CN218061437U

CN218061437U - Cast-in-place concrete double-limb column framework for industrial factory building construction

Info

Publication number: CN218061437U
Application number: CN202222371659.0U
Authority: CN
Inventors: 姜田华
Original assignee: Tianjin Haijing Construction Engineering Co ltd
Current assignee: Tianjin Haijing Construction Engineering Co ltd
Priority date: 2022-09-06
Filing date: 2022-09-06
Publication date: 2022-12-16
Anticipated expiration: 2032-09-06

Abstract

The utility model discloses an industry factory building construction cast in situ concrete double limb post framework body, pour the frame including the owner, still pour the frame including vice, and main frame of pouring and vice frame of pouring all have a set of symmetry, main frame of pouring and vice vertical through-type of face one end of pouring inner wall open and shut are offered and are supplied baffle male riser groove, the baffle antetheca is provided with the square hole that supplies main horizontal frame and vice horizontal frame one end male as required disalignment, and the baffle has the array, main horizontal frame and vice horizontal frame both ends all weld have can make main horizontal frame and vice horizontal frame install at the main mounting panel of pouring the frame and vice frame antetheca of pouring, and main horizontal frame and vice horizontal frame pass through the bolt and install at main frame of pouring and vice frame antetheca of pouring. The problem of current pour double limb post structure need use a large amount of baffles equipment shaping just can pour, not only assemble comparatively loaded down with trivial details, and consume a large amount of manpower financial resources, pour the completion after, demolish also loaded down with trivial details, high efficiency etc. inadequately is fit for being extensively promoted and used is solved.

Description

Cast-in-place concrete double-limb-column framework for industrial factory building construction

Technical Field

The utility model relates to an engineering and construction device field, in particular to two limb post framework of industry factory building construction cast in situ concrete body.

Background

At present, single-layer industrial plants in construction engineering mostly adopt cast-in-place concrete double-limb column structures and double-limb column structures during construction: the reinforced concrete column has two main stressed vertical limb rods which are connected by horizontal or inclined rods at certain intervals along the height of the column to form a whole, has good stress performance, saves materials and is mainly used for single-layer industrial workshops with heavy cranes.

The existing double-limb column structure for pouring can be poured only by using a large number of baffle plates for assembling and forming, so that the assembly is complex, a large amount of manpower and financial resources are consumed, the disassembly is complex after the pouring is finished, the efficiency is not high enough, and the cast-in-place concrete double-limb column structure for industrial plant construction is provided according to the problems.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a main aim at provides an industry factory building construction cast in situ concrete double limb post framework body, can effectively solve the problem in the background art.

In order to achieve the above purpose, the utility model adopts the technical proposal that:

a cast-in-place concrete double-limb column framework for industrial factory building construction comprises a main casting frame and auxiliary casting frames, wherein the main casting frame and the auxiliary casting frames are symmetrically arranged in a group, one end of an opening and closing surface of the inner walls of the main casting frame and the auxiliary casting frames is vertically provided with a vertical groove for inserting a baffle plate in a penetrating way, the front walls of the baffle plates are provided with square holes for inserting one ends of a main transverse frame and an auxiliary transverse frame in different positions according to requirements, the baffle plates are provided with a plurality of groups, two ends of the main transverse frame and the auxiliary transverse frame are respectively welded with a mounting plate capable of enabling the main transverse frame and the auxiliary transverse frame to be mounted on the front walls of the main casting frame and the auxiliary casting frames, the main transverse frame and the auxiliary transverse frame are mounted on the front walls of the main casting frame and the auxiliary casting frames through bolts, and the edge ends of the rear walls of the closing surfaces of the main casting frame and the auxiliary casting frames are vertically welded with connecting plates which are convenient for connecting and mounting the main casting frame and the auxiliary casting frame in an array manner, and main frame and vice frame of pouring all weld and make things convenient for main frame and vice frame of pouring to open and shut the end and carry out reinforced connecting rod, main horizontal frame and vice horizontal frame top and bottom edge same array welding have make things convenient for main horizontal frame and vice horizontal frame to connect the connecting plate of installation, through pouring the frame with main, vice frame and the baffle, and the equipment connection of main horizontal frame and vice horizontal frame, can be better form a main part that can supply to pour, compare in using the baffle of interim equipment to pour, efficiency is higher, and under the effect of connecting plate, can be after pouring the completion shaping, through twisting out the bolt in the connecting plate, alright pour the frame with main, vice frame and the baffle of pouring, and main horizontal frame and vice horizontal frame demolish, compare in the baffle of interim equipment, surpass efficiency higher.

