JP3074765U - Pillar building construction system equipment - Google Patents

Abstract

(57) [Abstract] [Problem] The construction of a building can be performed easily and quickly.
Provision of a columnar building construction system device that can enhance construction safety and reduce construction costs and costs. SOLUTION: A construction device and an auxiliary work tower are provided, the construction device is provided with a frame body having a work platform and a tread plate, an elevating mechanism is provided at an upper end of the frame body, and a guide slide mechanism is provided at a bottom inner edge. A support mechanism is attached, a template device with four template plates is attached inside, the auxiliary work tower is provided with a superposed girder structure, and a suspension device with a suspension arm is provided on the girder structure. Provided, the construction equipment is lifted upward by the elevating mechanism, and is slid along the wall of the building, supported and fixed at an appropriate position, and transports materials necessary for construction by a combination of a hanging device of an auxiliary work tower. In addition, the present invention provides an effect that the construction work of the building is made simple, safe and fast as a whole.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention relates to a type of pillar building construction system apparatus, and in particular, a pillar building construction system capable of easily and quickly constructing a building, improving construction safety and reducing construction costs and costs. Related to the device.

[0002]

[Prior art]

 According to the well-known building construction method, before building construction, scaffolds must be set up in advance according to the building structure according to the height of the building, and the scaffolds must be horizontal for workers to stand at each height as appropriate. It requires erection and requires a very large amount of material and work time as a whole. The tall scaffolding requires the work of assembling by combining a high-rise hoist, and must be eliminated after the building is completed. Materials and articles necessary for the construction of high-rise buildings, as well as stirred concrete, had to be lifted and transported by a hoist, so the well-known structure had many disadvantages as a whole and needed improvement.

[0003]

[Problems to be solved by the invention]

 The main purpose of the present invention is to provide a kind of pillar building construction system equipment, which raises the whole construction equipment upwards by installing the lifting mechanism of the construction equipment, and moves inside with the construction equipment. It is assumed that a template system will be installed to make the entire construction easier and faster.

[0004] Another object of the present invention is to provide a kind of columnar building construction system device, which is provided with several work flats and a tread plate structure on a frame body of the construction device so that construction personnel can provide the same. It can stably stand on a work platform, can leave items that are relatively difficult to carry, and can stand or sit on treads, so that it can be transported and received at the time of construction. It shall be assumed.

A further object of the present invention is to provide a kind of pillar building construction system device, which is provided with an auxiliary work tower with a hanging function near the construction device and is necessary for construction. The construction cost can be saved by suspending and transporting various materials, and an elevator is provided in the auxiliary work tower so that construction personnel can be pushed up to communicate with the construction equipment, thereby providing upper and lower pipelines. Vertical movement during construction work.

[0006]

[Means for Solving the Problems]

 The invention according to claim 1 is a construction apparatus, which comprises a rectangular frame body which is formed by folding and joining steel materials to each other on four sides of a building, and one work platform is provided on both sides of a middle stage of the frame body. A tread plate structure is provided in the upper and lower appropriate portions of the frame body, and a lifting mechanism equipped with several hydraulic cylinders is attached to the suspension beam portion connected to the upper end of the frame body, and Guide wheels are provided inward at appropriate positions at the bottom end and the middle stage, and support frames having a plurality of support blocks are provided at appropriate positions inside the four peripheries of the frame body. The above-mentioned construction device, in which one template is hung on each of the cross beams at the top of the four circumferences to form one template device, and both side edges of each template can be screwed to each other, The tower is located near the construction equipment A girder structure is provided in the adjacent part and formed by four main frames and a reinforcing frame interposed between the main frames so as to intersect upward and to be overlapped, and one elevator is provided inside the girder structure. A hanging device is combined with the girder structure, and the hanging device includes a movable frame to be combined with an outer frame portion of the girder structure, and a main frame of the girder structure is provided on four side edges of the movable frame. A plurality of guide wheels are provided to slide with respect to the movable frame, and one reel is erected on an appropriate portion of the upper end of one side of the movable frame, and one pivot seat is connected to the bottom end of the movable frame, and a pivot seat is provided. A suspension arm is pivotally connected to the suspension arm, and a pulley is provided at another end of the suspension arm. Connected to the hook, one pulley device was separately combined with the upper end of the girder structure, and the cable hung on the reel erected on the ground was connected to the cross beam on one side of the movable frame via the pulley device And the above-mentioned auxiliary work tower, and is used for rapid and safe construction of a building. The invention according to claim 2 is the columnar building construction system device according to claim 1, characterized in that the steel material of the frame body has a cross-sectional structure of U-shaped, L-shaped or H-shaped steel. . According to a third aspect of the present invention, a plurality of locking grooves and a plurality of bolt holes are provided on both side edges of the template, and one bolt is drilled in each bolt hole portion to screw the adjacent template. The construction system for a columnar building according to claim 1, wherein The invention according to claim 4 is characterized in that the structure of the fixed cross beam is fixed between the auxiliary work tower and the building wall or the construction device where the bottom layer has already been completed, so that the auxiliary work tower is maintained in a calm state, or A columnar building construction system device according to claim 1, wherein a passage between the construction device and the construction device is formed.

