CN115977279A - Partition wall structural system and construction method thereof - Google Patents

Abstract

The utility model provides a partition wall structure system and construction method thereof, including furred ceiling system and partition wall system, the partition wall includes a few type vertical joist, the heat preservation rock wool layer, the keel, the skirting line, the keel, decoration panel and terminal box of working a telephone switchboard, it is spacing all to peg graft through M type stop member between a few type vertical joist and keel and the keel, the keel includes keel body and keel base, the keel body, the decoration panel includes the core, the metal sheet and hangs the sign indicating number, terminal box of working a telephone switchboard includes the keel, the second wire casing, the second buckle closure, two-sided subsides, end box body, first plug connector and second plug connector. The n-shaped keel can clamp rock wool from the middle, so that the rock wool is not easy to fall off, the groove of the n-shaped keel can penetrate through a pipeline, the rock wool is not required to be cut for installation, the M-shaped limiting component and the bolt are adopted for adjustment and combination, the distance between the keels can be adjusted up and down, the steel plate is bent for one-step forming, the weight of the keel is greatly reduced, the structure is simple, and the processing is easy.

Description

Partition wall structure system and construction method thereof

Technical Field

The invention belongs to the field of indoor assembled decorative wall surfaces, and particularly relates to a partition wall protection structure system and a construction method thereof.

Background

The interior decoration wall system is divided into a partition wall and a protective wall, and the partition wall is a tool for dividing a space inside a building and does not bear load. The light partition wall is not assembled, the assembly and disassembly are troublesome, the wet operation is needed, and the disassembly needs to be knocked off. At present, a partition wall system commonly used in the decoration industry is a light steel keel partition wall system, has the characteristics of light weight, high strength, good fire resistance, strong universality and simple installation, and is popular with wide decoration enterprises. However, the light steel keel partition wall has the defects that the light steel keel is generally in a Contraband shape, the structure is simple, the heat-preservation rock wool can only be fixed at one end when being plugged in, and the other end of the heat-preservation rock wool is not easy to fix. When needing the poling line, pipeline and end box can only inlay inside the rock wool, need the cutting take out and install again behind the partial rock wool, and the thermal insulation performance and the sound insulation of partition wall then can receive the damage this moment for the heat preservation sound insulation of partition wall reduces, and from last poling down, and the pipeline overlength needs are fixed. The light steel keel and the top and bottom keel are fixed by adopting a nailing mode generally, and cannot be adjusted when the ground is uneven.

The revetment is used to cover the exposed structural substrate and to provide decoration. The light skeleton partition wall consists of skeleton and surface layer. The retaining wall system is also called a single-wall system, namely directly installed on the wall surface of a building structure and consists of a framework or a support and a panel. The light steel keel is more suitable for a partition system, a paper-covered gypsum board, a cement board, a glass magnesium board and the like, and a veneer is pasted or painted. If the light steel keel is used in a wall protection system, an additional component is required to be added for fixing, the stability is poor, and the problem of the pipeline still exists.

The assembly type light steel keel partition wall currently available in the market is heavy in weight and complex in structure, two vertical keels are connected through bolts for adjustment, the cost is high, at least more than 2-3 bolts are needed for keels with the height of 3 m, the adjustment distance is limited due to the cavity structure of the keels, when partition walls with different thicknesses are installed, bolts with different lengths need to be customized, and the adjustment is complicated; because there is bolted connection between two fossil fragments for the anti-seismic performance of partition wall weakens, strikes one side wall, and the vibration is conducted through the bolt, and the another side can obviously vibrate.

Therefore, the existing light steel Long Guge wall system and steel keel partition wall system after summary has the following problems:

1. the filling of the heat preservation rock wool is not easy to fix;

2. when the pipeline needs to be penetrated, the pipeline and the bottom box can only be embedded in the rock wool, and a part of rock wool needs to be cut and taken out and then installed;

3. the light steel keel partition wall system and the ceiling keel are fixed in a nailing mode, and cannot be adjusted when the ground is uneven;

4. the veneer layer is formed by sealing the panel firstly and then painting and pasting the veneer, the process is complicated and complicated, and the veneer cannot be directly installed; 5. the weight is heavy and the structure is complex;

6. the two vertical keels are connected by bolts for adjustment, so that the cost is high, the adjustment is complicated, and the anti-seismic performance is poor;

7. the existing light steel Long Guge wall system and steel keel partition wall system are not suitable for a retaining wall system, and components need to be added when the wall system is fixed on the wall surface of a building structure on one side.

Disclosure of Invention

The invention aims to provide a partition wall structure system and a construction method thereof, and aims to solve the problems that heat preservation rock wool is filled in an existing steel keel partition wall system and is not easy to fix; when the pipeline needs to be penetrated, the pipeline and the bottom box can only be embedded in the rock wool, and a part of rock wool needs to be cut and taken out and then installed; the light steel keel partition wall system and the ceiling keel are fixed in a nailing mode, and cannot be adjusted when the ground is uneven; the veneer layer is formed by sealing the panel firstly and then painting and pasting the veneer, the process is complicated and complicated, and the veneer cannot be directly installed; the weight is heavy and the structure is complex; the two vertical keels are connected by bolts for adjustment, so that the cost is high, the adjustment is complicated, and the anti-seismic performance is poor; the existing light steel Long Guge wall system and steel keel partition wall system are not suitable for a retaining wall system, and the technical problem that components need to be added when the wall system is fixed on the wall surface of a building structure on one side is solved.

