JP3448755B2 - Glass door mounting structure - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure in which a glass door used as a partition for partitioning a room into a small room or a doorway of a store or the like is openably and closably attached to a floor.

[0002]

2. Description of the Related Art As a glass door mounting structure, a glass plate is mounted inside a door frame assembly in which a frame is framed in a rectangular shape to form a glass door, and a frame above and below the frame or a vertical frame. It is known that a frame is attached to a door mounting frame by a hinge or the like so as to be openable and closable.

Further, as a mounting structure for a glass door, a metal upper support frame and a lower support frame are attached to the upper and lower edges of a glass plate, respectively, and the upper support frame and the lower support frame are hinged or the like. It is known that it is attached to the upper horizontal frame and the floor so that it can be freely opened and closed.

[0004]

In the former mounting structure, since the glass door is mounted with the glass plate inside the frame assembly, the frame assembly is seen from the front side when the glass door is closed. Can be seen and the hinges can be seen, which makes it unattractive.

In the latter mounting structure, the upper support frame, the lower support frame, the hinges, etc. are only visible when viewed from the front side with the glass door closed, so the appearance is slightly better than the former mounting structure. It is good, but the upper support frame, lower support frame, hinges, etc. can be seen, which makes it unattractive.

The partition for partitioning the room into small rooms is one in which columns are connected across the floor and ceiling, and a panel is mounted between the adjacent columns, and a glass door is attached to the partition to attach the glass door to the latter. In order to attach by, the upper horizontal member is connected between adjacent columns, and the upper support frame is connected to the upper horizontal member by a hinge, which complicates the glass door mounting structure and increases the height of the doorway. Is restricted by the upper cross member and cannot exceed the height of the door.

That is, since the hinge cannot be directly connected to the upper edge, the lower edge and the vertical edge of the glass plate, the glass plate is mounted inside the frame assembly to form a glass door, or the upper and lower edges of the glass plate are top-supported. Since the frame and the lower support frame are attached to form a glass door, the frame structure, the upper support frame, the lower support frame, the hinges, etc. can be seen, resulting in a poor-looking attachment structure.

Therefore, an object of the present invention is to provide a glass door mounting structure which can solve the above-mentioned problems.

[0009]

A first invention is a door on a floor.
Connect the lower part of the mounting column and move it in and out on the front side of this column.
The glass plates that form the mouth are connected by connecting means and the
Through the glass spacer made of elastic material on the back side of the lath plate
Pressing against the surface side of the door mounting column to attach the door
Attach the upper and lower support materials to the back side of the
The vertical axis can be freely rotated on the upper and lower support members
Of the door closer that is supported and the bottom of this vertical axis is attached to the floor
It is connected to the rotating part and a door mounting member is provided on the vertical axis.
The width of the glass door made of glass plate for the door mounting member
The glass door is connected to the one side in the direction by the connecting means.
The back side of the door is removed via a glass spacer made of elastic material.
Pressure contact with the attachment member, and close the door of the glass door.
It is rotatable between its open and open positions and its glass
With the door closed, remove the glass door surface and the door
Make sure that the surface of the glass plate connected to the attached column is flush
The connecting means is a fixing bolt with a head and a screw rod.
And a resin with a cylinder and a flange through which this screw rod is inserted.
Equipped with a bush made of wood, and
Through the through hole of the glass plate and glass door, and the screw rod of the fixing bolt.
Insert the cylinder into the pillar for door mounting and the member for door mounting.
Screw the flange onto the glass plate surface or glass door surface.
The feature is that the head is pressed against the periphery of the through hole.
This is the installation structure of the glass door to be collected. The second invention is
In the first invention, the bush cylinder and the flange are eccentric
It is a glass door mounting structure.

[0010]

