CN109853743A - A kind of modular assembly formula steel structure technique and its assembly method - Google Patents

A kind of modular assembly formula steel structure technique and its assembly method Download PDF

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Publication number
CN109853743A
CN109853743A CN201811612321.1A CN201811612321A CN109853743A CN 109853743 A CN109853743 A CN 109853743A CN 201811612321 A CN201811612321 A CN 201811612321A CN 109853743 A CN109853743 A CN 109853743A
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China
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wallboard
substrate
groove
card plate
snap
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CN201811612321.1A
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CN109853743B (en
Inventor
张双标
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Anhui Enterprise Service Engineering Technology Co Ltd
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Anhui Enterprise Service Engineering Technology Co Ltd
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Abstract

The invention discloses a kind of modular assembly formula steel structure technique and its assembly methods, belong to structural engineering field, including first substrate, first substrate side is provided with the second substrate, the second substrate side is provided with tetrabasal, tetrabasal side is provided with third substrate, the first wallboard is provided with above third substrate and tetrabasal, first wind deflector provided by the invention, being used cooperatively between the second wind deflector and arc panel can reduce the impact force from external wind-force to steel building, stronger wind-force can be effectively avoided to carry out the impact of large area to steel building, increase the stability of steel building, improve the personnel safety in steel building.Steel building provided by the invention is during installation without using welding procedure, furthermore it is not necessary to the fixing pieces such as bolt, only simple grafting, which need to be carried out, can complete entire installation, significantly reduce manually installed required difficulty, furthermore speed of application can also be accelerated.

Description

A kind of modular assembly formula steel structure technique and its assembly method
Technical field
The present invention relates to steel building and its assembly methods, more particularly to a kind of modular assembly formula steel building System and its assembly method, belong to structural engineering field.
Background technique
Steel building is a kind of novel building system, gets through real estate, construction industry, industry circle between Metallurgy Industry Line, set become a new industrial system, and here it is the steel structure techniques that insider generally has an optimistic view of.Steel building For traditional concrete construction, with steel plate or fashioned iron instead of armored concrete, intensity is higher, and shock resistance is more preferable.And And since component can be made with batch production, in-site installation, thus greatly reduce the duration.It is reusable due to steel, it can be with Greatly reduce building waste, it is more environmentally protective, thus be widely used by countries in the world, it applies in industrial building and civil buildings In.
It is carried out in building construction process using steel construction at present, generallys use welding and be fixed between steel construction, The handicraft of test welder is compared in the safety of such connection type, if it is careless when because of welder's welding, or Itself welding strength is not all right, then the quality that will lead to steel building entirety is not all right, the accident easily to collapse, to it is personal with Property will cause damage.
Summary of the invention
The main object of the present invention is to provide for a kind of modular assembly formula steel structure technique and its assembly method, Pervious welding process is replaced by simple grafting, avoids causing steel building unstable because welding quality is unqualified, Furthermore it is divided into two strands by wind-force by wind deflector and arc panel, wind-force is allowed not touch steel building all, to allows steel construction It builds more stable in the powerful area of wind-force.
The purpose of the present invention can reach by using following technical solution:
A kind of modular assembly formula steel structure technique, including first substrate, the first substrate side are provided with Two substrates, the second substrate side are provided with tetrabasal, and tetrabasal side is provided with third substrate, the third It is provided with the first wallboard above substrate and tetrabasal, is provided with the second wallboard, institute above the first substrate and the second substrate It states third substrate and first substrate side is provided with the 4th wallboard, the second substrate and tetrabasal side are provided with third wall Plate, at the connecting corner of the 4th wallboard, third wallboard and the second wallboard and first wallboard and the 4th wallboard, third Arc panel is provided at the connecting corner of wallboard, the 4th wallboard side is provided with the first wind deflector and the second wind deflector, Top cover is provided with above 4th wallboard.