In order to achieve the purpose, the invention adopts the following technical scheme:

a partition wall structure system comprises a ceiling system and a partition wall system which are arranged between a ceiling floor and the ground, wherein the top surface of the partition wall system is connected with the bottom surface of the ceiling floor, the bottom surface of the partition wall system is connected with the top surface of the ground, the partition wall system is formed by splicing all partition walls, adjacent partition walls are connected to form partition wall spaces, the ceiling system is positioned in the partition wall spaces, the ceiling system comprises a suspender, a ceiling keel frame and a ceiling panel, the top of the suspender is fixedly connected with the bottom surface of the ceiling floor, the bottom of the suspender is fixedly connected with the ceiling keel frame to suspend the ceiling keel frame, the ceiling panel is fixedly connected with the bottom surface of the ceiling keel frame, the ceiling keel frame and the ceiling panel are in lap joint with the partition wall system on the side surface through a closing-in component,

the partition wall comprises a U-shaped vertical keel, a heat preservation rock wool layer, a ground keel, a skirting line, a ceiling keel, a decoration panel and a wiring bottom box,

the heat preservation rock wool layer is arranged along the width and the height of the partition wall,

the n-shaped vertical keels are arranged in groups in pairs along the through height of the heat preservation rock wool layer, the n-shaped vertical keels are arranged at intervals along the width direction of the heat preservation rock wool layer by taking the groups as units, the inner side and the outer side of each group of n-shaped vertical keels are oppositely clamped at the inner side and the outer side of the heat preservation rock wool layer,

the U-shaped vertical keel comprises a central convex groove part and two side plane connecting parts, the central convex groove part consists of a keel top plate and two keel side boards vertical to the keel top plate, three boards are enclosed to form a keel groove for accommodating a vertical first wire groove, the keel groove of the outer U-shaped vertical keel faces outwards, the keel groove of the inner U-shaped vertical keel faces inwards, the keel top plates of the inner U-shaped vertical keel and the outer U-shaped vertical keel respectively and tightly adhere to the inner side surface and the outer side surface of the heat preservation rock wool layer, the plane connecting parts are formed by vertically bending and extending the free ends of the keel side boards towards the left side and the right side, and comprise connecting wing plates and wing plate end bends, the connecting wing plates are parallel to the keel top plate, the free ends of the connecting wing plates are bent towards an inner right angle to form wing plate end bends, hanging holes for hanging decoration panels are formed on the connecting wing plates at intervals along the height direction, the left corresponding hanging holes and the right corresponding connecting wing plates on the two sides of the same U-shaped vertical keel are arranged in pairs, the first wire groove is inserted into the keel groove, and a limiting part is formed between the first wire groove and the keel top plate,

the outer side surface of the bottom of each U-shaped vertical keel is fixedly connected with a skirting female piece, the skirting line is horizontally and sequentially buckled on each skirting female piece,

the U-shaped vertical keels, the ground keels and the top keels are inserted and limited through M-shaped limiting members, the width dimension of the M-shaped limiting members is matched with the left and right width dimension of the limiting member inserting grooves,

the M-shaped limiting component comprises a horizontal keel buckling part in the center and vertical keel inserting limiting parts at two sides, the horizontal keel buckling part is in a groove shape, the width of the groove shape is matched with the width of a corresponding ground keel or a corresponding ceiling keel, the width of the groove shape outside the groove is matched with the distance between two keel top plates which are opposite to each other inside and outside each group of the vertical keels, the horizontal keel buckling part comprises a buckling part groove bottom plate and buckling part groove side plates of vertical buckling part groove bottom plates at two sides, a limiting part connecting hole is arranged in the middle of the buckling part groove bottom plate, the vertical keel inserting limiting part is formed by extending and bending two ends of the buckling part groove side plates and comprises a limiting part groove bottom plate formed by horizontally and vertically bending, the limiting part groove side plates are further vertically and vertically bent, the tail ends of the limiting part groove side plates are bent inwards to form limiting pieces, the buckling part groove side plates, the limiting part groove bottom plates and the limiting part groove side plates are also in a groove shape, the groove shape is opposite to the opening of the horizontal groove-shaped buckling part groove, and the limiting piece forms a projection plane with the width size matched with the width of the limiting part inserting groove,

the ground keel comprises a ground keel body and a ground keel base, the ground keel base is arranged in one-to-one correspondence with a plurality of vertical keels in the width direction of the heat insulation rock wool layer, the ground keel base is vertical to the thickness direction of the heat insulation rock wool layer, the ground keel base comprises a bottom supporting plate, the inner end part and the outer end part of the bottom supporting plate are respectively bolted with the ground through ground keel expansion bolts, a thread adjusting central column is arranged in the center of the ground keel base, a ground keel adjusting nut is sleeved on the thread adjusting central column, the ground keel body is a groove-shaped strip-shaped part with a downward opening, a ground keel adjusting slotted hole is formed in the position of the ground keel body corresponding to the ground keel base, the lower side of the ground keel body is fastened on the ground keel base, the thread adjusting central column penetrates through the ground keel adjusting slotted hole, the ground keel adjusting nut is fastened at the bottom of the ground keel body, a gasket is arranged between the ground keel body and the ground keel body, a groove opening formed by the horizontal keel fastening part of the M-shaped limiting member is downwards fastened on the upper part of the ground keel body, a sound insulation gasket is inserted into a plurality of vertical keel inserting slots formed by the limiting pieces arranged at the bottom of the horizontal keel base plate,

the skybrood bone comprises a skybrood bone body, a skully keel adjusting slotted hole is formed in the skully bone body corresponding to the position of a n-shaped vertical keel, a slot opening formed by a horizontal keel buckling part of an M-shaped limiting member is upwards buckled on the lower side of the skully bone body, two sets of nut gasket combinations are sleeved on the bottom thread of a skully bone expansion bolt, the skully bone expansion bolt penetrates through a limiting part connecting hole from bottom to top and is clamped and fastened on the upper side and the lower side of a buckling part slot bottom plate through the two sets of nut gasket combinations, the top of the skully bone expansion bolt continuously penetrates through the skully keel adjusting slotted hole and is anchored into a floor slab, a limiting part slot in the top of the n-shaped vertical keel is downwards inserted by a limiting piece of the M-shaped limiting member, and a vertical installation distance is reserved between the top of the n-shaped vertical keel and a slot formed by the vertical keel inserted into the limiting part,

