JP3187839U - Slide expansion / contraction curing frame - Google Patents

Abstract

An object of the present invention is to arrange a temporary scaffold in a simple manner on the first floor portion of the temporary scaffold in an orderly arrangement by adjusting the size of the space between the building frames to a size that flexibly and flexibly corresponds to the inside of the temporary scaffold of an outsider Provided is a slide expansion / contraction type polymer curing frame that exhibits a protective function such as prevention of intrusion into the body and that can be reduced in size during transportation and storage to save space.
A slide expansion / contraction type polymerization curing frame 1 is a slide expansion / contraction type polymerization curing frame that is attached between vertical columns of adjacent building frames of a temporary scaffold, and is a vertically long rectangular parallelepiped shape, and is open at one side of a long side portion. The frame is formed so as to form a rectangular parallelepiped space, and an external curing frame 2 in which a wire netting material 6 is stretched in an area defined by the frame portion 3, and a size that occupies substantially the entire rectangular parallelepiped space inside the external curing frame. And a slide curing frame 12 which is arranged to slide in and out of the rectangular parallelepiped space of the external curing frame from the position of the opening. Are provided.
[Selection] Figure 1

Description

  The present invention relates to a slide expansion / contraction type curing frame, and more specifically, slide expansion / reduction that is arranged on the first floor of a temporary scaffold constructed at a construction site or the like to prevent outsiders from entering the construction site or the like. This is related to the formula curing frame.

  In construction sites and the like, various types of temporary scaffolds are usually constructed in order to carry out construction work.

  In order to prevent outsiders, etc. from entering the temporary scaffolding at the construction site, etc., a curing frame shall be attached to each building frame constituting the first floor portion of the temporary scaffolding over a certain range. Is also done.

  A conventional example of such a curing frame and a mode of attachment to the building frame will be outlined with reference to FIGS.

  The conventional curing frame 51 shown in FIG. 8 is configured, for example, by stretching a wire mesh 53 over a frame body portion 52 having a horizontally long rectangular frame shape having dimensions of 800 mm in length and 1800 mm in width.

  As shown schematically and partially in FIG. 9, the curing frame 51 is arranged in two upper and lower stages and a detailed structure is omitted, but it is publicly known between the vertical columns 63 constituting each building frame 62 of the temporary scaffold 61. The curing frames 51, 51 arranged vertically are arranged over a required range in the length direction of the temporary scaffold 61.

  However, the interval between the building frames 62 of the temporary scaffold 61 is not necessarily uniform, and the interval between the building frames 62 varies widely depending on conditions such as the ground on which the temporary scaffold 61 is constructed.

  On the other hand, since the size of the curing frame 51 is almost standardized and few types are available, it is difficult to cope with the wide and narrow spaces between the building frames 62. For this reason, the curing frames 51 are arranged in an orderly manner. It was difficult to achieve an arrangement state in which the appearance looks good.

  Moreover, since the curing frame 51 having the dimensions of 800 mm in length and 1800 mm in width as described above is about the size of one ordinary tatami mat, it is inconvenient for transportation and storage.

  FIG. 6 of Patent Document 1 that discloses a device for assembling a frame scaffold also discloses a curing frame similar to the conventional curing frame 51 shown in FIG. 8 described above. It includes various problems.

JP-A-8-82087

  The problem to be solved by the present invention is that it can be simply arranged on the first floor part of the temporary scaffold in an orderly arrangement by adjusting the size of the temporary scaffold to a size that flexibly corresponds to the gap between the building frames. There is a curing frame that can exert protective functions such as preventing outsiders from entering the temporary scaffolding, and can reduce the overall size and save space during transportation and storage. It is a point not to do.

  The slide expansion / contraction type polymerization curing frame according to the present invention is a slide expansion / contraction type polymerization curing frame that is attached between building frames of a temporary scaffold, and each has a wire mesh material stretched in an area defined by a rectangular frame part. In a state where a plurality of curing frames are arranged so as to be relatively slidable and expandable, and the slide positions of the plurality of curing frames are adjusted so that the overall width matches the interval between the building frames to be attached, The main feature is that it can be attached via a curing clamp attached to the building frame.

