JP2507187Y2 - Assembly unit with eaves - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an opening structure in a steel plate assembly stand.

[0002]

2. Description of the Related Art A conventional opening structure in this type of assembly device is, for example, in the lower part of a girder material that serves as a roof support, as in the assembly device disclosed in Japanese Utility Model Publication No. 2-14562. By crossing the Kamoi at an appropriate interval, a space for the light is constructed in the upper part of the Kamoi with the girder material, and sliding doors that can slide left and right are fitted between the columns, and the lower opening of the Kamoi is opened. In the section, both sliding doors that can slide left and right were fitted along the Kamoi, and the applicant had just proposed and implemented the above-mentioned assembly place.

[0003]

However, since the roof above the entrance is high and the space below the roof is wide in the above-mentioned assembly stand in the above-mentioned publication, when it rains during use, it will hit the rain when entering and leaving the stand. There is a defect that it is easy to get wet, and rainwater also blows into the storage room to wet the inside, and even stored items are damp, which is not preferable for storing articles, and it is necessary to eliminate the defect point. Therefore, in order to solve the above problems in the present invention, it has been decided to improve the conventional assembly device, and in this improved device device, an eave having an appropriate projecting width is provided on the upper side of the entrance / exit door. Conveniently, the sill of the sliding door and the door of the entrance sliding door are integrally formed in the mounting portion, and the opening and closing operation of the sliding door can be easily performed from the inside, and a lock device for the sliding door is also provided. It was intended.

[0004]

In order to achieve the above-mentioned object, at the upper part of the entrance / exit door of the assembly unit, at the boundary with the transom, the eaves protruding from the front side of the doorway of the entrance / exit door with an appropriate width. The base end is fixed, and the structure of the Kamoi is
A horizontal plate in the center is bent from the front end hanging plate folded from the front end and the rear end rising plate folded from the rear end, and the suspension rail of the entrance sliding door is fixed along the inner surface of the front end hanging plate and fixed horizontally. By stacking an L-shaped curved plate on the plate and laying a floor rail along the upper surface of the horizontal plate of the curved plate, the upper side of the Kamoi is formed as a sill of the sliding door and the lower side is hung from the doorway sliding door. It is formed on the lower sliding part. Further, the entrance sliding door is hung by the hanging rail on the lower side of the Kamoi so that it can be slid left and right, and the rail sliding door is placed on the upper floor rail so that it can be slid left and right. A side L-shaped engaging plate is attached to the inner surface of the rising plate on the inner side of the part, and the opening and closing operation is extended inward from the lower frame of the rail sliding door and further extends inward and obliquely downward across the upper end of the engaging plate on the inner side. The operating rod is provided so that the upper part of the rod engages with and disengages from the engaging recess formed in the inner end of the horizontal piece of the engaging plate, and the lock of the sliding door is locked by the engaging / disengaging structure of the engaging plate and the opening / closing operating rod. The device is configured. The engagement plate in the sliding door lock device has a concave portion having an engaging piece having a forward locking claw formed at the inner end thereof, and is formed with a notch, and an opening / closing operation rod provided so as to be engaged with the concave portion is provided as a rod member. It is configured to be elastically pushed and swung in the front-rear direction to be engaged with and disengaged from the locking claws.

[0005]

[Operation] A sliding sill for the sliding door is installed on the upper side of the Kamoi,
By providing a hanging part for the entrance / exit sliding door on the lower side and crossing the integrated kamoi for both upper and lower uses horizontally on the upper side of the entrance / exit, the kamoi also serves as the lower frame of the transom, A sliding door is provided on the Kamoi. Also, by using the front part of the duck as the mounting part of the eaves and screwing the base end face of the eaves to the eaves part, the eaves can be projected on the upper side of the entrance and exit to remove rainwater. Furthermore, the sliding door can be locked by operating the opening / closing operation rod of the rail sliding door from the inside to open / close the sliding door and engaging the operating rod with the engaging plate.
When the engaging operating rod is pushed forward by the elasticity of the rod to shift its position, the upper portion of the operating rod is disengaged from the locking claws of the engaging plate, the lock is released, and the sliding door can be slid.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the accompanying drawings. FIG. 1 is a perspective view showing a front portion of an assembly unit with an eaves according to an embodiment of the present invention, in which reference numeral 1 is an eaves,
2 is a doorway door, 3 is a sliding doorway, 4 is a dwelling house, 5 is a roof,
Reference numerals 6 and 6'indicate front sleeve wall plates, 7 indicate side wall plates, and 8 and 8'indicate corner posts. The eaves 1 has its base end face abutting against the front face of the duck 4 and screwed with screws, and the mounting portion thereof is disassembled and shown in FIG.