the decorative panel comprises core plates, metal plates and hanging codes, the width of each core plate is equal to the distance between two adjacent vertical keels, each core plate is correspondingly provided with two metal plates, the metal plates are vertically and fixedly connected to the left end and the right end of the inner side of the core plate, the hanging codes are fixedly connected to the surfaces of the metal plates corresponding to the hanging hole positions of the decorative panel, the bottom of the decorative panel is placed on a skirting line, the top of the decorative panel is limited by a closing-in component of a ceiling system,

the wiring bottom box comprises a transverse keel, a second wire groove, a second buckle cover, a double-sided sticker, a bottom box body, a first plug connector and a second plug connector, the second buckle cover is buckled on the opening side of the second wire groove, the transverse keel is arranged at the position of the second wire groove and fixed on the surface of the heat-preservation rock wool layer, the bottom box body is clamped on the transverse keel through a bottom box clamping piece, the back side of the second wire groove is adhered on the surface of the transverse keel through the double-sided sticker,

vertical first wire casing and horizontally second wire casing intercommunication, it has first intercommunicating pore to open on the nearly type of first wire casing and second wire casing intercommunication department erects the fossil fragments, first plug connector is installed with the end position of second wire casing to first intercommunicating pore, horizontally second wire casing and end box body intercommunication, it has the second intercommunicating pore to open on the lateral wall of end box body and second wire casing intercommunication department, the second plug connector is installed with the end position of second wire casing to the second intercommunicating pore, the electric wire is walked the line and is passed through first wire casing, second wire casing and end box body.

The close-up subassembly includes furred ceiling limit fossil fragments, furred ceiling limit fossil fragments level sets up the position that furred ceiling keel frame is close to partition wall system, and furred ceiling limit fossil fragments are the opening towards furred ceiling keel frame's angle steel, and furred ceiling limit fossil fragments fixed connection is on a few types of perpendicular fossil fragments, and furred ceiling keel frame's limit portion falls on furred ceiling limit fossil fragments.

The top binding off subassembly still includes the female piece of top binding off and top binding off strip, the female piece of top binding off is located the below of furred ceiling limit fossil fragments, fixed connection is on several types of vertical keel, the top of decoration panel is tightly on the bottom surface of the female piece of top binding off, the top binding off strip insert in the female piece of top binding off and the top outside of spacing decoration panel.

A space for inserting the edge of the ceiling panel is reserved between the ceiling edge keel and the top closing-in female piece.

First wire casing includes wire casing body, fire prevention gives sound insulation and fills up and first buckle closure, the wire casing body is the U-shaped groove of opening towards the outside, and the fire prevention gives sound insulation and fills up also for the U-shaped groove of opening towards the outside, and the fire prevention gives sound insulation and fills up the inner wall setting of hugging closely the wire casing body, first buckle closure outside lock joint wire casing body, closed wire casing body.

The couple of string sign indicating number is the couple piece of vertical setting, and the direction of buckling of couple piece is downward, the hanging hole is big-end-up's infundibulate, and the height that highly is greater than the couple piece of wide hole in upper portion, the width in the vertical hole in lower part suits and spacing couple piece with the thickness of couple piece, and the position of buckling of couple piece articulates in the bottom in the vertical hole in lower part.

The decorative panel comprises a plane plate positioned on the surface of the same partition wall and a finished product external corner plate positioned at the end parts of two adjacent partition walls to form a right angle.

The first plug connector comprises a first contact plate, a first contact plate plug, a second contact plate, a first plug of the second contact plate and a second plug,

the first plug and the second plug are positioned at the back side of the second contact plate, wherein the second plug is a solid plug, the second plug is correspondingly inserted into the groove of the cross keel, the first plug is a hollow plug with a through hole and communicated with the second contact plate, the first plug is correspondingly inserted into the second groove, the back side of the second contact plate is abutted against the end surface of the second groove,

the first contact plate plug is positioned on the back side of the first contact plate, the first contact plate plug is a hollow plug with a through hole and communicated with the first contact plate, the back side of the first contact plate is abutted against the inner wall of the vertical keels and aligned with the first through hole, and the first contact plate plug is correspondingly inserted into the first plug from the front side.

The second plug connector comprises a third contact plate and a third contact plate plug, the third contact plate plug is positioned on the back side of the third contact plate, the third contact plate plug is a hollow plug with a through hole and communicated with the third contact plate, the back side of the third contact plate is abutted to the inner wall of the bottom box body and aligned with the second communication hole, and the third contact plate plug is inserted into the second wire groove from the inside of the bottom box body.

A construction method of a partition wall structure system comprises the following construction steps:

step one, constructing a partition wall system: through measurement and paying-off, the specific installation position of the partition wall is found accurately, and a cross mark is made;

step two, paving a damping and sound insulating pad on the ground, and placing a keel base at the cross mark position;

step three, erecting the ground keel on a ground keel base, and adjusting the ground keel adjusting long circular hole to adjust errors formed by installation or measurement and paying-off of a ground keel expansion bolt;

installing an M-shaped limiting member, wherein the thread adjusting center column penetrates through the keel adjusting oblong hole and the M-shaped limiting member and is not locked temporarily;

installing a skybug corresponding to the ground keel, adding, subtracting, vibrating and sound-insulating gaskets between the skybug and the ceiling slab, installing an M-shaped limiting component, and locking and fastening by using a skybug expansion bolt;

step six, clamping the wire casing body and the fireproof sound insulation pad into a keel groove, inserting the top of the n-shaped vertical keel into an M-shaped limiting member connected with the skullage in an inclined mode, wherein the M-shaped limiting member has a free space, the n-shaped vertical keel is lifted upwards and then falls onto the M-shaped limiting member connected with the ground keel, screwing an adjusting nut of a thread adjusting center pillar to adjust the up-and-down position of the n-shaped vertical keel, and locking a ground keel expansion bolt after the position is adjusted; a heat-preservation rock wool layer is stuffed between the two n-shaped vertical keels in the group, so that the installation of the n-shaped vertical keels and the heat-preservation rock wool layer is completed;