Preferably, the junction of the second substrate and first substrate be provided with the first snap-gauge and with first snap-gauge First groove of connection, the junction of the tetrabasal and third substrate be provided with the second snap-gauge and with second snap-gauge Second groove of connection is provided with the first snap-gauge through-hole on first snap-gauge, is provided with the first base above first groove Plate through-hole is provided with the second snap-gauge through-hole on second snap-gauge, is provided with third substrate through-hole, institute above second groove It states the first snap-gauge and is mounted on the second substrate side, the position of the first substrate through-hole is corresponding with the first snap-gauge through-hole, and described Two snap-gauges are mounted on tetrabasal side, and the position of the third substrate through-hole is corresponding with the second snap-gauge through-hole, the top cover with 4th wallboard, third wallboard, the second wallboard and the first wallboard junction be provided with snap-gauge and connect with the snap-gauge Groove, wherein the snap-gauge is mounted on cap base, the groove being connect with snap-gauge be separately mounted to the 4th wallboard, In third wallboard, the second wallboard and the first wallboard.
Preferably, the junction of first wallboard and third substrate, tetrabasal is provided with third main card plate, third pair Snap-gauge, the third groove being connect with the third main card plate and the 5th groove being connect with the third vice card plate, described The junction of two wallboards and first substrate, the second substrate is provided with the 4th main card plate, fourth officer snap-gauge and the fourth officer snap-gauge 6th groove of connection and the 4th groove connecting with the 4th main card plate, the third main card plate and third vice card plate are mounted on First wallboard bottom, the third groove are mounted on third substrate, and the 5th groove is mounted on tetrabasal, and described Four main card plates and fourth officer snap-gauge are mounted on the second wallboard bottom, and the 4th groove is mounted in the second substrate, and the described 6th Groove is installed on the first substrate.
Preferably, first wind deflector one end is arranged close at the connecting corner of the 4th wallboard and the second wallboard Arc panel and on the 4th wallboard, and first wind deflector and the 4th wallboard be it is hinged, second wind deflector one end peace The arc panel that is installed adjacent at the connecting corner of the 4th wallboard and the first wallboard and on the 4th wallboard, described second keeps out the wind Plate and the 4th wallboard be it is hinged, first wind deflector, the second wind deflector and the 4th wallboard be in three-legged structure.
Preferably, the 4th wallboard and third substrate, first substrate junction are provided with the 6th main card plate, the 6th vice card Plate, the 6th main card plate groove being connect with the 6th main card plate and the 6th vice card plate being connect with the 6th vice card plate Use groove.
Preferably, the junction of the third wallboard and the second substrate, tetrabasal is provided with the 5th vice card plate, the 5th master Snap-gauge, the 5th vice card plate groove being connect with the 5th vice card plate and the 5th main card being connect with the 5th main card plate Plate groove, the 5th main card plate, the 5th vice card plate are installed on third wallboard, and the 5th vice card plate is installed with groove In the second substrate, the 5th main card plate is mounted in tetrabasal with groove.
A kind of assembly method of modular assembly formula steel structure technique, includes the following steps:
S1: the need steel construction to be used in the system is shifted to an earlier date into the prefabricated completion in factory first;
S2: the place of suitable steel building is found;
S3: by the first groove in the first snap-gauge insertion first substrate in the second substrate, make the on the first snap-gauge First substrate through-hole on one snap-gauge through-hole alignment first substrate, with the fixing piece of the first snap-gauge through-hole similar size insertion the One substrate through-hole fixes the second substrate with this;
S4: tetrabasal and third substrate are fixed together according to step S3;
S5: by the first substrate being fixed together and the second substrate and the third substrate and the second substrate that are fixed together Mutually it is adjacent to;
S6: third main card plate, the third vice card plate on the first wallboard are inserted into third groove on third substrate, respectively The 5th groove on tetrabasal, makes the combination of third substrate and tetrabasal be fixed together with the first wallboard;
S7: according to step S6, first substrate and the combination of the second substrate are fixed together with the second wallboard;
S8: the 5th vice card plate, the 5th main card plate on third wallboard are inserted into the 5th vice card plate groove, the 5th master respectively Snap-gauge groove, the tetrabasal after making third wallboard and being adjacent to are fixed together with the second substrate;
S9: the 6th main card plate, the 6th vice card plate on the 4th wallboard are inserted into the 6th main card plate groove, the 6th pair respectively Snap-gauge groove, the first substrate after making the 4th wallboard and being adjacent to are fixed together with third substrate;
S10: four arc panels are separately mounted to corner between the 4th wallboard and the second wallboard, third wallboard and Turning between corner, third wallboard between two wallboards and the corner between the first wallboard, the 4th wallboard and the first wallboard At angle;
S11: considering whether the first wind deflector of installation and the second wind deflector according to demand, if installation, by the first wind deflector One end is connect by hinge with the 4th wallboard one end, then connects one end hinge of the second wind deflector and the 4th wallboard other end It connects, makes between the first wind deflector, the second wind deflector and the 4th wallboard three in three-legged structure;
S12: finally by corresponding insertion the second wallboard, third wallboard, the first wallboard and the 4th wall of the snap-gauge of cap base In groove at the top of plate.
