CN203961055U - Assembling in-line mixing coupled wall - Google Patents
Assembling in-line mixing coupled wall Download PDFInfo
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- CN203961055U CN203961055U CN201420247789.6U CN201420247789U CN203961055U CN 203961055 U CN203961055 U CN 203961055U CN 201420247789 U CN201420247789 U CN 201420247789U CN 203961055 U CN203961055 U CN 203961055U
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Abstract
一种装配式一字形混合连肢墙，包括呈一字形排列连接的第一墙单元和第二墙单元，第一墙单元和第二墙单元均为预制构件，两者之间通过接缝后浇带连接。本实用新型使用钢梁替代混凝土梁，使用型钢柱替代边缘约束钢筋混凝土暗柱，使得混合连肢墙比传统连肢墙拥有更好的耗能能力和抗连续倒塌能力，而且工厂预制与现场安装同时进行，解决施工现场湿作业量大、建筑垃圾多的问题，便于满足建筑使用要求和简化装配工序；接缝短梁对接焊后，墙单元间已经形成较大刚度，有利于施工过程中墙体的稳定，省去了预制剪力墙做临时支撑的工序，保证了施工效率。可广泛应用于建筑工程中混合连肢墙施工。
A prefabricated inline-shaped mixed limb wall, including a first wall unit and a second wall unit connected in an inline shape, the first wall unit and the second wall unit are prefabricated components, and the joints are passed between the two Tape connection. The utility model uses steel beams to replace concrete beams, and steel columns to replace edge-constrained reinforced concrete concealed columns, so that the mixed limb wall has better energy consumption capacity and continuous collapse resistance than the traditional limb wall, and the factory prefabrication and on-site installation At the same time, it solves the problems of large amount of wet work and a lot of construction waste on the construction site, which is convenient to meet the requirements of building use and simplifies the assembly process; after the short beams are butt welded, the wall units have formed a relatively large rigidity, which is beneficial to the wall during the construction process. The stability of the body saves the process of prefabricated shear walls as temporary support, ensuring construction efficiency. It can be widely used in the construction of mixed limb walls in construction projects.
Description
Technical field
The utility model relates to a kind of coupled wall of construction work, particularly a kind of assembling mixing coupled wall.
Background technology
High building structure is in Chinese Urbanization process, to solve urban population constantly to increase and the urban land inevitable choice of short contradiction gradually, and coupled wall structural system is indispensable element in high building structure.According to field data in the past, coupled wall system had both been inherited the advantages such as cheap, the anti-side rigidity of simple shear wall construction costs is large, embodied again under severe earthquake action coupling beam surrender power consumption, reduced a large amount of cracks and concentrate on body of wall bottom, to reduce the advantage of rehabilitation cost after shake.But in actual application, be limited to building and use functional requirement, conventional concrete coupling beam is often difficult to meet cross section shearing resistance demand, to designer, has caused certain difficulty.And in project construction process, Contraction in Site amount is large and need a large amount of template and temporary supporting, not only affect construction speed, also can produce a large amount of building wastes, pollute.
Utility model content
The purpose of this utility model is to provide a kind of assembling in-line mixing coupled wall, solve large, the inefficient technical problem of coupled wall construction operation amount; And solve the problem that produces a large amount of building wastes in construction.
For achieving the above object, the utility model adopts following technical scheme:
An assembling in-line mixing coupled wall, comprises and is the first wall unit and the second wall unit that rods arranged in horizontal line connects, described the first wall unit and the second wall unit are prefabricated units, connect by seam ater-casting between the two.