  According to the first aspect of the present invention, the overall width of the plurality of curing frames can be adjusted flexibly to accommodate the wide and narrow spaces between the building frames in the temporary scaffolding so as to match the intervals between the building frames. It can be arranged in a simple manner on the first floor part of the temporary scaffold in an arrayed state, which can exert protective functions such as preventing outsiders from entering the temporary scaffold, and further, the overall size can be increased during transportation and storage. It is possible to realize and provide a slide expansion / contraction type polymer curing frame that has an excellent effect of reducing the thickness to a space-saving state.

  According to the invention of claim 2, since the plurality of curing frames can be slidably adjusted in a range in which the total width is 600 mm to 1150 mm or 1200 mm to 1829 mm, the building frames are arranged at various intervals in the temporary scaffolding. On the other hand, it is possible to realize and provide a slide expansion / contraction type polymer curing frame that can be flexibly applied and exhibit the above-described effects.

  According to the invention described in claims 3 to 5, two-layer polymerization of an external curing frame in which a wire mesh material is stretched and a slide curing frame arranged so as to slide in and out from the position of the opening of the external curing frame. Based on the structure, with the overall width adjusted to match the interval between the building frames to be attached, through the curing clamp that attached the external curing frame and slide curing frame to the vertical column of the temporary scaffolding building frame It is possible to realize and provide a slide expansion / contraction type polymer curing frame that can be arranged between the vertical support columns and has the same effect as that of the first aspect of the invention.

  In this case, if the stopper mechanism part of the locking piece / concave groove structure is provided between the frame part of the external curing frame and the frame part of the slide curing frame, the two parts can be detached or attached during the mounting operation. It is possible to realize and provide a slide expansion / contraction type polymer curing frame that can prevent breakage and the like accompanying this, and can also improve workability.

  Further, since the external curing frame and the slide curing frame can be slidably adjusted in the range of the total width from 600 mm to 1150 mm or 1200 mm to 1829 mm, as in the case of the invention according to claim 2, various intervals are provided in the temporary scaffold. It is possible to realize and provide a slide expansion / contraction type polymer curing frame that can be flexibly applied to the building frames arranged.

  According to the inventions described in claims 6 to 8, by arranging in a temporary scaffold on the basis of a three-sheet superposition structure composed of a first external curing frame, an intermediate curing frame, and a second external curing frame, As in the case of device 1 described above, it is possible to perform protective functions such as preventing outsiders from entering the temporary scaffolding, and to reduce the overall size during transportation and storage to save space. It is possible to realize and provide a slide expansion / contraction-type polymerization curing frame that exhibits the excellent effect of being able to.

  In this case, between the frame part of the first external curing frame and the frame part of the intermediate curing frame, and between the frame part of the second external curing frame and the frame part of the intermediate curing frame, Since the stopper mechanism part with a concave groove structure is provided, a slide expansion and contraction type polymerization curing frame that can prevent detachment and damage accompanying it during installation work and improve workability is provided and provided. can do.

  According to the invention described in claim 8, the first external curing frame, the intermediate curing frame, and the second external curing frame can be slidably adjusted in the range of the total width from 900 mm to 1829 mm. In the same way as in the above, to realize and provide a slide expansion / contraction type polymer curing frame that can be applied flexibly and easily to building frames of relatively wide intervals arranged at various intervals in the temporary scaffolding. Can do.

