JP3642654B2 - Mounting bracket for frame scaffolding - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention is an installation used for installing an auxiliary framework temporary structure such as a load receiving stage for temporarily receiving a load of building materials or the like on a framework scaffold when building a building such as a building with a scaffold. Related to brackets.
[0002]
[Prior art]
Conventionally, when installing a load receiving stage as described above on a frame scaffold, a number of single pipes (frame material single unit consisting of steel pipes) are vertically and horizontally and diagonally spaced at the required height position on the outside of the frame scaffold. The single-frame frame scaffolding side attachment part and the single-tube crossing part are fixed one by one with a pipe clamp to form a stage body composed of a beam part, a handrail part, and a diagonal material. The load receiving stage is installed on the outer side of the frame scaffolding by laying a plywood for scaffolding on the outer periphery of the beam part of the stage body.
[0003]
[Problems to be solved by the invention]
However, in the method of installing the load receiving stage as described above, the connection work with the frame scaffolding and the frame work of the load receiving stage are performed by a number of single pipes and pipe clamps at the required height from the ground outside the frame scaffolding. Therefore, since the number of pipe clamps is several tens, it takes a lot of work and time, and the work is performed at a high position on the outer side of the frame scaffolding. There is a risk of falling. In addition, when the height of the frame scaffolding increases with the progress of construction, it is necessary to replace the load receiving stage with the high side of the frame scaffolding. The work efficiency is very poor.
[0004]
Therefore, instead of the method for installing the load receiving stage as described above, a frame is formed in advance on the ground, and this stage is lifted by a crane so that one end of the stage is moved to the stage mounting position on the outer side of the frame scaffolding. A method of attaching to the attachment type is conceivable. According to this method, the stage is framed on the ground, and the stage is lifted by a crane and is directly attached to the stage mounting position of the frame scaffold, so that the work efficiency is good and the safety of the work can be ensured.
[0005]
It is an object of the present invention to provide a frame scaffolding mounting bracket that is suitable for externally attaching an auxiliary framework temporary structure such as a load receiving stage previously formed on the ground to the outside of the frame scaffold in this manner. .
[0006]
[Means for Solving the Problems]
  The frame scaffolding mounting bracket of the invention according to claim 1 is a mounting bracket for mounting an auxiliary frame framework temporary structure such as the load receiving stage S to the frame scaffold, and includes a vertical frame material a and a horizontal frame material b of the frame scaffold W, A bracket fixing portion X that is supported on the horizontal frame material b at the intersection of the horizontal frame material b and holds the vertical frame material a on the upper side of the horizontal frame material b, and one end side required portions 23, 9 of the auxiliary frame assembly temporary structure. Attached to the temporary frame attachment part YA pair of arm plates 12 and 12 are hinged by a hinge 13 so that one end side and the other end side of both arm plates 12 and 12 are alternately opened and closed with the hinge 13 interposed therebetween. One end side of the arm plates 12, 12 is defined as the bracket fixing portion X, and the other end side is defined as the accessory frame temporary attachment mounting portion Y. The bracket fixing portion X includes a pair of opposing gripping arm portions 21, 21 and straddle fitting, respectively. The accessory frame temporary attachment mounting portion Y is composed of a pair of opposing bolt mounting plate portions 17 and 17, and holds the vertical frame material a of the frame scaffold W by both gripping arm portions 21 and 21. Then, the bolts 15 are fastened together, and both straddle fitting portions 22, 22 are straddled on the horizontal frame material b of the frame scaffold W, and one end side required portion of the auxiliary frame temporary structure Y between the bolt mounting plate portions 17, 17. 23, 9 is inserted and fixed by bolts 16 penetrating the one end side required portions 23, 9 Characterized in that it was.
[0008]
  Claim2Claims1In the frame scaffolding mounting bracket described in 1), the upper end of the bolt mounting plate portions 17, 17 is for pin latching that latches a support pin 28 attached to one end side required portion 23 of the auxiliary frame assembly temporary structure. A groove 18 is provided.
[0009]
  Claim3Claims1Or2In the frame scaffolding mounting bracket described in 1), bolt insertion holes 19, 19, 20, 20 are provided at upper and lower ends of the bolt mounting plate portions 17, 17 in a plurality of stages.