[Operation] According to the first aspect of the invention, the door is attached to the floor.
A glass plate is attached to the front side of the pillar for the door
Freely rotatable on the upper and lower support members provided on the back side of the mounting column
A door mounting member is provided on the vertical axis supported by the
A glass door made of glass plate is connected to the mounting member.
Therefore, there is nothing on the top edge, bottom edge, left and right vertical edges of the glass door.
Is not installed, and the pillars for door installation and door installation
Attached member, vertical axis is located on the back side of the glass door
Then, when viewed from the front side with the glass door closed,
Only the glass plate that forms the glass plate and the lath plate can be seen
Therefore, the appearance will be remarkably good. Also, above the doorway
There is no need to attach a horizontal cross member to the section, and
It is possible to make it more than the height of the door. Glass door
And the glass surface of the glass plate forming the doorway with the door closed
Since the surface of the door is flush, it looks good. Also,
The vertical axis is the rotation restriction by the door closer, the closing direction
The glass door is opened like a normal door because it will be rotated.
Can be closed. Also, a glass plate and a pillar for attaching a door, a glass
The door and door mounting member are made of elastic material and are made of glass.
They are pressed against each other through the
Through the flange of the bush whose head is made of resin material,
It is attached to the periphery of the through hole on the surface of the glass plate and the surface of the glass door.
Since they are pressed against each other, the glass plate and glass door are firmly connected.
Yes, and the glass plate and glass door do not come in contact with metal
The connecting part will not be damaged. According to the second invention
Then, since the bush cylinder and the flange are eccentric,
The screw rod of the fixing bolt is the glass plate, the center of the through hole of the glass door
Even if it is out of position, by rotating the bush a little angle
The flange can be properly attached to the peripheral edge of the through hole,
Move the plate and glass door slightly to the left and right and up and down
Adjust the gap or make the gap uniform in the vertical direction.
Can be adjusted.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION As shown in FIG. 1, a plurality of columns 2 are connected at their lower portions to a floor 1, and the upper portions of the columns 2 are separated from a ceiling 3. A glass plate 4 is arranged across the upper and lower intermediate portions of the plurality of columns 2, and two widthwise intermediate portions near the upper portion and two widthwise intermediate portions near the lower portion of the glass plate 4 are connected to each of the columns 2. The glass plates 4 are connected to each other by 5, and the glass plates 4 project leftward and rightward from the columns 2.

The widthwise end faces of the left and right adjacent glass plates 4 face each other, and the surfaces of the glass plates 4 are flush with each other to form a glass partition.

The middle pillar 2 of the plurality of pillars 2 is longer than the other pillars 2, and the upper part thereof is connected to the ceiling 3 to form the door mounting pillar 2. A pair of glass doors 6 are openably and closably attached to the door mounting columns 2, and the surfaces of the glass doors 6 are flush with the surface of the glass plate 4 in a closed state. .

As shown in FIG. 2, the floor 1 is constructed by attaching a floor material 11 to a concrete floor foundation 10 via a spacer member (not shown). The floor foundation 10 and the floor material 11 are attached.
Holes 12 and 13 are formed in the column mounting portion.

A reinforcing core material 14 is provided in the hole 12 of the floor foundation 10.
The lower part of the reinforcing core 14 is inserted and welded to a reinforcing bar (not shown), and the reinforcing core 14 is sandwiched by a pair of L-shaped supporting members 15 fixed to the floor foundation 10 as shown in FIGS. 2 and 3. There is. The reinforcing core material 14 projects upward from the hole 13 of the floor material 11. The hole 13 of the floor material 11 is larger than the reinforcing core material 14.

As shown in FIG. 5, the column 2 is a long member having a cross-sectional shape having a hollow portion 23 and a recessed portion 24 by a pair of vertical plates 20 facing each other, one end connecting plate 21 and the other end connecting plate 22. The main body 25 includes a main body 25, an upper member 26 attached to the upper portion of the front surface (glass plate attachment portion) of the main body 25, and a lower member 27 attached to the lower portion. The pillar 2 may be formed by only the main body 25 without using the upper member 26 and the lower member.

The upper member 26 and the lower member 27 become a long member having an H-shaped cross-section by a pair of vertical pieces 28 and an intermediate connecting piece 29 which face each other, and the pair of vertical pieces 28 has a recess 2 of the main body 25.
The engaging protrusions 30 that fit into the four are integrally provided.

A hook-shaped notch 31 is formed near the lower body of the upper member 26, and a hook-shaped notch 32 is formed near the upper body of the lower member 27. The hook-shaped notch of the upper member 26 is formed. 31 and the main body 25 form a downward recess 33, and the lower member 27
The hook-shaped notch 32 and the main body 25 form an upward recess 34.

In the pillar 2, the hollow portion 23 of the main body 25 is fitted into the reinforcing core member 24, and the screws 37 are provided from the upper spacer 35 and the lower spacer 36 provided near the upper portion and the lower portion of the recessed portion 24 of the pillar 2. The support core 2 is screwed into the reinforcement core 14 so that the upper portion and the lower portion of the column 2 are connected to the reinforcement core 14 and attached. Because of this, the support pillar 2 is firmly erected and supported on the floor 1 by the reinforcing core material 14, so that the glass plate 4 can be supported firmly without connecting the upper portion of the support pillar 2 to the ceiling 3.

