CN219672122U - Double-deck template mounting structure - Google Patents

Abstract

The utility model relates to the technical field of building construction, in particular to a double-floating-plate template mounting structure, which comprises a first floor plate, a second floor plate arranged above the first floor plate and an inner template mounted between the first floor plate and the second floor plate, wherein an upper template frame for pouring a second upper floating plate is mounted at the top of the outer edge of the second floor plate, a lower template frame for pouring a second lower floating plate is mounted at the bottom of the outer edge of the second floor plate, a wheel buckle frame is mounted between the top surface of the first upper floating plate and the bottom surface of the lower template frame, two cement cushion blocks are transversely paved in the lower template frame, the top surfaces of the cement cushion blocks are level with the top surface of the lower template frame, and a wood template frame is mounted between the top surface of the cement cushion blocks and the bottom surface of the upper template frame. According to the utility model, the wood die frame is arranged between the lower die frame and the upper die frame, so that safety quality accidents such as local deformation or collapse and the like caused by instability of the die plate can be effectively prevented, the construction cost is reduced, and the safety coefficient of construction is improved.

Description

Double-deck template mounting structure

Technical Field

The utility model relates to the technical field of building construction, in particular to a double-deck template mounting structure.

Background

In the existing residential design, a double-floating plate design is adopted, wherein the upper floating position is a floating window, and the lower floating position is an air conditioner host. The indoor lighting and ventilation device has the advantages of effectively utilizing space, effectively saving area, effectively completing indoor lighting and ventilation, simultaneously solving the characteristics of the position and the installation requirement of an outdoor air conditioner host, and simultaneously producing good effects on the appearance of the external facade and the overall external facade effect.

In the double-flyer plate construction, a template for pouring an upper flyer plate and a template for pouring a lower flyer plate are respectively supported, and the lower flyer plate is poured first, and then the upper flyer plate is poured. Most of the templates are supported by adopting wheel buckle frames, but the distance between the upper floating plate and the lower floating plate is about 950mm, the construction of the wheel buckle frames is not suitable, and safety quality accidents such as local deformation or collapse and the like are easy to occur due to instability of the templates.

The utility model of China patent with application number 201821744233.2 discloses a reinforced bay window template, which is used for secondarily pouring bay windows on primary pouring blocks, and comprises a first template, a second template, a third template, a back stupefied rod, a counter-pulling screw rod and a vertical rod, wherein the inner window end of the first template is vertically arranged on the primary pouring block, the inner window end of the second template is attached to the primary pouring block, the outer window end of the second template is connected with the outer window end of the first template through the third template, a secondary pouring cavity is formed between the first template, the second template, the third template and the primary pouring block, the back stupefied rod penetrates through the inner window end of the first template and the inner window end of the second template, the counter-pulling screw rod penetrates through the outer window end of the first template, the outer window end of the second template and the primary pouring block in sequence, two ends of the counter-pulling screw rod are respectively connected with the first template and the primary pouring block, and two ends of the vertical rod are respectively abutted to the outer window end of the second template and the primary pouring block. The secondary pouring mold frame of the patent is supported and fixed by the counter-pulling screw rod and the vertical rod, is easy to deform, causes deviation of flatness and geometric dimension of the surface of the floating window plate in the pouring process, and affects later construction; and the opposite-pulling screw rod passes through the secondary pouring cavity, and redundant opposite-pulling screw rods are required to be cut after pouring is finished, so that time and labor are wasted.

Disclosure of Invention

In order to overcome the defects and shortcomings in the prior art, the utility model aims to provide a double-deck template mounting structure.

The aim of the utility model is achieved by the following technical scheme: the utility model provides a two flitch template mounting structure, including first floor board, set up in the second floor board of first floor board top and install the centre form frame between first floor board and second floor board, first upper flitch, first lower flitch has been pour respectively to the top of first floor board outer edge, the last mould frame that is used for pouring the second upper flitch is installed at the top of second floor board outer edge, the lower mould frame that is used for pouring the second lower flitch is installed to the bottom of second floor board outer edge, install the round buckle frame between the top surface of first upper flitch and the bottom surface of lower mould frame, two cement cushion blocks have transversely been laid in the lower mould frame, the top surface of cement cushion block and the top surface parallel arrangement in two wood diaphragm rods of two cement cushion block top respectively, be fixed in the wood diaphragm rods of every wood diaphragm rod and two corresponding cement cushion blocks and the first two pairs of wood diaphragm rods that are fixed in between two adjacent two cement cushion blocks are through two sets up two opposite vertical connection between two opposite cement cushion blocks, two sets up two opposite vertical connection wood diaphragm rods.

Further, the upper die frame comprises a first inner die plate arranged on the outer edge of the top of the second floor plate, an outer die plate arranged on the outer side of the first inner die plate in parallel, a top die plate vertically fixed on the top of the outer die plate and a first side die plate vertically fixed on the outer side of the top die plate, wherein the first inner die plate and the outer die plate are connected and fixed through a first pair of pull screws.

