CN207314848U - A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure - Google Patents

A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure Download PDF

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Publication number
CN207314848U
CN207314848U CN201721200883.6U CN201721200883U CN207314848U CN 207314848 U CN207314848 U CN 207314848U CN 201721200883 U CN201721200883 U CN 201721200883U CN 207314848 U CN207314848 U CN 207314848U
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CN
China
Prior art keywords
aluminum alloy
alloy mould
mould plate
holding clamp
connection flange
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Active
Application number
CN201721200883.6U
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Chinese (zh)
Inventor
石峰
王佳瑞
孙文
屈虹
王红媛
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China Construction First Group Corp Ltd
Third Construction Co Ltd of China Construction First Group Co Ltd
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China Construction First Group Corp Ltd
Third Construction Co Ltd of China Construction First Group Co Ltd
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Priority to CN201721200883.6U priority Critical patent/CN207314848U/en
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Abstract

A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure, wherein holding clamp include backing plate, steel ingot, otic placode and high-strength bolt;The steel ingot is rectangle stereochemical structure, and perpendicular to backing plate, be connected in the middle part of the plate face of backing plate;The otic placode has two pieces, and in steel ingot free end end face, transversely parallel interval arrangement;In the plate face of two pieces of otic placodes, correspondence be provided with perforation;The screw rod of the high-strength bolt is through in the perforation on two pieces of otic placodes.The utility model connects the technical problem of the aluminum alloy mould plate overall performance difference after difficult and assembly when solving the integral assembling of traditional aluminum alloy mould plate.

