JP2022038853A - Assembly method of shutter curtain reinforcing device in architectural shutter device - Google Patents

Abstract

To provide an assembling method of a reinforcing device with an existing architectural shutter device for reinforcing a shutter curtain.SOLUTION: An assembling method of a reinforcing device is a method of assembling a shutter curtain reinforcing device for reinforcing a shutter curtain 3 which has been bent by strong winds using a vertical posture reinforcing column 11 movable left and right. The method of the reinforcing device of the shutter curtain 3, includes the steps of: a rail attaching step of attaching an upper rail 9 in an upper area of an opening; a support assembly step of assembling the reinforcing column 11 with the attached upper rail 9; and a drop-in part forming step of forming a drop-in portion 25 in the floor for supporting the lower support member 24 to the floor.SELECTED DRAWING: Figure 1

Description

The present invention relates to a technical field of a method for incorporating a reinforcing device for reinforcing a shutter curtain into an existing architectural shutter device provided for opening and closing an opening such as an entrance / exit of a building or the like. It is a thing.

Today, a building shutter device is provided at an opening such as an indoor / outdoor entrance / exit of a building or the like so that the shutter curtain is moved up and down by guide rails arranged on the left and right to open and close the opening. Sometimes. And the shutter curtains provided in such architectural shutter devices are directly affected by the weather fluctuations on the outdoor side, and in such weather fluctuations, in the event of bad weather such as typhoons and torrential rains. There is a strong wind that is generated, and it is required that the shutter curtain be able to withstand such a strong wind.
By the way, when the shutter curtain receives a strong wind, the shutter curtain has a problem that the left and right end edges come out of the guide rail due to the central part bending (recessing) indoors and outdoors, so that there is a problem that the left and right ends of the shutter curtain. A windproof hook is provided on the edge portion, and when the shutter curtain bends due to a strong wind, the shutter curtain is locked to a locking portion provided in the guide rail to prevent the shutter curtain from bending. This prevents the shutter curtain from coming out of the guide rail and enhances the wind resistance function.
Some of the wind-resistant hooks provided with such wind-resistant hooks have sufficient wind-resistant performance, but those without the wind-resistant hooks or those provided with a large opening can be used for large typhoons, etc. with the existing wind-resistant hooks alone. Some do not have wind resistance to cope with the invasion. In such a case, if you try to retrofit a windproof hook with the required windproof performance, not only will you change the shutter curtain to one with a windproof hook, but you can also change the guide rail to a windproof hook, for example. It is necessary to change to the corresponding one, and it is almost the same as the case of new installation, or more work is required than the case of new installation.
Therefore, it has been proposed that reinforcing columns are provided on at least one of the inside and outside of a shutter curtain in a closed posture so as to come into contact with a shutter curtain that has been bent by a strong wind to prevent bending (see Patent Document 1). ).

Japanese Patent No. 4697644

By the way, in the above-mentioned conventional one, the reinforcing column is configured to be movable in the left-right direction in a vertical posture by the hanger type upper rail system or the upper and lower rail system of the upper rail and the lower rail provided on the floor surface, and the storage position. The structure is such that the reinforcement column moved to the reinforcement position is positioned and fixed, but there is no suggestion as to how to assemble such a shutter curtain reinforcement device. Furthermore, there is no suggestion about assembling the shutter curtain reinforcing device to the existing shutter device, and in view of such circumstances, a suitable method for assembling the shutter curtain reinforcing device to the existing shutter device is provided. In particular, there is a problem to be solved by the present invention.

The present invention has been created for the purpose of solving these problems in view of the above circumstances, and the invention of claim 1 is a left and right guide rail provided at an opening such as an entrance / exit of a building. The shutter curtain that opens and closes the opening is moved from the storage position close to the guide rail in the vertical position to the reinforcement position in the middle of the left and right direction of the opening, and is positioned and supported at the reinforcement position. A reinforcing column for a shutter curtain in a building shutter device configured to be reinforced by using a reinforcing column having an upper roller provided at the upper end and a reinforcing column provided above the opening and running by the upper roller. The reinforcement device is configured to include an upper rail that guides the vehicle to the storage position and the reinforcement position, and a lower support member that supports the lower end of the reinforcement column located at the reinforcement position to the floor. As an assembly method for retrofitting to an existing building shutter device, a rail mounting process for attaching the upper rail to the upper part of the opening, a strut mounting process for incorporating a reinforcing column into the attached upper rail, and a lower support on the floor. It is a method of incorporating a shutter curtain reinforcing device in a building shutter device, which comprises a drop portion forming step of forming a drop portion for supporting a member.
The invention of claim 2 is a method of incorporating a shutter curtain reinforcing device in a building shutter device according to claim 1, wherein the drop-in portion forming step is executed after the support column assembling step.
The shutter curtain in the building shutter device according to claim 2, wherein the invention of claim 3 determines the formation position of the drop portion by moving the reinforcing column incorporated in the column incorporating process to the reinforcing position. It is a method of incorporating a reinforcing device.
According to the fourth aspect of the present invention, the upper rail mounted in the rail mounting process is short to the reinforcing position portion with respect to the left and right width of the opening, and the end portion on the reinforcing position side is an opening that can be opened and closed via a closing plate. 4. This is a method of incorporating a shutter curtain reinforcing device in a building shutter device.
The invention according to claim 4 is characterized in that the support column assembling step includes a step of incorporating a reinforcing column from the opening end portion into an upper rail and then closing the opening end portion with a closing plate. This is a method of incorporating a shutter curtain reinforcing device in a building shutter device.
In the invention of claim 6, hanging metal fittings are detachably provided on the upper rail and the reinforcing support, respectively, and the support for assembling the support is a step of supporting the lifting machine on the hanging metal fittings provided on the upper rail. 5. It is a method of incorporating a shutter curtain reinforcing device in the building shutter device according to any one.