[0007]

[Embodiment of the invention]

 FIG. 1 is an overall front view of the columnar building construction system apparatus of the present invention. The columnar building construction system apparatus of the present invention includes a construction apparatus A and an auxiliary work tower B, and the construction apparatus A includes a frame body 10, a lifting mechanism 20, a guide slide mechanism 30, a support mechanism 40, and a template device. 50 are combined. The auxiliary work tower B is composed of a girder structure 60 and a hanging device 70.

The frame body 10 has a single rectangular frame structure in which steel materials having different cross-sectional types and dimensions such as U-shape and L-shape are folded and joined to each other on four sides of the building, A working flat table 11 having a protection column around it is joined to both sides of an appropriate part of the middle part of the frame body 10 so as to protrude therefrom, and is used for placing articles or tools necessary for construction, and provided inside the frame. The tread plate 12 structure is provided at an appropriate portion on the upper and lower sides, and is used to stand or sit on it.

The elevating mechanism 20 includes four hydraulic cylinders 21 connected to the bottom of the two suspension beams joined to the upper end of the frame body 10 so as to be averagely distributed. The entire frame body 10 is pushed upward by the rod 211 protruding and being pressed against the end face of the building 80 where the concrete has been poured.

The guide slide mechanism 30 includes guide wheels 31 connected to the four peripheral bottom ends of the frame body 10 and an appropriate portion of the middle stage so as to protrude inward, respectively, and the guide wheels 31 are connected to the building 80. It is used to make contact with the wall surface and to slide the frame body 10 upward.

The support mechanism 40 includes a plurality of support frames 41 protruding at appropriate positions inside the four circumferences of the frame body 10, and one support block 42 is connected to the outer end of each support frame 41, Further, a screw hole is provided in the support block 42 and used for screwing to the wall surface of the building 80.

The template device 50 includes four template plates 51 (see FIG. 6). A plurality of locking grooves 511 and a plurality of bolt holes 512 are provided on both side edges of each template 51, respectively. Bolts 513 penetrate through the two bolt holes 512, and four template plates 51 of the template device 50 are respectively installed between the inside of the frame body 10 and the four end faces of the building 80, and the bolts 513 are provided. Are coupled into corresponding recesses 511 in adjacent templates 51 so that each template 51 is tightly coupled inward to form one closed rectangular frame structure for concrete driving. Among them, the upper end of each template 51 is hung on an appropriate cross beam placed on the upper end of the frame body 10.

The girder structure 60 is provided in the vicinity of a building 80, and a combination of a diagonal reinforcing frame 62 crossing a main frame 61 of four corners is not overlapped upward. Therefore, one elevator 63 is combined inside the girder frame and used for elevating and lowering construction personnel.