Further, the lower die frame comprises a second inner die plate arranged at the inner edge of the bottom of the second floor plate, a bottom die plate vertically fixed at the bottom of the second inner die plate and a second side die plate vertically fixed at one side of the top of the bottom die plate, and the second inner die plate is fixedly connected with the outer die plate through a second pair of pull screws.

Further, the first inner template, the second inner template and the outer template are fixedly connected through a plurality of opposite-pulling screws.

Further, two wood diagonal braces are fixed between the two wood upright posts which are oppositely arranged, and the top of each wood diagonal brace is extended and fixed at the bottom of the upper die frame.

Further, the wheel buckle frame comprises a plurality of steel columns arranged in two rows, a U-shaped jacking fixed at the top of each steel column, two steel pipe transverse supporting rods fixed at the tops of the two rows of steel columns and a plurality of second wood purlines longitudinally fixed on the two steel pipe transverse supporting rods, wherein the two rows of steel columns are arranged in a pairwise opposite mode, the two steel columns which are arranged in an opposite mode are fixedly connected with the inner die frame through longitudinal pull rods, and every two adjacent wood columns on each cement cushion block are fixedly connected through transverse pull rods.

Further, two steel upright posts which are oppositely arranged are fixedly connected with the inner die frame through a scissor support.

Further, a fixed connecting piece for installing a window protection pull rod is fixed in the upper die frame.

The utility model has the beneficial effects that: according to the utility model, the wood die frame is arranged between the lower die frame and the upper die frame, so that safety quality accidents such as local deformation or collapse and the like caused by instability of the die plate can be effectively prevented, the construction cost is reduced, and the safety coefficient of construction is improved; and the wood die frame is a frame structure consisting of two wood transverse supporting rods, a plurality of wood upright posts, a plurality of first wood purlines, a plurality of longitudinal pull plates and a plurality of transverse pull plates, has good supporting effect, can ensure the flatness and the structural size of the plate surface after pouring, has good quality effect of the formed floating window plate, not only effectively saves cost, but also can improve the quality.

Drawings

Fig. 1 is a schematic structural view of the present utility model.

Fig. 2 is a schematic structural view of the wood frame according to the present utility model.

Fig. 3 is a schematic structural view of the wheel holder according to the present utility model.

The reference numerals are: first floor slab 1, first upper deck 11, first lower deck 12, second floor slab 2, inner formwork 3, upper formwork 4, first inner formwork 41, outer formwork 42, top formwork 43, first side formwork 44, first pair of pull screws 45, lower formwork 5, cement pad 50, second inner formwork 51, bottom formwork 52, second side formwork 53, second pair of pull screws 54, wheel buckle frame 6, steel upright 61, U-shaped top support 62, steel tube cross brace 63, second wood purlin 64, longitudinal tie rod 65, cross tie rod 66, cross brace 67, wood formwork 7, wood cross brace 71, wood upright 72, first wood purlin 73, longitudinal tie plate 74, cross tie plate 75, wood diagonal brace 76.

Detailed Description

The present utility model is further described below with reference to examples and figures 1-3, which are not intended to be limiting, for the purpose of facilitating understanding of those skilled in the art.

See fig. 1-3, a double-deck formwork installation structure, including first floor board 1, set up in the second floor board 2 of first floor board 1 top and install in the interior frame 3 between first floor board 1 and the second floor board 2, first upper deck 11, first lower deck 12 have been pour respectively to the top of first floor board 1 outward flange, the top of second floor board 2 outward flange is installed and is used for pouring the upper die frame 4 of second upper deck, install the lower die frame 5 that is used for pouring the second lower deck at the bottom of second floor board 2 outward flange, install round buckle frame 6 between the top surface of first upper deck 11 and the bottom surface of lower die frame 5, transversely spread two cement cushion 50 in the lower die frame 5, install wood die frame 7 between the top surface of cement cushion 50 and the bottom surface of upper die frame 4, wood frame 7 includes two wooden quality struts 71 that set up in two cement cushion 50 top in parallel respectively, two cement cushion 72 are fixed in two opposite cement cushion 72 between two opposite vertical support bars 72, two cement cushion blocks are fixed in two opposite vertical support bars 72 and are fixed through two cement cushion bars 72 between two opposite vertical support bars 72, two opposite vertical support bars 72 are set up between two cement cushion bars 50.

According to the utility model, the wood die frame 7 is arranged between the lower die frame 4 and the upper die frame 5, so that safety quality accidents such as local deformation or collapse and the like caused by instability of the die plate can be effectively prevented, the construction cost is reduced, and the safety coefficient of construction is improved; and the wood die frame is a frame structure consisting of two wood transverse supporting rods 71, a plurality of wood upright posts 72, a plurality of first wood purlines 73, a plurality of longitudinal pulling plates 74 and a plurality of transverse pulling plates 75, so that the support effect is good, the flatness and the structural size of the poured plate surface can be ensured, the quality effect of the formed floating window plate is good, the cost is effectively saved, and the quality is improved.

