CN110107133A - A kind of production method of multi-storied warehouse, multi-storied warehouse wall and multi-storied warehouse wall - Google Patents

A kind of production method of multi-storied warehouse, multi-storied warehouse wall and multi-storied warehouse wall Download PDF

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Publication number
CN110107133A
CN110107133A CN201910393042.9A CN201910393042A CN110107133A CN 110107133 A CN110107133 A CN 110107133A CN 201910393042 A CN201910393042 A CN 201910393042A CN 110107133 A CN110107133 A CN 110107133A
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CN
China
Prior art keywords
combined
column
sleeper
concealed
girt strip
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Pending
Application number
CN201910393042.9A
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Chinese (zh)
Inventor
丁永刚
李学森
许启铿
陈俊旗
孙启帅
周志耀
刘强
乔浩乐
骆倩
王浩然
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Henan University of Technology
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Henan University of Technology
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Application filed by Henan University of Technology filed Critical Henan University of Technology
Priority to CN201910393042.9A priority Critical patent/CN110107133A/en
Publication of CN110107133A publication Critical patent/CN110107133A/en
Pending legal-status Critical Current

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    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04BGENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B2/00Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
    • E04B2/56Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members
    • E04B2/562Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members with fillings between the load-bearing elongated members
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04BGENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
    • E04B2/00Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
    • E04B2/56Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members
    • E04B2/64Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members with elongated members of concrete
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H7/00Construction or assembling of bulk storage containers employing civil engineering techniques in situ or off the site
    • E04H7/22Containers for fluent solids, e.g. silos, bunkers; Supports therefor
    • E04H7/24Constructions, with or without perforated walls, depending on the use of specified materials
    • E04H7/26Constructions, with or without perforated walls, depending on the use of specified materials mainly of concrete, e.g. reinforced concrete or other stone-like materials
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04HBUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
    • E04H7/00Construction or assembling of bulk storage containers employing civil engineering techniques in situ or off the site
    • E04H7/22Containers for fluent solids, e.g. silos, bunkers; Supports therefor
    • E04H7/24Constructions, with or without perforated walls, depending on the use of specified materials
    • E04H7/26Constructions, with or without perforated walls, depending on the use of specified materials mainly of concrete, e.g. reinforced concrete or other stone-like materials
    • E04H7/28Constructions, with or without perforated walls, depending on the use of specified materials mainly of concrete, e.g. reinforced concrete or other stone-like materials composed of special building elements

Abstract

The present invention relates to a kind of multi-storied warehouses, the production method of multi-storied warehouse wall and multi-storied warehouse wall, the wall of multi-storied warehouse includes upright of frame, cruciform bracing is provided between upright of frame, combined wall board is provided between adjacent upright of frame and corresponding adjacent cruciform bracing, combined wall board includes the sleeper and concealed beam of vertical horizontal interlaced arrangement, combined wall board further includes being set to adjacent sleeper, combined wall board unit between concealed beam, combined wall board unit includes the rib column and girt strip of vertical horizontal interlaced arrangement, multiple grid holes are formed between rib column and girt strip, integrally-built concrete segment is provided in each grid hole.The problem of present invention solves to be filled between column and crossbeam by solid brick wall in the prior art, and existing solid brick wall rigidity is low, bending strength is small and production process will cause environmental pollution.

Description

A kind of production method of multi-storied warehouse, multi-storied warehouse wall and multi-storied warehouse wall
Technical field
The present invention relates to the production sides of multi-storied warehouse, multi-storied warehouse wall and multi-storied warehouse wall in a kind of food storage field Method.
Background technique
Multi-storied warehouse is small as a kind of occupied area, space utilization is abundant, the reasonable grain storage structure of economic benefit, in people The big city that mouth is intensive, land resource is in short supply has big advantage and development prospect.
Recently as the fast development of the industrial technology of building, many concrete components are ok during building construction Be prefabricated in the factory completion, by maintenance, transports to construction site and assembles installation.China's common furniture construction, in skyscraper Wall reform has achieved good achievement, and many novel fabricated walls are used widely, such as has open tubular column and answer in advance The multi-storied warehouse in bulk of power hollow plate storehouse wall, but for a long time, the construction of silo is still within extensive developing stage, wherein The reform of wall is especially slow.