According to the first aspect of the present invention, when incorporating a reinforcing device for reinforcing a shutter curtain by using a vertical posture reinforcing column in an existing building shutter device, the reinforcing device is used as the reinforcing column and the reinforcing column. It shall be configured to include an upper rail on which the upper roller provided on the column runs, and a lower support member for supporting the lower end of the reinforcing column located at the reinforcing position, and when these are incorporated, the upper rail As a result of the installation process, the assembly process of the reinforcing column, and the forming process of the drop part that supports the lower support member, the existing building shutter device is reinforced with the reinforcing column to be reinforced in the vertical posture. The device can be easily installed.
According to the second aspect of the present invention, after the rail mounting step and the support column assembling step, which are the work on the upper side of the opening, are executed, the drop-in portion forming step on the floor side is executed. Workability is improved by being able to perform intensive work corresponding to the height.
According to the third aspect of the present invention, when the drop-in portion is formed, the formation position of the drop-in portion can be specified by moving the reinforcing support column incorporated in the support column assembling process to the reinforcement position. Workability is improved because there is no need to measure and specify.
According to the invention of claim 4, when the reinforcing column is incorporated into the upper rail in the column assembling process, the closing plate is removed from the reinforcing position side end of the upper rail to form an open end, and the upper roller is inserted from here. Since the reinforcing column can be incorporated into the upper rail, the work of incorporating the reinforcing column into the upper rail becomes easy.
According to the fifth aspect of the present invention, the open end portion can be easily made so that the reinforcing column does not fall off from the upper rail by incorporating the reinforcing column into the upper rail and then closing the reinforcing column with a closing plate. ..
According to the invention of claim 6, when the reinforcing column is incorporated into the upper rail, the reinforcing column is lifted by using a lifting machine supported by a hanging metal fitting provided on the upper rail, and the lifted reinforcing column is lifted. It can be incorporated into the upper rail to improve workability.

It is a front view of the shutter device for a building in a state where a reinforcing column is located at a storage position. It is a front view of the shutter device for a building in a state where a reinforcing column is located at a reinforcing position. It is a side view of a shutter device for a building. It is a side view of the upper end part of a building shutter device. It is a side view of the lower end part of a building shutter device. It is a side view of the upper end part part in the reinforcement position part of a reinforcing device. It is a front view of the upper end part of a reinforcing device. (A) and (B) are cross-sectional views taken along the line II and II-II of FIG. (A) and (B) are cross-sectional views taken along the line III-III and IV-IV of FIG. (A) and (B) are sectional views of VV and VI-VI of FIG. It is a front view of the upper end part of the reinforcing device in which the reinforcing column is located at the storage position. It is a front view of the upper end part of the reinforcing device in which the reinforcing column is located at the reinforcing position. (A) and (B) are plan views and side views of the upper end portion of the reinforcing device in which the reinforcing column is located at the reinforcing position. It is a top view which shows the state which the reinforcing column located in the storage position is locked to the skeleton side. (A), (B), (C), and (D) are a plan view, a front view, a side view, and a cross-sectional front view showing a state in which the lid portion is opened. (A) and (B) are schematic explanatory views showing the assembly procedure of the first half of the reinforcing device. (A) and (B) are schematic explanatory views showing the assembly procedure of the latter half of the reinforcing device.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the drawing, 1 is a building shutter device installed in an opening E such as an entrance / exit of a building or the like, and the shutter device 1 is a guide rail 2 provided on the left and right of the opening E, the guide rail. A shutter curtain 3 that is guided up and down by 2 to open and close the opening E, a winder (winding wheel) 4 provided in the ceiling space H of the opening E and around which the shutter curtain 3 is wound, and the winding. A switch 5 that is electrically driven to wind the shutter curtain 3 by rotating the take-up body 4 in the forward and reverse directions, a shutter case 6 provided in the upper space H on the indoor side of the opening E to house the take-up body 4, and the like. It is the same as before that it is configured by using various member devices of the above.