Described the first wall unit comprises the first wall unit concrete wall, the first wall unit steel column and the first wall unit seam post that are erected in respectively the first inner two ends of wall unit concrete wall and the first wall unit cage of reinforcement that is positioned at the first concrete wall inside, wall unit; The two ends up and down of described the first wall unit steel column all exceed the first wall unit concrete wall, the length direction of upper end edge the first wall unit concrete wall that is positioned at the first wall unit steel column of the first wall unit concrete wall is connected with the first non-energy dissipating short beam in wall unit, and the other end of described the first non-energy dissipating short beam in wall unit exceeds the first wall unit concrete wall; The two ends up and down of described the first wall unit seam post all exceed the first wall unit concrete wall, be arranged in the first wall unit seam post of the first wall unit concrete wall two ends up and down, along the length direction of the first wall unit concrete wall, be connected with the first wall unit seam short beam, the other end of described the first wall unit seam short beam exceeds the first wall unit concrete wall; On described the first wall unit steel column, the first non-energy dissipating short beam in wall unit, the first wall unit seam post and the first wall unit seam short beam, be all fixed with the first wall unit shearing resistance peg.
Described the second wall unit comprises the second wall unit concrete wall, the second wall unit steel column, the second wall unit seam post, the second wall unit cage of reinforcement, the the second non-energy dissipating short beam in wall unit being connected with the second wall unit steel column and the second wall unit seam short beam being connected with the second wall unit seam post, be all fixed with the second wall unit shearing resistance peg on described the second wall unit steel column, the second non-energy dissipating short beam in wall unit, the second wall unit seam post and the second wall unit seam short beam; The structure of described the second wall unit and the first wall unit is identical and be symmetrically distributed in both sides, seam ater-casting, it is inner that described the first wall unit seam short beam and the second wall unit seam short beam docking are cast in seam ater-casting, and inside, described seam ater-casting is also provided with seam ater-casting vertical reinforcement and seam ater-casting stirrup.
Described the first wall unit concrete wall up and down four sides in one side or multiaspect be matsurface or have in the horizontal direction keyway.
Described the second wall unit concrete wall up and down four sides in one side or multiaspect be matsurface or have in the horizontal direction keyway.
The length range that described the first wall unit seam short beam exceeds the first concrete wall edge, wall unit is 5 centimetres～10 centimetres.
The length range that described the second wall unit seam short beam exceeds the second concrete wall edge, wall unit is 5 centimetres～10 centimetres.
Described the first wall unit cage of reinforcement comprises the first wall unit horizontal reinforcing bar of being connected between the first wall unit steel column and the first wall unit seam post, and the first wall unit horizontal reinforcing bar the first vertical reinforcing bar in wall unit connected vertically and be connected to the first wall unit tension rib between the first vertical reinforcing bar in wall unit.
Described the second wall unit cage of reinforcement comprises the second wall unit horizontal reinforcing bar of being connected between the second wall unit steel column and the second wall unit seam post, and the second wall unit horizontal reinforcing bar the second vertical reinforcing bar in wall unit connected vertically and be connected to the second wall unit tension rib between the second vertical reinforcing bar in wall unit.
Described the first wall unit cage of reinforcement also comprises the first wall unit steel column structure muscle that is arranged on the first wall unit steel column surrounding and the first wall unit seam post structure muscle and the first wall unit anchor ring muscle that is arranged on the first wall unit seam post surrounding, and described the first wall unit anchor ring muscle and the first wall unit seam short beam exceed the first wall unit concrete wall in the same way.
Described the second wall unit cage of reinforcement also comprises the second wall unit steel column structure muscle that is arranged on the second wall unit steel column surrounding and the second wall unit seam post structure muscle and the second wall unit anchor ring muscle that is arranged on the second wall unit seam post surrounding, and described the second wall unit anchor ring muscle and the second wall unit seam short beam exceed the second wall unit concrete wall in the same way.
The length range that described the first wall unit anchor ring muscle exceeds the first concrete wall edge, wall unit is 4 centimetres～10 centimetres; .
The length range that described the second wall unit anchor ring muscle exceeds the second concrete wall edge, wall unit is 4 centimetres～10 centimetres.
Described the first wall unit steel column, the first non-energy dissipating short beam in wall unit and the first wall unit seam post are H shaped steel or combined I-shaped steel, and described the first wall unit seam short beam is H shaped steel, combined I-shaped steel or steel plate.
Described the second wall unit steel column, the second non-energy dissipating short beam in wall unit and the second wall unit seam post are H shaped steel or combined I-shaped steel, and described the second wall unit seam short beam is H shaped steel, combined I-shaped steel or steel plate.