[0010]
  Claim4Claims1~3In the frame scaffolding mounting bracket according to any one of the above, the straddle fitting portions 22 and 22 have arcuate fitting portions 22a and 22a corresponding to the outer peripheral surface shape of the lateral frame material b of the frame scaffold W. Features.
[0011]
  Claim5Claims1~4In the frame scaffolding mounting bracket according to any one of the above, the gripping arm portions 21 and 21 are provided with openings 47 for releasing the vertical frame material connecting pins P protruding from the vertical frame material a of the frame scaffold W. It is characterized by.
[0012]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 is a perspective view showing a load receiving stage S as an auxiliary frame temporary structure temporarily installed at a required height position on the outer side of the frame scaffold W, FIG. 2 is a side view of the load receiving stage S, and FIG. FIG. 4 is a front view of the load receiving stage S. The frame scaffold W has a well-known structure, and as can be seen from these drawings, a gate-shaped building composed of a pair of vertical frame members a, a and a horizontal frame member b connecting the vertical frame members a, a. The frame 1 is arranged on the ground at regular intervals, and each building frame 1 is connected to a plurality of upper and lower tiers, and further added to the upper and lower tiers to connect a group of building framings obliquely to each other (not shown). The scaffolding board M is placed between the adjacent building frames 1 and 1. Thus, the load receiving stage S is attached by a plurality of (six in the illustrated example) attachment fittings 2 attached to the stage attachment position of the frame scaffold W.
[0013]
The load receiving stage S extends so as to project horizontally outward from the frame scaffold W, and is placed between the three beam frames 3 and, for example, three beam frames 3 arranged at a predetermined interval from each other. A plurality of (six in the illustrated example) scaffolding plate 4, side handrails 5, 5 attached to the beam frames 3, 3 on both ends of the three beam frames 3, A front handrail 8 composed of a handrail support column 6 attached to the front end portion and a plurality of handrail frames 7 laid horizontally between the handrail post 6 and each side handrail 5, and a lower end portion of each beam frame 3 An oblique member 9 that is pivotally attached, a suspension member 10 that connects the free end portion of each oblique member 9 and the base end portion of each beam frame 3, and a baseboard 11 that is attached to the lower part of each handrail 5, 8; Consists of
[0014]
The structure of the load receiving stage S will be described in more detail with reference to FIGS. 7 to 11. As shown in FIGS. 7A to 7E, each beam frame 3 includes a base end side vertical frame member 23 and a tip end side. A frame is formed by the vertical frame member 24, the upper and lower horizontal frame members 25, 25, and a plurality of reinforcing frame members 26 attached between the horizontal frame members 25, 25. In the uppermost position, a support pin 28 protrudes in a direction perpendicular to the beam frame 3, bolt insertion holes 29, 30 are formed below the support pin 28, and on the lower side of the base end side vertical frame member 23. An engagement member 27 having an arcuate engagement portion 27a in plan view that engages with the vertical frame member a of the frame scaffold W is projected, and a mounting portion with a pin hole 31a is provided at the lower portion on the proximal end side of the lower horizontal frame member 25. A piece 31 is projected. In addition, a U-shaped bracket 32 is fixed to the lower end of the front end side vertical frame member 24, and one end portion of the diagonal member 9 is pivotally attached to this by a pin 33. The diagonal member 9 is folded in a parallel posture with the beam frame 3 as shown in FIG. 7A until the suspension member 10 is attached when the beam frame 3 is used. The free end side) is fitted into a U-shaped bracket 34 fixed to the lower end of the base end side vertical frame member 23 and temporarily fixed by a thumbscrew 35. Further, an attaching part piece 36 having a pin hole 36a is projected on the free end side of the diagonal member 9, and both ends of the suspension member 10 are connected to the attaching part piece 36 and the attaching part piece 31 on the beam frame 3 side. It can be attached.
[0015]
As shown in FIG. 8, each side handrail 5 is formed by a proximal handrail post 38, a distal handrail post 39, an upper handrail frame 40, and a lower handrail frame 41. The proximal end side of the sliding frame 40 protrudes beyond the proximal handrail support column 38, and a pipe clamp 42 having a well-known structure is attached to the protruding end portion. A U-shaped bracket 43 that can be fitted to the three horizontal frame members 25 is fixed. A U-shaped bracket 44 that fits both end portions of the skirting board 11 is fixed to the side surfaces facing the lower end portions of the two handrail support columns 38 and 39. In addition, a pin 45 with a lock pawl 45 that can be bent is attached to the upper end of the handrail support post 39 on the front end and an intermediate portion thereof.