Further, the shutter case 6 is provided with left and right brackets 6a whose outdoor side ends are supported and fixed to the hanging wall portion W arranged on the outdoor side of the guide rail 2 and above the opening E. 6a is configured to support the left and right edge portions of the winding body 4, but the shutter case 6 has a U-shaped reinforcing frame in which the upper outdoor side end portion is further supported by the ceiling wall portion W. The 6b, the reinforcing cross rail 6c supported between the left and right brackets 6a, and the shutter curtain 3 are reinforced by various reinforcing members such as the magsa frame 6d provided in the magsa portion drawn out from the shutter case 6. Further, the shutter case 6 has a box shape due to the presence of the upper surface plate, the side surface plate, and the lower surface plate 6e, and the lower surface plate 6e of the case is fixed to the lower side surface portion of the reinforcing frame 6b and the magsa frame 6d. It has become.
On the other hand, on the lower surface portion of the hanging wall portion W, a frame material (three-sided frame) having a shape of a glyph including the left and right side surface portions of the opening E is provided, and the upper frame 7 thereof is the case lower surface plate 6e. It is provided in a state of being flush with each other. In the present embodiment, a pair of reinforcing devices 8 for reinforcing the shutter curtain 3 indoors and outdoors are symmetrically provided with the shutter core X that the shutter curtain 3 opens and closes as a symmetrical core. ing.

As described above, in the present embodiment, a pair of inner and outer reinforcing devices 8 are provided, but since the pair of reinforcing devices 8 are symmetrical indoors and outdoors (front and back) with the shutter core X as a symmetrical core, hereinafter, The reinforcement device 8 on the indoor side will be described in detail, and the description of the reinforcement device 8 on the outdoor side will be omitted unless otherwise specified.
By providing the reinforcing device 8 indoors and outdoors in this way, the reinforcing effect can be further enhanced, but in carrying out the present invention, even if the reinforcing device 8 is provided indoors or outdoors. Needless to say, it is a good thing, and whether or not the reinforcing device 8 is provided on both the indoor and outdoor sides can be appropriately selected if necessary.

Further, two sets of reinforcing devices 8 may be provided on both the left and right sides of the opening E, and the two intermediate portions in the left-right direction of the shutter curtain 3 may be reinforced by the reinforcing columns 11 described later (not necessarily left and right). It is not necessary to reinforce the shutter curtain 3 at equal intervals of 1/3 in each direction.) In addition, a set of reinforcing devices 8 is provided with a plurality of reinforcing columns 11 such as two, and there is an appropriate interval in the left-right direction. The present invention can also be carried out by reinforcing the shutter curtain 3. In this case, the upper rail 9, which will be described later, may have a maximum width extending over the entire left and right widths of the opening E, and in such a case, the reinforcing columns 11 may be configured to be stored in a left-right drawn state. can.

The reinforcing device 8 is configured to include an upper rail 9 provided on the case lower surface plate 6e, and the upper rail 9 has a C-shape, and the upper piece portion 9a and the upper piece portion 9a serving as straddling portions. It is provided with a side piece portion 9b that is bent downward so as to hang down from both front and rear edges, and a pair of front and rear lower piece portions 9c that are bent downward from the lower end edges of the side piece 9b so as to face each other. It is composed of. In the upper rail 9, the upper piece portion 9a is fixed to the case lower surface plate 6e via a fixing member such as a screw (not shown), and the fixing position is set to the left and right brackets 6a and the reinforcing frame 6b of the shutter case 6. However, if the case lower surface plate 6e has the required strength, it may be directly fixed to the case lower surface plate 6e.

In the upper rail 9, the pair of lower piece portions 9c becomes the traveling surface portion 9c of the upper roller 15 described later, and the gap Y formed between the traveling surface portions 9c facing each other in the front-rear direction penetrates the support column main body portion 14 described later. A guide portion (penetration portion) Y for guiding left and right in the state is configured.
The upper rail 9 is further reinforced by incorporating an L-shaped auxiliary member 10, and the vertical piece portion 10a of the auxiliary member 10 is in contact with the side piece portion 9b. It is provided in a laminated state.
In the upper rail 9 attached in this way, a traveling space on which the upper roller 15 travels is formed between the traveling surface portion 9c and the lower piece portion 10b of the auxiliary member 10, and the traveling space is provided by the upper roller 15. There is a slight gap between the upper roller 15 traveling on the traveling surface portion 9c and the auxiliary member lower piece portion 10b, which can move slightly upward, and the upper roller 15 is separated from the traveling surface portion 9c. It is set so that the floating of the reinforcement column 11 more than necessary is restricted, and thereby the reinforcing column 11 that moves left and right is restricted (prevented) from tilting in the left and right direction.

The upper rail 9 configured in this way has one end at the storage position of the reinforcing column 11 adjacent to the guide rail 2 in either the left-right direction, and the other end at the left-right intermediate position (for example, the left-right direction) of the opening portion. It is configured to be a reinforcing position of the shutter curtain 3 by the reinforcing column 11 of the central portion).
The other end edge of the upper rail 9 is an open end edge 9e, and the upper piece 9a of the open end edge 9e is provided with an inverted L-shaped mounting bracket 9f. With the closing plate 9g applied to the opening end edge 9e, the opening end edge 9e can be detachably closed by screwing the screw 9h from the closing plate 9g into the mounting bracket 9f. There is.