Assembling in-line mixing coupled wall of the present utility model, to adopt assembling combining structure, for in-line connected node design studies in assembling mixing coupled wall system, based on finite element theory, set up FEM (finite element) model assembling in-line mixing coupled wall system is carried out to mechanical analysis, verify the reliability of its node, bonding strength is high, node quality is good: first, wall unit is reinforcing bar, shaped steel and concrete combination construction, between wall unit, by the butt welding of seam short beam, fix, seam short beam after butt welding forms shaped steel short beam in seam ater-casting, this is the important channel of node power transmission, and weldquality more easily detects, also more easily guarantee quality of connection, like this, just between wall unit, formed reliable connection, formation is similar to Shu Zhuti system, twice seam short beam on individual layer wall unit and anchor ring muscle, increased the strength and ductility of seam horizontal direction, the existence of anchor ring muscle, make rear pouring concrete have diagonal bracing effect to class Shu Zhuti system, guaranteed the bonding strength between wall unit, in addition, seam short beam is divided into some parts original whole surface concrete wall, concrete has been played to cuff effect, increased concrete compressive strength, simultaneously, in seam ater-casting, be also provided with the vertical muscle in seam ater-casting and seam ater-casting stirrup, this all has obvious effect to improving concrete crushing strength, increased the strength and ductility of seam vertical direction, therefore, the node strength of the utility model assembling in-line mixing coupled wall is higher than component strength, meet anti-seismic construction requirement.
The construction method of assembling in-line mixing coupled wall of the present utility model is also easier, fast, efficiently, be included in prefabrication, assemble at the scene, after the butt welding of seam short beam, between wall unit, formed larger rigidity, be conducive to the stable of body of wall in work progress, and two procedures can be carried out simultaneously, improved speed of application, for completing of work items provides guarantee on schedule, considering to mix coupled wall unit makes, what lift and transport is convenient, member is classified into standard component wall unit by fractionation, be transported to behind job site, with be connected reliable, the node structure of constructability carries out supporting assembling, in project construction process, assembly between structure, reduced the wet trade amount at concrete scene, thereby reduced template, the input amount of temporary supporting, and then reduced the generation of building waste.
The utility model has met mixing coupled wall system antidetonation needs, has realized the form of construction work that prefabrication, on-site consolidation synchronously carry out, and seam ater-casting has guaranteed the reliability that node connects.
Compare with traditional cast-in-situ concrete coupled wall, use girder steel to substitute concrete beam, use steel column to substitute edge constraint steel concrete sleeper, make to mix coupled wall and have better energy dissipation capacity and progressive collapse-resisting ability than traditional coupled wall, use seam beam to substitute embedded bar, because seam beam is larger than reinforcing bar rigidity, in transportation, there will not be bending phenomenon, ensure the quality of products, and prefabrication and on-the-spot installation are carried out simultaneously, solve the problem that job site wet trade amount is large, building waste is many, be convenient to meet building instructions for use and simplify assembly process; Compare with existing general assembling coupled wall, after the butt welding of seam short beam, between wall unit, formed larger rigidity, be conducive to the stable of body of wall in work progress, save precast shear wall and done the operation of temporary supporting, guarantee efficiency of construction, reduced the input amount of template temporary supporting, reduced the generation of building waste.
The utility model can be widely used in mixing in construction work the construction of coupled wall structural system.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in more detail.
Fig. 1 is the structural representation of the utility model the first wall unit.
Fig. 2 is the A-A sectional view of Fig. 1.
Fig. 3 is the structural representation of the utility model the second wall unit.
Fig. 4 is the B-B sectional view of Fig. 3.
Fig. 5 is structural representation of the present utility model.
Fig. 6 is the C-C sectional view of Fig. 5.