[0016]
10A is a front view showing the skirting board 11, and FIG. 10B is a cross-sectional view thereof. As can be seen from this figure, the skirting board 11 includes the longitudinal frames 11a in the front and rear and the middle, and the upper and lower horizontal frames. 11b and a mesh face plate (generally referred to as expanded metal) 11c. 11A and 11B show the suspension member 10, and pins 46 each having spring-biased locking claws 46a project from both ends of the suspension member 10. FIG. When the suspension member 10 is attached to the base end portion of the beam frame 3 and the free end portion of the diagonal member 9, the pin 46 on one end side projects from the base end portion side of the beam frame 3. The pin 46 is inserted into the pin hole 31a of the piece 31 and locked by the lock claw 46a, and the pin 46 on the other end side is inserted into the pin hole 36a of the attachment piece 36 attached to the free end of the diagonal member 9. The lock claw 46a is locked.
[0017]
The front handrail 8 is only schematically illustrated in FIG. 4, and detailed illustration is omitted, but the handrail support column 6 of the front handrail 8 is the tip side of the side handrail 5. It has almost the same structure as the handrail support 39 (see FIG. 8), and a pin with a lock pawl that can be bent is attached to the upper end of the support post 6 and its intermediate portion, and a baseboard is attached to the lower end of the support post 6. A U-shaped bracket that fits the end of 11 is attached. Further, each handrail frame 7 of the front handrail 8 has pin holes (not shown) at both ends. Therefore, when attaching each handrail frame 7, the pin hole at one end of the handrail frame 7 is on the side. It is inserted into the pin 45 of the handrail support column 39 at the front end side of the handrail 5 and locked by the lock claw 45a, and the pin hole at the other end is inserted into the pin of the handrail support column 6 of the front handrail 8 and locked. Lock it with your nails.
[0018]
Now, the structure of the mounting bracket 2 according to the present invention will be described with reference to FIGS. 12 and 13. The mounting bracket 2 has a horizontal frame at the intersection of the vertical frame material a and the horizontal frame material b of the frame scaffold W. A bracket fixing portion X that is supported on the material b and holds the vertical frame material a on the upper side of the horizontal frame material b, and the proximal side vertical frame material 23 or diagonal material of the beam frame 3 in the load receiving stage S. 9 and a load receiving stage mounting portion (ancillary framework temporary structure mounting portion) Y for mounting the lower end portion.
[0019]
More specifically, the mounting bracket 2 includes a pair of arm plates 12 and 12 hinged by hinges 13 on both sides, and one end side and the other end side of both arm plates 12 and 12 sandwiched between the hinges 13. Are configured to alternately open and close, and one end side of both arm plates 12 and 12 serves as a metal fixture fixing portion X, and the other end side serves as a load receiving stage mounting portion Y. The metal fixture fixing portion X includes a pair of The gripping arm portions 21 and 21 and the straddle fitting portions 22 and 22 are opposed to each other, and the gripping arm portions 21 and 21 are semicircular fitting portions 21a that are fitted to the outer peripheral surface of the vertical frame material a of the frame scaffold W. , 21a, and the load receiving stage mounting portion Y includes a pair of opposing bolt mounting plate portions 17, 17.
[0020]
A bolt 15 through which the bolt 15 for gripping and fastening the vertical frame material a of the frame scaffold W by the both gripping arm portions 21, 21 passes through both the arm plates 12, 12 is inserted into the bracket fixing portion X. (Refer to FIG. 13). Further, the bolt mounting plate portions 17 and 17 of the load receiving stage mounting portion Y are for hooking support pins 28 projecting from the base end side vertical frame member 23 of the beam frame 3 in the load receiving stage S at the upper ends thereof. Pin retaining grooves 18, 18 are provided, and below the pin retaining grooves 18, 18, bolt insertion holes 19, 19, 20, 20 are provided in two upper and lower stages. The bolts 16 are inserted into the bolt insertion holes 19, 19 or 20, 20.