On the other hand, the reinforcing column 11 is configured in a series in the vertical direction by using the upper column portion 12 and the lower column portion 13.
The upper support column 12 is configured by using a support column main body portion 14 having a square cylinder shape, and the support column main body portion 14 has a lower end edge portion short to the upper portion of the reinforcing support column 11. The front and rear double-sided portions 14a of the column main body portion 14 penetrate the guide portion Y of the upper rail 9 in a loosely fitted state. The upper end portion of the front and rear side surface portions 14a of the stanchion main body portion 14 that penetrates the stanchion main body portion 14 is set to be longer in the left-right direction than the stanchion main body portion 14 in a state of being located above the traveling surface portion 9c (on the support column main body portion 14). Brackets 14b are provided so as to project in the left-right direction with respect to the brackets 14b, and upper rollers 15 traveling on the traveling surface portion 9c are provided at both left and right ends of the bracket 14b as described above. As a result, the left and right upper rollers 15 are provided in a wide state so as to project in the left-right direction with respect to the reinforcing column 11, so that the reinforcing column 11 is prevented from tilting in the left-right direction.
Further, the front and rear side surface portions 14a of the support column main body portion 14 are in a state of being adjacent to the lower side of the bracket 14b and close to the inner end edges of the traveling surface portion 9c facing each other in the front-rear direction (freely fitted to the guide portion Y). Therefore, a guide surface portion 16 set to be longer in the left-right direction than the support column main body portion 14 is provided, and thus, in the reinforcing column 11, the guide surface portion 16 provided in the support column main body portion 14 in the left-right direction is provided with the traveling surface portion. It is set to move and guide in the left-right direction in a guidance state in which the tip edge of 9c is close to and opposed to the tip edge.

Moreover, in the guide surface portion 16, the left and right side piece portions 17b of the reinforcing member (first reinforcing member) 17 in which the straddling portion 17a is fixed to the left and right side surface portions 14c of the column main body portion 14 are fixed by fixing means such as welding. As a result, the guide surface portion 16 is reinforced with respect to the support column main body portion 14.
In the bracket 14b of the present embodiment, the upper and lower end edges are welded to the front and rear side surface portions 14a of the support column main body portion 14, so that the guide surface portion 16 is cut out at a portion corresponding to the support column main body portion 14. A portion 16a is formed so that welding of the lower end edge portion of the bracket 14b can be performed even after the guide surface portion 16 is attached to the support column main body portion 14.

Further, the support main body portion 14 is provided with a wide outer shell portion 18 in a state of being located below the guide surface portion 16, but the outer shell portion 18 has a lower end edge portion shorter than the support main body portion 14. As a result, the column main body portion 14 is short to the upper portion of the reinforcing column 11 as described above, but the lower end portion extends (projects) below the outer shell portion 18. ing.
The outer shell portion 18 has a square tubular shape and is loosely fitted to the column main body portion 14, and the portions corresponding to the front and rear double-sided portions 14a and the left and right double-sided portions 14b of the column main body portion 14 are recessed groove portions 18a. The bottom of the groove is in contact with the front and rear double-sided portions 14a and the left and right double-sided portions 14b and integrated by fixing means such as welding. , It is a wide portion separated from the column main body portion 14.
Incidentally, in the present embodiment, the outer shell portion 18 has a structure in which the plate material 18c having a cross-section hat shape in which the concave groove portion 18a is formed and the plate material 18d having an L-shape are integrated by fixing means such as welding.

On the other hand, the lower strut portion 13 has a square tubular shape and is wider than the outer shell portion 18, and the strut main body portion of the upper strut 13 is located at the upper end portion of the lower strut portion 13. 14 and the outer shell portion 18 are fitted in a loosely fitted state that can be expanded and contracted in the vertical direction (removable in and out, freely in and out, and freely in and out).
Of the left and right side surface portions 14c of the support column main body 14, the extension portion 14d extending below the lower end edge of the outer shell portion 18 is close to the inner surface of the left and right side surface portions 13a of the lower support column portion 13 (or). The spheres 14e are arranged so as to be in contact with each other, and the spheres 14e are rotatably supported in all directions via brackets 14f provided on the left and right side surface portions 14c of the column main body portion.
When the lower support column 13 is relatively inclined in the left-right direction with respect to the upper support column portion 12, the sphere 14e is brought into contact with the inner surface of the left and right side surface portions 13a of the lower support column portion 13 to be on the upper side. It constitutes a butt member that is abutted so as to regulate the inclination of the support column 12 and the lower support column 13 in the left-right direction. Of course, it may be a body (rotating body).
Further, as such an abutting member, in the present embodiment, it is provided on the left and right double-sided portions 14b of the column main body portion 14, but it can also be provided on the front and rear double-sided portions 14a if necessary.

Further, the upper strut portion 12 is provided with a cover portion 19 for covering the upper end side portion of the lower strut portion 13, and the cover portion 19 is lowered to cover the upper end portion of the lower strut portion 13. The top surface portion 19a, which is wider in the front-rear and left-right directions than the side strut portion 13, and the peripheral portion of the top surface portion 19a are vertically hung, and the outer periphery of the front-rear and front-rear side surface portions 13a and the left and right side strut portions 13b of the lower strut portion 13 is loosely fitted. A side surface portion 19b that covers the shape is provided so as to prevent rainwater or the like from entering from the upper end portion of the lower support column portion 13.
Incidentally, in the covering portion 19a of the present embodiment, a projecting piece 19c for welding the covering portion 19 to the strut main body portion 14 is provided at an end edge portion of the top surface portion 19a facing the front and rear both side surface portions 14a of the strut main body portion 14. It is formed so as to project upward from the top surface portion 19a.

