembled, . When the plate protrusion is provided, the glass or acrylic plate can be easily fixed with silicone.

The plate material fixing mold 600 includes a plate material contact surface 610 to which the plate material is closely adhered, a plate material molding support base 620 that is formed perpendicular to the lower center of the plate material contact surface 610 to support the plate material, And a plate material fixing molding handle 630 formed at both lower sides of the plate 610.

In the lower part of the plate material adhering surface 610, a plate material-fixed takacafe groove 611 for fixing the plate material by using a takana piece is formed. In the case of a heavy plate, it can be fixed with a plate piece, and in the case of a thin plate, it can be fixed with a takar.

Two pieces can be used, one for each of the upper and lower plate-fixed molding support grooves of the plate member portion 500, which is symmetrical when using the thick plate member. There is a fixed plate molding (600), so that two sets of front and back finishing plates can be inserted into the center of the plate, so that four planes can be replaced at one time, and the recyclability of the plate is excellent and remodeling and maintenance work is easy. This makes it easy to change the front face, back face and other plate materials of the plate.

The upper profile 700 is installed on top of the upper plate fixing mold 600. On the four sides of the upper profile 700, a multi-purpose groove 710 connected by a support is formed, and a horizontal zero point base 720 is formed at the center. The head of the height adjusting bolt piece 200 is brought into contact with the top surface of the zero point base 720. The upper and lower multidirectional grooves 710 are formed in the upper and lower multidirectional grooves 710. The upper and lower multidirectional grooves 710 may be coupled to the upper and lower multidirectional grooves 710, The end of the plate material fixing molding support 620 of the plate material fixing mold 600 is inserted. In the drawing, the upper profile 700 is formed as a separate type, but not limited thereto, and may be integrally formed.

The multipurpose grooves 710 formed on both sides of the upper profile 700 are provided with a multipurpose groove cap contact surface 711 in which the multipurpose groove cap is closely attached to the inner surface of the multipurpose groove 710. A multi- A multipurpose groove cap support 712 is formed.

The lighting horizontal leveling moldings 800 include a height column support 810, a height adjustment center bar 820 and a height support 830.

The elevation post support 810 is fixed to the ceiling and includes a ceiling fixing part 811 which is fixed to the ceiling in contact with the ceiling and a vertical support 812 which is vertically formed downward on one side of the ceiling fixing part 811.

On the upper surface of the ceiling fixing part 811, there is formed an attachment surface 811a which is spaced apart from the ceiling and spaced from the ceiling by injecting a bond or silicone into the space, and on both sides of the attachment surface 811a, A contact fixing portion to be contact-fixed is formed. The contact fixing part is provided with a piece 811b for fixing the piece and the taker for positioning the piece and the taker.

An electric wiring and an illumination space 813 are formed at one side of the vertical support 812 for installing electrical wiring and LED illumination. An illuminated acrylic cap groove for removably fitting an acrylic plate is formed above and below the entrance of the electric wiring and illumination space 813, respectively.

The height adjustment center bar 820 is formed horizontally and integrally with the lower portion of the height support bar 810. A height adjustment piece 821 is formed at the center of the height adjustment bar 820 so as to pass through the height adjustment bolt piece 200 .

The elevation supports 830 extend vertically downward from both sides of the elevation adjustment center pedestal 820 and are inserted into the upper utility multitod grooves of the upper profile 700. The elevation support 830 is positioned on the inside of the upper profile 700 and the lower end of the elevation support 830 is positioned inside the upper profile 700 even if the elevation of the upper profile 700 is adjusted. Therefore, in the process of adjusting the height, the gap between the elevation support 830 and the upper profile 700 is not exposed to the outside.

In order to adjust the height of the lighting horizontal and vertical molding 800 through the height adjusting bolt piece 200, the lighting horizontal height and molding 800 is fixed to the ceiling with a tackle or a piece, When the end of the elevation support 830 is adjusted to the zero point base and the elevation adjustment bolt piece 200 positioned at the middle is rotated to adjust the head to 0 point, The head of the height adjusting bolt piece 200 protrudes downward as much as the height difference from the ceiling and the head of the height adjusting bolt piece 200 is in close contact with the zero point base 720, It can be stably maintained in a state in which the horizontal height is adjusted.

That is, the height adjustment bolt piece 200 positioned on the higher side of the upper profile 700 is rotated to lower the height side, so that the entire height can be maintained, and all the height adjustment bolt pieces 200 are rotated The entire upper profile 700 can be lowered in the vertical direction. The horizontal and vertical work of the top profile 700 may be sequential or simultaneous.

