KR100990691B1 - Partition wall construction system - Google Patents

Abstract

PURPOSE: A partition system is provided to easily and rapidly form each room inside a building and to reinstall the room by changing an inner structure of the building. CONSTITUTION: A partition system comprises a base(10), an upper frame(20), multiple posts, and multiple partition panels(30). The base is composed of a lower base and an upper base. The upper frame is installed in a ceiling to face with the base. The posts are supported by the base and the upper frame. The partition panels are supported by the vertically positioned posts.

Description

Partition wall construction system

The present invention relates to a partition system, and more particularly, the task of making each room in the interior of a building is quick and easy, and the work can be smoothly performed even when dismantling to change the internal structure of the room or to remove each room. In addition, the present invention relates to a new partition system that can be said to be environmentally friendly because it can increase recyclability.

In general, a partition is mainly used to divide a room such as an office of a securities company, a bank or an insurance company to create a required room. Each room-forming partition of such a room is manufactured to have a constant height, thickness and width to interconnect each partition as needed. The interconnection of the existing partitions may be connected using bolts and nuts, or a plurality of assemblies. After the parts are connected, a fixing pin or the like is inserted into the connection part to adopt the assembly method.

In this case, in order to change the interior structure of the building, it is important to change the structure of each room or relocate the room. Therefore, it is important not only to quickly and easily make each room, but also to change the interior structure of the room. In addition, it is important to quickly and smoothly dismantle the partitions of each room installed in response to such a situation. Furthermore, when the partitions are no longer needed due to the relocation of the office, the side of recycling can be dismantled and reused. This is important to consider.

For example, there is a need for a partition system with a desirable structure that can satisfy various aspects such as making each room necessary for the interior of a building, dismantling the partition and repositioning the assembly due to the change of the interior structure, and recyclability after dismantling the partition. There is a situation.

The present invention was developed to solve the problems as described above, the object of the present invention is to quickly and easily work to create each room in the interior of the building while changing the internal structure of the room to reinstall or eliminate each room in the room In case of dismantling, all work can be done quickly and smoothly, and further, it is possible to provide recyclability after dismantling, and thus, to provide a partition system having a new structure that can be called environmentally friendly.

According to the present invention for solving the above problems, it is composed of a bar shape provided with a post seating groove in the upper portion of the base installed in the ground of the place where the partition is installed, and a bar shape provided with a post support groove in the lower portion And an upper frame configured to be supported by the ceiling so as to face the base, and a plurality of panel coupling holes are formed in at least one of front and rear surfaces in a vertical direction so that a lower end portion and an upper end portion respectively have the post seating grooves of the base. A plurality of posts inserted into the post supporting grooves of the upper frame and arranged upright in parallel with each other, and a wall member partitioning each room by a locking member provided on an inner surface of the upper frame by being inserted into the panel coupling holes of the posts. Partition comprising a plurality of partition panels to be formed The system is provided.

The post is configured such that the inner post is slidably coupled to the inside of the outer post, and one of the outer post and the inner post is provided with a plurality of adjustment holes in the vertical direction, and the other post has the adjustment hole. It is provided with a fixed support hole, and characterized in that it further comprises a fixed pin coupled through the fixed support hole and the adjustment hole.

The inner post further includes an upper leveler at an upper end, and the upper leveler is configured to have a fitting piece parallel to each other on the basis of an insertion groove opened to both the upper end and left and right sides, and the upper leveler A fixture insertion hole is provided on a surface facing the control hole of the inner post, and an upper frame of the upper leveler is provided on an upper frame supported by the ceiling, and the upper frame is sandwiched between the front and rear fitting pieces of the upper leveler. It comprises a pair of intermediate support pieces and a pair of outer support pieces provided at the front and rear positions of the intermediate support pieces to form a channel portion into which the fitting piece of the upper leveler is inserted.

The base includes a lower base having a cross-sectional channel shape having an opening at an upper portion thereof, and an upper base configured to have a bar shape having an opening formed at a lower portion thereof, and configured to be lifted and coupled to the inside of the lower base. A leveler is interposed therebetween, and the leveler is provided with a lower end supported on the bottom surface of the lower base, and a leveling block having a bolt hole at an upper surface thereof, a lifting bolt screwed to the bolt hole of the leveling block, and It is characterized in that it comprises a leveling washer provided in the lifting bolt in contact with the inner upper surface of the upper base.

It characterized in that it comprises a window frame installed through the side bars installed on the posts adjacent to each other among the posts, and the glass is installed inside the window frame to look inside the partition.

In addition, the present invention is characterized in that it further comprises a blackboard frame installed on the surface of the partition panel which is supported and installed on the post.

The partition system of the present invention includes a base which is installed on the ground of a partition installation place by means of fasteners such as bolts, an upper frame which is installed on the ceiling so as to be parallel to the base, and a plurality of lower ends and upper ends that are fitted into the base and the upper frame so as to stand upright. Posts and a plurality of partition panels detachably coupled to the posts to form a wall, wherein the base and the upper frame are respectively provided on the ground, and the plurality of posts are supported by the base and the upper frame in parallel with each other. After the installation is possible, a partition partitioning each room in the interior of the building can be installed by combining a plurality of partition panels on each post, so that each room can be quickly and easily made. Will be.

On the other hand, the above process is reversed, that is, each partition panel is separated from the post, the post is separated from the base and the upper frame, and the remaining base and upper frame are separated from the ground and ceiling, respectively, simply dismantle the partition. Therefore, it is possible to quickly and smoothly dismantle the partitions of each room already installed in response to changes in the interior interior structure or moving offices, and furthermore, the use of the partitions is no longer necessary. If not, it can be dismantled and reused, which is very advantageous in recyclability.

In addition, in the partition system of the present invention, a pair of horizontal bars in the vertical direction may be fitted to the position where the window is to be installed, and the window frame and glass supported by the horizontal bars may be installed, and thus, each room partitioned by the partition system. It has the advantage that it can easily grasp the work situation and other necessary situation from outside.

In addition, in the present invention, since the blackboard frame is detachably installed in a certain area of the partition panel by using a magnet attachment method and uses the inner area of the blackboard frame as the blackboard surface, a space for installing the blackboard separately from the partition to install the blackboard. It does not need to be secured, and it can be efficient and practical in many ways, such as eliminating the trouble of installing the blackboard and increasing the utilization of the indoor space.

Furthermore, since the window structure is assembled to the partition system in a prefabricated manner, even when the partition system is dismantled, the window structure can be quickly and easily dismantled, and contributes to the recycling of the partition system as a whole. It is installed in such a way that it is not troublesome when the partition system is dismantled and is also advantageous in recyclability.