FIG. 1 is a schematic explanatory view showing a configuration and a stretched state of a slide expansion / contraction type polymerization curing frame according to Embodiment 1 of the present invention. FIG. 2 is a schematic partial enlarged perspective view showing a stopper mechanism in the slide expansion / contraction type polymerization curing frame according to the first embodiment. FIG. 3 is a bottom view of the extended state of the slide expansion / contraction type polymerization curing frame according to the first embodiment. FIG. 4 is a schematic explanatory view showing a configuration and a stretched state of a slide expansion / contraction type polymerization curing frame according to a second embodiment of the present invention. FIG. 5 is a schematic partially enlarged perspective view showing a stopper mechanism in the slide expansion / contraction type polymerization curing frame according to the second embodiment. FIG. 6 is a bottom view of an extended state of the slide expansion / contraction type polymerization curing frame according to the second embodiment. FIG. 7 is a schematic explanatory view showing a state where each slide expansion / contraction type polymerization curing frame according to Examples 1 and 2 is attached to a temporary scaffold. FIG. 8 is a schematic front view of a conventional curing frame. FIG. 9 is a schematic explanatory view showing a state in which a conventional curing frame is attached to a temporary scaffold.

  The present invention can be arranged on the first floor portion of the temporary scaffolding in an orderly manner in a tidy arrangement by adjusting the size of the space between the building frames in a flexible manner corresponding to the wide and narrow spaces between the building frames. The purpose of the present invention is to provide a slide expansion / contraction type polymer curing frame that can exert protective functions such as prevention of intrusion into the interior of the machine, and can be reduced in size during transportation and storage to save space. An external curing frame having a vertically long rectangular parallelepiped shape and framed so as to form a rectangular parallelepiped space having an opening on one side of the long side portion, and a wire mesh material stretched in an area defined by the frame portion; The frame is sized to occupy substantially the entire rectangular parallelepiped space inside the frame, and a wire netting material is stretched in an area defined by the frame portion, and the position of the opening relative to the rectangular parallelepiped space of the external curing frame To slide in and out A slide curing frame, and a slide position of the slide curing frame with respect to the external curing frame is adjusted so that a full width thereof is matched with an interval between the building frames to be attached. It realized by the structure which made it possible to attach a curing frame through the curing clamp attached to the vertical support | pillar of the said building frame.

Hereinafter, a slide expansion / contraction type polymerization curing frame according to an embodiment of the present invention will be described in detail with reference to the drawings.
In addition, of course, the dimension of each part of the slide expansion-contraction type polymerization curing frame in the Example demonstrated below is not limited to the example of illustration. Therefore, the dimension of each part in the slide expansion / contraction type polymerization curing frame according to the present invention can be configured as a dimension other than the example and the illustrated example.

Example 1
With reference to FIG. 1 thru | or FIG. 3, the slide expansion-contraction type superposition | polymerization curing frame 1 which concerns on Example 1 of this invention is demonstrated.

  As shown in FIG. 1, the slide expansion / contraction type polymerization curing frame 1 according to the first embodiment is in the shape of a vertically long rectangular parallelepiped, for example, a rectangular parallelepiped space 5 in which one side of a long side having a dimension of 1800 mm is an opening 4. An external curing frame 2 provided with a frame portion 3 that is framed to form, for example, a wire mesh material 6 stretched in an area defined by the frame portion 3, and a rectangular parallelepiped space 5 inside the external curing frame 2 A frame part 13 that is framed to a size that occupies substantially the whole of the above, and for example, a wire netting material 6 is stretched in an area defined by the frame part 13, and the opening is formed with respect to the rectangular parallelepiped space 5 of the external curing frame 2 4 and a slide curing frame 12 arranged so as to slide in and out from the position 4.

The dimension in the short side direction of the external curing frame 2 is, for example, 600 mm as shown in FIG. And as shown in FIG. 1, the said external curing frame 2 and the slide curing frame 12 are fitted so that slide adjustment is possible, for example so that the full width may become the range of 600 mm to 1150 mm.
Although not shown in the drawings, the external curing frame 2 and the slide curing frame 12 may be configured so as to be slidably adjustable so that, for example, the total width is in the range of 1200 mm to 1829 mm.

  In this case, a known slide rail is arranged on the slide joint surface between the external curing frame 2 and the slide curing frame 12, or a roller rail structure is adopted so as to smooth the sliding state of both. It is also possible to make it.