After mounting the supporting column 2 as described above, the glass plate 4 is connected to the glass plate mounting portion of the main body 25 of the supporting column 2 by the connecting means 5, and in this state, the intermediate connecting piece 29 of the upper member 26.
Is screwed onto the upper spacer 35 with a screw 38 to attach the upper member 26 to the upper portion of the main body 25, and the intermediate connecting piece 2 of the lower member 27 is attached.
The lower member 27 is attached to the lower portion of the main body 25 by screwing 9 into the lower spacer 36 with a screw 38.

Because of this, the upper edge of the glass plate 4 projects into the downward recess 33 composed of the body 25 and the upper member 26, and the lower edge of the glass plate 4 comprises the body 25 and the lower member 27. Since the glass plate 4 projects into the concave portion 34, the glass plate 4 does not fall off even if the connecting means 5 is loosened, and the upper and lower edges of the glass plate 4 are held between the upper and lower portions of the column 2. The glass plate 4 has an appearance that looks like
Not only does it give a sense of security so that it does not fall out, but it also looks good in terms of design.

A cover plate 39 is adhered and attached to the intermediate connecting piece 29 of the upper member 26 and the lower member 27, and the cover plate 39 does not show the screw 38, so that the appearance is good.

Further, the lower portion of the lower member 27 has a hook-shaped notch 2
7a and fits into the hole 13 of the floor material 11, and there is no gap between the lower part of the pillar 2 and the floor material 11, and it looks good.

As shown in FIGS. 2, 4 and 6, the connecting means 5 comprises a fixing bolt 40 and a bush 41. The fixing bolt 40 is composed of a disk-shaped head 42 and a screw rod 43, and a pair of holes 44 are formed in the head 42. The bush 41 is made of a resin material such as polycarbonate and comprises a tubular body 45 and a disc-shaped flange 46. The center 45a of the tubular body 45 and the center 46a of the flange 46 are eccentric, and the screw rod 43 is provided in the tubular body 45. The flange 46 and the head portion 42 are substantially the same size.

A through hole 47 is formed at each column connecting position of the glass plate 4, and the through hole 47 is larger than the cylindrical body 45 of the bush 41 and smaller than the flange 46.

A glass spacer 48 made of an elastic material such as CR rubber is fitted in the recessed portion 24 of the column 2, and the glass plate 4 is pressed against the glass spacer 48, and the bush 41 is inserted into the through hole 47 of the glass plate 4. Insert the body 45 and its cylinder 4
5 from the screw rod 43 of the fixing bolt 40 to the glass spacer 4
8 through the through hole 50 of the one end connecting plate 21 of the main body 25 and the reinforcing core material 14 by screwing the glass plate 4 into the main body 2 of the support column 2.
Connect to 5. That is, the flange 46 of the bush 41 serves as a receiving member interposed between the head 42 and the surface of the glass plate 4.

As a result, the head 42 of the fixing bolt 40 is pressed against the peripheral edge of the through hole 47 on the front surface of the glass plate 4 via the flange 46 of the bush 41, and the back surface of the glass plate 4 is connected via the glass spacer 48 to the main body 25. Since the glass plate 4 can be firmly connected because it is pressed against the glass plate 4, and the glass plate 4 does not come into contact with the metal, the glass plate 4 is not damaged at the connecting portion.

Since the cylinder 45 of the bush 41 and the flange 46 are eccentric, the cylinder 41 can be rotated by a slight angle while the flange 46 is in contact with the peripheral edge of the through hole 47 of the glass plate 4. The center 45a of 45 is the through hole 4
7 is displaced with respect to the center 47a.

Because of this, the through hole 4 of the glass plate 4
7 and the through hole 49 of the glass spacer 48, the through hole 5 of the main body 25
Even if the position is slightly deviated from 0, the bush 41 is slightly rotated, so that the flange 46 is made to pass through the through hole 4 of the glass plate 4.
The threaded rod 43 of the fixing bolt 40 can be screwed into the reinforcing core material 14 by inserting the threaded rod 43 of the fixing bolt 40 into the through holes 49 and 50 while being in contact with the peripheral edge of the wire 7.