1 is a perspective view showing a partition system of the present invention
Figure 2 is a perspective view showing a window structure installed in parallel to the partition system of the present invention
Figure 3a and Figure 3b is a side cross-sectional view showing a partially enlarged state of joining the partition panel to the post which is the main part of the present invention
4 is a front view of FIG. 2
5 is a front view showing an exploded state of the main part of the window structure shown in FIG.
6 is a front view showing the assembled state of the main part of FIG.
FIG. 7 is an exploded perspective view showing the structure of a corner portion in the window structure shown in FIG. 2; FIG.
FIG. 8 is a perspective view illustrating a process in which the corner member and the glass and the horizontal and vertical bars shown in FIG. 7 are combined;
FIG. 9 is an enlarged perspective view illustrating a state in which the horizontal bar illustrated in FIG. 2 is coupled to a post; FIG.
FIG. 10 is an enlarged front view illustrating a state in which the horizontal bar illustrated in FIG. 9 is coupled to a post; FIG.
Figure 11 is a view showing the height adjustment structure constituting the partition system of the present invention from the side
12 is a perspective view showing a part of the leveler in the height adjustment structure of FIG.
FIG. 13 is a perspective view illustrating a state where a leveler and a base are disposed in the height adjusting structure of FIG. 11; FIG.
14 is a perspective view showing a state in which the lower side of the post is coupled to the base in the height adjustment structure of FIG.
Figure 15 is a side view showing a state in which the lower side of the post coupled to the base in the height adjustment structure of FIG.
16 is a perspective view showing another embodiment of the lower base constituting the base which is a main part of the present invention;
17 is a front view of FIG. 16.
18 is a front view showing a state in which one side of the lower base is opened in FIG.
Figure 19 is a perspective view showing the structure of the post and the height adjustment member constituting the partition system of the present invention
20 is a perspective view showing a state in which the main part shown in FIG.
FIG. 21 is a side view illustrating a state in which the main part illustrated in FIG. 19 is coupled to an upper frame fixed to a ceiling;
FIG. 22 is a side view illustrating an open state of an outer support piece of the upper frame illustrated in FIG. 20.
Figure 23 is a front view showing an exploded state of the main part of the blackboard structure installed in parallel with the partition system of the present invention
FIG. 24 is an enlarged perspective view of a structure of a corner portion of the blackboard structure of FIG. 23.
25 is a perspective view illustrating a connected state of FIG. 24.
FIG. 26 is a perspective view illustrating a connector connecting horizontal bars in the blackboard structure of FIG. 23; FIG.
FIG. 27 is a perspective view illustrating a structure of a magnetic body for attaching a blackboard frame, which is a main part of the blackboard structure of FIG. 23, to a partition panel; FIG.
FIG. 28 is a side view illustrating a state in which the magnetic material and the band strap illustrated in FIG. 27 are embedded in a blackboard frame.
FIG. 29 is a side view illustrating another embodiment of a magnetic material in the blackboard structure of FIG. 23; FIG.
Figure 30 is a perspective view showing the structure of the corner finishing unit for closing the corner portion in the partition system of the present invention
31 and 32 are perspective views illustrating a process of installing the corner finishing unit of FIG. 30.
33 is an exploded perspective view of a cabinet used in parallel with the partition system of the present invention.
34 and 35 are perspective views illustrating a process of installing the cabinet shown in FIG. 33 in the partition system of the present invention.
36 is a perspective view showing a state in which an entrance is formed by using a cabinet installed in the partition system of the present invention;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 1 is a perspective view showing a partition system of the present invention, Figure 2 is a perspective view showing a window structure installed in parallel to the partition system of the present invention, Figures 3a and 3b is a state in which the partition panel is coupled to the post of the main part of the present invention A partially enlarged side sectional view, FIG. 4 is a front view of FIG. 2, FIG. 5 is a front view showing an exploded state of the main part of the window structure shown in FIG. 2, and FIG. 6 is an assembled state of the main part of FIG. 7 is a perspective view showing an exploded view of the corner structure in the window structure shown in FIG. 2, FIG. 8 is a perspective view showing a process in which the corner member and glass and the horizontal and vertical bars shown in FIG. 9 is a partially enlarged perspective view illustrating a state in which the horizontal bar illustrated in FIG. 2 is coupled to a post, and FIG. 10 is a partially enlarged state in which the horizontal bar illustrated in FIG. 9 is coupled to a post. 11 is a front view showing a height adjustment structure constituting the partition system of the present invention, Figure 12 is a perspective view showing a leveler portion in the height adjustment structure of Figure 11, Figure 13 is a height adjustment structure of Figure 11 Figure 14 is a perspective view showing a state in which the leveler and the base disposed, Figure 14 is a perspective view showing a state in which the lower side of the post is coupled to the base in the height adjustment structure of Figure 11, Figure 15 of the post in the base in the height adjustment structure of Figure 11 16 is a perspective view showing another embodiment of the lower base constituting the base which is a main part of the present invention, FIG. 17 is a front view of FIG. 16, and FIG. 18 is a lower view of the lower base. 19 is a front view showing an open state, Figure 19 is a perspective view showing the structure of the post and the height adjustment member constituting the partition system of the present invention, 20 is a perspective view showing a state in which the main part shown in FIG. 19 is coupled, FIG. 21 is a side view showing a state in which the main part shown in FIG. 19 is coupled to an upper frame fixed to the ceiling, and FIG. 22 is an upper frame shown in FIG. Figure 23 is a side view showing an open state of the outer support, Figure 23 is a front view showing an exploded state of the main part of the blackboard structure installed in parallel with the partition system of the present invention, Figure 24 is a part of the structure of the corner portion of the blackboard structure of Figure 23 25 is an enlarged perspective view, FIG. 25 is a perspective view showing a connected state of FIG. 24, FIG. 26 is a perspective view showing a connector for connecting horizontal bars in the blackboard structure of FIG. 23, and FIG. 27 is a blackboard frame which is a main part of the blackboard structure of FIG. 28 is a perspective view illustrating a structure of a magnetic body for attaching to a partition panel, and FIG. 28 is a diagram showing the magnetic body and band strap shown in FIG. Figure 29 is a side view showing another embodiment of the magnetic material in the blackboard structure of Figure 23, Figure 30 is a perspective view showing the structure of the corner finishing unit for finishing the corner portion in the partition system of the present invention, Figure 31 and 32 is a perspective view illustrating a process of installing the corner finishing unit of FIG. 30, FIG. 33 is an exploded perspective view of a cabinet used in parallel with the partition system of the present invention, and FIGS. 34 and 35 are views of the cabinet shown in FIG. 36 is a perspective view showing a process of installing in the partition system of the present invention, Figure 36 is a perspective view showing a state in which the doorway is formed by using a cabinet installed in the partition system of the present invention.

Referring to this, in the present invention, a plurality of posts 50 are basically disposed in parallel with each other between the base 10 of the ground and the upper frame 20 of the ceiling, and the plurality of partition panels ( 30) is a partition system configured by installing.

11 to 15 show the structure of the base 10 constituting the partition system of the present invention. Referring to this, the base 10 is composed of a lower base 100 and an upper base 110. The lower base 100 has a bar structure having a cross-sectional channel shape having sidewalls 104 provided at front and rear ends of the bottom portion 102. The lower base 100 is made of a metal material. In addition, the upper base 110 has a bar structure having a cross-sectional channel shape having sidewalls 114 at the front and rear ends of the upper surface portion 112, and the upper surface portion 112 of the upper base 110 has a lower portion at the center portion thereof. An upward protrusion 116 having an open cross-sectional channel shape is provided, and the upward protrusion 116 extends in the longitudinal direction of the upper base 110. In addition, a long hole 116a extending in the longitudinal direction is formed in the upward protrusion 116 of the upper base 110, and a plurality of such long holes 116a are formed in the upward protrusion 116 at regular intervals along the longitudinal direction. have.

The upper base 110 is accommodated in the lower base 100, the upper surface portion 112 of the upper base 110 is parallel to the bottom portion 102 of the lower base 100, and the front and rear of the upper base 110. The sidewall 114 is disposed parallel to the front and rear sidewall 104 of the lower base 100.

The base 10 is preferably divided into appropriate lengths and installed continuously on the ground, rather than continuously running, so that it is easier to quickly install the base 10 on the ground.

A leveler 40 is provided between the lower base 100 and the upper base 110. The leveler 40 is provided with a lower end supported by the bottom 102 of the lower base 100 and a leveling block 42 having a bolt hole 42a formed thereon, and a bolt hole of the leveling block 42. A lifting bolt 44 screwed to 42a) and a leveling washer 46 provided on the lifting bolt 44 to be in contact with the upper surface of the upper base 110. The leveling washer 46 is interposed between the subsidiary washer 44a at the lower side and the head 44b at the top of the elevating bolt 44 to be idle between the auxiliary washer 44a and the head 44b of the elevating bolt 44. It is configured to be. The auxiliary washer 44a is fixed to the circumference of the elevating bolt 44. In addition, a driver insertion groove 44c is formed in the head 44b of the elevating bolt 44 to face the long hole 116a of the upper base 110. The inner circumferential surface of the burr 44d integrally provided around the bolt hole 42a of the leveling block 42 is also formed with a threaded portion that is connected to the bolt hole 42a, so that the threaded portion on the outer circumferential surface of the elevating bolt 44 is upper base. The screw portion of the inner circumferential surface of the bolt hole 42a of the 110 and the screw portion of the inner circumferential surface of the burr 44d are screwed at the same time, thereby increasing the strength of the portion where the lifting bolt 44 is supported by the burr 44d. Have