[0021]
As can be seen from FIG. 13C, the straddle fitting portions 22 and 22 of the metal fitting fixing portion X are fitting portions 22a formed in an arc shape corresponding to the outer peripheral surface shape of the lateral frame material b of the frame scaffold W. , 22a, and the holding arm portions 21, 21 release the vertical frame member connecting pins P protruding from the vertical frame member a of the frame scaffold W, as shown in FIG. 12 and FIG. An opening 47 for opening is formed. As can be seen from FIG. 4, the vertical frame member connecting pin P includes the vertical frame member a of the lower building frame 1 and the vertical frame member a of the upper building frame 1 when the building frame 1 of the frame scaffold W is added. Is a pin that connects the two. In FIGS. 12 and 13, reference numeral 14 denotes a hinge pin of the hinge 13.
[0022]
Next, a method for temporarily setting the load receiving stage S on the frame scaffold W using the mounting bracket 2 configured as described above will be described. In this embodiment, the load receiving stage S is formed using three beam frames 3. First, the receiving stage S is framed on the ground. That is, three beam frames 3 are arranged in parallel at a predetermined interval, and side handrails 5 are attached to the beam frames 3 at both ends thereof. Then, six scaffolding plates 4 are placed on these three beam frames 3, and a handrail column 6 is attached to the tip of the central beam frame 3. A front handrail 8 as shown in FIG. 4 is formed by horizontally extending the upper and lower handrail frames 7 across the front end side handrail support columns 39, 39.
[0023]
When the load receiving stage S is framed, the diagonal member 9 pivotally attached to the vertical frame member 24 at the front end of each beam frame 3 is folded in advance in parallel with the beam frame 3 as shown in FIG. Temporarily fasten to the beam frame 3. Further, in order to attach the side handrail 5 to the beam frame 3, the front end handrail support column 39 of the side handrail 5 is attached to the upper end diameter small portion 24 a (see FIG. 7) of the front end side vertical frame member 24 of the beam frame 3. And a U-shaped bracket 43 attached to the lower end of the proximal handrail support column 38 is fitted to the proximal end portion of the horizontal frame member 25 of the beam frame 3. Just pin it together. Further, the handrail support column 6 of the front handrail 8 has its lower end portion fitted on and pinned to the small upper end diameter portion of the front end side vertical frame member 24 of the central beam frame 3, and then each handrail frame 7. The pin hole at each end of the side is inserted into the pin 45 of the handrail support column 39 at the front end side of the side handrail 5 and locked by the lock claw 45a, and the pin hole at the other end is handrailed by the front handrail 8 By inserting the pin of the column 6 and locking it with the lock claw, it can be easily attached. In order to mount the scaffold plate 4 on each beam frame 3, as shown in FIG. 5, two hooks 4 a provided at both ends are hooked to the upper horizontal frame member 25 of the beam frame 3. You can do it.
[0024]
Once the load receiving stage S is formed as described above, although not shown in the figure, the rope R is hung on the four corners of the load receiving stage S, and the stage S is suspended by, for example, about 1.8 m with a crane. Then, the free end side of the diagonal member 9 folded along each beam frame 3 is pulled down, and the above-described procedure is performed between the free end portion of the diagonal member 9 and the base end portion of each beam frame 3. Attach both ends of the hanger 10 with
[0025]
On the other hand, six attachment brackets 2 of three upper stages and three lower stages are respectively attached to the stage attachment positions of the frame scaffold W (see FIG. 1). When mounting the mounting bracket 2, the two bolts 15 and 16 to be mounted on each mounting bracket 2 are removed in advance, and both arm plates 12 and 12 are pivoted about the hinge 13 to fix the mounting bracket. X is opened as shown by the phantom line in FIG. 13A, and the holding arm portions 21, 21 of the opened metal fixture fixing portion X are connected to the vertical frame material of the frame scaffold W via the fitting portions 21a, 21a. As shown in FIGS. 12 and 13, the straddle fitting portions 22 and 22 are straddled on the horizontal frame material b of the frame scaffold W, and then the bracket fixing portion X is closed. The bolt 15 on the metal fixture fixing part X side is inserted between both arm plates 12 and 12, the nut 15 a is tightened and the vertical frame material a is held by the holding arm parts 21 and 21, and thus the vertical frame material of the frame scaffold W The mounting bracket 2 is mounted and fixed at the intersection of a and the horizontal frame material b. At this time, as shown in FIGS. 13A and 13B, since the arc-shaped fitting portions 22a and 22a of the straddle fitting portions 22 and 22 are fitted to the upper surface side of the horizontal frame material b, the mounting bracket 2 is determined in a predetermined direction, that is, the load receiving stage mounting portion Y of the mounting bracket 2 is positioned so as to face the longitudinal direction of the horizontal frame member b.