Therefore, the head 42 of the fixing bolt 40,
The glass plate 4 and the support column 2 are formed without making the flange 46 of the bush 41 and the through hole 47 of the glass plate 4 larger than necessary.
The glass plates 4 can be correctly connected even if there is a displacement from the main body 25 of the above, and the gap between the widthwise end faces of the glass plates 4 adjacent to the left and right can be uniformly adjusted in the vertical direction, or the upper end face can be made to have the same height. Can be adjusted to.

The glass spacer 48 is the upper spacer 3
5. The lower spacer 36 is brought into contact with the lower spacer 36 for vertical positioning, and the glass plate 4 is a C provided on the lower spacer 36.
A glass liner 51 made of an elastic material such as R rubber is used for vertical positioning.

As shown in FIG. 4, a wet sealing material 52 such as a silicone sealant is filled between the widthwise end faces of the glass plates 4 adjacent to each other on the left and right sides.

Next, the mounting structure of the glass door 6 will be described.
As shown in FIG. 1, the narrow glass plate 4 is connected to the door mounting column 2 by the connecting means 5 in the same manner as described above, and between the narrow glass plate 4 and the wide glass plate 4 described above. Constitutes the entrance to. The main body 25 of the support column 2 projects upward and is connected to the ceiling 3.

A pair of left and right ordinates 7 are rotatably attached to the stanchion 2 and the floor 1, and the pendant side of the glass door 6 is connected to each of the ordinates 7. A handle 8 is attached to the door end side, and a door stop 9 is attached to the floor 1. When the glass door 6 is closed, it abuts on the door stop 9 to close the entrance and exit, and the glass plates 4 adjacent to each other on the left and right sides.
The surface of the glass door 6 and the surface of the glass door 6 are flush with each other.

As shown in FIGS. 7 and 8, an upper support member 60 is attached to an upper portion of the vertical plate 20 in the main body 25 of the column 2, and a lower support member 61 is attached to a lower portion thereof. The upper support member 60 includes a mounting portion 62, a long upper horizontal piece 63, and a short lower horizontal piece 64. A support pin 65 for supporting the vertical axis 7 is screwed into the upper horizontal piece 63 to prevent rotation. The screw 66 does not rotate. The lower horizontal piece 64 is formed with a semicircular recess 67 into which the vertical axis 7 is rotatably fitted. Then, the bolts 68 are screwed into the reinforcing core material 14 from the mounting portions 62 to attach the upper support member 60 to the vertical plate 20 of the main body 25.
Are connected.

The lower support member 61 comprises a mounting portion 69, a short upper horizontal piece 70 and a long lower horizontal piece 71.
A semicircular recess 72 into which the vertical axis 7 is rotatably fitted is formed in 0, and a hole 73 into which the vertical axis 7 is rotatably fitted is formed in the lower horizontal piece 71. Then, the bolts 74 are screwed into the reinforcing core material 14 from the mounting portion 69 to attach the lower support member 61 to the main body 2.
5 is connected to the vertical plate 20.

The vertical axis 7 is in the shape of a circular pipe, and a bearing 75 is fitted and attached to the upper part of the hollow portion of the vertical axis 7, and the support pin 65 is fitted into the bearing 75 and the vertical axis is formed. The upper part of 7 is rotatably connected to the upper support member 60.

The lower portion of the vertical axis 7 is fitted and connected so as not to rotate to a protruding piece 78 provided on the rotating portion 77 of the door closer 76 attached to the floor foundation 10. For example, a block 79 is fitted and attached to the lower part of the hollow part,
The vertical groove 80 is fitted to and connected to the projection piece 78.

Because of this, the vertical axis 7 is slightly inclined with respect to the vertical posture, and the lower portion is the lower horizontal piece 7 of the lower support member 61.
1, the vertical groove 80 of the block 79 is fitted to the protruding piece 78, and the vertical axis 7 is in a vertical posture, and the support pin 65 is screwed into the upper horizontal piece 63 of the upper support member 60 to form a bearing 75. The vertical axis 7 can be rotatably attached by fitting to.

Door mounting plates 90 are connected to the upper side and the lower side of the vertical axis 7, and each door mounting plate 90 is perpendicular to the vertical axis 7. A pair of door mounting blocks 91 are connected at a right angle to a portion of each door mounting plate 90 projecting from the vertical axis 7, and a screw hole 92 is formed in the door mounting block 91. The door mounting block 91 and the door mounting plate 90 form a door mounting member 93.