An upper frame 20 is installed on the ceiling to face the base 10. The upper frame 20 is configured in the shape of a bar provided with a post support groove at the bottom. The upper frame 20 is shown in FIGS. 1 and 4 and 18 and 19. Referring to FIG. 18, the upper frame 20 includes a pair of intermediate support pieces 22 fitted between the front and rear fitting pieces 64 of the upper leveler 60 to be described later when viewed from one end side, and such intermediate support. The post support groove which is provided in the front-rear position of the piece 22, and has a pair of outer support pieces 28 which form the channel part into which the fitting piece 64 of the upper leveler 60 is inserted, and is opened downward in the lower part. It is composed of a bar shape provided. In other words, the upper frame 20 is provided with a horizontal portion 24 at the upper end of the pair of intermediate support pieces 22, and the intermediate horizontal portion 23 is provided on the inner surfaces of the intermediate support pieces 22 facing each other. It is provided, and at the end of the horizontal portion 24 connected to both ends of the upper end portion of the intermediate support piece 22 is provided with a circular arc-shaped rotation support portion 26 integrally, an arc-shaped rotation of the end of the horizontal portion 24 The support portion 26 has a structure in which the rotating engagement portion 27 of the circular cross section of the upper end portion of the outer support piece 28 is rotatably coupled, so that the upper frame 20 has two intermediate support pieces 22 and two The structure which has a post support groove opened downward by the outer support piece 28 is taken. Of course, the upper frame 20 has a structure extending in the longitudinal direction so that the intermediate support piece 22 and the intermediate horizontal portion 23 and the horizontal portion 24 are integrated.

In addition, referring to FIG. 18, the upper frame 20 is rotatable at both ends of the horizontal portion 24 with the circular pivotal coupling portion 27 of the upper ends of the two outer support pieces 28. Combined, since the outer support piece 28 has a pivotal center structure that can be rotated outward in the outward direction, the outer support piece 28 can be rotated in and outward.

In other words, as shown in FIG. 19, the outer support piece 28 of the upper frame 20 can be opened upward. When the outer support piece 28 is opened, the uppermost partition panel in the upper frame 20 is opened. The operation of combining the 30 can be made more easily, and can accommodate a plurality of wires for wiring in the upper frame 20, even when storing the wires in the upper frame 20 to be disposed of Opening the outer support piece 28 can be made easier.

In addition, the intermediate support piece 22 of the upper frame 20 is further provided with a narrowing guide surface 64a facing each other at the lower end portion. At this time, the height from the upper end to the lower end of the upper frame 20 is in the range of 50mm or more and 60mm. It is preferable that it is at least 50 mm or more.

In addition, the upper frame 20 is also preferably divided into a proper length equal to the length of the base 10 rather than continuously connected to the ceiling to be installed on the ceiling, so that the upper frame 20 is also installed on the ceiling Is easier.

The base 50 and the post 50 supporting the lower end and the upper end are installed upright on the upper frame 20. The post 50 is shown in FIGS. 3 and 9 to 11, 16 and 17. The post 50 includes a cross-sectional rectangular outer post 52 having a hollow portion therein, and the outer post 52. The inner post 54 is slidably fitted into the hollow portion and has a hollow portion formed therein.

The outer post 52 has a panel coupling hole 56 for mounting the partition panel 30 on the front and rear surfaces among the four surfaces. 9, 10, and 16, the panel coupling hole 56 of the post 50 has a relatively large diameter hole 64a and a small diameter disposed below and in communication with the large diameter hole 64a. It is comprised by the hole 64b, and this panel coupling hole 56 is comprised in substantially peanut hole shape.

In addition, the outer post 52 is formed with a plurality of slits 58 at regular intervals in the vertical direction in the center of the front and rear surfaces. In addition, at least one side surface of the left and right both sides of the outer post 52 is formed with a pin hole 52h for fitting a fixing pin to be described later. In addition, the outer post 52 is provided with a plurality of slits 52s extending in the vertical direction on the left and right sides separately from the pinhole 52h. Among the plurality of slits 52s, the uppermost slit 52s is an outer Starting from the upper end of the post 52 to form a predetermined length extending downward, the other slit 52s is formed to extend in the vertical direction of the outer post (52).

In addition, referring to Figure 14, the lower end of the outer post 52 is provided with a coupling foot (54f) in the front and rear position relative to the coupling groove 54g upwardly concave, the middle concave coupling of the outer post 52 The groove 54g is fitted to a portion of the upward protrusion 116 of the upper base 110 constituting the base 10, and the front and rear coupling foot 54f is positioned at a position before and after the upward protrusion 116 of the upper base 110. By being fitted into the recessed seat, the lower end of the outer post 52 can be stably supported without flowing back and forth.

Referring to FIG. 16, the inner post 54 is integrated with the core tube 54a of a substantially cross-sectional rectangular shape having a longer length in the left and right direction, and is integrated in the circumference of the core tube 54a in the radial direction with respect to the center portion. It has a cross-sectional structure having a plurality of spacers 54b arranged. In the present invention, four spacers 54b are provided in four directions in the core tube 54a having a rectangular cross section, and a plurality of spacers 54b are arranged in a windmill manner, and an end of the spacer 54b is an outer portion. The inner surface of the four corners of the post 52 is in contact with each other, and a space portion is secured between the outer surface of the core tube 54a and the inner surface of the outer post 52.

In addition, the inner post 54 has a plurality of adjustment holes 54h formed at regular intervals in the vertical direction on the left and right sides thereof. Specifically, a plurality of adjustment holes 54h are formed at regular intervals in the vertical direction on both left and right sides of the core tube 54a of the inner post 54, and each of the adjustment holes 54h is an inner post 54. ) And the pinhole (52h) of the outer post (52) in accordance with the take-out operation, the fixing pin (5h) at the same time the pinhole (52h) of the outer post (52) and the control hole (54h) of the inner post (54) ), The inner post 54 can be drawn out with respect to the outer post 52. At this time, as shown in Figure 16, the fixing pin (5) is provided with a head at the front end and the first pin portion (5a) having a pin pivot hole in communication with the upper and lower ends at the proximal end, and the pin of the first pin (5a) The second pin portion 5c of the fixing pin 5 is connected to the pivot hole so as to be rotatable up and down about the hinge portion 5b. 52h) and the insertion hole 54h of the inner post 54 at the same time and pressing down the first pin portion 5a, the second pin portion 5c is unfolded in the upright direction about the hinge portion 5b, Since the second pin portion 5c unfolded in the upright direction is caught by the inner side of the inner post 54, the fixing pin 5 is not detached.

The inner post 54 further includes an upper leveler 60 at the upper end. In this case, the upper leveler 60 has a coupling body portion 62 having a cross-sectional square shape corresponding to the cross-sectional shape of the outer post 52, and an upper end portion inserted into the upper position of the coupling body portion 62 and left and right sides. It is composed of a shape having a fitting piece (64) parallel to each other based on the groove, and a fixture insertion hole is provided on the surface facing the control hole (54h) of the inner post (54) of the upper portion of the upper leveler (60). . In addition, the stopper fixture 65 is coupled to the fastener insertion hole of the upper leveler 60 and the adjustment hole 54h of the inner post 54 so that the upper leveler 60 adjusts the height relative to the inner post 54. To remain intact. Preferably, at least an inner circumferential surface of the fastener insertion hole of the upper leveler 60 is formed with a threaded portion, and a threaded portion is also formed at an outer circumferential surface of the stopping fixture 65, so that the stopper fastener 65 is provided with an adjustment hole of the inner post 54. 54h) and the stopper fixture 65 is prevented from being detached by being screwed into the fixture insertion hole of the upper leveler 60 at the same time. The head of the stopper fixture 65 is provided with a trench groove, and by rotating the hexagonal wrench into the wrench groove of the stopper fixture 65, the rotation operation of the stopper fixture 65 can be made easier. .

In addition, the pair of fitting pieces 64 parallel to each other of the upper leveler 60 is configured to have a coupling guide surface 64a, the distance of which is gradually narrowed toward the lower side at the ends facing each other.

