KR101711556B1 - Partition door panel mounting frame fixed - Google Patents

Abstract

The present invention relates to a fixing frame for installing a partition panel and a door, and more specifically, to a fixing frame for installing a partition panel and a door, allowing connection among a partition, glass, and a center panel through a panel connection device and fixing a door to be installed on the partition, the glass and the center panel in a structural, simple and stable manner. The fixing frame is installed between a base channel arranged on a floor and a ceiling channel of a ceiling, is connected to a partition, an auxiliary panel and glass, and allows the door to be installed on a door frame. The fixing frame for installing a partition panel and a door is positioned between the partitions, between the glass and the partitions, and on the partitions and a central panel. The panel connection device, which is coupled to a clip elastically fixing both sides of connection protrusions protruding from both sides of a center reinforcing member positioned on a coupling groove formed on a front end of the partition or a panel groove of the center panel and allows a steel cap to be coupled to the outside of the clip, is coupled to a connection groove of a steel bead allowing a connection frame center connection protrusion of a door frame to be coupled thereto on one side of the panel connection device. The center reinforcing member, the connection groove, and the connection protrusion are coupled by a fixing bolt. The steel bead having a connection groove formed on the center thereof is further connected to both sides of the panel connection device connecting the partition allowing the glass to be installed with the door frame. In the connection groove on the side of the partition, the connection member having a connection protrusion protruding from the center thereof is positioned on the coupling groove. A connection protrusion formed on a center part of the connection frame installed on the door frame is coupled to the connection groove on the side of the door frame, and then, the center reinforcing member, the connection groove, and the connection protrusion are fixed by a fixing bolt.

Description

Partition door panel mounting frame fixed < RTI ID = 0.0 >

The present invention relates to a partition panel and a fixing frame for installing a door, and more particularly, to a partition panel, a door panel and a door frame, which are capable of connecting a partition, a glass and an intermediate panel through a panel connecting device, And a fixing frame for mounting the door.

In general, a partition panel is fixedly installed in a building used as a house or an office such as an apartment to divide the space.

In recent years, a variety of materials such as plywood, glass, and synthetic resin have been used as the panel for the partition. In order to fix the various partition panels, a panel frame is coupled and installed.

In the prior art, a racket serving as a frame has a ground portion and a curved portion and a vertical vertical wall in a height direction so as to support the ground.

The vertical walls are spaced apart from each other to correspond to the width direction of the partition panel.

The pallet base is formed with a panel coupling part to be coupled to a partition panel at an upper end thereof, and has a structure in which a partition panel can be coupled to an upper end of the panel coupling part.

A partition panel is formed with a predetermined width, and a coupling groove is provided at a lower portion to be coupled with the panel coupling portion.

Accordingly, a partition panel having a predetermined frame role is coupled to a rack base fixed to the ground, thereby functioning as a partition for partitioning the space.

In addition, the above-mentioned mop base is generally arranged on the upper and lower portions of the partition panel and fixed to the bottom surface and the ceiling surface.

However, the partition panel having the above-described structure has a disadvantage that it needs to be redesigned according to the size of the space required for various aesthetic effects and to be produced separately.

In recent years, glass panels, plywood panels and various synthetic resin panels are used for an aesthetic effect rather than a partition panel having such a predetermined shape, and a double panel is increasingly used for insulation and soundproofing as well as for a single panel .

However, in order to install such a partition panel of various types and structures, there has been a limitation in the prior art mop holder, that is, a frame having a fixed shape.

That is, there has been a demand for a fixed frame of a partition wall panel which can flexibly cope with free design such as a single or double wall structure while maximizing aesthetic effect by using various panels in mass production.

The applicant's patent registration number 1029151 (registered on Apr. 26, 2011) for solving such drawbacks is a fixed frame of a partition panel, which is a runner disposed on the ground; A base inserted into the lower portion of the runner and supporting a lower end portion of the partition panel on an upper surface thereof; And a plurality of caps which are coupled to each other at a side or upper surface of the base and support both side surfaces of the lower end of the partition panel, wherein the base includes a pair of side seats formed on both upper surfaces, And a central seating portion formed to be stepped.