The glass door 6 is a single glass plate, and the hanging side of the glass door 6 is connected to the upper and lower door mounting members 93 by the connecting means 5.

Specifically, the door mounting block 91 has a C
A glass spacer 94 made of an elastic material such as R rubber is attached by adhesion or the like, and a pair of through holes 95 are formed near the upper portion and the lower portion of the glass door 6 on the hanging side.

The bush 41 and the fixing bolt 40 are inserted into the through hole 95, and the screw rod 43 is inserted into the door mounting block 9.
1 is screwed into the threaded hole 92 of the flange 41 of the bush 41.
Is pressed against the peripheral edge of the through hole 95 on the front surface of the glass door 6, and the glass spacer 94 is pressed against the peripheral edge of the through hole 95 on the rear surface of the glass door 6 to connect the glass door 6 to the door mounting member 93.

Before mounting the vertical axis 7, the glass door 6 is connected as described above, and in that state the vertical axis 7 is mounted as described above. By doing so, the glass door 6 can be easily connected to the door mounting member 93 in a horizontal posture, and the vertical axis 7 can be easily mounted in the state where the glass door 6 is connected. Will be easier.

Further, since the cylindrical body 45 and the flange 46 which constitute the bush 41 of the connecting means 5 are eccentric,
Even if the through hole 95 of the glass door 6 and the screw hole 92 of the mounting block 91 are slightly displaced, the peripheral edge of the through hole 95 of the glass door 6 can be reliably held by the glass spacer 94 and the flange 46.

Further, by loosening the fixing bolt 40 with the glass door 6 attached and moving the glass door 6 slightly in the vertical and horizontal directions, the gap between the adjacent glass plates 4 can be made uniform in the vertical direction. The vertical height can be adjusted to match, and when this adjustment is made, the bush 41 can be rotated by a slight angle to allow the flange 4 of the bush 41 to rotate.
The 6 can be reliably pressed against the peripheral edge of the through hole 95 on the surface of the glass door 6.

Further, as shown in FIG. 9, the vertical axis 7 is displaced to the back side of the glass door 6, so that the glass plate 4 adjacent to the glass door 6 can be made flush with each other, and The gaps can be made smaller and the appearance looks better.

Further, since the center of the vertical axis 7 is the same as the hanging end side end surface of the glass door 6, when the glass door 6 is opened, the hanging end side end surface of the glass door 6 is more than the surface of the adjacent glass plate 4. It does not project, and a person passing near the glass door 6 does not accidentally collide.

Further, since the pair of through holes 95 of the glass door 6 are formed at intervals in the lateral direction, a wide range in the width direction of the glass door 6 can be connected to the door mounting member 93, and the through holes are formed. The bending stress generated in 95 can be reduced.

As shown in FIGS. 10 and 11, the door stop 9 has a rising piece 101 fixed to a base plate 100,
The rubber 10 is applied to the upper protrusion 102 of the rising piece 101 to the door.
3 is attached, and its base plate 100 is attached to the floor 1 by a fixing member 104.

The rising piece 101 faces the glass plate 4 adjacent to the glass door 6, and the upper projecting piece 102 faces the lower surface of the glass door 6 on the door-end side.
The door stop 9 does not get in the way when people open and close.

In the above embodiment, the glass door is attached to the entrance / exit of the glass partition, but it may be attached to the entrance / exit of the panel partition, or a glass door for opening / closing the entrance / exit of the outer wall of the building composed of a glass sash or a wall body. The mounting structure of

For example, as shown in FIG. 12, when the glass door 6 is attached to the entrance / exit 111 of the outer wall of the building consisting of the wall 110, the upper support member is provided on the back surface of the part 112 of the wall 110 near the vertical edge of the entrance / exit 111. 60 and lower support member 6
1, the vertical axis 7 is rotatably supported by the upper support member 60 and the lower support member 61, and the lower portion of the vertical axis 7 may be connected to the rotary part of the door closer mounted on the floor. That is,
The vertical axis 7 may be rotatably supported on the back side of a vertical member connected to the floor, such as the column 2 and the vertical edge portion 112 of the wall 110.