Further, a lower roller 20 traveling on the floor portion (floor surface) F is arranged on the lower surface portion 13c provided at the lower end portion of the lower strut portion 13, and the lower roller 20 can change the direction around the vertical axis. A pair of lower rollers 20 are positioned in the front-rear and left-right directions in the lower roller 20 in the present embodiment, which are provided on the bracket 20a attached to the lower surface portion 13c in an impossible state so as to be movable in the left-right direction. It is provided on the lower surface portion 13c in a displaced state. Reference numeral 20b is an operation lever for locking the running (rolling) of the lower roller 20, and the operation lever 20b is provided only on one lower roller 20 in the present embodiment. However, it is also possible if it is provided for both.
Further, in the present embodiment, a reinforcing vertical member 13d is provided on the surface portion of the front and rear double-sided portions 13b of the lower strut portion 13 on the side facing the shutter curtain 3 so as to face the shutter curtain 3 in close proximity to the shutter curtain 3. The columns 11 are reinforced, and the shutter curtains 3 that are bent by strong winds are directly contacted and received.
In the reinforcing support column 11 in which the upper support column portion 12 and the lower support column portion 13 are vertically and contractably connected in this way, the upper roller 15 provided on the upper support column portion 12 is guided by the upper rail 9 in the left-right direction. The lower roller 20 provided on the lower strut portion 13 runs linearly on the surface (floor surface) of the floor portion F in the left-right direction, so that the storage position adjacent to the guide rail 2 on one end side of the opening and the left-right direction It is configured to be able to move left and right between the reinforcement position in the middle.

Further, the upper rail 9 is provided with a reinforcing member (second reinforcing member) 21 at a portion corresponding to the reinforcing position of the reinforcing column 11. The reinforcing member 21 is provided on one side piece portion 9b of the upper rail 9 in the front-rear direction (the side opposite to the side where the shutter curtain 3 is arranged (shutter core X side)), but the other side (shutter curtain 3). It can also be provided on the side) or both side pieces 9b. In the reinforcing member 21, the vertical piece portion 21a of the inverted L-shaped plate material is welded to the side piece portion 9b of the upper rail 9, and the upper piece portion 21b is fixed to the case lower surface plate 6e via a screw (not shown). However, the reinforcing member 21 is further provided with reinforcing pieces 21c welded to the vertical piece portion 21a and the upper piece portion 21b at intervals in the left-right direction.
In this case, an L-shaped bracket 22a is fixed to the vertical piece portion 21a, and an arc-shaped (can be formed into an appropriate shape such as a hook shape) locking portion is formed on the bracket 22a. Is detachably provided.

Further, the reinforcing column 11 is provided with support members 23 and 24 on both the upper and lower sides in order to position and support both upper and lower ends while being positioned at the reinforcing position. All of these support members 23 and 24 are lower columns. It is provided in the unit 13.
In the present embodiment, the upper support member 23 is provided on the front and rear double-sided portions 13b of the lower strut portion 13 on the surface portion (indoor side surface portion) opposite to the surface facing the shutter curtain 3. However, it can be provided on any surface portion selected from the left and right and front and rear surface portions 13a and 13b of the lower strut portion 13. Then, a plurality of cylindrical support metal fittings 23a constituting the upper support member 23 are attached to one of the left and right surface portions 13a on the indoor side of the lower strut portion 13 (on the guide rail 3 side in the present embodiment) via the bracket 23b. A linear rod-shaped body 23c penetrates the support metal fitting 23a so as to be movable in the vertical direction. Below the lowermost support metal fitting 23a of the support metal fittings 23a, a pair of upper and lower holding metal fittings 23d and 23e are attached to the front and rear surface portions 13b in order to hold the rod-shaped body 23c in the vertical position.
The lower holding metal fitting 23e has a flat plate shape to receive and support the lower end edge of the rod-shaped body 23c, but in the present embodiment, it is magnetized (the lower holding metal fitting 23e is directly magnetized). It may be provided by attaching a magnet or the like.), And is configured to magnetically hold the lower end edge of the rod-shaped body 23c.

The lower end edge of the rod-shaped body 23c is provided with a flange portion 23f extending in the horizontal direction, while the upper holding metal fitting 23d is in a penetrating state in which the rod-shaped body 23c is movable in the vertical direction. When the flange portion 23f is rotated in the front-rear direction, the flange portion 23f can be penetrated in the vertical direction, but when the flange portion 23f is rotated in the left-right direction, the flange portion 23f is locked and cannot be penetrated. The through groove 23 g set so as to be formed is formed. Incidentally, assuming that the upper holding metal fitting 23d is also magnetized, care can be taken to prevent the flange portion 23f from inadvertently falling off from the upper holding metal fitting 23d.
When the flange portion 23f is held by the lower holding metal fitting 23e while the reinforcing column 11 is located at the reinforcing position, the rod-shaped body 23c does not have the upper end edge portion 23h located below the upper rail 9. Although it is in the positioning posture, by holding the flange portion 23f on the upper holding metal fitting 23e, the rod-shaped body 23c is positioned so that the upper end edge portion 23h is close to the stopper piece 9i provided on the upper rail 9. In the posture, the upper end edge of the reinforcing column 11 located at the reinforcing position is restricted from moving to the storage position side in the positioning posture.
Incidentally, in the present embodiment, a second stopper piece 9j is provided on the upper rail 9 in order to regulate the movement of the reinforcing column 11 to the reinforcing position side in a state where the reinforcing column 11 is located at the storage position. ing.