Reference numeral: 1-the first wall unit, 1.1-the first wall unit concrete wall, 1.2-the first wall unit steel column, 1.3-the first non-energy dissipating short beam in wall unit, 1.4-the first wall unit seam post, 1.5-the first wall unit seam short beam, 1.6-the first wall unit shearing resistance peg, 1.7-the first wall unit steel column structure muscle, 1.8-the first wall unit cage of reinforcement, 1.9-the first wall unit seam post structure muscle, 1.10-the first wall unit anchor ring muscle, 1.11-keyway;
2-the second wall unit, 2.1-the second wall unit concrete wall, 2.2-the second wall unit steel column, 2.3-the second non-energy dissipating short beam in wall unit, 2.4-the second wall unit seam post, 2.5-the second wall unit seam short beam, 2.6-the second wall unit shearing resistance peg, 2.7-the second wall unit steel column structure muscle, 2.8-the second wall unit cage of reinforcement, 2.9-the second wall unit seam post structure muscle, 2.10-the second wall unit anchor ring muscle, 2.11-keyway;
3-seam ater-casting, 3.1-seam ater-casting vertical reinforcement, 3.2-seam ater-casting stirrup.
The specific embodiment
Embodiment is referring to shown in Fig. 5, Fig. 6, a kind of assembling in-line mixing coupled wall, comprise and be the first wall unit 1 and the second wall unit 2 that rods arranged in horizontal line connects, described the first wall unit 1 and the second wall unit 2 are prefabricated units, strength grade of concrete is not less than C30, not higher than C60, by seam ater-casting 3, connect between the two; The structure of described the second wall unit 2 and the first wall unit 1 is identical and be symmetrically distributed in 3 both sides, seam ater-casting, described the first wall unit seam short beam 1.5 and second wall unit seam short beam 2.5 both docking are cast in 3 inside, seam ater-casting, 3 inside, described seam ater-casting are also provided with seam ater-casting vertical reinforcement 3.1 and seam ater-casting stirrup 3.2, when described seam ater-casting vertical reinforcement 3.1 is two rows, seam ater-casting vertical reinforcement 3.1 is placed in outside the first wall unit seam short beam 1.5 and the second wall unit seam short beam 2.5; When seam ater-casting vertical reinforcement 3.1 is that three rows or three rows are when above, relevant position welded reinforcement connector at the first wall unit seam short beam 1.5 and the second wall unit seam short beam 2.5, and seam ater-casting vertical reinforcement 3.1 muscle are placed in the first wall unit anchor ring muscle 1.10 and/or the second wall unit anchor ring muscle 2.10, the strength grade of concrete of described seam ater-casting 3 should higher than two grades of strength grade of concrete of the first wall unit 1 and the second wall unit 2 or more than.
Shown in Fig. 1, Fig. 2, described the first wall unit 1 comprises the first wall unit concrete wall 1.1, the first wall unit steel column 1.2 that is erected in respectively the first concrete wall 1.1 inner two ends, wall unit and the first wall unit seam post 1.4 and the first wall unit cage of reinforcement 1.8 that is positioned at the first concrete wall 1.1 inside, wall unit; Described the first wall unit cage of reinforcement 1.8 comprises the first wall unit horizontal reinforcing bar of being connected between the first wall unit steel column 1.2 and the first wall unit seam post 1.4, and the first wall unit horizontal reinforcing bar the first vertical reinforcing bar in wall unit connected vertically and be connected to the first wall unit tension rib between the first vertical reinforcing bar in wall unit; Described the first wall unit concrete wall 1.1 upper and lower faces and in abutting connection with the keyway 1.11 that all has horizontal direction on the face of seam ater-casting 3; The steel column length of described the first wall unit steel column 1.2 and the first wall unit seam post 1.4 is about floor height.
Described the first wall unit cage of reinforcement 1.8 also comprises the first wall unit steel column structure muscle 1.7 that is arranged on the first wall unit steel column 1.2 surroundings and the first wall unit seam post structure muscle 1.9 and the first wall unit anchor ring muscle 1.10 that is arranged on the first wall unit seam post 1.4 surroundings, described the first wall unit anchor ring muscle 1.10 and the first wall unit seam short beam 1.5 exceed the first wall unit concrete wall 1.1 in the same way, the length range that described the first wall unit anchor ring muscle 1.10 exceeds the first concrete wall 1.1 edges, wall unit is 4 centimetres～10 centimetres, the vertical spacing of the first wall unit anchor ring muscle 1.10 is consistent with the vertical spacing of the first wall unit horizontal reinforcing bar.