However, in the conventional technique, a partition having various shapes and types can be installed at various positions such as the center, the central side, and the one side. However, when the height does not match the floor and the ceiling, When the partition panel is difficult to handle with heavy objects such as glass, it is very difficult to install it, so that it can not be installed at an accurate height. Therefore, it is disadvantageous to prepare a large number of extruded parts because of various disadvantages.

Literature 1. Patent Registration No. 1029151 (Registered on Apr. 06, 2011)

SUMMARY OF THE INVENTION Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to securely and securely connect the panels through panel connecting devices.

Another object of the present invention is to provide a door which is installed between a panel or a panel connecting device on which a glass or a glass is installed to be stably and firmly installed.

The present invention relates to a floor panel comprising: a base channel disposed on the floor and a ceiling chanel disposed between the ceiling and the ceiling; a door disposed between the partition and the auxiliary panel and the glass;
And both ends of the coupling protrusions projecting to both sides of the middle reinforcing member located in the panel grooves of the middle panel and the coupling grooves formed in the front end of the partition and the partition between the glass and the partition, A panel connecting device for coupling a clip fixing with an elastic force and for coupling the steel cap to the outside of the clip; A partition panel for connecting the connecting groove of the steel bead to which the connecting frame central connecting protrusion of the door frame is coupled at one side of the panel connecting device and the intermediate reinforcing member and the connecting groove and the connecting protrusion by fixing bolts, In this case,
And a connecting member having a connecting protrusion protruded at the center is connected to the connecting groove on the side of the partition by further connecting steel beads having connecting grooves formed at the center thereof to both sides of the panel connecting apparatus connecting the partition for installing the glass and the door frame, And a connecting protrusion formed on a central portion of the connecting frame provided on the door frame is coupled to the connecting groove on the door frame side, and then the intermediate reinforcing member, the connecting groove and the connecting protrusion are fixed with fixing bolts .

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The present invention provides an effect of ensuring safe and firm connection through a panel connecting device that is assembled and assembled between partitions or between a partition and a glass.

The present invention provides an effect that a door for installing a partition, a glass, and an intermediate panel between the panel connecting devices can be installed rapidly, stably, and firmly.

1 is a front view of an installation state showing a preferred embodiment of the present invention;
Fig. 2 is a cross-sectional view taken along line AA of Fig. 1 of the present invention
3 is a sectional view taken along line BB of Fig. 1 of the present invention
Fig. 4 is a plan view of a partition of the present invention, a panel connecting device, and a portion where a door is installed
5 is a plan view of the door of the present invention,
6 is a plan view showing a state in which a middle panel of the present invention is connected to a partition;
Fig. 7 is a sectional view of the main part of the panel connecting device of the present invention

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

1 is a front view of an installation state showing a preferred embodiment of the present invention.

Is assembled through the panel connecting device 10 between the partition 20 and a position where the glass 21 is installed on a part of the partition 20 and between the intermediate panel 60 and the partition 20, And a door 50 is provided between the partition 20 and the glass 21 and the intermediate panel 70.

A ceiling panel 80 is installed above the partition 20 and the middle panel 60 and a base channel 85 is installed below the partition 20 and the middle panel 70.

Fig. 2 is a sectional view taken along line A-A of Fig. 1 of the present invention, and Fig. 3 is a sectional view taken along line B-B of Fig. 1 of the present invention.

A panel connecting device 10 is provided between the partition 20 and the glass 21 and between the intermediate panel 70 and the door 50 and the inside of the panel connecting device 10 is passed through the door frame 40 The door 50 is provided.

And a panel connecting device 10 is installed between the intermediate panel 70 and the partition 20 in a prefabricated manner.

An auxiliary partition 90 having a wool inserted between the upper reinforcement member 91 and the lower reinforcement member 92 is provided on the upper side of the door frame 40, A ceiling channel 80 having a height adjustable from above is installed.

FIG. 4 is a plan sectional view of a partition, a panel connecting device and a door of the present invention, and FIG. 5 is a sectional plan view of the door of the present invention connected to the intermediate panel. And FIG. 7 is a cross-sectional view of the main part of the panel connecting apparatus according to the present invention in a separated state.