Description

A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure
Technical field
It the utility model is related to a kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure.
Background technology
As current building trade construction technology, construction technology constantly bringing forth new ideas and improving, in frame structure, shear wall knot In the form work engineering construction of structure, arisen aluminum alloy mould plate Fast-dismantle system, this system has that speed of application is fast, shaping structures The advantages that quality is good, constructing operation is convenient, support system is safe and reliable, but also exist necessarily not on template integral assembling Foot.
Utility model content
The purpose of this utility model is to provide a kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure, to solve The technology that the aluminum alloy mould plate overall performance difference after difficult and assembly is connected during the integral assembling of traditional aluminum alloy mould plate is asked Topic.
To achieve the above object, the utility model adopts the following technical solution.
A kind of aluminum alloy mould plate integral assembling holding clamp, includes backing plate, steel ingot, otic placode and high-strength bolt;It is described Steel ingot is rectangle stereochemical structure, and perpendicular to backing plate, be connected in the middle part of the plate face of backing plate;The otic placode has two pieces, and in steel Ingot free end end face, transversely parallel interval are arranged;In the plate face of two pieces of otic placodes, correspondence be provided with perforation;The high-strength bolt Screw rod be through in the perforation on two pieces of otic placodes.
Preferably, the otic placode and steel ingot are integrally formed.
Preferably, a diameter of 10mm ~ 12mm to perforate on the otic placode.
A kind of formwork structure with the aluminum alloy mould plate integral assembling holding clamp, includes aluminum alloy mould plate list First, main back cord and holding clamp;The aluminum alloy mould plate unit has at least two, transversely splices successively;Wherein, each aluminium closes The vertical side of two of golden modular unit outwards turns down to form vertical connection flange, vertically on connection flange, along its major axis side Vertical connecting hole is equipped with to being spaced apart;Connected between laterally adjacent two aluminum alloy mould plate units by vertically connecting flange and fixing Connect;Outwards fold forms lateral connection flange to two transverse sides of the aluminum alloy mould plate unit;On lateral connection flange, It is spaced apart along its long axis direction equipped with horizontal connecting hole;
The main back cord has one group, and vertically parallel interval is connected on the outside of aluminum alloy mould plate unit, correspondence vertically connects Connect at the position in hole;Wherein every main back cord includes two steel pipes that vertically parallel interval is arranged and one group laterally spaced The connecting plate being connected between two steel pipes;
The holding clamp is connected between adjacent two pieces of aluminum alloy mould plate units;Wherein, holding clamp is equipped with otic placode One end is through on main back cord in the gap of two steel pipes, and two pieces of otic placodes are respectively positioned at two neighboring aluminum alloy mould plate unit The both sides of vertical connection flange;The one end of the holding clamp equipped with backing plate is pressed on the outside of two steel pipes on main back cord;Institute The screw rod for stating high-strength bolt is corresponded in the vertical connecting hole being threaded through in the perforation and two vertical connection flange of two pieces of otic placodes, and Fixed by nut.
Preferably, the width that the vertical connection flange outwards turns down is 40~60mm;The lateral connection flange is outside The width of fold is 40~60mm.
Preferably, the distance between two neighboring vertical connecting hole is 250~350mm on the vertical connection flange;Institute It is 20~40mm to state the distance between two neighboring horizontal connecting hole on lateral connection flange.
The utility model has the characteristics that and beneficial effect compared with prior art.
1st, the holding clamp of the utility model, its design is relatively simple, and construction is simple is easy to operate, is applied relative to traditional welding Work more science, the defects of not damaging aluminum dipping form plate and rod piece, not causing material and waste.
2nd, the formwork structure of the utility model can ensure the impression quality after wall form removal well, and Forming Quality is high, applies The work cycle is short, and the holding clamp once mounting in formwork structure forever uses, during only need to check nut fasten situation, Cause to prevent bolt looseness square steel main joist fix imprecision, therefore the utility model save to a certain extent manpower, The input repeatedly of material resources, saves construction cost.
3rd, the holding clamp in the utility model formwork structure is connected between two aluminum alloy mould plate units, well will Two pieces of aluminum alloy mould plate units connect into connection when an entirety solves the integral assembling of traditional aluminum alloy mould plate it is difficult with And the technical problem of the aluminum alloy mould plate overall performance difference after assembly.
Brief description of the drawings
The utility model is described in more detail below in conjunction with the accompanying drawings.
Fig. 1 is the dimensional structure diagram of holding clamp in the utility model.
Fig. 2 is the side structure schematic diagram of holding clamp in the utility model.
Fig. 3 is the planar structure schematic diagram of holding clamp in the utility model.
Fig. 4 is the positive structure schematic that holding clamp when not installing high-strength bolt in the utility model.
Fig. 5 is Fig. 4 planar structure schematic diagrams.
Fig. 6 is the structure diagram of formwork structure in the utility model.
Fig. 7 be in the utility model holding clamp with being vertically connected flange connecting node schematic diagram.
Reference numeral:1- backing plates, 2- steel ingots, 3- otic placodes, 4- perforation, 5- high-strength bolts, 6- aluminum alloy mould plate lists Member, 6.1- vertically connect the vertical connecting hole of flange, 6.2-, 6.3- lateral connections flange, 6.4- horizontal connecting holes, 7- master Back cord, 7.1- steel pipes, 7.2- connecting plates, 8- split bolts.
Embodiment
As shown in Figs. 1-5, this aluminum alloy mould plate integral assembling holding clamp, include backing plate 1, steel ingot 2, otic placode 3 with And high-strength bolt 5;The steel ingot 2 is rectangle stereochemical structure, and perpendicular to backing plate 1, be connected in the middle part of the plate face of backing plate 1;Steel The plate face border full weld of 2 one end of ingot and backing plate 1, smooth welding joint, full, weld seam rank is level-one;The otic placode 3 has two pieces, and In 2 free end end face of steel ingot, transversely parallel interval is arranged;In the plate face of two pieces of otic placodes 3, correspondence be provided with perforation 4;The height The screw rod of strength bolt 5 is through in the perforation 4 on two pieces of otic placodes 3.