The two ends up and down of described the first wall unit steel column 1.2 all exceed the first wall unit concrete wall 1.1, the length direction of upper end edge the first wall unit concrete wall 1.1 that is positioned at the first wall unit steel column 1.2 of the first wall unit concrete wall 1.1 is connected with the first non-energy dissipating short beam 1.3 in wall unit, and the other end of described the first non-energy dissipating short beam 1.3 in wall unit exceeds the first wall unit concrete wall 1.1.
The two ends up and down of described the first wall unit seam post 1.4 all exceed the first wall unit concrete wall 1.1, be arranged in the first wall unit seam post 1.4 of the first wall unit concrete wall 1.1 two ends up and down, along the length direction of the first wall unit concrete wall 1.1, be connected with the first wall unit seam short beam 1.5, the length range that described the first wall unit seam short beam 1.5 exceeds the first concrete wall 1.1 edges, wall unit is 5 centimetres～10 centimetres.
Described the first wall unit steel column 1.2, the first non-energy dissipating short beam 1.3 in wall unit and the first wall unit seam post 1.4 are H shaped steel or combined I-shaped steel, strength grade is Q345, the first wall unit seam short beam 1.5, for H shaped steel, combined I-shaped steel or steel plate, strength grade are Q345, is all fixed with the first wall unit shearing resistance peg 1.6 on the edge of a wing outward flange of shaped steel or steel plate edge.
Shown in Fig. 3, Fig. 4, the structure of described the second wall unit 2 and the first wall unit 1 is identical and be symmetrically distributed in 3 both sides, seam ater-casting, and described the second wall unit 2 comprises the second wall unit concrete wall 2.1, the second wall unit steel column 2.2 that is erected in respectively the second concrete wall 2.1 inner two ends, wall unit and the second wall unit seam post 2.4 and the second wall unit cage of reinforcement 2.8 that is positioned at the second concrete wall 2.1 inside, wall unit; Described the second wall unit cage of reinforcement 2.8 comprises the second wall unit horizontal reinforcing bar of being connected between the second wall unit steel column 2.2 and the second wall unit seam post 2.4, and the second wall unit horizontal reinforcing bar the second vertical reinforcing bar in wall unit connected vertically and be connected to the second wall unit tension rib between the second vertical reinforcing bar in wall unit; Described the second wall unit concrete wall 2.1 upper and lower faces and in abutting connection with the keyway 2.11 that all has horizontal direction on the face of seam ater-casting 3; The steel column length of described the second wall unit steel column 2.2 and the second wall unit seam post 2.4 is about floor height.
Described the second wall unit cage of reinforcement 2.8 also comprises the second wall unit steel column structure muscle 2.7 that is arranged on the second wall unit steel column 2.2 surroundings and the second wall unit seam post structure muscle 2.9 and the second wall unit anchor ring muscle 2.10 that is arranged on the second wall unit seam post 2.4 surroundings, described the second wall unit anchor ring muscle 2.10 and the second wall unit seam short beam 2.5 exceed the second wall unit concrete wall 2.1 in the same way, the length range that described the second wall unit anchor ring muscle 2.10 exceeds the second concrete wall 2.1 edges, wall unit is 4 centimetres～10 centimetres, the vertical spacing of the second wall unit anchor ring muscle 2.10 is consistent with the vertical spacing of the second wall unit horizontal reinforcing bar.
The two ends up and down of described the second wall unit steel column 2.2 all exceed the second wall unit concrete wall 2.1, the length direction of upper end edge the second wall unit concrete wall 2.1 that is positioned at the second wall unit steel column 2.2 of the second wall unit concrete wall 2.1 is connected with the second non-energy dissipating short beam 2.3 in wall unit, and the other end of described the second non-energy dissipating short beam 2.3 in wall unit exceeds the second wall unit concrete wall 2.1.