Further, the vertical screw hole that offers conveniently supplies the bolt to twist in the mounting panel outside, the main screw hole that supplies the bolt to twist is vertically offered equally to main frame of pouring and vice frame end antetheca of pouring, and the mounting panel is installed at main frame of pouring and vice frame end antetheca of pouring according to the demand through the bolt, through several screw holes, can be better according to the building demand, change the height of crossbeam, flexibility and suitability are all stronger.

Furthermore, the outer walls of the threaded holes of the main pouring frame and the auxiliary pouring frame are provided with mark plates A for marking each threaded hole position, the front walls of the baffles below the square holes are provided with mark plates B for marking each baffle respectively, the mark plates A can mark the threaded holes of the main pouring frame and the auxiliary pouring frame, and the mark plates B can distinguish the baffles of multiple groups with different heights of the square holes, so that the corresponding baffles can be selected to be installed in a matched mode according to the installation hole positions of the installation plates, and the efficiency is higher.

Further, the main casting frame and the auxiliary casting frame are provided with sealing strips at the closed ends, the joints of the main casting frame and the auxiliary casting frame can be sealed, the main transverse frame and the auxiliary transverse frame are also provided with sealing strips at the open ends, and the sealing strips can better prevent leakage of concrete after casting, so that the forming rate is higher.

Furthermore, the hanging blocks which are convenient for hanging the main pouring frame, the auxiliary pouring frame top and the mounting plate are welded on the main pouring frame, the auxiliary pouring frame top and the mounting plate top, and the hanging blocks can facilitate the hanging of a crane, so that the main body of the device is more convenient to assemble.

Compared with the prior art, the utility model discloses following beneficial effect has:

1. through pouring the frame with the owner, frame and baffle are pour to the vice, and the equipment connection of the horizontal frame of owner and the horizontal frame of vice, main part that can supply to pour in formation that can be better, compare in the baffle of using interim equipment and pour, efficiency is higher, and under the effect of connecting plate, can pour the completion shaping after, through twisting out the bolt in the connecting plate, alright pour the frame with the owner, frame and baffle are pour to the vice, and the horizontal frame of owner and vice horizontal frame are demolishd, compare in the baffle of interim equipment, it is higher to surpass efficiency.

2. Through several groups of threaded holes, the height of the cross beam can be better changed according to building requirements, and the flexibility and the applicability are stronger.

3. The hanging block can facilitate the hoisting of a crane, so that the device main body is more convenient to assemble.

Drawings

Fig. 1 is the utility model relates to an overall structure schematic diagram of the cast-in-place concrete double-limb column framework body for industrial factory building construction.

Fig. 2 is the utility model relates to a frame is pour with vice split schematic diagram of pouring the frame to main of industry factory building construction cast in situ concrete double limb post framework body.

Fig. 3 is the utility model relates to a main horizontal frame of industry factory building construction cast in situ concrete double limb post framework body and the split schematic diagram of vice horizontal frame.

Fig. 4 is the utility model relates to a baffle overall structure schematic diagram of industry factory building cast in situ concrete double limb post framework body.

In the figure: 1. main pouring frames; 101. auxiliary pouring frames; 2. a baffle plate; 201. a vertical slot; 210. a square hole; 301. a main horizontal frame; 302. a secondary transverse frame; 310. mounting a plate; 4. a threaded hole; 5. a connecting plate; 501. a connecting rod; 6. a marking plate A; 601. a marking plate B; 7. a seal strip; 8. and (7) hanging a block.

Detailed Description

In order to make the utility model realize, the technical means, the creation characteristics, the achievement purpose and the efficacy are easy to understand and understand, the utility model is further explained by combining the specific implementation mode.