step seven, after the vertical keels are installed, placing electric wires into the keel grooves, arranging first connecting holes at the positions, where the wiring bottom boxes need to be installed, of the side walls of the vertical keels parallel to the wiring bottom boxes, inserting the first plug connectors into the first connecting holes, and clamping the edges of the first connecting holes in the grooves of the first plug connectors to prevent the first plug connectors from falling off;

buckling the transverse keel into a second plug, attaching the bottom box clamping piece to the back of the bottom box body, and buckling the bottom box clamping piece on the installed transverse keel; pasting a double-sided paste on the transverse keel, inserting a first plug into a second wire slot, tightly pasting the second wire slot with the double-sided paste on the transverse keel, plugging a second plug connector into a second communication hole, plugging the second plug connector into the second wire slot, enabling the two ends of the wire slot to be stably supported, enabling the electric wire in the groove of the vertical keel of the V-shaped to pass through the first communication hole, then penetrating out from the first plug through hole of the first plug connector, directly connecting to the bottom box body along the second wire slot, and buckling a first buckle cover and a second buckle cover to complete the installation of the wiring of the bottom box;

marking the mounting positions of the top closing-in mother piece and the kicking mother piece on the n-shaped vertical keels according to the size and the measurement paying-off positioning of the decorative panel, nailing and fixing the top closing-in mother piece and the kicking mother piece on the n-shaped vertical keels, or mounting the kicking mother piece after the decorative panel is hung on the kicking mother piece;

the metal plate of the decoration panel wraps and compounds the core plate, hanging codes are arranged on two sides of the compounded plate to form a decoration panel unit, or the hanging codes are directly arranged on the back of the decoration panel, the decoration panel with the hanging codes is not required to be compounded with the metal plate, and the decoration panel with the hanging codes is inserted into the hanging holes of the n-shaped keels and hung on the n-shaped vertical keels;

then inserting a top closing strip, and buckling a skirting line to finish the installation of the decorative panel;

step nine, constructing a suspended ceiling system; on being fixed in a few types of vertical keel with furred ceiling limit fossil fragments, installation ceiling system, on the furred ceiling panel was fixed in furred ceiling keel frame, furred ceiling keel frame leaned on furred ceiling limit fossil fragments, accomplished the installation.

Compared with the prior art, the invention has the following characteristics and beneficial effects:

the invention comprises a supporting foot margin and a ground expansion bolt, wherein after a transverse top keel and a transverse ground keel are arranged, an M-shaped limiting component is added, a U-shaped keel is inserted into the M-shaped limiting component to complete keel installation, and the supporting foot margin of the ground keel is adjusted, so that the adjustment of the upper position and the lower position of the U-shaped keel can be realized; the keel is provided with a hole, the back of the panel is attached with a hanging code, and the panel can be directly hung on the n-shaped keel. The pipeline passes through in the fossil fragments cavity, plays the fixed action, need not do in addition and support fixed pipeline, and box and rock wool keep apart at the bottom of the wiring, need not cut the rock wool and install again. The keel can also be used for a wall protection system, can be fixed with the wall surface of a building structure by screwing bolts in the grooves, does not need to increase components, and is installed in a hanging mode as a partition wall.

Aiming at the problem that the heat preservation rock wool is not well fixed when being filled in the existing light steel keel partition wall system, the U-shaped keel can clamp the rock wool from the middle, so that the rock wool is not easy to fall off.

Aiming at the problems that the pipeline and the bottom box can only be embedded in rock wool and part of rock wool needs to be cut and taken out and then installed in the existing light steel keel partition wall system when the pipeline needs to be penetrated, the groove of the U-shaped keel can penetrate through the pipeline, the rock wool and the bottom box of the pipeline are separated by the keel, the rock wool does not need to be cut and installed, when the pipeline is too long, the pipeline does not need to be fixed additionally, the groove of the U-shaped keel is the best fixing mode, and only the transverse fixing is needed.

Aiming at the defects that the existing light steel keel partition wall system is fixed with a ceiling keel in a nailing mode and cannot be adjusted when the ground is uneven, the n-shaped keel partition wall system adopts an M-shaped limiting component and a bolt for adjustment and combination, and can adjust the distance of the keel up and down.

Aiming at the defect that the existing light steel keel partition wall system is mostly suitable for plastering and pasting decorative surfaces after sealing plates, the U-shaped keel is provided with holes on two outer wings and can be hung with various decorative panels.

Aiming at the defects of heavy weight and complex structure of the existing steel keel partition wall system, the n-shaped keel is formed by bending the steel plates in one step, so that the weight of the keel is greatly reduced, the structure is simple, and the processing is easy.

Aiming at the problems of high cost, troublesome adjustment and poor anti-seismic performance of the conventional steel keel partition wall system due to the fact that two vertical keels are connected through bolts for adjustment, when the multi-type keel is used for partition walls with different thicknesses, the thickness of the partition wall can be controlled by replacing an upper M-shaped limiting member and a lower M-shaped limiting member, the thickness is controlled without slowly loosening and screwing an adjusting bolt, and because the two keels are only fixedly connected up and down, the upper M-shaped limiting member and the lower M-shaped limiting member are isolated from the bolts and the top and bottom keels through sound insulation and shock absorption gaskets, the sound insulation performance and the anti-seismic performance of the partition wall are improved.

Aiming at the defects that the existing light steel Long Guge wall system and steel keel partition wall system are not suitable for a wall protection system and need to be additionally provided with components when being fixed on the wall surface of a building structure, the U-shaped keel can be applied to the wall protection, bolts are arranged in grooves to be fixed with the wall surface of the building structure, the components do not need to be additionally provided, the wall protection is the same as a partition wall, and the wall protection can be installed in a hanging mode through a vertical keel, so that the wall protection is simple and convenient.