The two ends up and down of described the second wall unit seam post 2.4 all exceed the second wall unit concrete wall 2.1, be arranged in the second wall unit seam post 2.4 of the second wall unit concrete wall 2.1 two ends up and down, along the length direction of the second wall unit concrete wall 2.1, be connected with the second wall unit seam short beam 2.5, the length range that described the second wall unit seam short beam 2.5 exceeds the second concrete wall 2.1 edges, wall unit is 5 centimetres～10 centimetres.
Described the second wall unit steel column 2.2, the second non-energy dissipating short beam 2.3 in wall unit and the second wall unit seam post 2.4 are H shaped steel or combined I-shaped steel, strength grade is Q345, the second wall unit seam short beam 2.5, for H shaped steel, combined I-shaped steel or steel plate, strength grade are Q345, is all fixed with the second wall unit shearing resistance peg 2.6 on the edge of a wing outward flange of shaped steel or steel plate edge.
A construction method for assembling in-line mixing coupled wall, concrete steps are as follows:
The prefabricated operation of the first wall unit 1 and the second wall unit 2:
Step 1 is welded and fixed the first wall unit shearing resistance peg 1.6 on the first wall unit steel column 1.2, the first non-energy dissipating short beam 1.3 in wall unit, the first wall unit seam post 1.4 and the first wall unit seam short beam 1.5.
Step 2, is welded and fixed the non-energy dissipating short beam 1.6 of the first wall unit steel column 1.2 and the first wall unit, and the first wall unit seam post 1.4 and the first wall unit seam short beam 1.5 are welded and fixed.
Step 3, fixes respectively the first wall unit steel column 1.2 and the first wall unit seam post 1.4.
Step 4, colligation the first wall unit horizontal reinforcing bar, the first vertical reinforcing bar in wall unit and the first wall unit tension rib form the first wall unit cage of reinforcement 1.8.
Step 5, fixes the first wall unit steel column structure muscle 1.7 around at the first wall unit steel column 1.2, at the first wall unit seam post 1.4, fixes the first wall unit seam post structure muscle 1.9 and the first wall unit anchor ring muscle 1.10 around.
Step 6, installs the template of the first wall unit 1, and carries out horizontal keyway or matsurface is processed at four faces up and down.
Step 7, builds the concrete of the first wall unit 1.
Step 8, to be poured building up after type and maintenance, carries out the demoulding, completes the prefabricated operation of the first wall unit 1, and the prefabricated operation of the second wall unit 2 is identical with the first wall unit 1, completes the prefabricated operation of the second wall unit 2 simultaneously.
The site assembly operation of the first wall unit 1 and the second wall unit 2:
Step 1, is transported to job site by the first prefabricated wall unit 1 and the second wall unit 2, starts on-site construction processes.
Step 2, by the second wall unit seam short beam 2.5 correspondences of the first wall unit seam short beam 1.5 of the first wall unit 1 and the second wall unit 2 and carry out butt welding and fix.
Step 3, colligation seam ater-casting vertical reinforcement 3.1 and seam ater-casting stirrup 3.2.
Step 4, installs the template of seam ater-casting 3.
Step 5, builds the concrete of seam ater-casting 3.
Step 6, carries out maintenance, completes the site assembly construction of the in-line mixing coupled wall of individual layer.
The site assembly operation of multilayer the first wall unit 1 and/or the second wall unit 2:
Step 1, docks upper strata the first wall unit 1 lifting, by the first two-layer wall unit steel column and soldered the connecing of the first wall unit seam post corresponding points with lower floor the first wall unit 1.
Step 2, sloughs suspension hook, to the first wall unit steel column corresponding to two-layer the first wall unit and the first wall unit seam post penetration welding.
Step 3, the seam areas up and down in double-deck the first wall unit arranges cage of reinforcement, and installs the concrete-pouring template of upper and lower seam areas.
Step 4, builds the concrete of upper and lower seam areas.
Step 5, carries out maintenance, completes the site assembly construction of double-deck the first wall unit, and the construction of double-deck the second wall unit is identical with the first wall unit.