On the other hand, in the present embodiment, the lower support member 24 is a surface (outer side surface in the left-right direction) opposite to the shutter curtain 3 (shutter core X) among the front and rear side surface portions 13b of the lower strut portion 13. ), But it can be provided on any surface portion selected from the left and right front and rear surface portions 13a and 13b of the lower strut portion 13 as in the case of the upper support member 23. The same is true.
A celestial square cylindrical support metal fitting 24a constituting the lower support member 24 is attached to one of the front and rear side surface portions 13b of the lower support metal fitting portion 13, and the support metal fitting 24a is movable in the vertical direction. A rod-shaped body (operating body) 24b having a heavenly square cylinder shape is internally fitted therein.

An elongated hole 24d is formed on one side surface portion 24c in the left-right direction of the support bracket 24a, and an operating body 24e is provided on the rod-shaped body 24b in a state of penetrating the elongated hole 24d, and further, the interior of the support bracket 24a. An operating screw 24g is provided on the side surface 24f. Then, by tightening the operating screw 24g in a state where the rod-shaped body 24b moves upward above the floor portion F, the tip portion of the operating screw 24g comes into contact with the operating screw in a pressing manner, and the vertical movement is restricted. By loosening the operating screw 24g, the vertical movement including the self-weight descent is allowed, and the self-weight descent can be lifted along the elongated hole 24d by grasping the operating body 24e. It has become like.
When the rod-shaped body 24b is lowered by its own weight while the reinforcing column 11 is located at the reinforcing position, the rod-shaped body 24b is fitted into a drop portion 25 described later to support the positioning of the lower end portion of the reinforcing column 11. Although the movement is restricted to the storage position side in the positioning posture, the upper end edge of the rod-shaped body 24b in the state where its own weight is lowered is set to be located below the operation screw 24g. Therefore, with the rod-shaped body 24b in the positioning posture in which its own weight is lowered, the operating screw 24 g is deeply screwed into the support metal fitting 24a so that the tip of the screw overlaps (positions) on the upper side of the rod-shaped body 24b. Therefore, the upward movement of the rod-shaped body 24b to escape from the drop portion 25 is restricted so that the rod-shaped body 24b does not come out of the drop-in portion 25 and the positioning is released.

On the other hand, the drop portion 25 is formed in a state of being embedded in a mounting hole Z drilled in a portion corresponding to the reinforcement position of the floor portion F, and the drop portion 25 is formed by a main body portion 25a, a lid portion 25b, and a lid portion 25b. Although it is configured to include a flange portion 25c, the main body portion 25a has a bottomed square cylinder shape, and a protruding surface portion 25e is further formed on the left and right outer sides of the left and right side surface portions 25d thereof.
On the other hand, the flange portion 25c is attached to the upper end edge of the main body portion 25a, and an opening 25f is formed so that the lid portion 25b can be detachably attached. The edge portion 25g extends to the one protruding surface portion 25e, while the other edge portion 25h extends to the other side surface portion 25d.
Further, the lid portion 25b is set to close (cover) the opening portion 25f in a state where the lid portion 25b is fitted inside the opening portion 25f and is flush with the flange portion 25c. , The auxiliary plate 25i is provided adjacent to the lower side. The auxiliary plate 25i is placed on the notched portions 25j formed on the left and right side surface portions 25d of the main body portion with the left and right both end edges in a state where the opening portion 25f is closed by the lid portion 25b. It is configured to support the main body portion 25a of the 25b.

Further, the lid portion 25b is provided with an operation portion 25k having a concave groove formed on the upper surface thereof, which can be rotated by inserting a negative driver or a peripheral portion of a coin (for example, a 10-yen coin). A locking piece 25 liters is provided at the lower end portion. Then, by rotating the operation portion 25k, the locking piece 25l is fitted into the locking hole 25m formed in the side surface portion 25d of one of the main body portions, and the lock is locked from the locking posture in which the lock is locked in a retaining shape. By coming out of the hole 25m, the lock can be unlocked and the lid 25b can be removed.
In the present embodiment, the lid portion 25b removed in the unlocked state by operating the operation portion 25k has the tip portion of the lid portion 25b and the auxiliary plate 25i protruding from the side surface portion 25d of one of the main body portions. It is configured so that it can be temporarily held by inserting it between the face portion 25e and the surface portion 25e.