Drawings

The present invention will be described in further detail with reference to the accompanying drawings.

FIG. 1 is a schematic view of the overall structure of the partition structure of the present invention.

Fig. 2 is a schematic view of a corner structure of a partition wall system.

Fig. 3 is a schematic view of the interface structure of the ceiling system and the partition system.

Fig. 4 is a partial node diagram of the junction of the ceiling and the partition wall at a in fig. 3.

Fig. 5 is a schematic view of the structure of the decorative panel.

Fig. 6 is a partial node diagram of the decorative panel at B in fig. 5.

Fig. 7 is a schematic view of the finished external corner panel structure.

Fig. 8 is a sectional plan view of a few types of keel.

Figure 9 is an exploded view of the sectional type of the furring channel and the first line channel.

Fig. 10 is a schematic view of the connection structure of the type C mullion and the ground keel in fig. 1.

Fig. 11 is an exploded view of the connection disassembly of fig. 10.

Fig. 12 is an exploded view of the connection between the vertical keel and the keel.

FIG. 13 is a plan sectional view of the bottom box mounting location of the partition system.

Figure 14 is a cross-sectional view of the bottom box cross keel mounting of the partition system of figure 13 at D.

FIG. 15 is a schematic view of the groove routing of the partition wall system.

Fig. 16 is a schematic view of the bottom case mounting front and the second plug mounting structure.

Fig. 17 is a schematic view of the back structure of the back box.

Fig. 18 is an exploded view of the bottom case assembled and disassembled.

Fig. 19 is a schematic view of the installation structure of the second slot, the cross keel and the first plug connector.

Fig. 20 is a schematic view of the first plug construction.

Figure 21 is a plan cross-sectional view of a type several mullion retaining wall system.

Reference numerals: 1-ceiling floor, 2-ceiling system, 21-ceiling keel frame, 22-ceiling panel, 23-top closing strip, 24-ceiling side keel, 25-top closing female part, 26-suspension rod, 3-partition wall system, 31-ceiling keel, 311-ceiling keel body, 312-ceiling keel adjusting slotted hole, 313-ceiling keel expansion bolt, 32-heat preservation rock wool layer, 33-shaped vertical keel, 33 a-keel top plate, 33 b-keel side wall plate, 33 c-connecting wing plate, 33 d-wing plate end bend, 33 e-limiting piece slot, 331-first wire slot, 3301-keel groove, 3302-hanging hole, 332-fireproof sound insulation pad, 333-first buckle cover, 335-second wire slot, 3351-double-sided tape, 3352-transverse keel, 3353-first plug connector, 531-first contact plate, 3425 zxft First plug, 3562 zxft, 33534-second contact plate, 3352-transverse plug, 3353-first contact plate, 531-first contact plate, 3425 zxft Plug, 3462 zxft Plug, 3562-second contact plate, 33534-transverse plug, and 33534-transverse plug 33535-first through hole, 33536-second plug, 336-second buckle cover, 337-wiring bottom box, 3371-second plug connector, 33711-third contact plate, 33712-third contact plate plug, 33713-second through hole, 3372-bottom box fastener, 3373-bottom box body, 338-retaining wall expansion bolt, 3381-retaining wall gasket, 34-decorative panel, 341-hanging code, 342-metal plate, 343-core plate, 35-skirting line, 351-skirting female member, 36-keel, 361-nut gasket combination, 362-keel adjustment slotted hole, 363-sound insulation and shock absorption gasket, 364-adjustment nut, 365-thread adjustment nut, 366-keel body, 367-keel expansion bolt, 368-bottom support plate, 37-finished product external corner plate, 4-ground, 5-M-type limit member, 51-buckle groove bottom plate, 52-buckle groove bottom plate, 53-limit piece-54-limit groove bottom plate, and limit groove bottom plate connecting hole, 55-limit part groove side plate, 56-limit sheet.

Detailed Description

In the first embodiment, as shown in fig. 1 to 4, a partition wall structure system includes a ceiling system 2 and a partition wall system 3 which are arranged between a ceiling slab 1 and a ground 4, the bottom surface of the ceiling slab 1 is connected to the top surface of the partition wall system 3, the top surface of the ground 4 is connected to the bottom surface of the partition wall system 3, the partition wall system 3 is formed by splicing various partition walls, adjacent partition walls are connected to form a partition wall space, the ceiling system 2 is located in the partition wall space, the ceiling system 2 includes a suspender 26, a ceiling keel frame 21 and a ceiling panel 22, the top of the suspender 26 is fixedly connected to the bottom surface of the ceiling slab 1, the bottom of the suspender 26 is fixedly connected to the ceiling keel frame 21 so that the ceiling keel frame 21 is suspended, the ceiling panel 22 is fixedly connected to the bottom surface of the ceiling keel frame 21, and the ceiling keel frame 21 and the ceiling panel 22 are in lap joint with the partition wall system 3 at the side through a closing-in assembly.

Referring to fig. 4-7, the decorative panel 34 includes a core plate 343, metal plates 342, and hanging codes 341, the width of the core plate 343 is equal to the distance between two adjacent vertical keels 33, each core plate 343 is correspondingly provided with two metal plates 342, the metal plates 342 are vertically and fixedly connected to the left and right ends of the inner side of the core plate 343, the hanging codes 341 are fixedly connected to the surface of the metal plates 342 corresponding to the hanging holes 3302 of the decorative panel 34, the bottom of the decorative panel 34 is placed on the skirting line 35, and the top of the decorative panel 34 is limited by the closing-in component of the ceiling system.

The couple of string sign indicating number 341 is the couple piece of vertical setting, and the direction of buckling of couple piece is downward, hanging hole 3302 is big-end-up's infundibulate, and the height that highly is greater than the couple piece in upper portion wide hole, and the width that the hole was erect in the lower part suits and spacing couple piece with the thickness of couple piece, and the position of buckling of couple piece articulates in the bottom that the hole was erect in the lower part. The decorative panels 34 include flat panels located on the same side of the wall surface and finished corner panels 4 located at right angles to the ends of two adjacent walls.