In conjunction with the current grain system reform actual conditions in China, " four dissipate " operation modernization grain circulation is actively promoted Mode development strategic requirement.Existing multi-storied warehouse mostly uses frame structure bearing system, the grain storage in the form of packed grain, bulkhead and packet There are operation paths between loading, without direct flat contact between bulkhead and packed grain.But it in order to promote " four dissipate " operation, Packed grain is changed to grain storage form in bulk, therefore bulkhead is directly contacted with bulk grain, bulkhead will bear sizable grain water Vertical frictional force caused by concora crush power and horizontal pressure force, therefore, there is an urgent need to the novel wall body structure for being suitable for is introduced into grain Eat building warehouse building.
Existing multi-storied warehouse includes the multi-storied warehouse wall that surrounding is arranged and the silo roof being set at the top of multi-storied warehouse wall, wall Including the column being vertically arranged, be provided with ground beam between the bottom of column, between column in the upside of ground beam between the upper and lower every arrangement There are at least two crossbeams, integral structure is poured between column and ground beam, column and crossbeam, between column and ground beam, crossbeam It is filled by square brick in space.Existing this multi-storied warehouse wall has problems in that: entire wall is all field fabrication, construction Period is long, there are problems that live pollution form construction;The gap between ground beam and crossbeam, one side square brick institute shape are filled by square brick At wall body area intensity cannot be guaranteed, in addition square brick itself is also the production of resources being strictly limited, because of square brick itself It is fired by clay, a large amount of clay exploitation can destroy this kind of non-renewable resources of agro-farming, the firing production of square brick itself It will cause very big environmental pollution.
Summary of the invention
The purpose of the present invention is to provide a kind of multi-storied warehouse, with solve in the prior art by solid brick wall fill column with Between crossbeam, and the problem of existing solid brick wall rigidity is low, bending strength is small and production process will cause environmental pollution;This hair Bright purpose, which also resides in, provides the production method of wall used in one kind multi-storied warehouse and the wall.
In order to solve the above technical problems, the technical solution of multi-storied warehouse is as follows in the present invention:
A kind of multi-storied warehouse, including surrounding wall and the silo roof being set at the top of wall, wall includes at least two being arranged in juxtaposition Upright of frame, at least two cruciform bracings spaced apart along the vertical direction are provided between upright of frame, and adjacent frame is vertical It is provided with combined wall board between column and corresponding adjacent cruciform bracing, combined wall board includes the sleeper of vertical horizontal interlaced arrangement and dark Beam, combined wall board further include the combined wall board unit being set between adjacent sleeper, concealed beam, and combined wall board unit includes that vertical horizontal is interlocked The rib column and girt strip of arrangement form multiple grid holes, are provided in each grid hole integrally-built between rib column and girt strip Concrete segment, upright of frame, cruciform bracing, concealed beam, sleeper, girt strip, rib column are reinforced concrete structure, rib column, girt strip Integral structure is poured with corresponding concrete segment, concealed beam, sleeper pour integral structure, frame with corresponding girt strip, rib column Frame crossbeam and the girt strip of rib column and corresponding combined wall board unit pour integral structure, frame power column and girt strip and corresponding composite wall The rib column of plate unit pours integral structure.
Concrete segment is air-entrained concrete building block.
Concealed beam, sleeper form cross-shaped structure.
The technical solution of wall in the present invention are as follows:
A kind of wall of multi-storied warehouse, the upright of frame being arranged in juxtaposition including at least two are provided at least two between upright of frame A cruciform bracing spaced apart along the vertical direction is provided with multiple between adjacent upright of frame and corresponding adjacent cruciform bracing Wallboard is closed, combined wall board includes the sleeper and concealed beam of vertical horizontal interlaced arrangement, and combined wall board further includes being set to adjacent sleeper, concealed beam Between combined wall board unit, combined wall board unit includes the rib column and girt strip of vertical horizontal interlaced arrangement, is formed between rib column and girt strip Multiple grid holes, are provided with integrally-built concrete segment in each grid hole, upright of frame, cruciform bracing, concealed beam, dark Column, girt strip, rib column are reinforced concrete structure, and rib column, girt strip pour integral structure with corresponding concrete segment, secretly Beam, sleeper pour integral structure, the girt strip of cruciform bracing and rib column and corresponding combined wall board unit with corresponding girt strip, rib column Integral structure is poured, frame power column pours integral structure with the rib column of girt strip and corresponding combined wall board unit.