In the present embodiment, the otic placode 3 and steel ingot are process for same former material, are integral in fact.
In the present embodiment, the diameter of perforation 4 can be 10mm ~ 12mm on the otic placode 3;The specification of high-strength bolt 5 is M10 And it are furnished with two high-strength nuts.
Certainly in other embodiments, the high-strength bolt 5 is it is also an option that the bolt of other specifications.
As shown in Figure 6 and Figure 7, this formwork structure with aluminum alloy mould plate integral assembling holding clamp, includes aluminium Alloy templates unit 6, main back cord 7 and holding clamp;The aluminum alloy mould plate unit 6 has at least two, transversely splices successively; Wherein, two of each aluminum alloy mould plate unit 6 vertical sides outwards turn down to form vertical connection flange 6.1, are vertically connecting It is spaced apart on flange 6.1, along its long axis direction equipped with vertical connecting hole 6.2;Between laterally adjacent two aluminum alloy mould plate units 6 It is fixedly connected by vertically connecting flange 6.1;Two transverse sides of the aluminum alloy mould plate unit 6 outwards turn down to form transverse direction Connect flange 6.3;It is spaced apart on lateral connection flange 6.3, along its long axis direction equipped with horizontal connecting hole 6.4;The main back of the body Stupefied 7 have one group, and vertically parallel interval is connected to the outside of aluminum alloy mould plate unit 6, the position of corresponding vertical connecting hole 6.2 Place;Wherein every main back cord 7 includes two, and vertically the steel pipes 7.1 of parallel interval arrangement and one group laterally spaced are connected to Connecting plate 7.2 between two steel pipes;The holding clamp is connected between adjacent two pieces of aluminum alloy mould plate units 6;Wherein, Gu Determine the one end of fixture equipped with otic placode 3 to be through on main back cord 7 in the gap of two steel pipes 7.1, and two pieces of otic placodes 3 are located at phase respectively The both sides of the vertical connection flange 6.1 of adjacent two aluminum alloy mould plate units 6;The side pressure that the holding clamp is equipped with backing plate 1 is set The outside of two steel pipes 7.1 on main back cord 7;The screw rod of the high-strength bolt 5 corresponds to 4 He of perforation for being threaded through two pieces of otic placodes 3 In vertical connecting hole 6.2 on two vertical connection flange 6.1, and fixed by nut.
In the present embodiment, the width that the vertical connection flange 6.1 outwards turns down is 40~60mm;The lateral connection turns over The width that side 6.3 outwards turns down is 40~60mm.
In the present embodiment, the distance between two neighboring vertical connecting hole 6.2 is 250 on the vertical connection flange 6.1 ~350mm;The distance between two neighboring horizontal connecting hole 6.4 is 20~40mm on the lateral connection flange 6.3.
Formwork structure in the utility model is respectively disposed with two pieces, two pieces at the medial surface of wall and lateral surface position It is bolted between formwork structure by drawknot;
After the completion of 6 assembly of aluminum alloy mould plate unit, on two pieces of formwork structures, correspond at main 7 position of back cord with tower Drill bit carries out perforate, and hole spacing sets spacing identical with split bolt on formwork structure 8, after hole opens up, by the main back of the body Gap face formwork structure osseotomy site on stupefied 7 is put, and places holding clamp afterwards, holding clamp is aligned adjacent two A 6 edge joint position of aluminum alloy mould plate unit, is inserted into from the gap on main back cord 7, two pieces of otic placodes 3 is located at two neighboring aluminium respectively The both sides of the vertical connection flange 6.1 of alloy templates unit 6;After the backing plate 1 of holding clamp one end is adjacent to main back cord 7, use In vertical connecting hole 6.2 of the high-strength bolt 5 through the perforation 4 on holding clamp and vertically on connection flange 6.1, the screw rod other end Fastened with supporting double nut.
The main back cord 7 in each road and holding clamp carry out operation construction according to above-mentioned flow later;Treat whole wall form knot After the main back cord 7 of structure and holding clamp install, the handling installment work of whole wall form can be carried out.
Fig. 4 show formwork structure schematic diagram, its assembled step is as follows.
The first step, carries out assembled fixation by aluminum alloy mould plate unit 6, passes through fastener between each aluminum alloy mould plate unit 6 Connection, after the assembly of aluminum alloy mould plate unit 6 is fixed, is laid in ground.
Second step, two steel pipes of the main back cord 7 of template are welded with backing plate 1, its 1 placement position of backing plate should strictly press Placed according to 8 central point of hole spacing of template split bolt, after treating that the backing plate 1 on main back cord 7 welds, outside 1 central point of backing plate The nut of split bolt 8 is welded, finally ensureing the nut-welding of main back cord 7, backing plate 1 and split bolt 8 becomes same entirety.
3rd step, after the completion of formwork structure assembly, perforate is carried out on two pieces of formwork structures, between hole with tower type drill bit Set spacing identical with split bolt 8 away from the length direction along formwork structure.
4th step, the main back cord 7 that welding is completed, backing plate 1, the nut of split bolt 8 are aligned with hole center and are put Put, holding clamp is installed afterwards, holding clamp is directed at two neighboring 6 edge joint position of aluminum alloy mould plate unit, from main back cord 7 It is inserted into gap, makes the vertical both sides that connect flange 6.1 of two pieces of otic placodes 3 respectively positioned at two neighboring aluminum alloy mould plate unit 6.
5th step, after the backing plate 1 of holding clamp one end is adjacent to main back cord 7, is passed through on holding clamp with high-strength bolt 5 Perforation 4 and vertical connection flange 6.1 on vertical connecting hole 6.2 in, the screw rod other end is fastened with supporting double nut, must not be had Loose phenomenon.
6th step, remaining each main back cord 7 and holding clamp install same aforesaid operations, until all structures of monoblock formwork structure Part is assembled to be completed.
7th step, checks whether monoblock formwork structure is assembled firmly, it is ensured that after loose phenomenon, using tower crane into entirety Handling, installation.
Above-described embodiment is not the exhaustion of embodiment, can also there is other embodiments, and above-described embodiment purpose exists In explanation the utility model, and unrestricted the scope of protection of the utility model, it is all by the utility model simple change and Lai Using all falling within the scope of protection of the utility model.