The hanging device 70 includes a movable frame 71 combined so as to surround the outside of the above-mentioned girder structure 60 (see FIG. 7), and a plurality of guides are provided between the movable frame 71 and the girder structure 60. The wheel 711 is combined, one reel 72 is erected at an appropriate position on the upper end of one side of the movable frame 71, and one pivotal contact sheet 712 projects and is connected to an appropriate portion of the bottom end on the same side. The suspension arm 73 is pivotally connected to the pivot seat 712, one pulley (not shown) is provided at another end of the suspension arm 73, and a steel cable 721 hung on the reel 72 is connected to the suspension arm 73. A cable 761 penetrating through the pulley and connected to one hook 74 and hung on another reel 76 erected on the ground is connected to a movable frame via a pulley device 75. The girder structure 60 is connected to a cross beam on one side and is used to drive and move the movable sheet 71. 64 are drilled and provided for mounting the movable frame 71.

FIG. 2 to FIG. 5 are continuous construction state display diagrams of the construction system device of the present invention. The pillar-shaped building is used as a general viaduct or a building support, or a structure such as a bridge support. At the time of construction, first, the construction device A is erected on the bottom layer where the rebar has been cut, and the auxiliary work tower B is constructed at an appropriate position near the construction device A. Among them, the lifting / lowering mechanism 20, the guide slide mechanism 30, the support mechanism 40, and the hanging apparatus 70 of the auxiliary work tower B of the construction apparatus A are assembled later, the template plate apparatus 50 is assembled, the concrete is driven, and the process of removing the mold is performed. At this time, the elevating mechanism 20 is attached first, and the hydraulic cylinder 21 is activated, and the hydraulic rod 211 presses the central portion of the upper end surface of the concrete solidified. After ascending to an appropriate height, the guide slide mechanism 30 and the support mechanism 40 are further attached. At this time, the entire construction apparatus A slides in contact with the wall surface of the building 80 by the inner ring 31 of the guide slide mechanism 30, and smoothly moves upward. When the construction device A rises and reaches the connection portion between the template device 50 and the upper end of the building 80, concrete is driven into the template 51 with the support block 42 of the support mechanism 40 on the bottom wall surface. (See FIG. 3). Further, each template 51 is screwed to each other, and the concrete driving process proceeds. After the whole is solidified, the template is further removed, the support block 42 is removed, and the processes such as activation of the lifting mechanism 20 are performed. The construction of the entire building 80 is completed by analogy with this.

FIG. 7 shows an embodiment of the auxiliary work tower according to the present invention. The girder structure 60 of the auxiliary work tower B is provided with a building 80 or a building 80 on one side thereof after the bottom layer of the building 80 is completed. A fixed cross beam 65 connected to the construction device A is provided so that the vertical balance and stability of the auxiliary work tower B are maintained, and the girder structure 60 is previously superimposed at an appropriate height, and Will be installed (see Fig. 5), and will be used for transporting and suspending steel materials during construction.

[0017]

[Effect of the invention]

 The present invention has the following advantages. 1. Construction can be done easily and quickly. That is, the construction apparatus of the present invention directly suspends the template in the frame body, so that the template moves upward with the construction apparatus, and the process of combining and removing the mold can be promptly performed. Can be easily assembled and disassembled, saving time for erection and movement of the template, and after the completion of the bottom building, the entire construction equipment can be easily pushed up to the next construction height by the lifting mechanism of the construction equipment. The following construction process can be carried out, and as a result, it has the advantage that construction can be performed quickly and easily as a whole. 2. Mass cost savings. In other words, the present invention has an auxiliary work tower equipped with a suspension arm, which can hang and transport materials such as rebars during construction work, thereby reducing the use of hoists and using traditional mass scaffolds. Instead, construction materials and labor are reduced, and overall costs are effectively saved. 3. Enhance the safety of construction. Both the construction equipment and the auxiliary work tower of the present invention are constructed by combining steel materials by tatami weights, and therefore have the disadvantage that the overall structure is strong, the stability is high, and the structure of the traditional scaffold is weak. A work platform and a tread plate structure are provided in the construction equipment, and construction staff can stably stand or leave articles, reducing the occurrence of danger and greatly enhancing the safety of construction as a whole. ing. 4. The construction equipment is extremely stable and robust. That is, the construction apparatus of the present invention moves upward by the lifting mechanism and is fixed to the wall of the building by the supporting frame after the completion of the ascent, so that it is possible to surely generate a stable form of alternate fixing.