The close-up subassembly includes furred ceiling limit fossil fragments, furred ceiling limit fossil fragments level sets up the position that furred ceiling keel frame 21 is close to partition wall system 3, and furred ceiling limit fossil fragments are the opening towards furred ceiling keel frame 21's angle steel, and furred ceiling limit fossil fragments fixed connection is on a few types of perpendicular fossil fragments 33, and the limit portion of furred ceiling keel frame 21 falls on the furred ceiling limit fossil fragments.

The closing-in assembly further comprises a top closing-in female piece 25 and a top closing-in strip 23, the top closing-in female piece 25 is located below the ceiling edge keel 24 and fixedly connected to the vertical keels 33 of the same type, the top of the decoration panel 34 is tightly propped against the bottom surface of the top closing-in female piece 25, and the top closing-in strip 23 is inserted into the top closing-in female piece 25 and limits the outer side of the top of the decoration panel 34. A space for inserting the edge part of the suspended ceiling panel 22 is reserved between the suspended ceiling edge keel 24 and the top closing-in female element 25.

Referring to fig. 8-10, the partition wall includes a sectional type vertical keel 33, a heat-insulating rock wool layer 32, a floor keel 36, a skirting line 35, a skybroo bone 31, a decorative panel 34, and a junction box 337.

The heat preservation rock wool layer 32 is arranged along the through width and the through height of the partition wall.

Two liang of types of vertical joist 33 are in groups along the setting of keeping warm rock wool layer 32 logical height, and a few types of vertical joist 33 use the group to set up as the unit along the width direction interval on heat preservation rock wool layer 32, just to pressing from both sides the inside and outside both sides of establishing on heat preservation rock wool layer 32 outside every group type of vertical joist 33.

The vertical keels 33 comprise a central convex groove portion and two side plane connecting portions, the central convex groove portion is composed of a keel top plate 33a and keel side wall plates 33b of two vertical keel top plates 33a, three plates are enclosed to form a keel groove 3301 for accommodating a vertical first linear groove 331, the keel groove 3301 of each outer vertical keel 33 faces outwards, the keel groove 3301 of each inner vertical keel 33 faces inwards, the keel top plates 33a of the inner vertical keel 33 and the outer vertical keel 33 are tightly attached to the inner side surface and the outer side surface of the heat preservation rock wool layer 32 respectively, the plane connecting portions are formed by vertically bending and extending the free ends of the keel side wall plates 33b towards the left side and the right side, the plane connecting portions comprise connecting wing plates 33c and wing plate end bends 33d, the connecting wing plates 33c are parallel to the keel top plate 33a, the free ends of the connecting wing plates 33c are bent towards the inner side right angle to form wing plate end bends 33d, hanging holes 3302 for hanging the decorative panels 34 are formed in the connecting wing plates 33c at intervals along the height direction, the two sides of the same vertical keel 33c are connected with the wing plates, the left side and the left corresponding hanging holes 3302, the first linear grooves 331 are inserted into the first linear grooves 33a, and the first keel grooves 33e are formed between the keel grooves 33a first limiting pieces 3301.

Referring to fig. 9, the first wire slot 331 includes a wire slot body, a fireproof sound insulation pad 332, and a first buckle cover 333, where the wire slot body is a U-shaped slot with an outward opening, the fireproof sound insulation pad 332 is also a U-shaped slot with an outward opening, the fireproof sound insulation pad 332 is disposed to be close to an inner wall of the wire slot body, and the first buckle cover 333 buckles the wire slot body and the closed wire slot body at an outer side.

Referring to fig. 10, a skirting female member 351 is fixedly connected to the outer surface of the bottom of each sectional type mullion 33, and the skirting line 35 is horizontally fastened to each skirting female member 351 in turn.

Referring to fig. 10-12, the vertical keels 33, the ground keels 36 and the ceiling keels 31 are inserted and limited by an M-shaped limiting member 5, and the member width of the M-shaped limiting member 5 is adapted to the left and right width of the limiting member insertion slot 33e.

The M-shaped limiting component 5 comprises a horizontal keel buckling part in the center and vertical keel insertion limiting parts on two sides, the horizontal keel buckling part is in a groove shape, the width of the groove-shaped groove is matched with the width of a corresponding ground keel 36 or a corresponding ceiling keel 31, the width of the groove-shaped groove outside is matched with the distance between two keel top plates which are opposite to each other inside and outside each group of the vertical keels 33, the horizontal keel buckling part comprises a buckling part groove bottom plate 51 and buckling part groove side plates 52 of the vertical buckling part groove bottom plates 51 on the two sides, a limiting part connecting hole 53 is formed in the middle of the buckling part groove bottom plate 51, the vertical keel insertion limiting part is formed by extending and bending two ends of the buckling part groove side plates 52 and comprises a limiting part groove bottom plate 54 formed by horizontal vertical bending, the limiting part groove side plates 55 continuously vertically bent by the limiting part groove bottom plate 54, the tail ends of the limiting part groove side plates 55 are bent inwards to form limiting pieces 56, the groove shape groove side plate 52, the limiting part groove side plates 54 and the limiting part groove side plates 55 also form limiting pieces, the groove shape is matched with the groove shape, and the limiting piece insertion limiting piece, and the groove shape is opposite to the width of the limiting piece 33, and the groove shape.