In this embodiment, the upper frame 4 includes a first inner mold 41 mounted on the outer edge of the top of the second floor board 2, an outer mold 42 parallel to the outer side of the first inner mold 41, a top mold 43 vertically fixed on the top of the outer mold 42, and a first side mold 44 vertically fixed on the outer side of the top mold 43, where the first inner mold 41 and the outer mold 42 are connected and fixed by a first pair of pull screws 45.

In this embodiment, the lower mold frame 5 includes a second inner mold plate 51 mounted on the outer edge of the bottom of the second floor plate 2, a bottom mold plate 52 vertically fixed on the bottom of the second inner mold plate 51, and a second side mold plate 53 vertically fixed on one side of the top of the bottom mold plate 52, where the second inner mold plate 51 and the outer mold plate 42 are connected and fixed by a second pair of pull screws 54.

In this embodiment, a wooden diagonal brace 76 is further fixed between two opposite wooden columns 72, and the top of each wooden diagonal brace 76 is extended and fixed at the bottom of the upper mold frame 4.

In this embodiment, the wheel buckle frame 6 includes a plurality of steel columns 61 arranged in two rows, a U-shaped jacking 62 fixed at the top of each steel column 61, two steel pipe transverse supporting rods 63 fixed at the tops of the two rows of steel columns 61, and a plurality of second wood purlins 64 longitudinally fixed on the two steel pipe transverse supporting rods 63, the two rows of steel columns 61 are arranged in two pairs, the two steel columns 61 arranged in opposite directions are fixedly connected with the inner mold frame 3 through longitudinal tie rods 65, and two adjacent wood columns 72 on each cement cushion block 50 are fixedly connected through transverse tie rods 66.

In this embodiment, two steel columns 61 disposed opposite to each other are fixedly connected to the inner mold frame 3 through a cross brace 67.

In this embodiment, a fixing connection member 45 for installing the window protection tie rod is fixed in the upper mold frame 4.

The above embodiments are preferred embodiments of the present utility model, and besides, the present utility model may be implemented in other ways, and any obvious substitution is within the scope of the present utility model without departing from the concept of the present utility model.

Claims (6)

1. The utility model provides a two waft board template mounting structure, including first floor board, set up in the second floor board of first floor board top and install the centre form frame between first floor board and second floor board, first upper waft board, first waft board have been pour respectively to the top of first floor board outer edge, the top of second floor board outer edge is installed and is used for pouring the upper die frame of waft board on the second, the lower die frame that is used for pouring the second waft board is installed to the bottom of second floor board outer edge, install the wheel between the top surface of waft board and the bottom surface of lower die frame and detain the frame, its characterized in that: two cement cushion blocks are transversely laid in the lower die frame, the top surfaces of the cement cushion blocks are flush with the top surface of the lower die frame, a wood die frame is arranged between the top surface of the cement cushion blocks and the bottom surface of the upper die frame, the wood die frame comprises two wood transverse supporting rods which are respectively arranged above the two cement cushion blocks in parallel, a plurality of wood upright posts which are fixed between each wood transverse supporting rod and the corresponding cement cushion blocks, and a plurality of first wood purlines which are longitudinally fixed on the two wood transverse supporting rods, wherein the wood upright posts on the two cement cushion blocks are arranged in pairs, the two wood upright posts which are oppositely arranged are fixedly connected through longitudinal pull plates, and the two adjacent wood upright posts on each cement cushion block are fixedly connected through transverse pull plates.

2. The dual deck module mounting structure of claim 1, wherein: the upper die frame comprises a first inner die plate arranged on the outer edge of the top of the second floor plate, an outer die plate arranged on the outer side of the first inner die plate in parallel, a top die plate vertically fixed on the top of the outer die plate and a first side die plate vertically fixed on the outer side of the top die plate, wherein the first inner die plate and the outer die plate are connected and fixed through a first pair of pull screws.

3. The dual deck module mounting structure of claim 2, wherein: the lower die frame comprises a second inner die plate arranged at the inner edge of the bottom of the second floor plate, a bottom die plate vertically fixed at the bottom of the second inner die plate and a second side die plate vertically fixed at one side of the top of the bottom die plate, and the second inner die plate is fixedly connected with the outer die plate through a second opposite-pull screw rod.

4. The dual deck module mounting structure of claim 1, wherein: and a wooden diagonal brace is also fixed between the two wood upright posts which are oppositely arranged, and the top of each wooden diagonal brace is extended and fixed at the bottom of the upper die frame.

5. The dual deck module mounting structure of claim 1, wherein: the wheel buckle frame comprises a plurality of steel columns arranged in two rows, a U-shaped jacking support fixed at the top of each steel column, two steel pipe cross supporting rods fixed at the tops of the two rows of steel columns, and a plurality of second wood purlines longitudinally fixed on the two steel pipe cross supporting rods, wherein the two rows of steel columns are arranged in pairs, the two steel columns which are oppositely arranged are fixedly connected with the inner die frame through longitudinal pull rods, and every two adjacent steel columns on each cement cushion block are fixedly connected through transverse pull rods.

6. The dual-deck module mounting structure of claim 5, wherein: the two steel upright posts which are oppositely arranged are fixedly connected with the inner die frame through a scissor support.