Referring to FIG. 2, the front door opening is divided into upper and lower parts by horizontally extending the kamoi 4 on the upper side of the entrance / exit sliding doors 2 and 2'to form the transom 9 in the upper part and the lower part as the entrance / exit. Yes, the left and right side portions of the transom 9 are both sleeve wall plates 10 and 1
It is closed by 0 ', a light window is opened in the center, and a horizontally long sliding door 3 is fitted in the front part. The sliding door is attached to the floor rail 11 on the central horizontal plate of the Kamoi 4. By sliding along the front side of the sleeve wall plate 10 on one side, it is provided so that about half of the left side of the lighting window is opened.
The eaves 1 is projectingly provided on the front surface of the by screwing. As shown in the enlarged sectional view of FIG. 3, the eaves 1 superimposes the upper plate 1a and the lower plate 1b while maintaining the intermediate cavity 1c, and the rear ends of the upper plate and the lower plate are formed in a vertical shape. The front end part is connected by the base plate 1d, and the front end part is continuously formed by the arc part 1e extending to the front end part of the upper plate to form an integral hollow plate, and the left and right ends are provided with the mating side plates 1g. A protruding piece 1f extending from the base end plate 1d to the outside of the rear end portion
Is opposite. As shown in the enlarged vertical section of FIG. 3, the kamoi 4 has a hanging plate 4b folded down from the front end of a horizontal plate 4a in the center and a rising plate 4c folded up from the rear end in opposite directions. A substantially C-shaped suspension rail 12 is fixed along the inner surface of the front end hanging plate 1b of the bent crank-shaped curved plate, and a curved plate 13 having an L-shaped cross section is superposed on the horizontal plate 4a. The front end of the horizontal piece 13a of the plate 13 is projected from the kamoi horizontal plate 4a to form a sill surface, and the laying rail 11 is laid on the sill surface, thereby forming the upper side in the sill portion of the rail sliding door, On the lower side, hanging sliding parts for the entrance and exit sliding doors 2 and 2'are formed.

The base plate 1d of the eaves 1 is brought into contact with the front surface of the hanging plate 4b of the above-mentioned duck, and the screw 14 from the front end projecting surface of the horizontal piece 13a of the curved plate 13 toward the rear end of the eaves plate 1a. 4 screws at appropriate intervals, and screws 1 at both left and right ends of the column gap 9.
The protruding piece 1f of the eave base plate is attached to the lower end of the vertical frame 15 screwed at 4 '.
The eaves 1 are projectingly provided on the front portion of the kamoi by screwing both of them to both ends of the kamoi with screws 14 '. In FIG. 2, reference numeral 16 is an upper frame between the columns, 17 is a roof support girder material, and 18 is a roof end concealing / decorative board. Further, 19 shown in FIG. 3 is an L-shaped side engaging plate, 20 is an opening / closing operation rod of the rail sliding door 3, and as shown in FIGS.
Is closely joined to the rear surface of the rising plate 4c of the kamoi 4 and is screwed to the center of the left and right with screws 21, and the opening / closing operation rod 20 is engaged with the engaging plate 19 so that the lower frame of the rail sliding door 3 can be engaged and disengaged. A base end is fixed to a central portion of 3b, a base end portion 20a is bent in a U shape and extends inward, and an inner portion straddles the upper end of the base portion of the engaging plate 19, and a neck portion is engaged with a concave portion 19a of the engaging plate. The cap body 20b is fitted to the lower end of the engaging plate 19 as shown in FIG. 5, and the forward engaging pawl is provided at the inner end of the engaging plate. 19b is a notch formed in the front part of the engaging piece 19c protrudingly formed, and as shown in FIG. 4, the neck of the opening / closing operation rod 20 is formed in the recess when the rail sliding door 3 is closed. It is locked by being fitted and hooked inside the forward locking claw 19b. When the operator wants to open the door, if the operator holds the cap body of the opening and closing operation rod 20 and pushes it forward, the operation rod elastically moves forward and the neck is disengaged. It can be easily opened by pulling it toward the door.

FIG. 4 is a view showing the eaves and the rail gap portion of this embodiment from the inside, showing a state in which the rail sliding door 3 is closed and the operating rod 20 is engaged with the engagement plate 19, and FIG. 5 is the same portion. FIG. 4 is an inner perspective view showing a state in which the rail sliding door is opened.