  FIG. 2 shows a stopper mechanism portion 7 provided between the frame portion 3 of the external curing frame 2 and the frame portion 13 of the slide curing frame 12, and the upper half side of the frame portion 13 of the slide curing frame 12. A concave groove 13a is provided in the surface portion, and an L-shaped locking piece 3a is attached to the side surface portion of the frame assembly portion 3 near the opening 4 at a position corresponding to the position of the concave groove 13a by, for example, screwing or the like. The protruding end of the piece 3a is configured to face the concave groove 13a.

  2 shows the external curing frame 2 and the slide curing frame 12 in a separate arrangement, but in actuality, the locking piece 3a is screwed with the slide curing frame 12 fitted in the opening 4. Thus, the stopper mechanism portion 7 is formed by allowing the protruding end of the attachment locking piece 3a to face the recessed groove 13a.

  FIG. 3 shows the bottom surface of the external curing frame 2 and the slide curing frame 12 in the state shown in the right column of FIG. 1 (the widest state). Are provided with holes 2a and 12a for supporting by known curing clamps 64 as described in the prior art.

  Specific effects of the slide expansion / contraction type polymerization curing frame 1 according to the first embodiment will be described later.

(Example 2)
Next, a slide expansion / contraction type polymerization curing frame 20 according to Embodiment 2 of the present invention will be described with reference to FIGS. 4 to 6.

  As shown in FIG. 4, the slide expansion / contraction type polymerization curing frame 20 according to the second embodiment has a rectangular parallelepiped shape as in the case of the first embodiment, and has a rectangular parallelepiped shape in which one side of the long side portion is an opening 22. A first external curing frame 21 that is framed so as to form a space 23 and stretched with a wire netting material 6 in an area defined by the frame portion 24, and an opening of the first external curing frame 21 that has a vertically long rectangular parallelepiped shape. A second external curing frame 31 that is framed so as to form a rectangular parallelepiped space 33 having an opening 32 on the long side facing the portion 22, and in which a wire netting material 6 is stretched in a region defined by the framed portion 34. And the first and second external curing frames 21, 31 are joined to each other with the openings 22, 32 joined to each other and are sized to occupy substantially the whole of the rectangular parallelepiped spaces 23, 33. An intermediate wire mesh member 6a is stretched in the region to be drawn, and the first and second external diets The first and second outer frames 21 and 31 are slidable between a position where substantially the whole of the intermediate wire net 6a is exposed and a position where both the openings 22 and 32 are joined while covering the entire outer periphery. And an intermediate curing frame 41 disposed between the curing frames 21 and 31.

  The dimensions of the first and second external curing frames 21 and 31 in the short side direction are both 450 mm as shown in FIG.

  As shown in FIG. 4, the first and second external curing frames 21 and 31 and the intermediate curing frame 41 have the full width shown in the right column of FIG. 4 from the most contracted 900 mm shown in the left column of FIG. It is fitted so that slide adjustment is possible in the most extended range of 1829 mm.

  Between the frame part 24 of the first external curing frame 21 and the frame part 44 of the intermediate curing frame 41 and between the frame part 34 of the second external curing frame 31 and the frame part 44 of the intermediate curing frame 41 As shown in FIG. 5, a stopper mechanism portion having a locking piece / concave groove structure similar to that in the first embodiment is provided.

  That is, the locking piece 24a is projected from the frame portion 24 of the first external curing frame 21, and the frame portion 44 of the intermediate curing frame 41 is provided with a concave groove 44a similar to the concave groove 13a to provide the locking piece 24a. The concave groove 44a is configured to exert a stopper function between the first external curing frame 21 and the intermediate curing frame 41.

  Further, on the second external curing frame 31 side, a covering piece 31a is protruded toward the first external curing frame 21 side adjacent to the opening 32, and the covering piece 31a is similar to the locking piece 24a. By making the locking piece 31b project in the mounting groove 44a, a stopper function between the second external curing frame 31 and the intermediate curing frame 41 is exhibited.

  FIG. 6 shows the bottom surface of the slide expansion / contraction type polymerization curing frame 20 of the second embodiment. The bottom surfaces of the first external curing frame 21 and the second external curing frame 31 are respectively described in the conventional examples. Holes 21a and 31a for supporting by a known curing clamp 64 as described above are provided.