Concrete segment is air-entrained concrete building block.
Concealed beam, sleeper form cross-shaped structure.
The technical solution of the production method of wall in the present invention are as follows:
A kind of production method of the wall of multi-storied warehouse, this approach includes the following steps, according to multi-storied warehouse the number of plies from the bottom to top according to The wall of every layer of multi-storied warehouse of secondary production makes combined wall board unit, puts wherein the making step of each layer wall is the first step The framework of steel reinforcement of girt strip, rib column is formed by grid hole in the framework of steel reinforcement of girt strip, rib column and places concrete segment, coagulation Internal model when earth building blocks are poured as girt strip, rib column, the casting concrete between wall element external mold and concrete segment, coagulation After soil solidification girt strip, rib column are formed, girt strip, the concrete of rib column and concrete segment pour integral structure, girt strip, rib column The exposed formation wall element reserving rib of framework of steel reinforcement;Second step makes combined wall board, the framework of steel reinforcement cross friendship of concealed beam, sleeper Fork arrangement, concealed beam, sleeper framework of steel reinforcement between combined wall board unit is set, combined wall board unit is adjacent with concealed beam, sleeper The wall element reserving rib of side is connected with the framework of steel reinforcement of corresponding concealed beam, sleeper, and combined wall board unit is poured as concealed beam, sleeper When external mold, casting concrete form concealed beam, sleeper, the exposed formation beam column reserving rib of framework of steel reinforcement of concealed beam, sleeper;Third Step, the beam column reserving rib of concealed beam end and the respective side wall element reserving rib of combined wall board unit are stood with the frame being vertically arranged The framework of steel reinforcement connection of column, the beam column reserving rib of sleeper end and the upper and lower sides wall element reserving rib of combined wall board unit and cross Framework of steel reinforcement connection to the cruciform bracing of arrangement, the framework of steel reinforcement of cruciform bracing and the framework of steel reinforcement of upright of frame connect, with Combined wall board unit is as internal model to cruciform bracing, upright of frame pouring molding.
Combined wall board unit is formed by prefabrication.
When the first step makes combined wall board unit, girt strip, the framework of steel reinforcement of rib column and concrete segment are laid flat;Second step When making combined wall board, concealed beam, the framework of steel reinforcement of sleeper and combined wall board unit are laid flat.
The invention has the benefit that cruciform bracing, upright of frame and combined wall board pour integral knot in the present invention Structure, concealed beam, sleeper and combined wall board unit in combined wall board pour integral structure, and the concrete in combined wall board unit is built Block and girt strip, rib column pour integral structure, and entire wall is completed by casting craft substantially, and construction efficiency is high, in addition, mixed When solidifying earth building blocks are by grain heap active force, which passes to girt strip, rib column through concrete segment, then passes to concealed beam, dark Column, and then it is transmitted to cruciform bracing, upright of frame, power obtains the transmitting and dispersion of maximum magnitude, therefore can guarantee the rigid of wall Degree and bending strength, and concrete segment and corresponding beam column construction is used to replace square brick in the prior art, it is more environmentally-friendly, it keeps away Firing bring problem of environmental pollution is exempted from.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of one embodiment of multi-storied warehouse in the present invention;
Fig. 2 is the structural schematic diagram of wall in Fig. 1;
Fig. 3 is the structural schematic diagram of combined wall board in Fig. 2;
Fig. 4 is the structural schematic diagram of combined wall board unit in Fig. 3.
Specific embodiment
One embodiment of multi-storied warehouse is as shown in Fig. 1 ~ 4: wall 2 including surrounding and the silo roof 1 being set at the top of wall, The inside of multi-storied warehouse is separated into three-decker by interlayer 3.Wall includes the more upright of frame being arranged in juxtaposition 2.1, upright of frame About at least two spaced apart cruciform bracings 2.2 are equipped between 2.1, wherein the cruciform bracing of lower side is ground beam 2.3, The bottom of each column is provided with the basis 2.6 of concrete, and the both ends of ground beam are also connected with corresponding basis respectively.Adjacent frame It erects and is provided with combined wall board 2.5 between column and corresponding adjacent cruciform bracing, combined wall board includes the dark of vertical horizontal interlaced arrangement The space that adjacent frame column and adjacent frame crossbeam are surrounded is separated by column 1.4 and concealed beam 1.5, sleeper 1.4, concealed beam 1.5 Four regions are provided with combined wall board unit 2.4 in each region.Combined wall board unit 2.4 includes vertical horizontal interlaced arrangement Rib column 1.3 and girt strip 1.2, form multiple grid holes between rib column 1.3 and girt strip 1.2, be provided in each grid hole whole The concrete segment 1.1 of body structure, the concrete segment in the present embodiment are air-entrained concrete building block, upright of frame 2.1, frame Crossbeam 2.2, concealed beam 1.5, sleeper 1.4, girt strip 1.2, rib column 1.3 are reinforced concrete structure, and rib column, girt strip are mixed with corresponding Solidifying earth building blocks pour integral structure, and concealed beam, sleeper pour integral structure, cruciform bracing and rib with corresponding girt strip, rib column The girt strip of column and corresponding combined wall board unit pours integral structure, the rib of frame power column and girt strip and corresponding combined wall board unit Column pours integral structure.