Advantageous effects of the invention:
1, next with the use of that can reduce between the first wind deflector provided by the invention, the second wind deflector and arc panel From external wind-force to the impact force of steel building, stronger wind-force can effectively be avoided to carry out big face to steel building Long-pending impact increases the stability of steel building, improves the personnel safety in steel building.
2, steel building provided by the invention during installation without using welding procedure, furthermore it is not necessary to spiral shell The fixing pieces such as bolt, only need to carry out simple grafting can complete entire installation, significantly reduce manually installed required Difficulty, furthermore speed of application can also be accelerated.
Detailed description of the invention
Fig. 1 is the first substrate overlooking structure diagram of embodiment according to the invention;
Fig. 2 is the first substrate schematic perspective view of embodiment according to the invention;
Fig. 3 is the first wallboard schematic perspective view of embodiment according to the invention;
Fig. 4 is the third wallboard schematic perspective view of embodiment according to the invention;
Fig. 5 is the first substrate top view cross section structural schematic diagram of embodiment according to the invention;
Fig. 6 is the 4th wallboard overlooking structure diagram of embodiment according to the invention;
Fig. 7 is the top cover positive structure diagram of embodiment according to the invention.
In figure: 1- first substrate, the first groove of 2-, the first snap-gauge of 3-, 4- the second substrate, 5- the first snap-gauge through-hole, 501- First substrate through-hole, 6- third substrate, the second groove of 7-, the second snap-gauge of 8-, 9- the second snap-gauge through-hole, 901- third substrate are logical Hole, 10- tetrabasal, the first wallboard of 11-, the second wallboard of 12-, 13- third main card plate, 1301- third vice card plate, 14- the 4th Vice card plate, 1401- fourth officer snap-gauge, 15- third groove, the 4th groove of 16-, 17- third wallboard, the 5th main card plate of 18-, The 5th main card plate groove of 1801-, the 5th groove of 19-, the 6th groove of 20-, the 4th wallboard of 21-, the 6th main card plate of 22-, 2201- 6th main card plate groove, the 6th vice card plate of 23-, the 6th vice card plate groove of 2301-, the 5th vice card plate of 24-, 2401- the 5th Vice card plate groove, 25- arc panel, the first wind deflector of 26-, the second wind deflector of 27-, 28- top cover.
Specific embodiment
To make the more clear and clear technical solution of the present invention of those skilled in the art, below with reference to examples and drawings The present invention is described in further detail, and embodiments of the present invention are not limited thereto.
As shown in Fig. 1-Fig. 7, modular assembly formula steel structure technique provided in this embodiment, including first substrate 1, 1 side of first substrate is provided with the second substrate 4, and 4 side of the second substrate is provided with tetrabasal 10, the setting of 10 side of tetrabasal There is third substrate 6, be provided with the first wallboard 11 above third substrate 6 and tetrabasal 10, on first substrate 1 and the second substrate 4 Side is provided with the second wallboard 12, and third substrate 6 and 1 side of first substrate are provided with the 4th wallboard 21, the second substrate 4 and the 4th base 10 side of plate is provided with third wallboard 17, at the connecting corner of the 4th wallboard 21, third wallboard 17 and the second wallboard 12 and One wallboard 11 and the 4th wallboard 21, third wallboard 17 connecting corner at be provided with arc panel 25,21 side of the 4th wallboard is set It is equipped with the first wind deflector 26 and the second wind deflector 27, is provided with top cover 28 above the 4th wallboard 21.