  Next, with reference to FIG. 7, the attachment state to the temporary scaffold 61 of the slide expansion / contraction type polymerization curing frame 1 of Example 1 and the slide expansion / contraction type polymerization curing frame 20 of Example 2 is demonstrated.

  That is, FIG. 7 shows an example in which the slide expansion / contraction type polymerization curing frame body 1 or the slide expansion / contraction type polymerization curing frame body 20 is attached between the vertical columns 63 constituting each building frame 62 of the temporary scaffold 61.

  Specifically, since the distance between the leftmost vertical support 63 and the second vertical support 63 in FIG. 7 is 1829 mm, the slide expansion / contraction type polymerization curing frame 20 of Example 2 is set to the distance between both vertical supports 63. As a width to be aligned, the slide expansion / contraction type polymerization curing frame 20 is vertically supported between the vertical columns 63 by a curing clamp 64 fixed to the vertical columns 63.

  Next, since the interval between the second vertical column 63 and the third vertical column 63 is 1524 mm, the slide expansion / contraction type polymerization curing frame 20 of Example 2 is also matched with the interval between both vertical columns 63 at this time. As a width, the slide expansion / contraction type polymerization curing frame 20 is vertically supported by the curing clamp 64 between the vertical columns 63.

  Next, since the interval between the third vertical column 63 and the fourth vertical column 63 is 1219 mm, the slide expansion / contraction type polymerization curing frame 20 of Example 2 is also matched with the interval between both vertical columns 63 at this time. As a width, the slide expansion / contraction type polymerization curing frame 20 is vertically supported by the curing clamp 64 between the vertical columns 63.

  Finally, since the interval between the fourth vertical column 63 and the fifth vertical column 63 is 914 mm, in this case, the slide expansion / contraction type polymerization curing frame 1 of Example 1 is aligned with the interval between both vertical columns 63. As a width, the slide expansion / contraction type polymerization curing frame 1 is vertically supported between the vertical struts 63 by a curing clamp 64.

  Thus, the slide expansion / contraction type polymerization curing frame 1 of Example 1 or the slide expansion / contraction type polymerization curing frame 20 of Example 2 can be flexibly adapted to the width of the interval between adjacent vertical columns 63, The entire width is adjusted to match the interval, and can be arranged in a simple manner over the desired range on the first floor of the temporary scaffold in an orderly arrangement, thereby preventing outsiders from entering the temporary scaffold 61 The protective function such as can be effectively exhibited.

  In addition, since the slide expansion / contraction type polymerization curing frame 1 of Example 1 and the slide expansion / contraction type polymerization curing frame 20 of Example 2 are both slide expansion / contraction types, the overall size is reduced to save space. As a transportation and storage work can be performed.

Furthermore, the slide expansion / contraction type polymerization curing frame body 1 of Example 1 and the slide expansion / contraction type polymerization curing frame body 20 of Example 2 are both mounted by using a stopper mechanism portion having a locking piece / concave groove structure. Since each element does not separate at times, it is possible to prevent detachment and damage accompanying the same, and to improve workability such as assembly work or dismantling work.
In addition, as above-mentioned, the dimension of each part in the slide expansion / contraction type polymerization curing frame which concerns on this invention can be comprised as free dimensions other than an Example and an example of illustration.

  The slide expansion / contraction type polymer curing frame according to the present invention can be widely applied to temporary scaffolds constructed in various places such as building construction sites, general residential construction sites, and civil engineering construction sites such as dams. .