[0026]
After mounting and fixing the six mounting brackets 2 to the stage mounting position of the frame scaffold W as described above, the load receiving stage S is lifted by a crane (not shown) and moved to the stage mounting position of the frame scaffold W. The base end side vertical frame member 23 of each beam frame 3 of the load receiving stage S is connected to the bolt mounting plate portion in which the load receiving stage mounting portion Y of each of the upper mounting brackets 2 of the six mounting brackets 2 is opened. 17 and 17, and the support pin 28 attached to the upper end portion of the base end side vertical frame member 23 is hooked in the pin hooking grooves 18 and 18 of the bolt mounting plate portions 17 and 17, and The arcuate engaging portion 27a of the engaging member 27 attached to the lower side of the base end side vertical frame member 23 is brought into contact with and engaged with the vertical frame member a of the frame scaffold W and is pivotally attached to each beam frame 3. The lower end of the diagonal member 9 is received by the three lower mounting brackets 2. Inserting between the bolt mounting plate portion 17 which is opened in the stage mounting portion Y. In this state, the load receiving stage S is hooked on the three upper mounting brackets 2 via the support pins 28 of the three beam frames 3 and loaded, and the base ends of the beam frames 3 are also supported. Since the engaging member 27 attached to the lower side of the side vertical frame member 23 is in contact with and engaged with the vertical frame member a of the frame scaffold W, the load receiving stage S can be maintained in a stable state.
[0027]
Thereafter, the bolt 16 on the load receiving stage mounting portion Y side of each of the three upper mounting brackets 2 is connected to the base end side of the beam frame 3 from the bolt insertion holes 19, 19 or 20, 20 of the bolt mounting plate portions 17, 17. The bolts 16 are inserted through the bolt insertion holes 29 and 30 provided in the vertical frame member 23, and the bolts 16 on the load receiving stage mounting portion Y side of the three mounting brackets 2 on the lower stage side are connected to the bolt mounting plate portions 17 and 17. The bolt insertion holes 19, 19 or 20, 20 may be inserted through bolt insertion holes 48 (see FIG. 7) provided at the lower end portion of the diagonal member 9, and the nut 16 a of each bolt 16 may be tightened. Each beam frame 3 of the stage S can be securely fixed to the upper and lower mounting brackets 2. In addition, what is necessary is just to fix the base end side of the upper handrail frame 40 which forms each side part handrail 5 to the vertical frame material a of the frame scaffold W with the pipe clamp 42.
[0028]
The baseboards 11 attached to the lower portions of the side handrail 5 and the front handrail 8 of the load receiving stage S may be attached when framing the load receiving stage S on the ground, or each beam frame 3 is attached to each After being attached and fixed to the metal fitting 2, it may be attached on the scaffolding plate 4 of the stage S.
[0029]
As described above, the load receiving stage S is temporarily installed at the required height position on the outer side of the frame scaffold W. However, the frame scaffold becomes higher due to the progress of the building work, and the load receiving stage S is changed to the one step height side. Sometimes, the bolt 16 on the load receiving stage mounting portion Y side of each mounting bracket 2 is removed, while the mounting bracket 2 is mounted at a predetermined replacement position of the frame scaffold W, and the load receiving stage S is lifted with a crane. What is necessary is just to attach the one end side of this stage S to each attachment bracket 2 in the said replacement position in the same way as the above.
[0030]
As described above, in the temporary construction method of the load receiving stage S as described with reference to the drawings, the load receiving stage S is formed in advance on the ground, and the frame receiving stage S is lifted by a crane and attached to the stage mounting position of the frame scaffold W. Since one end side of the load receiving stage S is attached to each mounting bracket 2, temporary work can be easily and quickly performed, work efficiency can be greatly improved, and the components of the stage S and further the workers Is less likely to fall, and work safety can be ensured. In particular, the frame work scaffold is raised by the progress of the building work, and the replacement work can be easily performed when the load receiving stage S is changed to the one-step height side.