In the present embodiment, as shown in Figure 1, Figure 2 and Figure 7, the junction of the second substrate 4 and first substrate 1 is provided with the The junction of one snap-gauge 3 and the first groove 2 connecting with the first snap-gauge 3, tetrabasal 10 and third substrate 6 is provided with second Snap-gauge 8 and the second groove 7 connecting with the second snap-gauge 8 are provided with the first snap-gauge through-hole 5, the first groove 2 on first snap-gauge 3 Top is provided with first substrate through-hole 501, and the second snap-gauge through-hole 9 is provided on the second snap-gauge 8, is provided with above the second groove 7 Third substrate through-hole 901, the first snap-gauge 3 are mounted on 4 side of the second substrate, the position of first substrate through-hole 501 and the first snap-gauge Through-hole 5 is corresponding, the junction setting of top cover 28 and the 4th wallboard 21, third wallboard 17, the second wallboard 12 and the first wallboard 11 The groove for having snap-gauge and connecting with snap-gauge, wherein snap-gauge is mounted on 28 bottom of top cover, and the groove connecting with snap-gauge is separately mounted to In 4th wallboard 21, third wallboard 17, the second wallboard 12 and the first wallboard 11, the second snap-gauge 8 is mounted on 10 side of tetrabasal Side, the position of third substrate through-hole 901 is corresponding with the second snap-gauge through-hole 9, first substrate through-hole 501 and the first snap-gauge through-hole 5 Size is identical, and first substrate through-hole 501 only runs through the upside of the first groove 2, carries out to first substrate 1 and the second substrate 4 When fixed, we can be used the fixed column more slightly smaller than the diameter of first substrate through-hole 501 and fill in and run through first substrate Through-hole 501 and the first snap-gauge through-hole 5, to achieve the purpose that fixed first substrate 1 and the second substrate 4.
In the present embodiment, as shown in figure 3, the junction of the first wallboard 11 and third substrate 6, tetrabasal 10 is provided with Third main card plate 13, third vice card plate 1301, the third groove 15 being connect with third main card plate 13 and with third vice card plate 5th groove 19 of 1301 connections, the second wallboard 12 and the junction of first substrate 1, the second substrate 4 are provided with the 4th main card plate 14, fourth officer snap-gauge 1401, the 6th groove 20 being connect with fourth officer snap-gauge 1401 and connect with the 4th main card plate 14 Four grooves 16, third main card plate 13 and third vice card plate 1301 are mounted on 11 bottom of the first wallboard, and third groove 15 is mounted on On three substrates 6, the 5th groove 19 is mounted on tetrabasal 10, and the 4th main card plate 14 and fourth officer snap-gauge 1401 are mounted on second 12 bottom of wallboard, the 4th groove 16 are mounted in the second substrate 4, and the 6th groove 20 is installed on first substrate 1, in installation first When wallboard 11 and the second wallboard 12, without using welding procedure and setting tool, manually-operated difficulty is reduced, is improved Fixed efficiency.
In the present embodiment, as shown in fig. 6,26 one end of the first wind deflector is arranged close to the 4th wallboard 21 and the second wallboard Arc panel 25 at 12 connecting corner and on the 4th wallboard 21, and the first wind deflector 26 and the 4th wallboard 21 be it is hinged, Two wind deflectors, 27 one end is arranged close to the arc panel 25 at the connecting corner of the 4th wallboard 21 and the first wallboard 11 and the 4 On wallboard 21, the second wind deflector 27 and the 4th wallboard 21 are hinged, the first wind deflector 26, the second wind deflector 27 and the 4th wallboard 21 In three-legged structure, in actual use, we can install the first wind deflector 26 and the second wind deflector 27 according to specific environment, The building system is set to adapt to the very big environment of wind-force.
In the present embodiment, as shown in figure 3, the 4th wallboard 21 and third substrate 6,1 junction of first substrate are provided with the Six main card plates 22, the 6th vice card plate 23, the 6th main card plate groove 2201 being connect with the 6th main card plate 22 and with the 6th pair The 6th vice card plate groove 2301 that snap-gauge 23 connects.