The panel connecting device 10 includes a pair of central reinforcing members 11 coupled to each other to form a rectangular shape and a connecting protrusion 11a protruding outward from both ends of the central supporting member 11, Are projected from both sides so as to be widened from the outside.

The clips 12 are fixed to both sides of the clip 12 so as to be integrally fixed to each other. The clips 12 and the surface of the intermediate panel 70 are formed on the outer side of the clip 12, And the steel cap 13 is joined and joined so that its height is matched.

"형으로 형성하는 것이다.The clip 12 is formed in a circular shape in which a portion of the clip 12 is fixed at an outer side of the coupling protrusion 11a to provide an elastic force,

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The panel connecting device 10 is further provided with steel beads 30 on both sides when the glass 21 is to be fitted in a part of the partition 20.

The steel bead 30 has a connecting groove 31 formed at the center thereof and is formed to have a width of the partition 20 and to be bent at the front end and connected at one side of the steel cap 13.

The connecting member 60 is located in the coupling groove 23 of the partition 20 to which the steel bead 30 is connected and the coupling protrusion 61 protrudes from the center of the coupling member 60, As shown in FIG.

The door frame 40 for installing the door 50 to one side of the steel bead 30 is formed with a connecting frame 41 on which a connecting protrusion 42 protrudes at one side to be coupled to the connecting groove 31 And the intermediate reinforcement member 11 is connected to the fixing bolt 32.

The door 50 is rotatably connected to the door frame 40 to be opened and closed.

Panel grooves 71 are formed on both sides of the intermediate panel 70 to connect the intermediate reinforcement member 11 to the panel grooves 71, A connecting steel 72 is installed in the inner side of the intermediate reinforcing member 11 to connect the intermediate reinforcing member 11 and the fixing screw 73.

The partition 20 to which the intermediate reinforcement member 11 of the panel connecting device 10 to which the intermediate panel 70 is connected is assembled and fixed to the coupling groove 23.

The door 50 is installed at a desired position and the door frame 40 is assembled after the partition 20, the glass 21 and the intermediate panel 70 are assembled through the panel connecting device 10, So that the door 50 is opened and closed.

The panel connecting device 10 is applied to both the partition 20, the glass 21 and the middle panel 70,

A description will be given first of the case where the panel connecting apparatus 10 is connected to the middle panel 70. The partition 20 is filled with the wool 21 and the coupling grooves 23 are formed at both ends. And assembled through the panel connecting device 10 in the coupling groove 23.

When the pair of "? "Intermediate reinforcing members 11 are inserted into the coupling grooves 23 on either side or both, the coupling projections 11a bent at both sides of the center meet and protrude outward, And the steel cap 13 is coupled from the outside of the clip 12 to the outside of the partition 20 in the same width so as to be connected to the outside It is easy and firmly assembled without exposure.

An intermediate reinforcing member 11 is coupled to the panel groove 71 and the connecting steel 73 and the intermediate reinforcing member 11 are fixed by using the fixing screws 72 to connect to the intermediate panel 70.

Next, when the glass 21 is installed, the glass 21 is fixed in the connecting groove 31 of the steel bead 30 and the panel connecting device (not shown) is inserted between the steel bead 30 and the door frame 40 10).

The connecting groove 31 of the steel bead 30 is located at one side of the intermediate reinforcing member 11 and the connecting deformation of the door frame 40 The door frame 40 is fixed integrally with the intermediate reinforcing member 11 by connecting the connecting protrusions 42 formed at the center of the intermediate reinforcing member 11 and the intermediate reinforcing member 11 with the fixing bolts 32. [

Since the door frame 40 is formed on both sides and the upper side, the door 50 is installed inside the door frame 40 to open and close the door frame 40.

The panel connecting device 10 is not fixed using a tool but is engaged with the clip 12 on both sides of the pair of intermediate reinforcing members 11 and then closed from the outside to the steel cap 13. [

The intermediate reinforcement member 11 is fixed in the coupling groove 13 to provide a firm fixing state so as not to be separated from the external impact and the intermediate reinforcement member 11 .

Thus, the panel connecting device 10 allows connection between the partition 20, the glass 21 and the middle panel 70 through a simple assembly structure.