The manufacturing process of wall in the present embodiment is successively to make every floor room from the bottom to top according to the number of plies of multi-storied warehouse The wall in storehouse, wherein the making step of each layer wall is the first step, scene or prefabrication combined wall board unit, lay flat girt strip, The framework of steel reinforcement of rib column is formed by grid hole in the framework of steel reinforcement of girt strip, rib column and places concrete segment, concrete segment Internal model when pouring as girt strip, rib column is placed girt strip external mold on the outside of outermost girt strip, is put on the outside of outermost rib column Set rib column external mold, to rib column, girt strip framework of steel reinforcement in casting concrete, rib column, girt strip molding, the concrete of rib column, girt strip It is poured with coagulation building block and is fixed into overall structure, the exposed formation wall element reserving rib 1.6 of framework of steel reinforcement of girt strip, rib column, most Rib column external mold and girt strip external mold are removed afterwards;Second step makes combined wall board, lays flat the framework of steel reinforcement of concealed beam, sleeper, secretly Beam, sleeper framework of steel reinforcement right-angled intersection arrangement, concealed beam, sleeper framework of steel reinforcement between be arranged combined wall board unit, it is compound Wall panel element is connect with the wall element reserving rib of concealed beam, sleeper sides adjacent with the framework of steel reinforcement of corresponding concealed beam, sleeper, composite wall External mold when plate unit is poured as concealed beam, sleeper, casting concrete form concealed beam, sleeper, concealed beam, sleeper framework of steel reinforcement outside Dew forms beam column reserving rib, and beam column reserving rib includes the reserving rib 1.8 of concealed beam end and the reserving rib 1.7 of sleeper end;Third Step, the framework of steel reinforcement of upright of frame is stood in concrete foundation, the beam column reserving rib of concealed beam end and combined wall board unit Respective side wall element reserving rib is connect with the framework of steel reinforcement for the upright of frame being vertically arranged, the beam column reserving rib of sleeper end and The framework of steel reinforcement of the cruciform bracing of the upper and lower sides wall element reserving rib and lateral arrangement of combined wall board unit connects, cruciform bracing Framework of steel reinforcement and upright of frame framework of steel reinforcement connect, using combined wall board unit as internal model, in cruciform bracing, upright of frame Corresponding outside exterior sheathing is set, to casting concrete in the framework of steel reinforcement of cruciform bracing, upright of frame, shaping frame crossbeam and Upright of frame.
In the present invention, when active force when concrete segment by grain, which can be through the rib of fenestral fabric Column, girt strip pass to concealed beam, sleeper, are then passed to cruciform bracing, upright of frame, are ultimately transferred to concrete foundation, power quilt Dispersion transmitting, and there is the beam of reinforced concrete structure, column to undertake, wall overall stiffness is high, bending resistance is big;Basic use is poured The mode of building completes wall construction, reduces pollution form construction, improves construction efficiency and labor productivity;It is big using air-entrained concrete building block Reduce the self weight of multi-storied warehouse wall greatly, for common brick mix structure, weight reduction 35% is equivalent to shear wall knot For structure, weight reduction 33%;The energy-saving effect of combined wall building chamber structure is good, the multi-storied warehouse combined wall of 300mm thickness Entire thermal resistance is equivalent to the solid brick wall of clay of 600mm thickness, can reach the standard of national energy-saving at this stage;The combined wall situ wet Operation is few, can with water-saving 60% or so, keep the temperature with structure-integrated design, can save energy 20% or so, speed of application block, when construction Between can save 35%, support additional few, 20% or so can be saved and use material.The case where bearing capacity of wall body will not be substantially reduced Under, it can effectively improve the deformation performance and ductility of structure.Multi-storied warehouse combined wall board is when by grain load, combined wall board It can interact with outer framework, common stress, can not only play the advantage that intensity is big and the horizontal rigidity of plate is big of beam column, but also The disadvantage that the rigidity that can make up beam column is small, plate bending strength is small, they mutually cover the shortage, and give full play to respective property Energy.Concrete segment size, number in structure can be adjusted according to factors such as Filling high, intercolumniation, requirement for bearing capacity. Multi-storied warehouse higher for requirement for bearing capacity can be increased girt strip, rib column number, be mentioned by increase girt strip, the sectional dimension of rib column High wall overall stability can meet multiple types multi-storied warehouse construction wall requirement.