In the present embodiment, as shown in Figure 4 and Figure 5, the junction of third wallboard 17 and the second substrate 4, tetrabasal 10 Be provided with the 5th vice card plate 24, the 5th main card plate 18, the 5th vice card plate groove 2401 being connect with the 5th vice card plate 24 and The 5th main card plate groove 1801 connecting with the 5th main card plate 18, the 5th main card plate 18, the 5th vice card plate 24 are installed in On three wallboards 17, the 5th vice card plate groove 2401 is mounted in the second substrate 4, and the 5th main card plate groove 1801 is mounted on In tetrabasal 10, the connection type between snap-gauge and groove facilitates third wallboard 17 to be fixed in the second substrate 4, tetrabasal 10 On.
As shown in figures 1 to 6, modular assembly formula steel structure technique provided in this embodiment, application method are as follows:
S1: the need steel construction to be used in the system is shifted to an earlier date into the prefabricated completion in factory first;
S2: the place of suitable steel building is found;
S3: by the first groove 2 in the first snap-gauge 3 insertion first substrate 1 in the second substrate 4, make on the first snap-gauge 3 The first snap-gauge through-hole 5 alignment first substrate 1 on first substrate through-hole 501, consolidated with 5 similar size of the first snap-gauge through-hole Determine part insertion first substrate through-hole 501 and the second substrate 4 is fixed with this;
S4: tetrabasal 10 and third substrate 6 are fixed together according to S3 step;
S5: by the first substrate 1 being fixed together and the second substrate 4 and the third substrate 6 being fixed together and second Substrate 4 is mutually adjacent to;
S6: third main card plate 13, the third vice card plate 1301 on the first wallboard 11 are inserted into respectively on third substrate 6 The 5th groove 19 on three grooves 15, tetrabasal 10 makes the combination and the first wallboard 11 of third substrate 6 and tetrabasal 10 It is fixed together;
S7: according to S6 step, first substrate 1 and the combination of the second substrate 4 are fixed together with the second wallboard 12;
S8: the 5th vice card plate 24, the 5th main card plate 18 on third wallboard 17 are inserted into the 5th vice card plate groove respectively 2401, the 5th main card plate groove 1801, tetrabasal 10 and the second substrate 4 after making third wallboard 17 and being adjacent to are fixed on one It rises;
S9: the 6th main card plate 22, the 6th vice card plate 23 on the 4th wallboard 21 are inserted into the 6th main card plate groove respectively 2201, the 6th vice card plate groove 2301, first substrate 1 and third substrate 6 after making the 4th wallboard 21 and being adjacent to are fixed on one It rises;
S10: four arc panels 25 are separately mounted to corner between the 4th wallboard 21 and the second wallboard 12, third wall The corner between corner, third wallboard 17 and the first wallboard 11 between plate 17 and the second wallboard 12, the 4th wallboard 21 with Corner between first wallboard 11;
S11: considering whether the first wind deflector 26 of installation and the second wind deflector 27 according to demand, if installation, first is kept out the wind One end of plate 26 is connect by hinge with 21 one end of the 4th wallboard, then by one end hinge and the 4th wallboard of the second wind deflector 27 The connection of 21 other ends makes between the first wind deflector 26, the second wind deflector 27 and 21 three of the 4th wallboard in three-legged structure;
S12: finally by the second wallboard 12 of the corresponding insertion of the snap-gauge of 28 bottom of top cover, third wallboard 17, the first wallboard 11 In the groove at 21 top of the 4th wallboard.
In conclusion in the present embodiment, the first wind deflector 26, the second wind deflector 27 and arc provided in this embodiment Between plate 25 with the use of the impact force that can be reduced from external wind-force to steel building, can effectively avoid compared with Strong wind-force carries out the impact of large area to steel building, increases the stability of steel building, improves steel construction and build Build interior personnel safety, steel building provided by the invention during installation without using welding procedure, additionally The fixing pieces such as bolt are not needed, only need to carry out simple grafting can complete entire installation, significantly reduce manually installed Required difficulty, furthermore speed of application can also be accelerated.