In addition, front and rear surfaces of the upper leveler 60 are formed with the same panel-penetration hole 56 as the peanut-hole panel engaging hole 56 of the outer post 52. Specifically, the upper leveler 60 is a panel engaging hole 56 is formed in the front and rear surfaces adjacent to the pair of fitting pieces 64, the panel coupling hole 56 of the upper leveler 60 is out. The panel 52 is disposed on the same line as the panel coupling hole 56 of the post 52.

A pair of intermediate support pieces 22 of the upper frame 20 are sandwiched between the fitting pieces 64 of the upper leveler 60 parallel to each other, so that the upper end of the post 50 is moved back and forth to the upper frame 20. While it is stably supported without flowing in the direction, a portion of the upper side of the upper leveler 60 is accommodated into the front and rear outer support pieces 28 of the upper frame 20. In other words, the upper part of the upper leveler 60 enters the inside of the upper frame 20, and the front and rear surfaces of the upper leveler 60 and the inner side of the upper frame 20 (specifically, the front and rear outer support pieces). A space is provided between a portion of the upper side of the partition panel 30 of the uppermost stage, which will be described later, between (inside of 28).

As described above, the upper end and the lower end of the post 50 are respectively supported by the upper frame 20 and the base 10, respectively, and are installed in an upright position. The posts 50 are arranged in plurality in parallel with each other and parallel to each other. The partition panel 30 is mounted by being supported by the upright post 50 to form a wall partitioning each room in an indoor space such as an office.

Specifically, as shown in FIG. 14, the partition panel 30 folds the four peripheral portions of the rectangular metal plate having a predetermined area in a right angle toward the back side to form the side wall portion 32, and then the side wall portion 32 is the front panel portion. It is made of a structure having an inner support piece 34 by folding inward in a direction parallel to (31). In addition, the partition panel 30 has a locking member 33 coupling hole formed in the inner support piece 34, and as shown in FIGS. 3A and 3B, in the locking member 33 coupling hole of the partition panel 30. The locking member 33 is coupled to the screw type is provided, the locking member 33 has a structure having a locking member 33 head portion 33a having a larger diameter than other portions. These locking members 33 are provided at four rear positions (that is, up, down, left and right positions) of the partition panel 30.

Accordingly, as shown in FIGS. 3A and 3B, the head portion 33a of the locking member 33 on the rear surface of the partition panel 30 is once the large diameter hole 56a of the panel coupling hole 56 of the post 50. And then the partition panel 30 is lowered down, the head 33a of the locking member 33 is caught in the small diameter hole 65b, so that the partition panel 30 is not separated from the post 50 in the forward direction. It will be firmly mounted.

In addition, the present invention has a structure that can be installed in parallel with the partition panel 30 and the window structure by providing a window frame and a glass 77 mounted via the horizontal bar 72 horizontally installed on the post 50. .

2 and 4 to 10 show a window structure constituting the present invention, which window structure includes at least one pair of upper and lower horizontal bars 72 provided with locking hooks 72a at both ends, and such horizontal bars. A window frame supported by the 72 and installed on the post 50, and a transparent glass 77 provided on the inner side of the window frame to look inside the room partitioned by the partition.

Specifically, the horizontal bar 72 is in the form of a rectangular cross-section bar, a pair of protruding in the longitudinal direction of the horizontal bar (72) by bending the opposite ends of the finishing pieces parallel to each other at both ends of the horizontal bar (72). It has a structure provided with the locking hook 72a. The locking hook 72a of the horizontal bar 72 is composed of a fitting guide portion which is inclined upwardly from the lower end portion, and a catching supporting surface extending upward in the vertical direction and connected to the upper end of the fitting guide portion. At this time, the fitting guide surface is a structure inclined downward toward the outside with respect to the locking support surface, the inclination angle of the fitting guide portion is in the range of 35 ° to 40 ° with respect to the end of the horizontal bar (72).

The window frame has a pair of horizontal bars (75) formed with concave grooves (g) extending in the longitudinal direction on the outer side, and a pair of vertical bars having concave grooves (g) extending in the longitudinal direction on the outer surface ( 74 and a corner member 76 connecting the corner portions of the horizontal bar 75 and the vertical bar 74 to form a rectangular frame.

The horizontal bar 75 is a rectangular metal bar with a cross section having a hollow portion formed therein and a concave groove g having an approximately square groove shape on an outer surface thereof. In addition, the inner surface of the horizontal bar 75 is formed with a glass groove in the form of a square groove extending in the longitudinal direction. In addition, two first finger holes are formed inside the horizontal bar 75, and two second finger holes are formed at the front and rear positions of the first finger holes. In addition, the horizontal bar 75 has a bolt hole formed on the outer surface (that is, the bottom surface of the concave groove g) of the at least one first finger hole position of the two first finger holes, the upper end portion of the bolt hole A head seating groove is formed for seating the head of the dish head.

The vertical bar 74 has a structure in which concave grooves g, glass defect grooves, first finger holes, second finger holes, and bolt holes and head seating grooves are formed in the same manner as the horizontal bar 75. Accordingly, the recess g may not be formed on the outer surface of the vertical bar 74.

The corner member 76 has a first corner piece 75a in which finger-forming pieces 75f1 are integrated at both ends of the arc-shaped body part, and both ends of the body part made of an arc shape so as to correspond to the first corner piece 75a. The second corner piece 75b in which the finger forming pieces 75f2 are integrated is formed by being joined to each other.

The first corner piece 75a is provided with a pair of joint block portions 75j1 on the opposite surface facing the second corner piece 75b, and the second corner piece 75b also has a first corner piece 75a. A pair of joint block portions 75j2 are provided on the opposite surface facing each other, and the joint block portions 75j1 of the first corner piece 75a and the joint block portions 75j2 of the second corner piece 75b are armed. It has a structure that is mutually joined by the coordination of the jaw and the male jaw.

At this time, one of the joint block portion 75j1 of the joint block portion 75j1 of the first corner piece 75a has a bolt hole formed therein, and the other joint block portion 75j1 has a bolt fastening hole formed therein, A bolt fastening hole is formed in one of the joint block portions 75j2 of the second corner piece 75b, and a bolt hole is formed in the other joint block portion 75j2, thereby providing two first corner pieces 75a. ) And the second corner piece 75b are brought into contact with each other, the female jaw and the male jaw join together, and the bolt hole and the bolt fastening hole formed in each joint block portion 75j1 of the first corner piece 75a are connected to the second corner. The bolt fastening hole and the bolt hole formed in each of the joint block portions 75j2 of the piece 75b are brought into contact with each other, and the two first corner pieces 75a and the first are fastened by simultaneously fastening the bolt to the bolt hole and the bolt fastening hole. The two corner pieces 75b abut against each other to form a corner member 76 coupled thereto.

And, among the opposing surfaces of the first corner piece 75a and the second corner piece 75b that face each other, the opposing surface between the two joint block portions 75j1 is provided with a slot forming groove, and the two first corner pieces are provided. When the corner members 76 are formed by combining the 75a and the second corner pieces 75b to abut, the slot forming grooves meet to penetrate the corner members 76 from the inner side to the outer side. Glass mating slots are formed.

Using the upper and lower horizontal bar 75, the left and right vertical bar 74 and the corner member 76 to form a window frame in the form of a square frame, and at the same time to fit the glass 77 into the glass coupling groove of the inner side of the window frame, The four corner portions of the glass 77 may be fitted into the glass coupling slots of the corner member 76 to provide a window unit in which the glass 77 is installed on the inner side of the window frame having a rectangular frame shape. At this time, since the glass coupling slot of the corner member 76 is formed in the shape of an arc-shaped slot, the four corner portions of the glass 77 are inserted into the glass coupling slot of the corner member 76 in a state where a sufficient area is secured. The support structure of 77 can be made stronger.