[0031]
In order to frame the load receiving stage S on the ground, a plurality of beam frames 3 are arranged at predetermined intervals, a scaffolding plate 4 is mounted thereon, and side rails 5 are attached to the beam frames 3 on both ends. At the same time, a front handrail 8 is attached to the front end side of the beam frame 3, and the load receiving stage S is formed by pivotally attaching the upper end portion of the diagonal member 9 to the front end portion of each beam frame 3. In this state, the suspension member 10 is attached between the other end portion of each diagonal member 9 and the base end portion of each beam frame 3, and then the base end portion of each beam frame 3 and the lower end portion of each diagonal member 9 are connected. Since it is attached to the mounting bracket 2 on the side of the frame scaffold W, the number of components of the load receiving stage S is small, the number of places where bolt tightening is required is remarkably reduced, and the assembly of the stage S becomes very simple. .
[0032]
The mounting bracket 2 for attaching the load receiving stage S to the frame scaffold W is supported on the horizontal frame material b at the intersection of the vertical frame material a and the horizontal frame material b of the frame scaffold W and the horizontal frame. Since it is composed of a metal fixture fixing portion X that holds the vertical frame material a on the upper side of the material b, and a load receiving stage mounting portion Y that attaches the base end side vertical frame material 23 or the diagonal material 9 of the beam frame 3 in the load receiving stage S. The height of the mounting position of the mounting bracket 2 is determined by simply supporting the bracket fixing portion X on the horizontal frame member b and holding the vertical frame member a on the upper side of the horizontal frame member b. There is no need to adjust the position, the positioning work is facilitated, and it is only necessary to attach the base end side vertical frame member 23 or the diagonal member 9 of the beam frame 3 in the load receiving stage S to the load receiving stage mounting portion Y. Can be done easily and easily. In addition, since the bracket fixing portion X is supported on the horizontal frame material b in a state where the vertical frame material a is gripped, the mounting position is stable without shifting up and down.
[0033]
The mounting bracket 2 has a pair of arm plates 12 and 12 hinged by hinges 13 so that one end side and the other end side of both arm plates 12 and 12 are alternately opened and closed with the hinge 13 interposed therebetween. The arm plates 12, 12 have one end side as a bracket fixing portion X and the other end side as an auxiliary frame assembly temporary attachment mounting portion Y. The bracket fixing portion X has a pair of opposing grips. The holding arm portions 21, 21 and the straddle fitting portions 22, 22, and the incidental frame temporary attachment mounting portion Y is composed of a pair of opposing bolt mounting plate portions 17, 17. While holding the vertical frame material a of the scaffold W and fastening it with the bolts 15, the mounting height of the mounting bracket 2 is obtained by straddling both the straddle fitting portions 22, 22 on the horizontal frame material b of the frame scaffold W. At the same time the position is fixed, the mounting direction is fixed, that is, the mounting bracket When the plurality of mounting brackets 2 are used for this purpose, the mounting height and direction of each mounting bracket 2 are kept constant. It is not necessary to adjust the position of each mounting bracket 2. Further, since the straddling portions 22 and 22 have the arc-shaped fitting portions 22a and 22a, the straddling portions 22 and 22 are accurately fitted to the horizontal frame material b, and the mounting direction of the mounting bracket 2 is further increased. In addition to being determined reliably, the mounting bracket 2 can be mounted in a more stable state without rattling.
[0034]
In addition, as described above, one end side and the other end side of both arm plates 12 and 12 are alternately opened and closed across the hinge 13, and one end side of both arm plates 12 and 12 is connected to the bracket fixing portion X, Since the other end side is an auxiliary frame assembly temporary attachment portion Y, when the attachment bracket 2 is attached to the intersection of the vertical frame member a and the horizontal frame member b of the frame scaffold W, the bracket fixing portion X side is opened. Thus, the gripping arm portions 21 and 21 and the straddle fitting portions 22 and 22 can be easily and quickly fitted into the vertical frame material a and the horizontal frame material b.
[0035]
Further, when the load receiving stage S is attached to the mounting bracket 2, the support pin 28 provided at the base end portion of each beam frame 3 is hooked in the pin latching groove 18 of each mounting bracket 2. Therefore, as long as the support pin 28 is latched in the pin latching groove 18, not only the bolt 16 on the bolt mounting plate portions 17 and 17 side can be easily mounted but also after the load receiving stage S is mounted. Even if the bolt 15 on the bracket fixing part X side or the bolt 16 on the bolt mounting plate part 17, 17 side is loosened or dropped off due to any cause, the bracket fixing part X side and the load receiving stage mounting part No opening on the Y side is extremely safe.