The above, further embodiment only of the present invention, but scope of protection of the present invention is not limited thereto, and it is any Within the scope of the present disclosure, according to the technique and scheme of the present invention and its design adds those familiar with the art With equivalent substitution or change, protection scope of the present invention is belonged to.

Claims (7)

1. a kind of modular assembly formula steel structure technique, including first substrate (1), which is characterized in that the first substrate (1) side is provided with the second substrate (4), and the second substrate (4) side is provided with tetrabasal (10), the tetrabasal (10) side is provided with third substrate (6), is provided with the first wallboard above the third substrate (6) and tetrabasal (10) (11), it is provided with the second wallboard (12) above the first substrate (1) and the second substrate (4), the third substrate (6) and first Substrate (1) side is provided with the 4th wallboard (21), and the second substrate (4) and tetrabasal (10) side are provided with third wallboard (17), the 4th wallboard (21), third wallboard (17) and the second wallboard (12) connecting corner at and first wallboard (11) with the 4th wallboard (21), third wallboard (17) connecting corner at be provided with arc panel (25), the 4th wallboard (21) side is provided with the first wind deflector (26) and the second wind deflector (27), is provided with top cover above the 4th wallboard (21) (28)。
2. a kind of modular assembly formula steel structure technique as described in claim 1, which is characterized in that the second substrate (4) the first groove for being provided with the first snap-gauge (3) with the junction of first substrate (1) and being connect with first snap-gauge (3) (2), the junction of the tetrabasal (10) and third substrate (6) be provided with the second snap-gauge (8) and with second snap-gauge (8) the second groove (7) connected, is provided with the first snap-gauge through-hole (5) on first snap-gauge (3), on first groove (2) Side is provided with first substrate through-hole (501), and the second snap-gauge through-hole (9), second groove are provided on second snap-gauge (8) (7) top is provided with third substrate through-hole (901), and first snap-gauge (3) is mounted on the second substrate (4) side, and described first The position of substrate through-hole (501) is corresponding with first snap-gauge through-hole (5), and second snap-gauge (8) is mounted on tetrabasal (10) side The position on side, the third substrate through-hole (901) is corresponding with second snap-gauge through-hole (9), the top cover (28) and the 4th wall Plate (21), third wallboard (17), the second wallboard (12) and the first wallboard (11) junction be provided with snap-gauge and with the card The groove of plate connection, wherein the snap-gauge is mounted on top cover (28) bottom, the groove connecting with snap-gauge is separately mounted to institute It states in the 4th wallboard (21), third wallboard (17), the second wallboard (12) and the first wallboard (11).
3. a kind of modular assembly formula steel structure technique as described in claim 1, which is characterized in that first wallboard (11) with third substrate (6), tetrabasal (10) junction be provided with third main card plate (13), third vice card plate (1301), It the third groove (15) being connect with the third main card plate (13) and is connect with the third vice card plate (1301) the 5th recessed Slot (19), second wallboard (12) and first substrate (1), the second substrate (4) junction be provided with the 4th main card plate (14), Fourth officer snap-gauge (1401), the 6th groove (20) being connect with the fourth officer snap-gauge (1401) and with the 4th main card plate (14) 4th groove (16) of connection, the third main card plate (13) and third vice card plate (1301) are mounted on the first wallboard (11) bottom Portion, the third groove (15) are mounted on third substrate (6), and the 5th groove (19) is mounted on tetrabasal (10), The 4th main card plate (14) and fourth officer snap-gauge (1401) are mounted on the second wallboard (12) bottom, the 4th groove (16) peace On the second substrate (4), the 6th groove (20) is mounted on first substrate (1).
4. a kind of modular assembly formula steel structure technique as described in claim 1, which is characterized in that described first keeps out the wind Plate (26) one end be arranged close to the arc panel (25) at the connecting corner of the 4th wallboard (21) and the second wallboard (12) and On the 4th wallboard (21), and first wind deflector (26) and the 4th wallboard (21) are hinged, second wind deflector (27) One end is arranged close to the arc panel (25) at the connecting corner of the 4th wallboard (21) and the first wallboard (11) and the 4 On wallboard (21), second wind deflector (27) and the 4th wallboard (21) be it is hinged, first wind deflector (26), second are kept out the wind Plate (27) and the 4th wallboard (21) are in three-legged structure.