In addition, in a partition system, a pair of horizontal bars 72 are inserted in a vertical position at a position where a window is to be installed. Specifically, a post facing each other with a hook hook 72a formed at both ends of the horizontal bars 72 ( 50) When fitted to the slit 52s on the side, the horizontal bars 72 can be installed in a pair in the vertical direction, and the pair of vertical horizontal bars 72 concave on the outer side of the horizontal bars 75 of the window frame. While the groove g portion is coupled, the concave groove g of the outer side of the vertical bar 74 is coupled to a pair of posts 50 parallel to each other, so that the partition system can see each other indoor and outdoor. You can install existing window structures.

In addition, the partition system of the present invention can be installed in parallel with the partition panel 30 and the blackboard structure. 1 shows a partition system having a blackboard structure. The blackboard structure includes a plurality of partition panels 30 in a plurality of posts 50 which are supported by upper and lower ends on the ground and ceiling of a place where the partition is installed. ) Is installed to combine the partition system so as to configure each room of the building, and is installed by merging into the partition panel 30 of the partition system.

19 to 25 illustrate a blackboard structure. 19 to 25, the blackboard structure is attached to the front surface of the partition panel 30 and is divided into a blackboard frame inwardly divided into a blackboard section, and the blackboard frame provided inside the blackboard frame divides the panel 30. And a magnetic body 94 attached thereto.

At this time, the blackboard frame is a pair of hollow horizontal bar 82 and a pair of hollow vertical bar 84 is connected to each other via a corner member 86 to form a rectangular frame shape.

The hollow vertical bar 84 has a cross-sectional rectangular bar shape whose upper and lower widths are relatively longer than the front and rear widths. The hollow vertical bar 84 is provided with three compartments divided by two reinforcing ribs. . The upper and lower spaces of the three spaces are fitted with the fingers 86f provided at one end of the corner member 86.

Hollow horizontal bar 82 also has a cross-sectional rectangular bar shape of the upper and lower width is relatively longer than the width of the front and rear, the interior of the hollow horizontal bar 82 is provided with a space divided into three by two reinforcing ribs The upper and lower spaces of the three spaces are fitted with a finger 86f provided at the other end of the corner member 86.

The corner member 86 is formed in an approximately arc-like shape with respect to the front surface, and two fingers 86f are provided at both ends of the corner member 86, such that the fingers 86f of the corner member 86 are hollow. By being fitted to the space portion of the vertical bar 84 and the hollow horizontal bar 82, it forms a blackboard frame in the form of a square frame.

In this case, when the size of the blackboard frame is relatively large, the hollow horizontal bar 82 and the hollow vertical bar 84 are connected through a plurality of connectors 88. The connector 88 is provided with two connecting fingers 88f on both sides of the intermediate spacer, and the connecting fingers 88f are inserted into the spaces of the hollow horizontal bar 82 and the hollow vertical bar 84 adjacent to each other. By loading, the horizontal bars 82 and the vertical bars 84 of the extended blackboard frame are formed. In the present invention, an embodiment in which a plurality of horizontal bars 82 are connected by a connector 88 is shown.

In addition, a magnetic body 94 for attaching the blackboard frame to the partition panel 30 of the partition system is provided. A plurality of magnetic bodies 94 (permanent magnets, etc.) formed in a rectangular block shape are disposed at regular intervals by bonding means such as adhesive on the long band strap 92, and the band strap 92 on which the magnetic bodies 94 are mounted. To the hollow part in the middle provided in the hollow horizontal bar 82 and the hollow vertical bar 84 constituting the blackboard frame, and by the magnetic body 94 attaching means, the inner surface of the rear wall of the blackboard frame (that is, partitioning) By attaching the blackboard frame to the partition panel 30 by the magnetic force of the magnetic body 94 to form the blackboard frame in the partition system itself, The inner surface will be used as a blackboard. Of course, the partition panel 30 is made of a metal material so that the blackboard frame can be bonded by the magnetic force of the magnetic body 94.

In addition, although the surface of the partition panel 30 inside the blackboard frame may be used as the blackboard surface, the blackboard surface may be coated on the surface of the partition panel 30 partitioned inside the blackboard frame, or the blackboard sheet may be bonded to each other. It is preferable to form.

At this time, the magnetic body 94 supported by the band strap 92 is relatively close to the bonding surface (that is, the rear surface) attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. These magnetic bodies 94 are attached to the band strap 92 by the double-sided tape 96 shown in FIGS. 23 and 24 and the horizontal bars 82 and the vertical bars by the double-sided tape 96 on the front side. It can be attached to the inside of the bonding surface of (84). The magnetic body 94 attached to the band strap 92 may be incorporated in the horizontal bar 82 or the vertical bar 84.

In addition, as shown in FIG. 25, the magnetic body 94 supported by the band strap 92 is relative to the joint surface attached to the partition panel 30 among front and rear surfaces of the horizontal bar 82 and the vertical bar 84. And a spring 98 is interposed between the rear surface of the band strap 92 and the inner side of the horizontal bar 82 or the vertical bar 84, thereby allowing the magnetic body 94 to cross the horizontal bar 82 or It can take the structure which touches so that it may be in intimate contact with the inner surface of the joint surface of the vertical bar 84.

In addition, an elastic ball is interposed between the rear surface of the band strap 92 and the inner side of the horizontal bar 82 or the vertical bar 84, and the magnetic body 94 is joined to the bars 82 and 84 by such elastic balls. It may also have a configuration in which the surface close contact with the inner surface.

The present invention of such a configuration is mainly used for partitioning each room (room), such as an interior space, such as an office, the following describes the process of installing the partition system of the present invention used for this purpose.

First, after filling or corresponding marking on the ground of the partition system installation site, the lower base 100 of the base 10 (a light forced bottom) is firmly fixed using a fixture such as a screw or an anchor. At this time, since the lower base 100 is manufactured to be divided into a proper length, it can be easily installed on the ground to the required length.

The leveler 40 is installed in the lower base 100 installed on the ground at an interval of approximately 500 mm with reference to the long hole 116a (horizontal adjuster hole) formed in the upper base 110. At this time, the leveler 40 includes a leveling block 42 having a bolt hole 42a formed on its upper surface, a lifting bolt 44 screwed to a bolt hole 42a of the leveling block 42, and this lifting and lowering. It is composed of a leveling washer 46 provided in the bolt 44 in contact with the inner upper surface of the upper base 110, the lower base 100 to meet the long hole (hole for inserting the driver) of the upper base 110 Is installed on. At this time, the leveling block 42 of the leveler 40 may be fixed to the lower base 100 by a suitable fixture such as bolts or screws.

The upper frame 20 is installed on the ceiling to face the base 10. The upper frame 20 is fixed to the ceiling slab or ceiling finishing plate using fasteners such as anchor bolts or screws. At this time, the upper frame 20 is also made to be divided into appropriate lengths, it can be easily installed on the ceiling to the required length.

The post 50 (light steel pipe) is sandwiched between the upper frame 20 (light steel top) and the base 10 (light steel bottom) in accordance with the construction degree.

Specifically, the post 50 has a cross-section rectangular outer post 52 having a hollow portion therein, and an inner post 54 slidably fitted in the hollow portion of the outer post 52 and having a hollow portion therein. Since the upper leveler 60 is provided at the upper end of the inner post 54, the lower side of the outer post 52 is inserted into the base 10, but the concave coupling groove 54g of the lower end of the outer post 52 is provided. Is inserted into the upward protrusion 116 portion of the upper base 110 constituting the base 10, and the front and rear coupling foot 54f provided at a position before and after the concave coupling groove 54g is upward of the upper base 110. By fitting into the recessed mounting portion formed at the front and rear positions of the protrusion 116, the lower end of the outer post 52 is stably coupled to the base 10 so as not to flow back and forth.

On the other hand, the upper leveler 60 of the upper end of the inner post 54 is configured in a shape having a front and rear fitting piece 64 parallel to each other based on the insertion groove in the center, a pair of parallel intermediate support of the upper frame 20 While engaging the piece 22 between the front and rear fitting pieces 64 of the upper leveler 60, a portion of the upper side of the upper leveler 60 is introduced into the pair of outer support pieces 28 of the upper frame 20. The upper leveler 60 is coupled to the upper frame 20 by being accommodated.