Step 6, repeating step one, to step 5, completes the site assembly construction of the in-line mixing coupled wall of multilayer.
Be prefabricated in the factory the first wall unit 1 and the second wall unit 2, carry out erection at the scene, and two procedures can be carried out simultaneously, improves efficiency of construction, for completing of work items provides guarantee on schedule.
Claims (9)
1. an assembling in-line mixing coupled wall, comprise and be the first wall unit (1) and the second wall unit (2) that rods arranged in horizontal line connects, it is characterized in that: described the first wall unit (1) and the second wall unit (2) are prefabricated units, by seam ater-casting (3), connect between the two;
Described the first wall unit (1) comprises the first wall unit concrete wall (1.1), the first wall unit steel column (1.2) that is erected in respectively the first inner two ends of wall unit concrete wall (1.1) and the first wall unit seam post (1.4) and is positioned at the first inner wall unit cage of reinforcement (1.8) of the first wall unit concrete wall (1.1); The two ends up and down of described the first wall unit steel column (1.2) all exceed the first wall unit concrete wall (1.1), the length direction of upper end edge the first wall unit concrete wall (1.1) that is positioned at the first wall unit steel column (1.2) of the first wall unit concrete wall (1.1) is connected with the first non-energy dissipating short beam in wall unit (1.3), and the other end of described the first non-energy dissipating short beam in wall unit (1.3) exceeds the first wall unit concrete wall (1.1); The two ends up and down of described the first wall unit seam post (1.4) all exceed the first wall unit concrete wall (1.1), be arranged in the first wall unit seam post (1.4) of the first wall unit concrete wall (1.1) two ends up and down, along the length direction of the first wall unit concrete wall (1.1), be connected with the first wall unit seam short beam (1.5), the other end of described the first wall unit seam short beam (1.5) exceeds the first wall unit concrete wall (1.1); On described the first wall unit steel column (1.2), the first non-energy dissipating short beam in wall unit (1.3), the first wall unit seam post (1.4) and the first wall unit seam short beam (1.5), be all fixed with the first wall unit shearing resistance peg (1.6);
Described the second wall unit (2) comprises the second wall unit concrete wall (2.1), the second wall unit steel column (2.2), the second wall unit seam post (2.4), the second wall unit cage of reinforcement (2.8), the the second non-energy dissipating short beam in wall unit (2.3) being connected with the second wall unit steel column (2.2) and the second wall unit seam short beam (2.5) being connected with the second wall unit seam post (2.4), described the second wall unit steel column (2.2), the second non-energy dissipating short beam in wall unit (2.3), on the second wall unit seam post (2.4) and the second wall unit seam short beam (2.5), be all fixed with the second wall unit shearing resistance peg (2.6), the structure of described the second wall unit (2) and the first wall unit (1) is identical and be symmetrically distributed in both sides, seam ater-casting (3), described the first wall unit seam short beam (1.5) and second both docking of wall unit seam short beam (2.5) are cast in inside, seam ater-casting (3), and inside, described seam ater-casting (3) is also provided with seam ater-casting vertical reinforcement (3.1) and seam ater-casting stirrup (3.2).
2. assembling in-line mixing coupled wall according to claim 1, is characterized in that: described the first wall unit concrete wall (1.1) up and down one side or the multiaspect in four sides is matsurface or has in the horizontal direction keyway (1.11).
3. assembling in-line mixing coupled wall according to claim 2, is characterized in that: described the second wall unit concrete wall (2.1) up and down one side or the multiaspect in four sides is matsurface or has in the horizontal direction keyway (2.11).
4. assembling in-line mixing coupled wall according to claim 3, is characterized in that: the length range that described the first wall unit seam short beam (1.5) exceeds the first wall unit concrete wall (1.1) edge is 5 centimetres～10 centimetres;
The length range that described the second wall unit seam short beam (2.5) exceeds the second wall unit concrete wall (2.1) edge is 5 centimetres～10 centimetres.