As described above, the reinforcing device 8 of the shutter curtain 3 including the reinforcing column 11 in which the present invention is carried out can be assembled together with the newly installed shutter device 1 when it is built in the opening E, but the existing shutter device Even in No. 1, it can be easily assembled as a retrofit, and the assembly procedure (method) will be described below.
When assembling to the existing shutter device 1, the members to be transported to the site and prepared are the constituent members of the reinforcing column 11, the upper rail 9, and the drop portion 25, and among the members transported to the site, First, a rail mounting step of mounting the upper rail 9 on the upper part of the opening E is executed.
Next, the support column assembling step of incorporating the reinforcing column 11 into the upper rail 9 is executed, and the opening end edge portion 9e on the reinforcement position side of the upper rail 9 attached in the rail mounting process is closed by the closing plate 9g. When the product was transported to the site in a detached state, the opening end edge portion 9e was opened by removing the closing plate 9g, and the opening end edge portion 9e was provided at the upper end portion of the reinforcing column 11. By fitting and incorporating the upper roller 15, the step of attaching the reinforcing column 11 to the upper rail 9 is executed. The execution of the support column attachment step of the reinforcing column 11 to the upper rail 9 also includes a step of opening and closing the open end edge portion 9e via the closing plate 9g.

Further, in this case, a drop portion forming step for forming the drop portion 25 on the floor portion F is required, and the position where the drop portion 25 is formed can be accurately specified by the design dimensions on the floor portion F at the site. In this case, the drop-in portion forming process can be executed regardless of the execution of the rail mounting process and the support column assembling process, but in this case, accurate dimensioning work is required to specify the drop-in position. become.
On the other hand, when the support column is after the support step, the reinforcing column 11 incorporated in the upper rail 6 is moved to the reinforcement position, and the rod-shaped body 24b provided on the lower support member 24 is as described above. By lowering the weight of the rail 24b, the descent portion of the rod-shaped body 24b can be specified. The forming work can be performed accurately without the troublesome sizing work.

In this way, the reinforcing device 8 for reinforcing the shutter curtain 3 can be incorporated, but in this case, the reinforcing column 11 can be further incorporated into the upper rail 6 by using the upper rail 6. It is set.
As described above, the upper rail 6 attached to the upper part of the opening is provided with a reinforcing member 21 at a portion corresponding to the reinforcing position, and the hanging metal fitting 22 is detachably provided on the reinforcing member 21. Then, a simple lifting machine such as an electric hoist 26 (which may be a manual type) is engaged with the hanging metal fitting 22. Then, the locking hook 26b provided on the actuating chain 26a hanging from the hoist 26 is locked to the hanging metal fitting 27 detachably provided on the upper portion of the lower strut portion 13 of the reinforcing strut 11 via the bracket 27a. do.
By driving the hoist 26 in this locked state to lift the locking hook 26b, the upper end side of the reinforcing column 11 is lifted at the portion corresponding to the reinforcing position, and thus the reinforcing column 11 is reinforced. It is set so that it can be easily incorporated into the upper rail 6 at the site.

In the reinforcing column 11 in which the present invention is carried out, the upper and lower edges of the reinforcing column 11 are positioned and held by the upper and lower support members 23 and 24 at the reinforcing position, while the positioning and holding of the reinforcing column 11 at the storage position. However, as a simple holding means for the reinforcing support column 11 at the storage position, the one of the present embodiment is provided on the lower holding portion 23e provided on the lower support column portion 13. Positioning and holding at the storage position by detachably connecting the fixed bracket 28a and the locking portion 28b provided on the skeleton side member such as the guide rail 2 via a connecting body such as a chain 28 or a wire. can do. Of course, as a means for holding the reinforcing column 11 at such a storage position of the reinforcing column 11, a magnetizing or tightening of a string may be used.

In the present embodiment configured as described above, the shutter curtain 3 that opens and closes the opening E is reinforced by using the reinforcing columns 11 that are in close proximity to the guide rail 3 in the vertical posture. When the reinforcing device 8 of the shutter curtain 3 provided with the reinforcing column 11 in such a vertical posture is incorporated as a retrofit into the existing building shutter device 1, the reinforcing device 8 is provided at the upper end portion of the upper roller 15. A reinforcing column 11 provided, a hanger type one provided above the opening E, and an upper rail 9 for guiding the reinforcing column 11 to a storage position and a reinforcing position by traveling the upper roller 15. The lower end of the reinforcing column 11 located at the reinforcing position shall be provided with three members including a lower support member 24 for positioning and supporting the floor portion F, and the reinforcing device 8 shall be an existing building shutter. As an assembly method for retrofitting to the device, the above three members
-Rail mounting process for mounting the upper rail 9 on the upper part of the opening E,
A strut assembling process of incorporating the reinforcing strut 11 into the attached upper rail 9.
It can be incorporated by executing each step of the drop portion forming step of forming the drop portion 25 for supporting the lower support member 24 on the floor portion F, and can be incorporated vertically into the existing building shutter device 1. The reinforcing device 8 having the reinforcing column 11 for reinforcing in the posture can be easily attached.