As described above, the upper and lower ends of the plurality of posts 50 are supported by the upper frame 20 and the base 10 so as to be installed upright in parallel with each other. That is, the leveler 40 is interposed between the lower base 100 and the upper base 110 of the base 10 and the lifting bolt 44 faces the long hole 116a of the upper surface of the upper base 110. It is arrange | positioned, and when a driver is inserted through the long hole 116a of the upper base 110, and it matches with a driver insertion groove 44c formed in the head 44b of the lifting bolt 44, the lifting bolt 44 ) And the upper base 110 are elevated, and as the upper base 110 is raised and lowered, the post 50 is elevated to uniformly match the horizontal level.

In addition, the post 50 has a configuration in which the inner post 54 is slidably coupled to the upper end of the outer post 52, and the height adjustment hole 54h is fixed to the inner post 54 at a predetermined interval (approximately 50 mm interval). It is formed along this vertical direction, and the height pinhole 52h is formed in the outer post 52, The height of the inner post 54 is adjusted according to the ceiling height of an installation place, and the height of the inner post 54 is provided. Inserting the fixing pin 5 so as to pass through the adjustment hole 54h and the pinhole 52h of the outer post 54 at the same time, it is possible to appropriately adjust the height of the upper side of the post 50.

In addition, the upper leveler 60 is further provided at the upper end of the inner post 54, so that the upper leveler 60 can be adjusted relative to the inner post 54 in accordance with the height of the partition panel 30. Usually, since the partition panel 30 increases in size by 50 mm, the height adjustment hole 54h of the inner post 54 is also formed at regular intervals by 50 mm, and the upper leveler 60 is formed by the inner post 54. The height of the upper leveler 60 is also adjusted by combining the fixture 65 so that the height of the upper leveler 60 passes through the through hole formed in the upper leveler 60 and the height adjusting hole 54h of the inner post 54 at the same time. Since it can be matched with (54), height can be easily matched with the size of the partition panel 30. FIG. At this time, the upper leveler 60 and the partition panel 30 are increased or lowered by 50 mm, but the height of the upper frame 20 installed on the ceiling is about 60 mm, so that the partition panel 30 and the upper leveler 60 are 50 mm higher. Even if it is lowered or lower part of the upper panel of the partition panel 30 is essentially embedded in the upper frame 20 concealed, it is aesthetically neat.

On the other hand, if necessary, bar mounting holes are formed in side portions of the posts 50 that face each other, and hook bars are formed in separate horizontal bars, and the hooks are fitted into the bar mounting holes of the posts parallel to each other. Bars can also be placed between each post.

After the plurality of posts 50 are installed side by side and aligned up and down by the above process, the plurality of rectangular plate-shaped metal partition panels 30 are mounted.

At this time, the partition panel 30 has four side portions of the rectangular metal plate bent at right angles toward the back side, and part of the side wall portion 32 is folded inward in a direction parallel to the front panel portion 31. The formed inner support piece 34 and the locking member 33 screwed to the engaging member 33 engaging hole of the inner support piece 34, the locking member 33 is relatively more than other parts The structure which has the big locking member 33 head 44b part is taken. The locking member 33 is provided at four rear positions (that is, up, down, left and right positions) of the partition panel 30.

In addition, each post 50 is formed with a panel coupling hole 56, the panel coupling hole 56 is in communication with the large diameter hole 64a of the relatively large diameter, the large diameter hole 64a It consists of a relatively small diameter hole (64b), by inserting the locking member 33 head 44b of the locking member 33 provided on the back of the partition panel 30 into the large diameter hole (64a) once. When the interior of the post 50 is accommodated and then the partition panel 30 is lowered, the locking member 33 head 44b of the locking member 33 is caught by the small diameter hole 64b while being lowered together. Each partition panel 30 may be firmly supported by the post 50 without being separated from the front by a locking action of the locking member 33, and thus, the partition panel 30 may be installed upright. It is possible to install a partition system for forming each room in the room.

On the other hand, the upper frame 20 is rotatably coupled to the circular pivot coupling portion 27 of the upper end of the two outer support pieces 28 to the pivot support 26 at both ends of the horizontal portion 24, the outer support Since the piece 28 is provided with the rotation center which can be rotated outward, the outer support piece 28 can be rotated in and rotated outward.

Therefore, when the uppermost partition panel 30 is to be coupled to the post 50 among the partition panels 30 supported by the posts 50 and mounted upright, the rotatable outer support piece 28 of the upper frame 20 is supported. ), The partition panel 30 can be coupled to the post 50 in a state in which the pivot center is rotated outward, so that the partition panel 30 can be more easily mounted. Of course, the outer diameter of the circular pivot coupling portion 27 of the upper end of the outer support piece 28 is slightly larger than the inner diameter of the circular pivot support 26 provided at the end of the horizontal portion 24 of the upper frame 20. Since the pivotal engaging portion 27 of the outer support piece 28 is slightly coupled to the pivotal support part 26 of the horizontal part 24, each outer support piece 28 is rotated by the pivotal support part 26. ) And the outer support piece 28 arbitrarily in its original position by an appropriate pressing force acting on the contact surface between the rotation support part 26 and the rotation coupling part 27 in a state lifted outward with respect to the pivot coupling part 27. The upper partition panel 30 is mounted on the post 50, and then the operator pushes the outer support piece 28 downward by hand to close the upper partition panel 30. Part of the side is eventually embedded in the upper frame 20 As we can do it, it is aesthetically neat.

For example, by having a structure in which the front and rear outer support pieces 28 of the upper frame 20 are coupled to be rotated upward and upward as described above, the top partition panel 30 is easily installed on the post 50 while the partition system is installed. Afterwards, the appearance will be beautiful.

In addition, the outer post 52 constituting the post 50 has a plurality of slits 58 are formed at regular intervals in the vertical direction at the center of the front and rear surfaces, and the slits 58 of the outer post 52 are left and right. It is configured to be exposed to an adjacent portion of each partition panel 30 which is adjacently connected, and at least two shelf supporting brackets are installed by hooking the hooks at the rear end of the shelf supporting brackets to the slits 58 of the outer posts 52. The shelves can then be combined to install the shelves.

On the other hand, the partition system of the present invention can be installed in parallel with the window structure in addition to the partition panel (30).

As described above, the window structure employed in the present invention is supported on at least one pair of upper and lower horizontal bars 72 provided with locking hooks 72a at both ends, and supported by the horizontal bars 72 and installed in the post 50. And a transparent glass 77 installed on the inner side of the window frame to look inside the room partitioned by the partition, and the partition panel 30 at the position where the window is to be installed. A pair of upper and lower horizontal horizontal bars 72 are fitted to each other by sandwiching the engaging hooks 72a formed at both ends of the horizontal bars 72 facing each other in a state where the predetermined area is empty without mounting them. Can be installed side-by-side, assembling so that the concave groove (g) portion of the outer side of the horizontal bar (75) of the window frame is coupled to the pair of horizontal bar (72), while the concave groove of the outer side of the vertical bar (74) (g) is parallel to each other By being coupled to the pair of posts 50, it is possible to install a window unit that can look inside and outside the partition system in the partition system.

In the window unit, an upper and lower horizontal horizontal bar 72 supporting the upper and lower parts of the window frame has an important function. The hook hooks 72a at both ends of the horizontal bar 72 include a fitting guide part which is inclined upward from the lower end, and It consists of a locking support surface that extends upward in the vertical direction and extends upwardly in the fitting guide portion, wherein the inclined angle of the fitting guide surface is in the range of approximately 35 ° to 40 ° with respect to the end of the horizontal bar 72. The hook 72a of one end of the bar 72 is inserted into the slit 52s formed on the side of any one of the posts 50, 52, and 54 in parallel with each other, and the other end of the horizontal bar 72 is locked. The hook 72a is coupled to the slit 52s formed on the side of the other post 50 from the top to the bottom so as to horizontally install the horizontal bar 72. As described above, the hook hooks of the horizontal bar 72 72a) is from the bottom to the top The fitting guide portion is formed to be inclined to the side, and the inclined angle of the fitting guide surface is in the range of approximately 35 ° to 40 ° with respect to the end of the horizontal bar 72, so that the slit 52s is too long in the post 50. It is possible to easily fit the hook hook (72a) from top to bottom without forming. Of course, the process of lifting up the catching hook 72a of the horizontal bar 72 and removing it from the slit 52s of the post 50 can also be easily performed by the inclined fitting guide surface. In other words, by making the angle of the fitting guide surface inclined at the engaging hooks 72a at both ends of the horizontal bar 72 within the above range, the engaging hooks 72a of the horizontal bars are more easily placed on the slit 52s on the side of the post 50. Since the slits 52s do not have to be formed too long in the vertical direction of the posts 50, the appropriate strength of the posts 50 can be maintained.