5. a kind of modular assembly formula steel structure technique as described in claim 1, which is characterized in that the 4th wallboard (21) be provided with respectively with third substrate (6), first substrate (1) junction the 6th main card plate (22), the 6th vice card plate (23), with It the 6th main card plate groove (2201) of the 6th main card plate (22) connection and is connect with the 6th vice card plate (23) 6th vice card plate is with groove (2301).
6. a kind of modular assembly formula steel structure technique as described in claim 1, which is characterized in that the third wallboard (17) with the second substrate (4), tetrabasal (10) junction be provided with the 5th vice card plate (24), the 5th main card plate (18), with It the 5th vice card plate groove (2401) of the 5th vice card plate (24) connection and is connect with the 5th main card plate (18) 5th main card plate is installed in third wallboard (17) with groove (1801), the 5th main card plate (18), the 5th vice card plate (24) On, the 5th vice card plate is mounted in the second substrate (4) with groove (2401), and the 5th main card plate is pacified with groove (1801) In tetrabasal (10).
7. a kind of assembly method of modular assembly formula steel structure technique as claimed in any one of claims 1 to 6, It is characterized in that, includes the following steps:
S1: the need steel construction to be used in the system is shifted to an earlier date into the prefabricated completion in factory first;
S2: the place of suitable steel building is found;
S3: by the first groove in the first snap-gauge insertion first substrate in the second substrate, first on the first snap-gauge is made to block First substrate through-hole on plate through-hole alignment first substrate is inserted into the first base with the fixing piece of the first snap-gauge through-hole similar size Plate through-hole fixes the second substrate with this;
S4: tetrabasal and third substrate are fixed together according to step S3;
S5: the first substrate being fixed together and the second substrate and the third substrate being fixed together and the second substrate is mutual It is adjacent to;
S6: third main card plate, the third vice card plate on the first wallboard are inserted into third groove, the 4th base on third substrate respectively The 5th groove on plate, makes the combination of third substrate and tetrabasal be fixed together with the first wallboard;
S7: according to step S6, first substrate and the combination of the second substrate are fixed together with the second wallboard;
S8: the 5th vice card plate, the 5th main card plate on third wallboard are inserted into the 5th vice card plate groove, the 5th main card plate respectively With groove, the tetrabasal after making third wallboard and being adjacent to is fixed together with the second substrate;
S9: the 6th main card plate, the 6th vice card plate on the 4th wallboard are inserted into the 6th main card plate groove, the 6th vice card plate respectively With groove, the first substrate after making the 4th wallboard and being adjacent to is fixed together with third substrate;
S10: corner, third wallboard and the second wall four arc panels being separately mounted between the 4th wallboard and the second wallboard Corner between corner, third wallboard between plate and the corner between the first wallboard, the 4th wallboard and the first wallboard;
S11: considering whether the first wind deflector of installation and the second wind deflector according to demand, if installation, by one end of the first wind deflector It is connect by hinge with the 4th wallboard one end, one end hinge of the second wind deflector is connect with the 4th wallboard other end then, is made It is in three-legged structure between first wind deflector, the second wind deflector and the 4th wallboard three;
S12: finally by corresponding insertion the second wallboard, third wallboard, the first wallboard and the 4th wallboard top of the snap-gauge of cap base In the groove in portion.
CN201811612321.1A 2018-12-27 2018-12-27 Modular assembly type steel structure building system and assembly method thereof Active CN109853743B (en)

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CN111663657A (en) * 2020-06-16 2020-09-15 何小红 Energy-saving building built in modularization mode
CN112523454A (en) * 2020-11-26 2021-03-19 东莞格美智宅建筑装饰有限公司 House building method

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Publication number Priority date Publication date Assignee Title
CN111663657A (en) * 2020-06-16 2020-09-15 何小红 Energy-saving building built in modularization mode
CN112523454A (en) * 2020-11-26 2021-03-19 东莞格美智宅建筑装饰有限公司 House building method

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