DESCRIPTION OF SYMBOLS 1 Slide expansion-contraction type polymerization curing frame 2 External curing frame 2a Hole 3 Frame part 3a Locking piece 4 Opening part 5 Rectangular parallelepiped space 6 Wire mesh material 6a Intermediate metal mesh material 7 Stopper mechanism part 12 Slide curing frame 12a Hole 13 Frame part 13a Concave Groove 20 Slide expansion / contraction type polymerization curing frame 21 First outer curing frame 21a Hole 22 Opening portion 23 Rectangular space 24 Frame assembly 24a Locking piece 31 Second outer curing frame 31a Covering piece 31b Locking piece 32 Opening 33 Rectangular space 34 Frame part 41 Intermediate curing frame 44 Frame part 44a Concave groove 61 Temporary scaffolding 62 Building frame 63 Vertical support

Claims (8)

It is a slide expansion / contraction type polymer curing frame attached between building frames of temporary scaffolds,
A plurality of curing frames each stretched with a wire netting material in an area defined by a quadrangular frame portion are arranged so as to be relatively slidable and expandable,
The slide position between the plurality of curing frames can be attached via a curing clamp attached to the building frame in a state where the overall width is adjusted to match the interval between the building frames to be attached. A slide expansion / contraction type polymer curing frame.   The slide expansion / contraction type polymerization curing frame according to claim 1, wherein the plurality of curing frames can be slide-adjusted in a total width of 600 mm to 1150 mm or 1200 mm to 1829 mm. A slide expansion / contraction type polymer curing frame that is attached between vertical supports of adjacent building frames of a temporary scaffold,
An outer frame having a vertically long rectangular parallelepiped shape, framed so as to form a rectangular parallelepiped space having an opening on one side of the long side portion, and a wire mesh material stretched in an area defined by the framed portion;
The frame is sized to occupy substantially the entire rectangular parallelepiped space inside the external curing frame, and a wire netting material is stretched in an area defined by the frame, and the opening to the rectangular parallelepiped space of the external curing frame Slide curing frame arranged to slide in and out from the position of the part,
Comprising
In a state where the slide position of the slide curing frame with respect to the external curing frame is adjusted so that the entire width matches the interval between the building frames to be attached, the external curing frame and the slide curing frame are placed on the vertical column of the building frame. A slide expansion / contraction type polymerization curing frame characterized in that the frame can be attached via a curing clamp attached to the frame.   4. A slide expansion / contraction type polymerization according to claim 3, wherein a stopper mechanism portion having a locking piece / concave groove structure is provided between the frame portion of the external curing frame and the frame portion of the slide curing frame. Curing frame.   5. The slide expansion / contraction type polymerization curing frame according to claim 3, wherein the external curing frame and the slide curing frame can be slide-adjusted in a range of a total width of 600 mm to 1150 mm or 1200 mm to 1829 mm. It is a slide expansion and contraction type polymerization curing frame that is attached between the building frames of temporary scaffolds,
A first external curing frame having a vertically long rectangular parallelepiped shape, framed so as to form a rectangular parallelepiped space having one side of the long side portion as an opening, and a wire netting member stretched in a region defined by the framed portion;
It is framed so as to form a rectangular parallelepiped space having an opening on the long side facing the opening of the first external curing frame. A second external curing frame,
In a state in which both openings of the first and second external curing frames are joined, the frame is sized to occupy substantially the whole of the rectangular parallelepiped space, and an intermediate wire mesh material is stretched in a region defined by the frame portion. The first and second external curing frames are slidable between a position where substantially the whole of the intermediate wire mesh material is exposed and a position where both openings are joined while covering the entire outer periphery. An intermediate curing frame arranged between two external curing frames;
Comprising
In a state where the slide positions of the first external curing frame and the second external curing frame on both sides of the intermediate curing frame are adjusted so that the entire width matches the interval between the building frames to be attached, the first A slide expansion / contraction type polymerization curing frame characterized in that it can be attached via a curing clamp in which the external curing frame and the second external curing frame are attached to the vertical column of the building frame.   Between the frame part of the first external curing frame and the frame part of the intermediate curing frame, and between the frame part of the second external curing frame and the frame part of the intermediate curing frame, 7. A slide expansion / contraction type polymer curing frame according to claim 6, wherein a stopper mechanism portion having a concave groove structure is provided.   The slide expansion / contraction type polymerization curing according to claim 6 or 7, wherein the first external curing frame, the intermediate curing frame, and the second external curing frame are slide adjustable in a total width range of 900 mm to 1829 mm. Frame.

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