In addition, the partition system of the present invention can be used in parallel with the blackboard as described above. This blackboard structure includes a blackboard frame attached to the front of the partition panel 30 and partitioned into a blackboard section inward, and a magnetic body 94 provided inside the blackboard frame to attach the blackboard frame to the partition panel 30. In this case, the magnetic body 94 inside the hollow horizontal bar 82 and the hollow vertical bar 84 constituting the blackboard frame attaches a magnetic force to the surface of the metal partition panel 30 to use the inner region of the blackboard frame as the blackboard surface. Since the blackboard frame is easily detachable by the magnetic body 94, it is possible to utilize the appropriate surface as the blackboard surface by attaching the blackboard frame by moving it to an appropriate position in the partition system if necessary.

Therefore, in the partition system of the present invention, the base 10 is installed on the ground of the partition installation place, the upper frame 20 is installed on the ceiling, and the plurality of posts 50 are provided on the upper frame 20 and the base 10. ) Can be detachably installed, supported by each post 50, and the metal partition panel 30 can be mounted so that spaces such as an office can be partitioned into individual rooms. It can be done quickly and easily.

In addition, the above process is reversed, that is, each partition panel 30 is separated from the post 50, the post 50 is separated from the base 10 and the upper frame 20, and the remaining base ( 10) and the upper frame 20 can be easily disassembled by separating the upper frame and the ceiling, respectively, so that the partitions of the pre-installed rooms can be dismantled in response to changes in the interior interior structure or moving offices. Work also has the effect that can be made quickly and smoothly, and furthermore, when the use of the partition is no longer necessary, it can be dismantled and reused, which is very advantageous in recyclability.

In addition, the present invention adjusts the height level of the lower portion by the leveler 40 when the post 50 is installed, and simultaneously configures the post 50 as the outer post 52 and the inner post 54 and the upper leveler 60. Since the upper height of the post 50 and the upper height of the partition panel 30 can be matched, the height of the partition system itself can be easily adjusted even when the height of the installation site is changed.

In addition, the present invention can be installed in parallel with the window structure that can be seen inside and outside the partition system, has the advantage that can easily recognize and grasp the work situation and other necessary conditions of each room from the outside, the window structure is also prefabricated partition Since the system is installed in parallel, even when the partition system is dismantled, the window structure can be easily dismantled and contributes to the recycling of the partition system as a whole.

In addition, in the present invention, since the blackboard frame is detachably installed in a predetermined area of the partition panel 30 by using a magnetic attachment method, the inner frame of the blackboard frame is used as the blackboard surface, so that the blackboard is installed separately from the partition to install the blackboard. There is no need to secure space to do this, and it can be efficient and practical in many ways, such as eliminating the trouble of installing the blackboard and increasing the utilization of the indoor space. In addition, the blackboard frame is also detachably mounted by the magnetic force of the magnetic body 94, is not troublesome when dismantling the partition system, and is also advantageous in recyclability.

On the other hand, the magnetic body 94 for attaching the blackboard frame to the partition panel 30 is basically a structure that is attached to the inner surface of the hollow horizontal bar 82 or hollow vertical bar 84 of the blackboard frame by the double-sided tape 96. In another embodiment of the present invention, the magnetic body 94 is formed by interposing a spring 98 between the band strap 92 supporting the magnetic body 94 and the inside of the bars 82 and 84. 84) can be kept in close contact with the inner surface, such that when the spring 98 is interposed the magnetic body 94 is not spaced apart from the attachment surface of the blackboard frame firmly installed close to the inner surface, the blackboard Since the frame prevents the magnetic deterioration of the magnetic body 94 (that is, the magnetic body 94 is deteriorated due to the separation of the space away from the partition panel 30), the blackboard frame is separated from the partition panel 30. To prevent the phenomenon more reliably have.

In addition, according to another embodiment of the present invention, an elastic ball may be interposed between the rear surface of the band strap 92 supporting the magnetic body 94 and the inside of the bars 82 and 84. When the magnetic body 94 is supported so as not to be spaced apart from the attachment surface of the blackboard frame, the effect is similar to that of using the spring 98 through the same.

Meanwhile, FIGS. 16 to 18 show another embodiment of the lower base 100 constituting the base 10, which is a main part of the present invention. The lower base 100 illustrated in FIGS. 16 to 18 has a structure in which the side wall 104 is rotatably provided at front and rear ends of the bottom portion 102.

Specifically, the lower base 100 has an arcuate pivotal support portion 102h at the front and rear ends of the bottom portion 102, and a rotational coupling portion 104h having a circular cross section at the lower end of the side wall 104 at the front and rear ends. Thus, the pivot coupling portion 104h of the lower end of the side wall 104 has a structure rotatably coupled to the pivot support portion 102h of the bottom portion 102, thereby providing two front and rear side walls of the lower base 100 ( 104) can be rotated outward to open.

Accordingly, the side wall 104 of the lower base 100 may be opened to store various wires such as an internet line or a telephone line in the lower base 100, thereby obtaining a very easy effect.

In addition, as shown in Figures 30 to 32, when making each room using the partition system of the present invention, the orthogonal corner portion of each partition portion can be closed by a separate corner closure plate 106.

30 to 32, the corner closing plate 106 is formed of an approximately arc-shaped middle corner plate 160a and a locking piece 106f and a locking groove 106g at both ends of the middle corner plate 160a. It comprises a pair of left and right corner plate (160b) coupled by the engagement, the left and right corner plate (160b) at both ends of the middle corner plate (160a) to the engaging piece (106f) and the locking groove (106g) Fasteners, such as bolts, to pass through fastening holes (not shown) formed at the outer ends of the left and right corner plates 160b and fastening holes (not shown) of the neighboring posts 50 of the corner portions in the coupled state. By doing so, it is possible to cleanly finish the corners constituting each room in the partition system of the present invention.

33 to 36 show that the partition system of the present invention can be installed and used in parallel with the cabinet, and the cabinet is configured to serve as an entrance door for entering and exiting each room partitioned by the partition system. It is. 33 to 36, the cabinet is disposed between the pair of side plates 202 spaced in parallel with each other, and the side plates 202 in parallel with the side plates 202 to be disposed inside the side plates 202. Diaphragm 204 which divides a space into a some accommodating part, and the several upper plate 206 which both ends are joined to the adjacent surface of the side plate 202 and the diaphragm 204, and supports the side plate 202 and the diaphragm 204. And a plurality of back plates 210 coupled to the rear surface of the cabinet body 200 to close the rear surface of the storage compartment partitioned by the side plates 202, including the lower plate 208. The hinge plate is coupled to the side plate 202 and the diaphragm 204 and includes a plurality of doors 210 that open and close the front surface of the housing.

At this time, the side plate 202 and the diaphragm 204, the upper plate 206 and the lower plate 208 and the back plate 210 is detachably coupled to each other is configured to be fixed to each other by fasteners such as bolts not shown. .

The side plate 202 and the diaphragm 204 include a body having a space portion opened forwardly therein, a guide rail installed to extend forward and backward inside the space portion, and a slider mounted to the guide rail so as to be moved forward and backward. It is configured to include, the door 210 is provided with a hinge block (not shown) hinged to the slider on one side. Accordingly, the front of the housing may be opened and closed by rotating the door 210 around the slider. When the door 210 is opened, the door 210 is pushed toward the space formed inside the body of the side plate and the diaphragm. As the door 210 and the guide rail are retracted, the door 210 and the guide rail may be respectively accommodated into the side plate 202 and the diaphragm 204.