Referring to fig. 10-11, the floor keel 36 includes a floor keel body 366 and a floor keel base, the floor keel base is disposed corresponding to the grouped vertical keels 33 in one-to-one manner along the width direction of the heat preservation rock wool layer 32, the floor keel base is perpendicular to the thickness direction of the heat preservation rock wool layer 32, the floor keel base includes a bottom supporting plate 368, the inner and outer ends of the bottom supporting plate 368 are bolted to the ground 4 through floor keel expansion bolts 367 respectively, a thread adjusting center post 365 is disposed in the center of the floor keel base, a floor keel adjusting nut 364 is sleeved on the thread adjusting center post 365, the floor keel body 366 is a groove-shaped strip with a downward opening, a floor keel adjusting slotted hole 362 is disposed at a position corresponding to the floor keel base of the floor keel body 366, the lower side of the floor keel body 366 is fastened to the floor keel base, the thread adjusting central column 365 penetrates through the ground keel adjusting long round hole 362, the ground keel adjusting nut 364 is fastened at the bottom of the ground keel body 366, a gasket is arranged between the two, a slot opening formed by a horizontal keel buckling part of the M-shaped limiting component 5 is buckled at the upper side of the ground keel body 366 downwards, a sound insulation and shock absorption gasket 363 is arranged between the horizontal keel buckling part and the ground keel body 366 in a padding mode, the thread adjusting central column 365 sequentially penetrates through the ground keel adjusting long round hole 362 and the limiting part connecting hole 53 from bottom to top and is fastened on a buckling part slot bottom plate 51 through a nut and gasket combination 361, a limiting part slot 33e at the bottom of the n-shaped vertical keel 33 is upwards inserted by the limiting piece 56 of the M-shaped limiting component 5, and the bottom of the n-shaped vertical keel 33 is placed in a slot formed by the vertical keel inserting the limiting part.

Referring to fig. 12, the ceiling keel 31 includes a ceiling keel body, a ceiling keel adjusting slotted hole 312 is opened in a position of the ceiling keel body 311 corresponding to the n-shaped vertical keel 33, a slot opening formed by a buckling portion of the horizontal keel of the M-shaped limiting member 5 is buckled to the lower side of the ceiling keel body, two sets of nut and gasket combinations 361 are sleeved on a bottom thread of the ceiling keel expansion bolt 313, the ceiling keel expansion bolt 313 penetrates through the limiting member connecting hole 53 from bottom to top and is clamped and fastened on the upper and lower sides of the buckling portion slot bottom plate 51 through the two sets of nut and gasket combinations 361, the top of the ceiling keel expansion bolt 313 continuously penetrates through the ceiling keel adjusting slotted hole 312 and is anchored into the ceiling floor 1, the limiting member slot 33e in the top of the n-shaped vertical keel 33 is inserted downwards by the limiting sheet 56 of the M-shaped limiting member 5, and a vertical installation distance is reserved between the top of the n-shaped vertical keel 33 and the slot formed by the vertical keel inserting the limiting portion.

Referring to fig. 13 to 20, the wiring bottom case 337 includes a cross member 3352, a second wire groove 335, a second cover 336, a double-sided sticker 3351, a bottom case body 3373, a first connector 3353, and a second connector 3372, the second cover 336 is fastened to the opening side of the second wire groove 335, the cross member 3352 is disposed at the position of the second wire groove 335 and fixed to the surface of the insulating rock wool layer 32, the bottom case body 3373 is fastened to the cross member by a bottom case fastener 3372, and the back side of the second wire groove 335 is fastened to the surface of the cross member 3352 by the double-sided sticker 3351.

The first vertical line slot 331 is communicated with the second horizontal line slot 335, a first connecting hole is formed in the n-shaped vertical keel 33 at the communicating position of the first line slot 331 and the second line slot 335, a first connector piece 3353 is installed at the end position of the first connecting hole and the second line slot 335, the second horizontal line slot 335 is communicated with the bottom box body 3373, a second connecting hole is formed in the side wall of the communicating position of the bottom box body 3373 and the second line slot 335, a second connector piece 3371 is installed at the end position of the second connecting hole and the second line slot, and the electric wire 334 is wired to pass through the first line slot 331, the second line slot 335 and the bottom box body 3373.

The first plug 3353 includes a first contact plate 33531, a first contact plate plug 33532, a second contact plate 33533, a first plug 33534 and a second plug 33536 of second contact plate 33533.

The first plug 33534 and the second plug 33536 are located at the back side of the second contact plate 33533, wherein the second plug 33536 is a solid plug, the second plug 33536 is correspondingly inserted into the groove of the cross keel 3352, the first plug 33534 is a hollow plug with a through hole and is communicated with the second contact plate 33533, the first plug 33534 is correspondingly inserted into the second wire groove 335, and the back side of the second contact plate 33533 is abutted against the end face of the second wire groove 335.

The first contact plate plug 33532 is located on the back side of the first contact plate 33531, the first contact plate plug 33532 is a hollow plug with a through hole and communicates with the first contact plate 33531, the back side of the first contact plate 33531 abuts against the inner wall of the inverted V-shaped vertical keel 33 and is aligned with the first through hole 33535, and the first contact plate plug 33532 is correspondingly inserted into the first plug 33534 from the front side.

The second plug 3371 comprises a third contact plate 33711 and a third contact plate plug 33712, the third contact plate plug 33712 is located at the back side of the third contact plate 33711, the third contact plate plug 33712 is a hollow plug with a through hole and is communicated with the third contact plate 33711, the back side of the third contact plate 33711 abuts against the inner wall of the bottom case body 3373 and is aligned with the second communication hole 33713, and the third contact plate plug 33712 is inserted into the second wire groove 335 from the inside of the bottom case body 3373.