In summary, the columnar building construction system device of the present invention can be constructed easily and quickly, and can improve the overall safety, effectively reduce construction costs and costs, and are extremely industrial It has high utility value and high cost performance. In addition, the configuration is not in the well-known technology and conforms to the requirements for utility model registration. It should be noted that any technical matter that is the modification or modification of details that can be made based on the present invention and that produces the same effect as the present invention belongs to the claims of the present invention.

[Brief description of the drawings]

FIG. 1 is an overall structural view of the construction system apparatus of the present invention.

FIG. 2 is a view showing a continuous construction state of the construction system device of the present invention.

FIG. 3 is a view showing a continuous construction state of the construction system apparatus of the present invention.

FIG. 4 is a view showing a continuous construction state of the construction system device of the present invention.

FIG. 5 is a view showing a continuous construction state of the construction system device of the present invention.

FIG. 6 is a plan cross-sectional view of the template removing operation after concrete is poured according to the present invention.

FIG. 7 is a view showing a state of an embodiment of the auxiliary work tower according to the present invention;

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS A Construction apparatus 10 Frame body 11 Working flat stand 12 Tread plate 20 Elevating mechanism 21 Hydraulic cylinder 211 Hydraulic rod 30 Guide slide mechanism 31 Guide wheel 40 Support mechanism 41 Support frame 42 Support block 50 Die plate device 51 Template plate 511 Stop groove 512 Bolt hole 513 Bolt B Auxiliary work tower 60 Girder frame structure 61 Main frame frame 62 Reinforced frame frame 63 Elevator 64 Support rod 65 Fixed horizontal beam 70 Hanging device 71 Movable frame 711 Guide wheel 712 Pivot seat 72 Reel 721 Cable 73 Suspension arm 74 Hook 75 Pulley Device 76 Reel 761 Cable 80 Building 81 Fitting groove

Claims (4)

[Utility model registration claims] 1. A construction apparatus, comprising a rectangular frame body formed by folding and joining steel materials to each other on four sides of a building, and one work flat stand protruding from both sides of a middle stage of the frame body. A tread plate structure is provided in the frame body of the upper and lower appropriate parts, a lifting mechanism equipped with several hydraulic cylinders is attached to the suspension beam part joined to the upper end of the frame body, and the four round bottom end of the frame body and the middle stage Guide wheels are provided inwardly at appropriate positions, and a support frame having a plurality of support blocks is provided at appropriate positions inside the four circumferences of the frame body, and a horizontal beam at the top of four circumferences inside another frame body. The above-mentioned construction device, and an auxiliary work tower, in which one template is suspended from each other to form one template device, and both side edges of each template can be screwed to each other, Installed near the construction equipment And a girder structure formed by four main frame frames and a reinforcing frame that is combined and overlapped with the main frame frames so as to intersect upwardly, and one elevator is combined inside the girder structure; A hanging device is combined with the structure, the hanging device includes a movable frame combined with an outer frame portion of the girder structure, and a plurality of slideable sides of the movable frame at four side edges with respect to the main frame of the girder structure. And a reel is erected on an appropriate portion of the upper end of one side of the movable frame, one pivot seat is connected to the bottom end of the movable frame, and a suspension arm is pivotally connected to the pivot seat. A pulley is provided at another end of the suspension arm, and a cable hung on the reel is connected to one hook through the pulley of the suspension arm. A separate pulley device is combined with the upper end of the girder structure separately, and the cable hanging on the reel erected on the ground is connected to the cross beam on one side of the movable frame via the pulley device, A columnar building construction system device, characterized by being used for rapid and safe construction of buildings. 2. The columnar building construction system apparatus according to claim 1, wherein the steel material of the frame body has a sectional structure of U-shaped, L-shaped or H-shaped steel. 3. A plurality of locking grooves and a plurality of bolt holes are respectively provided on both side edges of the template, and one bolt is drilled in each bolt hole portion for screwing an adjacent template. The columnar building construction system device according to claim 1, wherein: 4. The structure of a fixed cross beam is fixed between the auxiliary work tower and a building wall or a construction device whose floor has already been completed, so that the auxiliary work tower can be maintained in a calm state or can be connected to the construction device. The columnar building construction system device according to claim 1, wherein a passage is formed therebetween.