At this time, the diaphragm 204 is provided with two sliders, and the two doors 210 which are opened and closed in opposite directions are connected to each other, and the door 210 is formed in a pair of left and right side plates 202 and diaphragm. Hinge coupled to the slider of 204, respectively, is configured to open or close the two doors 210 to open and close the body interior receiving portion of the diaphragm 204.

In addition, the back plate 210 is composed of the same width as the size of each of the compartments partitioned by the diaphragm 204, each back plate 210 is separately coupled to the back of the main body 200, respectively It is configured to be able to close the back of the receiving portion.

In addition, the rear of the cabinet body 200 is fixed to the hanger 7 having a plurality of hooks (7a) via a fixing means such as bolts, welding, etc., the hanger (7) side by side post 50 When the hook portion 7a is hooked to the slit 58 (hanging hole), the cabinet can be additionally installed in the partition system of the present invention.

Therefore, in the partition system of the present invention, the cabinet 200 is installed in the area where the cabinet 200 is to be left open without installing the partition panel 30, and in the open area of the partition system on the back of the cabinet 200 in the cabinet. When the provided hangers 7 are inserted into the slits 58 (hanging holes) of the posts 50 which are parallel to each other and the hook portions 7a are hooked, the cabinet can be integrally installed in the partition system of the present invention.

Then, when the lower plate 208 and the back plate 210 which are disposed between the diaphragm 204 and the diaphragm 204 of the cabinet body 200 or between the diaphragm 204 and the side plate 202 are separated and removed, The rear of the storage unit closed by the back plate 210 is opened. Therefore, when the door 210 which is blocking the front of the storage unit is opened, the front and rear surfaces of the storage unit are simultaneously opened and the area of the partition system in which the partition body 200 is installed is also opened without being blocked by the partition panel 30. Since the door 202 of the cabinet is opened, the door 202 can be used as a doorway 200CI. In FIG. 33, the middle of the plurality of rear plates 210 is separated from the rear plate 210 to form a doorway 200CI at a required position in the partition system.

Therefore, by removing the lower plate 208 and the back plate 210 of the desired position, the user can use each housing of the cabinet as a general storage unit for storing the goods, or freely converted to the entrance 200CI through which people pass. It can be used, there is an advantage that can be easy to use and increase the utilization of the cabinet. In addition, the side plate 202 or the diaphragm 204 is provided with a door 210 to close the door 210 to block the entrance 200CI, there is an advantage that can effectively divide the interior space, such as an office.

Naturally, this installed cabinet can be used to accommodate more items such as books, and space utilization can also be improved in that the partition system can create a doorway (200CI) that enters and exits a desired location. It is meaningful in that respect.

At this time, the cabinet body 200 of the cabinet may be installed in two rows, in which case the cabinet body 200 of the cabinet is composed of two side plates 204, each of the upper plate 206 and the lower plate 208, respectively. It consists of a set, and each of the back plate 210 is also detachably coupled to each one by separating the cabinet body 200 to the rear plate 210 to utilize the doorway (200CI) or the rear of the two rows of the main body 200 The plate 210 may be separated and used as the doorway 200CI.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various permutations, modifications, and changes can be made without departing from the spirit of the present invention. It will be apparent to those who have it.

10.Base 20.Upper Frame
30. Partition panel 40. Leveler
50. Post 60. Upper Leveler
72. Sidebars 74. Vertical Bars
75. Horizontal bars 76. Corner members
77.glass

Claims (9)

It is composed of a bar shape provided with a post seating groove in the upper portion is installed on the ground of the place where the partition is installed, and a bar shape provided with a post support groove in the lower portion to face the base 10 The upper frame 20 supported by the ceiling and a plurality of panel coupling holes 56 are formed on at least one of the front and rear surfaces in the up and down direction so that the lower end and the upper end are respectively seated on the post of the base 10. A plurality of posts 50 inserted into the grooves and the post support grooves of the upper frame 20 and arranged upright in parallel with each other, and a locking member 33 provided on an inner surface thereof are coupled to the panel of the posts 50. A partition system, comprising a plurality of partition panels (30) that form a wall partitioning each room by being fitted upright in a hole (56).
According to claim 1, wherein the post 50 is configured such that the inner post 54 is slidably coupled to the inside of the outer post 52, any one of the outer post 52 and the inner post (54). Posts 52 and 54 of the plurality of control holes (54h) are provided in the vertical direction and the other posts 54, 52 is provided with a fixed support hole that meets the control hole (54h), the fixed support hole And a fixing pin (5) coupled through the control hole (54h).
The inner post 54 further includes an upper leveler 60 at an upper end, and the upper leveler 60 is fitted to be parallel to each other on the basis of an insertion groove opened to both the upper end and left and right sides thereof. It has a shape having a (64), and a fixture insertion hole is provided on the surface facing the control hole (54h) of the inner post 54 of the upper portion of the upper leveler 60, the upper leveler 60 The upper frame 20 is provided in the upper frame 20 which is supported by the ceiling, and the upper frame 20 is a pair of intermediate support pieces fitted between the front and rear fitting pieces 64 of the upper leveler 60 ( 22) and a pair of outer support pieces 28 provided to be rotatable open and close at the front and rear positions of the intermediate support piece 22 to form a channel portion into which the fitting piece 64 of the upper leveler 60 is inserted. Partition comprising a System.
According to claim 1, wherein the base 10 has a lower base 100 having a cross-sectional channel shape with an opening formed in the upper portion, and a bar shape having an opening formed in the lower portion so as to be able to elevate inside the lower base 100 The upper base 110 is coupled to each other, and a leveler 40 is interposed between the lower base 100 and the upper base 110, and the leveler 40 is disposed on the bottom surface of the lower base 100. The lower end is supported and installed on the upper surface of the leveling block 42 is formed with a bolt hole 42a, the lifting bolt 44 screwed to the bolt hole 42a of the leveling block 42, and the lifting Partition system, characterized in that it comprises a leveling washer (46) provided in the bolt (44) in contact with the inner upper surface of the upper base (110).
The lower base 100 has an arcuate pivotal support 102h at the front and rear ends of the bottom portion 102, and a sidewall 104 at the pivotal support portion 102h of the bottom portion 102. Rotating coupling part 104h provided at the lower end of the bottom side is provided, and the rotating coupling part 104h of the lower end of the side wall 104 is rotatably coupled to the rotation supporting part 102h of the bottom part 102. And the side wall (104) of the lower base (100) is configured to pivot open and close in an outward direction.
According to claim 1, Among the posts 50 of the window frame is supported by the horizontal bar 72 is supported by the adjacent posts 50 installed in each other, and installed inside the window frame to look inside the partition Partition system, characterized in that it comprises a glass 77 to enable.
The partition system according to claim 1, further comprising a blackboard frame attached to a surface of the partition panel (30) supported and supported by the post (50) to form a blackboard surface therein.
8. A post according to any one of claims 1 to 7, wherein a corner closing plate (106) is coupled to each post (50) installed adjacent to a portion where the partition system intersects among the posts (50). And the corner closing plate 106 is coupled to the middle corner plate 160a by engaging the engaging piece 106f and the engaging groove 106g at both ends of the middle corner plate 160a. Partition system comprising a pair of left and right corner plates (160b).
According to any one of claims 1 to 7, wherein at least one surface of the partition panel 30, the cabinet is installed in parallel, the cabinet is a pair of side plates 202 are spaced parallel to each other and the said, A diaphragm 204 disposed in parallel with the side plate 202 between the side plates 202 and partitioning a space inside the side plate 202 into a plurality of storage portions, and both ends of the side plate 202 and the diaphragm ( A cabinet body 200 coupled to an adjacent surface of the 204 and including a plurality of upper plates 206 and a lower plate 208 for supporting the side plate 202 and the diaphragm 204, and the cabinet body 200 of the cabinet body 200. A back plate 210 detachably coupled to the rear surface and closing the back of the storage compartment partitioned by the side plate 202, respectively, if necessary, to be separated to form an entrance 200CI, and the side plate 202 and the diaphragm. A plurality of doors 210 hinged to 204 to open and close the front of the housing Partition system, characterized in that configured to include.

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