As shown in figures 1-4, a cast-in-place concrete double-limb column framework for industrial factory building construction comprises a main casting frame 1 and an auxiliary casting frame 101, wherein the main casting frame 1 and the auxiliary casting frame 101 are symmetrically arranged in a group, one end of an opening and closing surface of the inner walls of the main casting frame 1 and the auxiliary casting frame 101 is vertically provided with a vertical groove 201 for inserting a baffle 2 in a penetrating way, the front wall of the baffle 2 is provided with square holes 210 for inserting one ends of a main transverse frame 301 and an auxiliary transverse frame 302 in different positions according to requirements, the baffles 2 are provided with a plurality of groups, two ends of the main transverse frame 301 and the auxiliary transverse frame 302 are respectively welded with a mounting plate 310 which can enable the main transverse frame 301 and the auxiliary transverse frame 302 to be mounted on the front walls of the main casting frame 1 and the auxiliary casting frame 101, the main transverse frame 301 and the auxiliary transverse frame 302 are mounted on the front walls of the main casting frame 1 and the auxiliary casting frame 101 through bolts, the edge ends of the rear walls of the closed surfaces of the main casting frame 1 and the auxiliary casting frame 101 are respectively welded with a connecting plate 5 which is convenient for connecting and the main casting frame 1 and the auxiliary casting frame 101 in a vertical array manner, and the top of the opening and closing surface of the main casting frame 1 and the auxiliary casting frame 101 is welded with a connecting rod 501 which is convenient for the opening and closing ends of the main casting frame 1 and the auxiliary casting frame 101 to be reinforced, the top and bottom edges of the main transverse frame 301 and the auxiliary transverse frame 302 are also welded with connecting plates 5 which are convenient for the connection and installation of the main transverse frame 301 and the auxiliary transverse frame 302 in an array manner, the outer side of the mounting plate 310 is vertically provided with a threaded hole 4 which is convenient for the bolt to be screwed in, the front walls of the opening and closing ends of the main casting frame 1 and the auxiliary casting frame 101 are also vertically provided with a threaded hole 4 which is convenient for the bolt to be screwed in, the mounting plate 310 is mounted on the front walls of the opening and closing ends of the main casting frame 1 and the auxiliary casting frame 101 through a bolt according to requirements, and the outer walls of the threaded holes 4 at the positions of the main casting frame 1 and the auxiliary casting frame 101 are provided with a marking plate A6 which marks the 4 positions of each threaded hole, the front walls of the baffles 2 below the square holes 210 are provided with marking plates B601 for marking each baffle 2 respectively, the main pouring frame 1 and the auxiliary pouring frame 101 are combined outside a main beam steel frame outside the bound reinforcing steel frames, bolts are screwed into the connecting plates 5 of the main pouring frame 1 and the auxiliary pouring frame 101 to be connected and fixed, then the baffles 2 with proper square hole 210 height are selected according to building requirements to be inserted into the vertical grooves 201 and bound by cross beam reinforcing steel bars, the main transverse frame 301 and the auxiliary transverse frame 302 are combined outside the cross beam reinforcing steel bars, the bolts are screwed into the connecting plates 5 of the main transverse frame 301 and the auxiliary transverse frame 302 to be connected and fixed, then the mounting plates 310 of the main transverse frame 301 and the auxiliary transverse frame 302 are mounted on threaded holes 4 on the main pouring frame 1 and the auxiliary pouring frame 101 through the bolts, and pouring can be completed.

The closed ends of the main pouring frame 1 and the auxiliary pouring frame 101 are provided with sealing strips 7 capable of sealing the joints of the main pouring frame and the auxiliary pouring frame, the open ends of the main transverse frame 301 and the auxiliary transverse frame 302 are also provided with sealing strips 7 capable of sealing the joints of the main pouring frame and the auxiliary pouring frame, and the sealing strips 7 can ensure that concrete cannot leak after the concrete is poured under the action of the sealing strips 7, so that the forming rate is higher.

Wherein, the main frame 1 and the vice frame 101 top of pouring and the mounting panel 310 top of pouring all weld the piece 8 that hangs that conveniently pours frame 1 and vice frame 101 top and mounting panel 310 and hoist to the main frame of pouring, hang the piece 8 and can make things convenient for earlier stage to use the crane to assemble the device main part more.