[0010]

[Effect of the Invention] The L-shaped curved plate is superposed on the central horizontal plate of the Kamoi to strengthen the Kamoi, and the front end of the horizontal piece of the curved plate is projected from the front end of the Kamoi horizontal plate. On the lower side, a base end plate of the eaves is contact-polymerized with the front surface of the duck hanging plate, and an appropriate number of screws are screwed from the protruding surface of one horizontal end of the curved plate toward the rear end of the eaves upper plate at appropriate intervals. At the same time, the eaves are fixed by screwing both side projections of the base plate of the eaves to the both ends of the Kamoi through the lower ends of both vertical frames that are screwed to the left and right ends of the column. , The eaves are firmly attached and fixed to the Kamoi, and the eaves are stable without shaking and can withstand the pressure of wind and rain. Configure a room on the upper side of the entrance of the storeroom,
Since the eaves are projected below the railing, rainwater can be received under the railing and discharged to the front even if the roof is raised due to the railing. The dry state is maintained, the stored article is safely protected, and the human body entering and leaving is less likely to get wet. The open / close operation lever extending inward of the rail sliding door facilitates the opening / closing of the high-place sliding door, and the engagement between the operation lever and the engaging plate automatically locks the door. The structure of the Kamoi doubles as a sliding door for the sliding door and is also laid horizontally as a lower frame between the sliding doors, so assembly members can be saved and production costs can be reduced.

[Brief description of drawings]

FIG. 1 is a perspective view showing a front portion of an assembly stand according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view of an eaves mounting portion of the same article storage.

[Fig. 3] Similarly, a central longitudinal sectional view of the eaves mounting portion.

[Fig. 4] Partial perspective view when the door is closed showing the railing and eaves mounting portion of the same storage room from the inside

[Fig. 5] Partial perspective view of the same storage room when the door is opened, showing the inter-column space and the eaves mounting portion from the inside.

[Explanation of symbols]

 1 ... Eaves 2 ... Doorway sliding doors 3 ... Rail sliding doors 4 ... Kamoi 4a ... Horizontal plates 4b ... Hanging plates 4c ... Standing plates 9 ... Rails 10 ... Sleeve wall plates 11 ... Floor rails 12 ... Suspension rails 13 ... L-shaped bends Plates 14 and 14 '... Screws 15 ... Vertical frame 16 ... Upper frame 19 ... Engagement plate 20 ... Opening / closing operation rod

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification code Internal reference number FI Technical display area F21S 11/00 F21S 11/00 D

Claims (3)

(57) [Scope of utility model registration request] 1. A sliding threshold for a sliding door on the upper side and a sliding threshold on the lower side.
The roof of the Kamoi with the hanging part of the doorway sliding door is integrally formed
Entry / exit by crossing the girder material downward at appropriate intervals.
In front of the Kamoi, the room is constructed under the roof above the mouth.
By fixing the base end of the eaves to the surface,
In the assembly unit with an eave projecting from the eaves, the kamoi is located at the center.
A hanging plate is formed at the front end of the horizontal plate and a rising plate is formed at the rear end.
Secure the suspension rail to the inside of the front end hanging plate, and
L-shaped curved plate is superposed onto the water, and the front end of the horizontal piece of the curved plate is
A sill surface is formed by protruding from the front end of the flat plate, and on the sill surface
A sill is formed on the upper side by laying a rail on the
Then, at the lower side of the front end protruding surface of the curved plate horizontal piece,
The base plate of the eaves is contacted and polymerized on the front surface of the hanging plate,
From the front protruding surface toward the rear end of the eaves plate, add an appropriate number of screws.
Screw in at appropriate intervals, and project both sides of the base plate of the eaves.
The lower ends of both vertical frames that are screwed to the left and right ends of the rail between the columns.
After that, the eaves were fixed by screwing on both ends of the Kamoi.
Assembly unit with eaves. 2. In the center of the space between the columns, which is located above the entrance
We opened a window for the light and used it as a lower frame for the window frame of the window.
Engagement plate is fixedly installed at the center of the back surface of the rising board of Nekamo, and the window is
Is it the center of the lower frame of a sliding door that is slidable from side to side in the frame?
The opening and closing operation rod is extended inward from the inside, and the opening and closing operation rod is one
By engaging and disengaging with the engaging plate as the sliding door slides left and right.
With eaves equipped with a sliding door lock device that locks and unlocks a single sliding door
Assembly storage. 3. A forward locking claw is formed on the inner end of the engagement plate.
The recess having the engaged piece is formed by notching, and the recess is engaged with the recess.
The elasticity of the rod pushes the open / close operation rod
Equipped with a lock device configured to engage and disengage with the locking claw
The assembly unit with an eaves according to claim 2.