On the other hand, reference numeral 900 is an example of a multipurpose grooved auxiliary member to be fitted in the multipurpose groove. The multipurpose grooved member is formed in a central portion and in a plurality of engaging members, and has a bifurcated shape which forms a groove between the first and second supports on the inner surface of the multipurpose groove, constitutes a cap bone and a piece bone, and uses two multipurpose grooves, A multipurpose accessory that uses one multi-purpose groove and has a shape starting from a multi-use groove. That is, in the method and the method using the multipurpose accessory to the multipurpose grooves, the central latching grooves of the multipurpose accessory material are placed in the lower cap grooves in the respective multipurpose grooves, and the lower padding of the multipurpose accessory is automatically brought into close contact with the outer surface of the multipurpose groove support. This is a method of automatically closing the multipurpose accessory engagement surface on the multi-purpose groove. Various joining members such as lights, curtain box joints and the like can be inserted into the wing side multi-purpose groove.

10 is a view showing various modified examples of the horizontal height raising and lowering base for illumination. Here, the illuminating horizontal raising and lowering base can be used for all of the upper, lower, left, and right sides, but it is suitable for the lower use considering the effects of both sides and the center of gravity.

As shown in the figure, the illuminating horizontal raising and lowering rails are commonly provided with a raising and lowering support, a height adjusting center, and a raising and lowering support. The height adjustable center hole is commonly formed with a height adjustable piece hole through which the height adjustable piece passes. In addition, a piece and a taker groove, and a bond or a silicon adhesion surface are commonly formed at a portion of the elevation post support which is in contact with the bottom. Therefore, the horizontal height and base for lighting can be fixed to the floor with only the takana pieces.

The shape of each elevation post support, elevation control center, and elevation support can be modified into various shapes as shown in the drawings. For example, the vertical column supports of the elevation column supports may be provided in pairs to form a sturdy support structure, or may be provided with only one at the center. The position of the height adjustment center block and the height support can also be variously modified.

The wiring and the illumination space are formed on both sides or the end face of the elevation post support and the cap or the acrylic plate is detachably fixed to the entrance, so that the electric wiring and the LED illumination can be easily installed.

Fig. 11 is a view showing various modifications of the horizontal elevation and molding for illumination. Horizontal elevation and molding for lighting is mainly used for left, right or upper part.

As shown in the figure, the lighting horizontal elevating and molding unit commonly includes a elevation post support, a height control center, and a height support. In addition, a height adjusting center hole is formed in the height adjusting center block, and a piece, a taker groove, and a bond or silicon mounting face are commonly formed at a portion of the height support post which is in contact with the ceiling.

Although the ceiling multi-purpose groove, that is, the wiring and the illumination space, is formed by the elevation post support, the shape of the entrance of the multifunctional slot for the ceiling and the shape of the cap mounted at the entrance of the multifunctional slot for the ceiling can be changed.

12 is a view showing various modifications of the lower profile and the upper profile, and Fig. 13 is a view showing various modifications of the plate member.

As shown in the figure, the lower profile and the upper profile can be variously modified in terms of the shape, position and the like of the shape of the multipurpose groove formed on the four surfaces, the zero point base, and the like.

In addition, the lower profile and the upper profile may be formed integrally or separately according to the purpose of use, and the part serving as the plate member may be integrally formed, or the plate member formed separately as shown in FIG. 13 may be assembled have.

Each profile has a multi-purpose groove formed by connecting with respective supports so that a plate material of various materials having various plate characteristics can be fixed and used immediately without a wing member. In other words, it is possible to directly connect a date, a half date, a navigator, a tizja, a cross, etc. by utilizing each surface of a profile so that the plate material of various thicknesses can be fixed without depending on the shape of each application, Combinations can be combined and extended in various shapes such as J, Y, and V.

14 is a view showing various modifications of the control box.

The control box which can smoothly work electric wiring, etc., should be installed as a horizontal side of the floor in the case of an outlet, and as a side surface in case of a switch. The control box may have a space for installing an outlet or a switch on both sides of the central control box center support, or may have only one space without a control box center support.

Particularly, the control box can be directly used with the horizontal height and the base for illumination without separate center by making one side of the central portion and the other side opposite to the side separate or integral. In the case of the separate type, It can also be used.

Meanwhile, in the case of the control box according to the present invention, the outlet and the switch can be controlled differently in a thin space, and the electric wire and the LED illumination can be inserted to easily produce various lights on both sides or cross sections.

15 is a view showing various modified examples of the plate material fixing molding.

As shown in the figure, the plate material fixing mold, the plate material fixing molding support, and the plate fixing knob are commonly formed. However, the number of the plate-shaped molding supports may be variously modified. The sheet material protector can be omitted in some cases, and the number of sheet material protector can be variously modified.

By using the multi-purpose grooves of the lower and upper profiles, it is possible to easily assemble a thin glass plate of a combined type or a thick box type for both sides by having a plate material molding which can easily fix the plate material by thickness. Especially, it is possible to quickly fix common plate materials such as one-fold, two-fold, three-fold, etc. by using only pieces or takas, and especially, it is possible to insert two sets of front and rear plate materials, Do. For example, the four seasons can be placed on one wall.