[0036]
【The invention's effect】
According to the mounting bracket for a frame scaffold of the invention according to claim 1, the frame is supported on the horizontal frame material at the intersection of the vertical frame material and the horizontal frame material of the frame scaffold, and the vertical frame on the upper side of the horizontal frame material. Because it consists of a bracket fixing part that grips the material and an incidental frame temporary structure mounting part that attaches a required part on one end side of the incidental frame temporary structure, the bracket fixing part is supported on the horizontal frame material and is positioned above the horizontal frame material. By simply holding the vertical frame material on the side, the mounting position height of the mounting bracket is determined, so there is no need to adjust the height position, and positioning work is easy. Since it is only necessary to attach the required part on one end side of the incidental frame temporary structure, the attaching operation can be performed easily and easily. In particular, since the bracket fixing portion is supported on the horizontal frame member in a state where the vertical frame member of the frame scaffold is held, the mounting position does not shift in the vertical direction.
[0037]
  The present inventionAccording to the present invention, by grasping the vertical frame material of the frame scaffolding by both the gripping arm portions of the metal fitting fixing part and fastening with bolts, and by straddling both the cross-fit portions on the horizontal frame material of the frame scaffolding, The mounting height position of the mounting bracket is determined to be constant, and the mounting direction is determined to be constant, that is, the load receiving stage mounting portion of the mounting bracket is always positioned so as to face the longitudinal direction of the horizontal frame member. For this reason, when using multiple mounting brackets, the mounting height and orientation of each mounting bracket can be made constant, and there is no need to adjust the position of each mounting bracket, making the mounting work very easy. It becomes easy.
[0038]
In addition, one end side and the other end side of both arm plates are alternately opened and closed across the hinge, and one end side of both arm plates is used as a bracket fixing portion, and the other end side is used as an auxiliary frame assembly temporary attachment mounting portion. When attaching the mounting bracket to the intersection of the vertical frame material and the horizontal frame material of the frame scaffolding, the holding arm portion and the straddle portion are connected to the vertical frame material and the horizontal frame by opening the bracket fixing portion side. It can be easily and quickly fitted into the frame material, and can be easily removed.
[0039]
  Claim2According to the present invention, the upper end of the bolt mounting plate portion is provided with the pin retaining groove for retaining the support pin attached to the required portion on the one end side of the auxiliary frame assembly temporary structure. When mounting on the mounting bracket, the support pin is hooked in the pin locking groove of the mounting bracket, so that the bolt on the bolt mounting plate side can be easily mounted, and the support pin As long as it is latched in the latching groove, the bolts on the bracket fixing part and the bolt mounting plate part side may loosen or fall off for some reason after the attachment of the temporary structure. Even if it exists, neither the metal fixture fixing part side nor the load receiving stage mounting part side opens, and it is extremely safe.
[0040]
  Claim3According to the above, since the bolt insertion holes are provided in the upper and lower stages in the upper end portion of the bolt mounting plate portion, it is possible to perform mounting corresponding to the position and inclination of the mounted portion on the side of the auxiliary frame temporary structure. it can.
[0041]
  Claim4According to the above, since the straddle portion of the metal fitting fixing portion has the arc-shaped fitting portion corresponding to the outer peripheral surface shape of the horizontal frame material of the frame scaffold, the straddle portion can be accurately fitted to the horizontal frame member and attached. The mounting direction of the bracket is determined more reliably, and the mounting bracket can be mounted in a more stable state without rattling.
[0042]
  Claim5According to the above, since the opening for releasing the vertical frame material connecting pin protruding from the vertical frame material of the frame scaffolding is provided in the gripping arm portion of the metal fixture fixing part, the metal frame mounting position of the vertical frame material in the frame scaffolding Even when the vertical frame member connecting pin protrudes, the mounting bracket can be attached without being obstructed by the pin.
[Brief description of the drawings]
FIG. 1 is a perspective view showing a load receiving stage temporarily installed at a required height position of an outer portion of a frame scaffold by the method of the present invention.