It should be noted that, the utility model relates to an industrial factory building construction cast in situ concrete double limb post framework, in operation, outside tying up the reinforcing bar frame that establishes, merge main frame 1 and vice frame 101 outside the girder steelframe, and twist the bolt into in main frame 1 and vice connecting plate 5 of pouring 101, connect the two fixedly, then according to the building demand, select baffle 2 of appropriate square hole 210 height, insert to in the riser channel 201, and tie up of crossbeam reinforcing bar establishes, merge main horizontal frame 301 and vice horizontal frame 302 outside the crossbeam reinforcing bar after that, and twist the bolt into main horizontal frame 301 and vice horizontal frame 302 in the connecting plate 5, connect the two fixedly, install main horizontal frame 301 and vice horizontal frame 302's mounting panel 310 on main frame 1 and vice frame 101 through the bolt, accomplish the installation alright pour, and can guarantee the concrete behind pouring under the effect of sealing strip 7, the concrete can not reveal, make the shaping rate higher.

The foregoing shows and describes the basic principles and principal features of the invention, together with the advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. The utility model provides an industry factory building construction cast in situ concrete double limb column framework body, includes mainly pours frame (1), still pours frame (101) including vice, and mainly pours frame (1) and vice frame (101) of pouring all have a set of symmetry, its characterized in that: one end of the opening and closing surface of the inner walls of the main casting frame (1) and the auxiliary casting frame (101) is vertically provided with a vertical groove (201) for the baffle (2) to insert in a penetrating way, the front wall of the baffle (2) is provided with square holes (210) for inserting one ends of the main transverse frame (301) and the auxiliary transverse frame (302) according to different positions, the baffles (2) are provided with a plurality of groups, the two ends of the main transverse frame (301) and the auxiliary transverse frame (302) are respectively welded with a mounting plate (310) which can enable the main transverse frame (301) and the auxiliary transverse frame (302) to be mounted on the front walls of the main pouring frame (1) and the auxiliary pouring frame (101), the main transverse frame (301) and the auxiliary transverse frame (302) are arranged on the front walls of the main casting frame (1) and the auxiliary casting frame (101) through bolts, the edge ends of the rear walls of the closed surfaces of the main pouring frame (1) and the auxiliary pouring frame (101) are vertically welded with connecting plates (5) which are convenient for the connection and installation of the main pouring frame (1) and the auxiliary pouring frame (101) in an array manner, and the top parts of the open-close surfaces of the main pouring frame (1) and the auxiliary pouring frame (101) are respectively welded with a connecting rod (501) which is convenient for reinforcing the open-close ends of the main pouring frame (1) and the auxiliary pouring frame (101), the top and bottom edges of the main transverse frame (301) and the auxiliary transverse frame (302) are also welded with connecting plates (5) in an array mode, and the connecting plates are convenient for the main transverse frame (301) and the auxiliary transverse frame (302) to be connected and installed.

2. The cast-in-place concrete double-limb column framework for industrial factory building according to claim 1, characterized in that: the mounting panel (310) outside is vertical to be seted up and is conveniently supplied screw hole (4) that the bolt was twisted, main frame (1) and vice frame (101) of pouring are opened and shut and are held the antetheca and vertically set up screw hole (4) that supply the bolt to twist equally, and mounting panel (310) are installed at main frame (1) and vice frame (101) of pouring and are held the antetheca according to the demand through the bolt.

3. The cast-in-place concrete double-limb column framework for industrial factory building according to claim 1, characterized in that: the outer walls of the threaded holes (4) at the main pouring frame (1) and the auxiliary pouring frame (101) are provided with mark plates A (6) for marking the positions of the threaded holes (4), and the front walls of the baffles (2) below the square holes (210) are provided with mark plates B (601) for marking the baffles (2) respectively.

4. The cast-in-place concrete double-limb column framework for industrial factory building according to claim 1, characterized in that: the sealing strip (7) capable of sealing the joint of the main pouring frame (1) and the auxiliary pouring frame (101) is arranged at the closed end of the main pouring frame, and the sealing strip (7) capable of sealing the joint of the main pouring frame and the auxiliary pouring frame is also arranged at the opening and closing end of the main transverse frame (301) and the auxiliary transverse frame (302).

5. The cast-in-place concrete double-limb column framework for industrial factory building according to claim 1, characterized in that: the top of the main pouring frame (1), the top of the auxiliary pouring frame (101) and the top of the mounting plate (310) are welded with hanging blocks (8) which are convenient for hoisting the top of the main pouring frame (1), the top of the auxiliary pouring frame (101) and the mounting plate (310).