The implementation of the wall of multi-storied warehouse is for example shown in Fig. 1 ~ 4: in the specific structure of wall and above-mentioned each multi-storied warehouse embodiment Wall it is identical, this will not be detailed here.
The embodiment of the production method of the wall of multi-storied warehouse, the multi-storied warehouse to be made are three-decker as shown in Fig. 1 ~ 4, Wall is successively made when making by layer from the bottom to top, and every layer of production method includes the following steps, the first step, makes combined wall board Unit puts the framework of steel reinforcement of girt strip, rib column, is formed by grid hole in the framework of steel reinforcement of girt strip, rib column and places concrete Building block, internal model when concrete segment is poured as girt strip, rib column, pours mixed between wall element external mold and concrete segment Solidifying soil forms girt strip, rib column after concrete curing, and girt strip, the concrete of rib column and concrete segment pour integral structure, rib The exposed formation wall element reserving rib of framework of steel reinforcement of beam, rib column;Second step makes combined wall board, the reinforcing bar of concealed beam, sleeper Frame right-angled intersection arrangement, concealed beam, sleeper framework of steel reinforcement between combined wall board unit is set, combined wall board unit and concealed beam, The framework of steel reinforcement of the wall element reserving rib of sleeper sides adjacent and corresponding concealed beam, sleeper connects, combined wall board unit as concealed beam, External mold when sleeper pours, casting concrete form concealed beam, sleeper, and concealed beam, the exposed formation beam column of framework of steel reinforcement of sleeper are reserved Muscle;The respective side wall element reserving rib of third step, the beam column reserving rib of concealed beam end and combined wall board unit be vertically arranged Upright of frame framework of steel reinforcement connection, the beam column reserving rib of sleeper end and the upper and lower sides wall element of combined wall board unit are pre- The framework of steel reinforcement of the cruciform bracing of muscle and lateral arrangement is stayed to connect, the framework of steel reinforcement of cruciform bracing and the framework of steel reinforcement of upright of frame Connection, using combined wall board unit as internal model to cruciform bracing, upright of frame pouring molding.
Combined wall board unit and combined wall board are formed by prefabrication.
When the first step makes combined wall board unit, girt strip, the framework of steel reinforcement of rib column and concrete segment are laid flat;Second step When making combined wall board, concealed beam, the framework of steel reinforcement of sleeper and combined wall board unit are laid flat.In other embodiments of the invention In, combined wall board unit and combined wall board can also be made.In other embodiments of the invention, the number of plies of multi-storied warehouse It can according to need and be configured, such as two layers, four layers or other numbers of plies.

Claims (9)

1. a kind of multi-storied warehouse, including surrounding wall and the silo roof being set at the top of wall, it is characterised in that: wall includes at least two A upright of frame being arranged in juxtaposition is provided at least two cruciform bracings spaced apart along the vertical direction between upright of frame, Combined wall board is provided between adjacent upright of frame and corresponding adjacent cruciform bracing, combined wall board includes vertical horizontal interlaced arrangement Sleeper and concealed beam, combined wall board further include the combined wall board unit being set between adjacent sleeper, concealed beam, combined wall board unit packet The rib column and girt strip for including vertical horizontal interlaced arrangement form multiple grid holes, are provided in each grid hole between rib column and girt strip Integrally-built concrete segment, upright of frame, cruciform bracing, concealed beam, sleeper, girt strip, rib column are reinforced concrete structure, Rib column, girt strip and corresponding concrete segment pour integral structure, concealed beam, sleeper poured with corresponding girt strip, rib column build up it is whole Body structure, cruciform bracing and the girt strip of rib column and corresponding combined wall board unit pour integral structure, frame power column and girt strip and The rib column of corresponding combined wall board unit pours integral structure.