FIG. 2 is a side view of the load receiving stage.
FIG. 3 is a plan view of the load receiving stage.
FIG. 4 is a front view of the same cargo receiving stage.
5 is an enlarged plan view of a structural portion surrounded by an arrow a in FIG.
6 is an enlarged front view of a structural portion similarly surrounded by an arrow a in FIG.
7A is a front view of a beam frame pivotally attached to a diagonal member, FIG. 7B is an enlarged front view of a structural portion surrounded by an arrow B in FIG. 7A, and FIG. The figure, (D) is an enlarged front view of the structure part surrounded by the arrow C of (A), (E) is a bottom view of (D).
FIG. 8 is a front view showing a side handrail.
9A is an enlarged front view of a structure portion surrounded by an arrow D in FIG. 8, FIG. 9B is a longitudinal sectional view of FIG. 8A, and FIG. 9C is a structure surrounded by an arrow E in FIG. The enlarged front view of a part and (D) are top views of (C).
10A is a front view showing a skirting board, and FIG. 10B is a transverse sectional view thereof.
11A is a front view showing a suspension member, and FIG. 11B is a side view thereof.
FIG. 12 is an enlarged perspective view showing a mounting bracket.
13A is a plan view showing a mounting bracket, FIG. 13B is a front view of the mounting bracket, and FIG. 13C is a side view of the mounting bracket.
[Explanation of symbols]
W framework scaffolding
S Receipt stage (attachment frame temporary structure mounting part)
1 building frame
a Vertical frame material for building frames
b Horizontal frame material for building frames
2 Mounting bracket
3 Beam frame
4 Scaffolding board
5 Side railing
8 Front handrail
9 Diagonal materials
10 Hanging material
12 Arm plate of mounting bracket
13 Mounting bracket hinge
X Bracket fixing part
Y Loading stage mounting part
15 Bolt on the bracket fixing part side
16 Attached frame Temporary object mounting part side bolt
17 Bolt mounting plate
18 Pin retaining groove
19 Upper bolt insertion hole
20 Lower bolt insertion hole
21 Grasping arm
22 Stretching part
22a Arc fitting part
23 Vertical frame material on the base end side of the beam frame
28 Support pins
47 opening

Claims (5)

A mounting bracket for attaching an auxiliary frame assembly such as a load receiving stage to a frame scaffold, supported on the horizontal frame material at the intersection of the vertical frame material and the horizontal frame material of the frame scaffold and a fitting fixing portion for gripping the vertical frame member at the upper side, it said supplementary frameworks Ri Do and a supplementary frameworks temporary object mounting portion for mounting one end predetermined portions of the temporary material, on both sides a pair of arms plate is hinged by a hinge The arm plate is configured such that one end side and the other end side of the both arm plates are alternately opened and closed across the hinge, the one end side of the both arm plates is the metal fitting fixing portion, and the other end side is the auxiliary frame assembly temporary attachment mounting portion. The bracket fixing part is composed of a pair of opposing gripping arm parts and straddle fitting parts, and the auxiliary frame assembly temporary object mounting part is composed of a pair of opposing bolt mounting plate parts, and the frame scaffolding is formed by both gripping arm parts. The vertical frame material is held and fastened with bolts, and on the horizontal frame material of the frame scaffold Both straddling fitting portion is Matagahama, framework scaffolding mounting bracket which is adapted to insert one end predetermined portions of the attendant framework temporary product between the bolt mounting plate portion is fixed by bolts passing through the one end predetermined portions.   2. The frame scaffolding mounting bracket according to claim 1, further comprising: a pin latching groove for latching a support pin attached to a required part on one end side of the temporary attachment of the auxiliary frame at the upper end of the bolt mounting plate. .   The frame scaffolding mounting bracket according to claim 1 or 2, wherein a bolt insertion hole is provided in a plurality of upper and lower stages on an upper end portion of the bolt mounting plate portion.   The frame scaffolding mounting bracket according to any one of claims 1 to 3, wherein the straddling portion has an arcuate fitting portion corresponding to an outer peripheral surface shape of a lateral frame member of the frame scaffold.   The mounting bracket for a frame scaffold according to any one of claims 1 to 4, wherein the gripping arm portion is provided with an opening for allowing a vertical frame member connecting pin protruding from the vertical frame member of the frame scaffold.

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