The auxiliary partition 90 provided between the upper side of the door frame 40 and the ceiling panel 80 is filled with wool inside the upper reinforcing member 91 and the lower reinforcing member 92, It is possible to control the height of the door frame 40 in the upper and lower direction inside the lower reinforcement member 92 and to prevent the ceiling channel 80 from being blocked by the blocking member 81 are in close contact with each other, the height of the auxiliary partition 90 can be adjusted upwardly and downwardly after the door 50 is installed.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, It will be limited through the use relationship.

The present invention provides a stable, robust and convenient assembly structure using a panel connecting device between a partition and a glass and an intermediate panel, and a door frame is quickly and firmly installed inside the panel connecting device to stably install the door To provide a very useful invention.

10: panel connecting device 11: intermediate reinforcing member
11a: connection projection 12: clip
13: Steel cap 20: Partition
21: glass 22: auxiliary partition
23: engaging groove 30: steel bead
31: connection groove 32: fixing bolt
40: door frame 41: connection frame
42: connecting projection 50: door
60: connecting member 61: connecting projection
70: Middle panel 71: Panel groove
72: Connection Steel 80: Ceiling Chanel
81: blocking member 85: base channel
90: auxiliary partition 91: upper reinforcing member
92: Lower reinforcement member

Claims (6)

Between the base channel placed on the floor and the ceiling chanel of the ceiling, and between the partition and the auxiliary panel and the glass, and a door in the door frame;
A coupling groove 23 formed at the tip of the partition 20 and between the glass 21 and the partition 20 and between the partition 20 and the intermediate panel 70 A clip 12 for fixing both ends of the coupling protrusions 11a protruding to both sides of the intermediate reinforcing member 11 located in the panel groove 71 of the intermediate panel 70 with elastic force is engaged, A panel connecting device 10 for connecting the steel cap 13 to the outside of the vehicle; The connecting groove 31 of the steel bead 30 to which the central connecting projection 42 of the connecting frame 41 of the door frame 40 is engaged is engaged from one side of the panel connecting device 10, , The connecting groove (31), and the connecting protrusion (42) by a fixing bolt (32)
A steel bead 30 having a connection groove 31 at its center is further connected to both sides of the panel connecting device 10 connecting the partition 20 where the glass 21 is installed and the door frame 40, A connecting member 60 protruding from the center of the connecting protrusion 61 is positioned in the connecting groove 23 in the connecting groove 31 on the side of the partition 20, 31 are coupled with a connecting protrusion 42 formed at a central portion of the connecting frame 41 provided on the door frame 40 and then the intermediate reinforcing member 11 and the connecting groove 31 and the connecting protrusion 42 And fixed with a fixing bolt (32).
delete delete delete delete Between the base channel placed on the floor and the ceiling chanel of the ceiling, and between the partition and the auxiliary panel and the glass, and a door in the door frame;
A coupling groove 23 formed at the tip of the partition 20 and between the glass 21 and the partition 20 and between the partition 20 and the intermediate panel 70 A clip 12 for fixing both ends of the coupling protrusions 11a protruding to both sides of the intermediate reinforcing member 11 located in the panel groove 71 of the intermediate panel 70 with elastic force is engaged, A panel connecting device 10 for connecting the steel cap 13 to the outside of the vehicle; The connecting groove 31 of the steel bead 30 to which the central connecting projection 42 of the connecting frame 41 of the door frame 40 is engaged is engaged from one side of the panel connecting device 10, , The connecting groove (31), and the connecting protrusion (42) by a fixing bolt (32)
A panel groove 71 formed in the direction of one intermediate panel 70 of the panel connecting device 10 connecting the intermediate panel 70 and the door frame 40 is connected to a connecting steel And a fixing bead 72 and a fixing screw 73. In the direction of the door frame 40, a steel bead 30 having a connecting groove 31 formed at its center is further connected, And the connecting protrusion 42 formed on the central portion of the connecting frame 41 installed on the connecting member 40 are joined together and then the intermediate reinforcing member 11 and the connecting groove 31 and the connecting protrusion 42 are fixed to the fixing bolt 32 And the fixing frame for fixing the door.

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