2. multi-storied warehouse according to claim 1, it is characterised in that: concrete segment is air-entrained concrete building block.
3. multi-storied warehouse according to claim 1, it is characterised in that: concealed beam, sleeper form cross-shaped structure.
4. a kind of wall of multi-storied warehouse, it is characterised in that: the upright of frame being arranged in juxtaposition including at least two, between upright of frame It is provided at least two cruciform bracings spaced apart along the vertical direction, adjacent upright of frame and corresponding adjacent cruciform bracing Between be provided with combined wall board, combined wall board includes the sleeper and concealed beam of vertical horizontal interlaced arrangement, and combined wall board further includes being set to Combined wall board unit between adjacent sleeper, concealed beam, combined wall board unit include the rib column and girt strip of vertical horizontal interlaced arrangement, rib column with Multiple grid holes are formed between girt strip, and integrally-built concrete segment, upright of frame, frame are provided in each grid hole Crossbeam, concealed beam, sleeper, girt strip, rib column are reinforced concrete structure, and rib column, girt strip are poured with corresponding concrete segment and built up Overall structure, concealed beam, sleeper and corresponding girt strip, rib column pour integral structure, cruciform bracing and rib column and corresponding composite wall The girt strip of plate unit pours integral structure, and frame power column pours integral knot with the rib column of girt strip and corresponding combined wall board unit Structure.
5. wall according to claim 4, it is characterised in that: concrete segment is air-entrained concrete building block.
6. wall according to claim 4, it is characterised in that: concealed beam, sleeper form cross-shaped structure.
7. a kind of production method of the wall of multi-storied warehouse, it is characterised in that: this approach includes the following steps, according to the layer of multi-storied warehouse Number successively makes the wall of every layer of multi-storied warehouse from the bottom to top, wherein the making step of each layer wall is the first step, makes composite wall Plate unit puts the framework of steel reinforcement of girt strip, rib column, is formed by grid hole in the framework of steel reinforcement of girt strip, rib column and places coagulation Earth building blocks, internal model when concrete segment is poured as girt strip, rib column, pour between wall element external mold and concrete segment Concrete forms girt strip, rib column after concrete curing, and girt strip, the concrete of rib column and concrete segment pour integral structure, The exposed formation wall element reserving rib of framework of steel reinforcement of girt strip, rib column;Second step makes combined wall board, the reinforcing bar of concealed beam, sleeper Skeleton right-angled intersection arrangement, concealed beam, sleeper framework of steel reinforcement between combined wall board unit is set, combined wall board unit and dark Beam, sleeper sides adjacent the framework of steel reinforcement of wall element reserving rib and corresponding concealed beam, sleeper connect, combined wall board unit is as dark External mold when beam, sleeper pour, casting concrete form concealed beam, sleeper, and concealed beam, the exposed formation beam column of framework of steel reinforcement of sleeper are pre- Stay muscle;Third step, the beam column reserving rib of concealed beam end and the respective side wall element reserving rib of combined wall board unit and vertical cloth The framework of steel reinforcement for the upright of frame set connects, the beam column reserving rib of sleeper end and the upper and lower sides wall element of combined wall board unit The connection of the framework of steel reinforcement of reserving rib and the cruciform bracing of lateral arrangement, the framework of steel reinforcement of cruciform bracing and the reinforcing bar of upright of frame Frame connection, using combined wall board unit as internal model to cruciform bracing, upright of frame pouring molding.
8. the production method of the wall of multi-storied warehouse according to claim 7, it is characterised in that: combined wall board unit is by factory It is pre-formed.
9. the production method of the wall of multi-storied warehouse according to claim 7 or 8, it is characterised in that: first step production is compound When wall panel element, girt strip, the framework of steel reinforcement of rib column and concrete segment are laid flat;It is concealed beam, dark when second step makes combined wall board The framework of steel reinforcement and combined wall board unit of column are laid flat.
CN201910393042.9A 2019-05-13 2019-05-13 A kind of production method of multi-storied warehouse, multi-storied warehouse wall and multi-storied warehouse wall Pending CN110107133A (en)

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