5. assembling in-line mixing coupled wall according to claim 4, is characterized in that: described the first wall unit cage of reinforcement (1.8) comprises the first wall unit horizontal reinforcing bar of being connected between the first wall unit steel column (1.2) and the first wall unit seam post (1.4), and the first wall unit horizontal reinforcing bar the first vertical reinforcing bar in wall unit connected vertically and be connected to the first wall unit tension rib between the first vertical reinforcing bar in wall unit;
Described the second wall unit cage of reinforcement (2.8) comprises the second wall unit horizontal reinforcing bar of being connected between the second wall unit steel column (2.2) and the second wall unit seam post (2.4), and the second wall unit horizontal reinforcing bar the second vertical reinforcing bar in wall unit connected vertically and be connected to the second wall unit tension rib between the second vertical reinforcing bar in wall unit.
6. assembling in-line mixing coupled wall according to claim 5, it is characterized in that: described the first wall unit cage of reinforcement (1.8) also comprises the first wall unit steel column structure muscle (1.7) that is arranged on the first wall unit steel column (1.2) surrounding and the first wall unit seam post structure muscle (1.9) and the first wall unit anchor ring muscle (1.10) that is arranged on the first wall unit seam post (1.4) surrounding, and described the first wall unit anchor ring muscle (1.10) exceeds the first wall unit concrete wall (1.1) in the same way with the first wall unit seam short beam (1.5);
Described the second wall unit cage of reinforcement (2.8) also comprises the second wall unit steel column structure muscle (2.7) that is arranged on the second wall unit steel column (2.2) surrounding and the second wall unit seam post structure muscle (2.9) and the second wall unit anchor ring muscle (2.10) that is arranged on the second wall unit seam post (2.4) surrounding, and described the second wall unit anchor ring muscle (2.10) exceeds the second wall unit concrete wall (2.1) in the same way with the second wall unit seam short beam (2.5).
7. according to the assembling in-line mixing coupled wall one of claim 1 to 6 Suo Shu, it is characterized in that: the length range that described the first wall unit anchor ring muscle (1.10) exceeds the first wall unit concrete wall (1.1) edge is 4 centimetres～10 centimetres;
The length range that described the second wall unit anchor ring muscle (2.10) exceeds the second wall unit concrete wall (2.1) edge is 4 centimetres～10 centimetres.
8. assembling in-line mixing coupled wall according to claim 7, it is characterized in that: described the first wall unit steel column (1.2), the first non-energy dissipating short beam in wall unit (1.3) and the first wall unit seam post (1.4) are H shaped steel or combined I-shaped steel, described the first wall unit seam short beam (1.5) is H shaped steel, combined I-shaped steel or steel plate.
9. assembling in-line mixing coupled wall according to claim 8, it is characterized in that: described the second wall unit steel column (2.2), the second non-energy dissipating short beam in wall unit (2.3) and the second wall unit seam post (2.4) are H shaped steel or combined I-shaped steel, described the second wall unit seam short beam (2.5) is H shaped steel, combined I-shaped steel or steel plate.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420247789.6U CN203961055U (en) | 2014-05-15 | 2014-05-15 | Assembling in-line mixing coupled wall |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420247789.6U CN203961055U (en) | 2014-05-15 | 2014-05-15 | Assembling in-line mixing coupled wall |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104032863A (en) * | 2014-05-15 | 2014-09-10 | 中国建筑股份有限公司 | Assembly-type linear mixed coupled wall and construction method thereof |
| CN107476464A (en) * | 2017-06-30 | 2017-12-15 | 上海建工集团股份有限公司 | Prefabricated assembled combined wall combination connection system and its application construction method |
-
2014
- 2014-05-15 CN CN201420247789.6U patent/CN203961055U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104032863A (en) * | 2014-05-15 | 2014-09-10 | 中国建筑股份有限公司 | Assembly-type linear mixed coupled wall and construction method thereof |
| CN104032863B (en) * | 2014-05-15 | 2016-06-15 | 中国建筑股份有限公司 | Assembled in-line mixing coupled wall and construction method thereof |
| CN107476464A (en) * | 2017-06-30 | 2017-12-15 | 上海建工集团股份有限公司 | Prefabricated assembled combined wall combination connection system and its application construction method |
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