Claims (6)

  1. A kind of 1. aluminum alloy mould plate integral assembling holding clamp, it is characterised in that:Include backing plate(1), steel ingot(2), otic placode(3) And high-strength bolt(5);
    The steel ingot(2)For rectangle stereochemical structure, and perpendicular to backing plate(1), be connected to backing plate(1)Plate face in the middle part of;
    The otic placode(3)There are two pieces, and in steel ingot(2)Free end end face, transversely parallel interval are arranged;In two pieces of otic placodes(3) Plate face on, correspondence be provided with perforation(4);
    The high-strength bolt(5)Screw rod be through two pieces of otic placodes(3)On perforation(4)In.
  2. A kind of 2. aluminum alloy mould plate integral assembling holding clamp according to claim 1, it is characterised in that:The otic placode (3)And steel ingot(2)It is integrally formed.
  3. A kind of 3. aluminum alloy mould plate integral assembling holding clamp according to claim 2, it is characterised in that:The otic placode (3)Upper perforation(4)A diameter of 10mm ~ 12mm.
  4. A kind of 4. template knot of the aluminum alloy mould plate integral assembling holding clamp in 1-3 with claim described in any one Structure, it is characterised in that:Include aluminum alloy mould plate unit(6), main back cord(7)And holding clamp;
    The aluminum alloy mould plate unit(6)Have at least two, transversely splice successively;Wherein, each aluminum alloy mould plate unit(6) Two vertical sides outwards turn down to form vertical connection flange(6.1), in vertically connection flange(6.1)Above, along its major axis side Vertical connecting hole is equipped with to being spaced apart(6.2);Laterally adjacent two aluminum alloy mould plate units(6)Between by vertically connecting flange (6.1)It is fixedly connected;The aluminum alloy mould plate unit(6)Two transverse sides outwards fold form lateral connection flange (6.3);In lateral connection flange(6.3)Above, it is spaced apart along its long axis direction equipped with horizontal connecting hole(6.4);
    The main back cord(7)There is one group, and vertically parallel interval is connected to aluminum alloy mould plate unit(6)Outside, correspond to vertically Connecting hole(6.2)Position at;Wherein every main back cord(7)Include two steel pipes that vertically parallel interval is arranged(7.1) And one group of laterally spaced connecting plate being connected between two steel pipes(7.2);
    The holding clamp is connected to adjacent two pieces of aluminum alloy mould plate units(6)Between;Wherein, holding clamp is equipped with otic placode(3) One end be through main back cord(7)Upper two steel pipes(7.1)Gap in, and two pieces of otic placodes(3)It is located at two neighboring aluminium respectively Alloy templates unit(6)Vertical connection flange(6.1)Both sides;The holding clamp is equipped with backing plate(1)One end be pressed on Main back cord(7)Upper two steel pipes(7.1)Outside;The high-strength bolt(5)Screw rod correspond to be threaded through two pieces of otic placodes(3)Wear Hole(4)With two vertical connection flange(6.1)On vertical connecting hole(6.2)In, and fixed by nut.
  5. 5. the formwork structure according to claim 4 with aluminum alloy mould plate integral assembling holding clamp, it is characterised in that: The vertical connection flange(6.1)The width outwards turned down is 40~60mm;The lateral connection flange(6.3)Outwards turn down Width is 40~60mm.
  6. 6. the formwork structure according to claim 5 with aluminum alloy mould plate integral assembling holding clamp, it is characterised in that: The vertical connection flange(6.1)Upper two neighboring vertical connecting hole(6.2)The distance between be 250mm~350mm;The horizontal stroke To connection flange(6.3)Upper two neighboring horizontal connecting hole(6.4)The distance between be 20mm~40mm.
CN201721200883.6U 2017-09-19 2017-09-19 A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure Active CN207314848U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721200883.6U CN207314848U (en) 2017-09-19 2017-09-19 A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721200883.6U CN207314848U (en) 2017-09-19 2017-09-19 A kind of aluminum alloy mould plate integral assembling holding clamp and formwork structure

Publications (1)

Publication Number Publication Date
CN207314848U true CN207314848U (en) 2018-05-04

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109518961A (en) * 2018-12-03 2019-03-26 筑梦高科建筑有限公司 A kind of quick rigging mechanism of semi-solid-state shaping

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109518961A (en) * 2018-12-03 2019-03-26 筑梦高科建筑有限公司 A kind of quick rigging mechanism of semi-solid-state shaping
CN109518961B (en) * 2018-12-03 2021-04-30 广东博智林机器人有限公司 Semi-solid forming's fast assembly template mechanism

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