FIG. 16 is a cross-sectional view showing various modified examples of the profile elevation system according to the second embodiment of the present invention, and FIG. 17 is a view showing various modified examples of the connection molding.

According to the profile elevation system of the present invention, a plurality of plate materials can be fixed to one sheet material fixing mold 600 in the case of a thin sheet material, and one sheet material fixing mold 600 can be used for a thick sheet material It is possible to use two sheet material fixing moldings 600 in the form of fixing only the sheet material of the plate material. The heavy plate can be fixed to the plate fixing mold by using the plate piece, and the light plate can be fixed with only the taker.

On the other hand, as shown in the drawing, the connection molding 1000 is used in the middle of joining two or more sheet materials. The connection moldings 1000 can be formed by connecting moldings 1000 having grooves on one side of various plate materials and connection moldings 1000 having protrusions on the opposite side, . Particularly, when a plate material of various materials having various plate material characteristics such as one-fold, two-fold and three-fold is connected by using a connection molding, it is possible to fix only with a fixation. On both sides of the connection molding, .

While the present invention has been described in detail with reference to the preferred embodiments thereof, it is to be understood that the invention is not limited to the specific embodiments thereof, Various modifications can be made. For example, in the embodiment of the present invention, the profile elevation system is installed in the vertical direction, but the present invention is not limited to this, and it may be installed in the lateral direction.

100: Horizontal elevator and base for lighting 110: Height pillar support
111: bottom fixing part 112: vertical supporting part
113: Wiring and lighting space 120: Height adjustment center base
121: Elevation adjustment piece 130: Elevation support
200: height adjustment bolt piece 300: lower profile
310: Multi-purpose groove 320: 0 point base
400: Control box 410: Control box center support
411: Foundation and piece hole 420: Control box connection block
430: Control box cover 431: Cutting and piece hole
450: LED lighting 500: plate member
600: plate material fixing molding 610: plate material contact surface
611: Plate fixing moldings Takapiece hole 620: Plate fixing mold supports
630: plate material fixing molding handle 640: plate material protector
700: Top Profile 710: Multipurpose Home
711: Multi-purpose groove cap contact surface 712: Multi-purpose groove cap support
720: 0 point base 800: Horizontal elevation and molding for illumination
810: elevation column support 811: ceiling fixing part
812: Vertical support 813: Electrical wiring and lighting space
820: Height adjustable center base 821: Height adjustable piece hole
830: Height support 900: Multipurpose home accessory
1000: Connection molding

Claims (10)

The height of the other structure is adjusted by means of a height adjusting member and a space is provided on the one or both sides of the height adjusting member so that the electric wiring or the lighting can be installed Features profile height system. The method according to claim 1,
Wherein the elevating member is a horizontal elevating and lowering mounter which is fixed to the floor to serve as a mop holder and other structures are installed on the upper portion thereof so as to be adjustable in height. 3. The method of claim 2,
The horizontal raising and lowering platform comprises:
Elevator posts mounted on the floor;
A height adjustable center bar formed on an upper portion of the elevation post support, the elevation adjustment center bolt penetrating the elevation adjustment bolt while being screwed; And
And a height support inserted into the upper part of the structure to support the upper part of the structure. The method of claim 3,
Further comprising a control box provided above the horizontal raising and lowering base and formed with a multi-purpose groove which can be installed by inserting one or more of an outlet, a switch, and a lighting into one side or both sides thereof at a time. 5. The method of claim 4,
A multidirectional groove is formed between the horizontal raising and lowering racket and the control box so as to be adjustable in height and is tightly supported on the head of the raising and lowering bolt and is capable of joining other accessory materials, A profile elevation system further comprising a supporting profile. The method of claim 3,
A pair of profiles are provided above and below the horizontal raising and lowering base, a plate is fixed through a plate material fixing molding fixed to the upper and lower ends of the plate between the profiles, and a groove formed on the upper or lower side of the profile Wherein the plate material fixing mold is inserted and inserted into the groove, and the profile is integrally formed or detached. The method according to claim 6,
Wherein the plate is integrally formed with the lower portion of the plate-material-fixing molding, and the plate-like portion is formed in a detachable manner. 8. The method of claim 7,
Further comprising a connection molding having protrusions and grooves formed in the connection portions so as to be connected to each other by male and female connection methods when the two or more plate members are connected to each other. 9. The method according to any one of claims 6 to 8,
The upper portion of the pair of profiles is mounted on the upper portion of the profile to be adjustable in height relative to the upper portion through rotation of the height adjusting bolt. The upper portion is fixed to the ceiling to function as a molding, Further comprising a horizontal elevation and molding in which a space for installing the elevation system is formed. 10. The method of claim 9,
And a versatile auxiliary member is connected to the multi-use groove of the profile.

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