[0054]

According to the invention of claim 1, it is connected to the floor.
The glass plate is attached to the front side of the door mounting column.
The upper and lower support parts provided on the back side of the door mounting column.
A door mounting member is installed on the vertical axis that is rotatably supported on the material.
A glass door made of a glass plate as the door mounting member.
Since it is connected, the upper edge of the glass door, the lower edge, the left and right
No members are attached to the vertical edge,
Pillar, door mounting member, vertical axis is on the back side of the glass door
Since it is placed, from the front side with the glass door closed
When you look at it, you can see the glass plate and the glass plate that forms the glass door.
It just looks good and looks great. Also,
There is no need to install a top cross member on top of the doorway,
The height can be made higher than that of the glass door.
Of the glass plate that forms the doorway with the glass door closed
The surface is flush with the surface of the glass door, so it looks good.
Yes. Also, the vertical axis is rotation restricted by the door closer.
The glass door is rotated in the closing direction,
It can be opened and closed like A. Also, for glass plate and door mounting
Struts, glass doors and door mounting members are made of elastic material
While pressing each via a glass spacer,
Flange of bush with fixing bolt head made of resin material
Through the glass plate surface and glass door surface.
Since it presses against the periphery of each hole, glass plate, glass door
Can be firmly connected, and the glass plate and glass door can be
Since it does not contact, it will not be damaged at the connecting part.

According to the invention of claim 2, the bush of
Since the cylinder and the flange are eccentric, the screws of the fixing bolt
Even if the rod is displaced from the center of the glass plate or the through hole of the glass door
Rotate the bushing at a slight angle to move the flange around the through hole.
You can touch the edge correctly,
Adjusted the gap with the entrance by moving slightly to the left and right and up and down
Can be adjusted to make the gap even in the vertical direction.
Becomes

[0056]

[Brief description of drawings]

FIG. 1 is a front view of a glass partition showing an embodiment of the present invention.

FIG. 2 is a sectional view taken along line AA of FIG.

FIG. 3 is a front view of FIG.

FIG. 4 is a sectional view taken along line BB of FIG.

FIG. 5 is a cross-sectional view of a column.

FIG. 6 is an exploded perspective view of a glass plate connecting portion.

FIG. 7 is a sectional view taken along line CC of FIG.

8 is a partially cutaway left side view of FIG. 7. FIG.

9 is a cross-sectional view taken along the line DD of FIG.

10 is a cross-sectional view taken along line EE of FIG.

11 is a cross-sectional view taken along the line FF of FIG.

FIG. 12 is a transverse cross-sectional view of a state in which the wall body is attached to a doorway.

[Explanation of symbols]

1 ... Floor, 2 ... Pillar, 3 ... Ceiling, 4 ... Glass plate, 5 ... Connecting means, 6 ... Glass door, 7 ... Vertical axis, 40 ... Fixing bolt,
41 ... Bushing, 42 ... Head, 43 ... Screw rod, 45 ... Cylindrical body, 46 ... Flange, 60 ... Upper supporting member, 61 ... Lower supporting member, 76 ... Door closer, 93 ... Door mounting member, 9
5 ... Through hole.

─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) E06B 3/02 E05D ⁷ /08-7/086 E06B 3/54

Claims (2)

(57) [Claims] 1. A lower part of a pillar for attaching a door is connected to a floor,
Connect the glass plates that form the doorway on the front side of this pillar
The back side of the glass plate is made of elastic material and connected by steps
Surface side of the pillar for mounting the door through a glass spacer
The upper support member and the lower support member on the back side of the pillar for mounting the door.
Are attached respectively, and the vertical axis is attached to the upper support member and the lower support member.
Is rotatably supported, and the lower part of this vertical axis is mounted on the floor.
A door mounting member is provided which is connected to the rotating part of the closer and is provided on the vertical axis.
The front side of the glass door made of glass plate in the width direction.
Connect the back side of the glass door with elastic material by connecting means.
Pressure contact with the door mounting member via the glass spacer
The glass door between the position where the door is closed and the position where it is opened.
With the glass door closed,
Connected to the surface of the glass door and the pillar for mounting the door
The surface of the glass plate is flush with the connecting means, and the connecting means includes a head and a fixing bolt by a screw rod.
From a resin material with a cylinder and a flange through which the screw rod of
A bush made of a glass plate,
Insert the screw rod of the fixing bolt into the through hole of the glass door
Insert it through and screw it onto the door mounting column and door mounting member.
The flange on the glass plate surface and glass door surface.
The feature is that the head is pressed against the periphery of the hole.
Glass door mounting structure. 2. The bush cylinder and the flange are eccentric.
The glass door mounting structure according to claim 1.