Moreover, in this case, the drop-in portion forming step is executed after the support column assembly process, so that the work of the rail mounting process and the support column assembly process, which are the assembly work on the upper side of the opening E, is concentrated. The workability is improved because the step of forming the drop portion, which is the work on the floor portion F side, can be performed in a state of being separated from these.
In this case, regarding the drop-in portion forming process, the drop-in portion forming position can be specified by moving the reinforcing support column incorporated in the support support step to the reinforcement position, and as a result, the drop-in portion formation position is measured one by one. There is no need to specify it, and workability is improved.

Further, the upper rail 9 attached in the rail attaching step is short to the reinforcing position portion with respect to the left and right width of the opening E, and the end portion on the reinforcing position side can be opened and closed via the closing plate 9g. As a result of the opening end portion 9e, in the support column assembling process, the reinforcing support column 11 can be incorporated into the upper rail 9 by inserting the upper roller 15 from the opening end portion 9e opened by removing the closing plate 9g. Therefore, even if it is retrofitted, the work of assembling the reinforcing column 11 into the upper rail 9 becomes easy.
The column assembling step includes a step of assembling the upper roller 15 provided on the reinforcing column 11 from the opening end 9e into the upper rail 9 and then closing the opening end 9e with a closing plate 9g. As a result, the reinforcing column 11 Is incorporated into the upper rail 9, the open end portion 9e is closed by the closing plate 9g, and the reinforcing column 11 can be easily made so as not to fall off from the upper rail 9. ..

Further, in this case, the hanging metal fittings 22 and 27 are detachably provided on the upper rail 9 and the reinforcing support column 11, respectively, and the hanging metal fittings 22 and 27 provided on the upper rail 9 in the support column assembling process are provided. After attaching the hoist 26 to the metal fitting 22, the locking hook 26b of the hoist 26 is connected to the hanging metal fitting 27 provided on the lower support column 13, and then the reinforcing column 11 is lifted by driving the hoist 26. By incorporating the upper roller 15 provided in the upper support column 12 into the upper rail 9, the work of incorporating the reinforcing column 11 into the upper rail 9 can be easily performed, and workability can be improved.

INDUSTRIAL APPLICABILITY The present invention can be used as a method of incorporating a shutter curtain reinforcing device in a building shutter device provided for opening and closing an opening such as an entrance / exit of a building or the like.

1 Shutter device 2 Guide rail 3 Shutter curtain 8 Reinforcing device 9 Upper rail 9e Opening end edge 9g Closing plate 11 Reinforcing column 12 Upper column 13 Lower column 14 Column body 14a Front and rear double-sided 14b Bracket 14c Left and right double-sided 14d Extension part 14e Sphere 15 Upper roller 16 Guide surface part 18 Outer part 20 Lower roller 21 Reinforcing member 22 Hanging metal fittings 23 Upper support member 23c Rail body 24 Lower support member 24b Rail body 25 Dropping part 26 Hoist 27 Hanging metal fittings F Floor surface X Shutter core Y Guide part Z Mounting hole

Claims (6)

The shutter curtain that opens and closes the opening by being guided by the left and right guide rails provided at the opening such as the entrance of the building is reinforced in the middle of the left and right direction from the storage position close to the guide rail in the vertical posture. A reinforcing column for a shutter curtain in a building shutter device configured to move to a position and to be reinforced by using a reinforcing column positioned and supported at the reinforcing position, the reinforcing column provided with an upper roller at the upper end, and an opening. An upper rail that is provided above the part and guides the reinforcing column to the storage position and the reinforcing position by running the upper roller, and a lower support that supports the lower end of the reinforcing column located at the reinforcing position to the floor. As an assembly method for retrofitting the reinforcing device to an existing building shutter device, it is assumed that the member is provided with the member.
・ Rail mounting process to attach the upper rail to the upper part of the opening,
・ Support assembly process to incorporate reinforcement columns into the attached upper rail,
・ Drop-in part forming step of forming a drop-in part for supporting the lower support member on the floor part,
A method of incorporating a shutter curtain reinforcing device in a building shutter device, which is characterized by having the above. The method for incorporating a shutter curtain reinforcing device in a building shutter device according to claim 1, wherein the drop-in portion forming step is executed after the support column assembling step. The method for incorporating a shutter curtain reinforcing device in a building shutter device according to claim 2, wherein the formation position of the drop portion is determined by moving the reinforcing column incorporated in the column incorporating process to the reinforcing position. The upper rail mounted in the rail mounting process is short to the reinforcement position with respect to the left and right width of the opening, and the end on the reinforcement position side is an opening end that can be opened and closed via a closing plate.
The shutter curtain in the architectural shutter device according to any one of claims 1 to 3, wherein the support column assembling step incorporates the reinforcing column into the upper rail by inserting an upper roller from the opened end. How to install the reinforcement device. The shutter curtain in the architectural shutter device according to claim 4, wherein the support column assembling step includes a step of incorporating the reinforcing column from the opening end portion into the upper rail and then closing the opening end portion with a closing plate. How to install the reinforcement device. Hanging metal fittings are detachably provided on the upper rail and the reinforcing column, respectively. The building according to any one of claims 1 to 5, further comprising a step of connecting the portion to a hanging metal fitting provided on the reinforcing column and a process of incorporating the reinforcing column lifted by the lifting machine into the upper rail. How to incorporate the shutter rail reinforcement device in the shutter device.

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