The construction method of the partition wall structure system comprises the following construction steps:

step one, constructing a partition wall system 3: through measurement and paying-off, the specific installation position of the partition wall is found accurately, and a cross mark is made;

step two, paving a shock-absorbing sound-insulating pad on the ground, and placing a ground keel base at the cross mark position;

thirdly, erecting the ground keel on a ground keel base, and adjusting errors formed by installation or measurement and paying-off of the ground keel expansion bolts 367 through the ground keel adjusting long circular holes 362;

step four, installing the M-shaped limiting member 5, wherein the thread adjusting center post 365 penetrates through the keel adjusting long round hole 362 and the M-shaped limiting member 5 and is not locked temporarily;

installing a skullar keel corresponding to the ground keel, adding and subtracting a vibration and sound insulation gasket between the skullar keel and the ceiling floor slab, installing an M-shaped limiting member 5, and locking and fastening by using a skullar keel expansion bolt 313;

step six, clamping the trunking body and the fireproof sound insulation pad 332 into the keel groove 3301, inserting the top of the n-shaped vertical keel 33 into the M-shaped limiting member 5 connected with the skynbone in an inclined manner, because the M-shaped limiting member 5 has a spare space in the structure, the n-shaped vertical keel 33 is lifted upwards and then falls onto the M-shaped limiting member 5 connected with the ground keel, screwing the adjusting nut 364 of the thread adjusting center post 365, realizing the up-and-down position adjustment of the n-shaped vertical keel 5, and locking the ground keel expansion bolt 367 after the position adjustment; the heat-preservation rock wool layer 32 is inserted between the two combined U-shaped vertical keels to complete the installation of the U-shaped vertical keels 5 and the heat-preservation rock wool layer 32;

step seven, after the vertical keels 5 are installed, the electric wires 334 are placed in the keel grooves 3301, first connecting holes are formed in the positions, where the wiring bottom boxes 337 need to be installed, of the side walls of the vertical keels 33 parallel to the wiring bottom boxes 337, the first plug connectors 3353 are plugged into the first connecting holes, and the sides of the first connecting holes are clamped in the grooves of the first plug connectors 3353, so that the first plug connectors 3353 cannot fall off;

buckling a cross keel 3352 into a second plug 33536, attaching a bottom box clamping piece 3372 to the back of a bottom box body 3373, and buckling the bottom box clamping piece 3372 on the installed cross keel 3352; attaching a double-sided sticker 3351 on the transverse keel 3352, inserting a first plug 33534 into a second line slot, attaching the first plug 33534 to the double-sided sticker on the transverse keel 3352, plugging a second plug connector 3371 into a second communication hole, plugging the second plug connector into the second line slot, enabling the two ends of the line slot to be stably supported, enabling an electric wire in a groove of the vertical keel 5 of the n-shaped type to penetrate through the first communication hole, then penetrating out from the through hole of the first plug 33534 of the first plug connector, directly connecting to the bottom box body along the second line slot, and buckling a first buckle cover and a second buckle cover to complete the installation of the wiring of the bottom box;

marking the mounting positions of the top closing-up female piece 25 and the skirting female piece 351 on the vertical keel according to the size and the measurement paying-off positioning of the decoration panel 34, nailing and fixing the top closing-up female piece 25 and the skirting female piece 351 on the vertical keel, or mounting the skirting female piece 351 after the decoration panel 34 is hung on the vertical keel;

the core plate 343 is wrapped and compounded by the metal plate 342 of the decorative panel 34, the hanging codes 341 are installed on the two sides of the compounded plate to form a decorative panel unit, or the hanging codes 341 are directly installed on the back of the decorative panel without being compounded with the metal plate 342, the decorative panel 34 provided with the hanging codes 341 is inserted into the hanging holes 3302 of the multi-type keels and hung on the multi-type vertical keels;

then the top closing strip 23 is inserted, and the skirting line 35 is buckled to complete the installation of the decoration panel;

step nine, constructing a ceiling system 2; be fixed in several types of vertical joist with furred ceiling limit fossil fragments 24 on, installation suspended ceiling system 2, on furred ceiling panel 22 was fixed in furred ceiling keel frame 21, furred ceiling keel frame 21 leaned on furred ceiling limit fossil fragments 24, accomplished the installation.

In contrast to the first embodiment, in the case of a sectional type of the mullion 33 used for retaining walls: as shown in fig. 21, the sectional type mullion 33 is fixed to the wall surface of a building by using a retaining wall expansion bolt 338, and retaining wall spacers 3381 are provided between the sectional type mullion 33 and the wall surface, so that the front and rear distances can be adjusted by increasing the number of spacers when the wall surface is uneven. After the keel is fixed, the keel is placed into the first wire groove 331 and the fireproof sound insulation pad 332, the first buckle cover 333 is buckled after the keel passes through the electric wire 34, the installation step of the wiring bottom box is the same as that of the first embodiment, the heat preservation rock wool is plugged in, the decoration panel 34 is hung, the skirting is installed, and the installation is completed.

Claims (10)

1. The utility model provides a partition wall structural system, includes suspended ceiling system (2) and partition wall system (3) that set up between suspended ceiling slab (1) and ground (4), the bottom surface of suspended ceiling slab (1) is connected to the top surface of partition wall system (3), and the top surface of ground (4) is connected to the bottom surface of partition wall system (3), partition wall system (3) comprises each partition wall concatenation, and adjacent partition wall is connected and is formed the partition wall space, suspended ceiling system (2) are located inside the partition wall space, suspended ceiling system (2) are including jib (26), suspended ceiling keel frame (21) and suspended ceiling panel (22), and the top fixed connection of jib (26) is in the bottom surface of suspended ceiling slab (1), and the bottom fixed connection of jib (26) makes suspended ceiling keel frame (21) suspend in midair on suspended ceiling keel frame (21), and suspended ceiling panel (22) fixed connection is in the bottom surface of suspended ceiling keel frame (21), its characterized in that: the suspended ceiling keel frame (21) and the suspended ceiling panel (22) are lapped with the partition wall system (3) on the side surface through the closing-in component,

the partition wall comprises a vertical keel (33), a heat-preservation rock wool layer (32), a ground keel (36), skirting lines (35), a skynes bone (31), a decoration panel (34) and a wiring bottom box (337),

the heat-preservation rock wool layer (32) is arranged along the through width and the through height of the partition wall,

the n-shaped vertical keels (33) are arranged in groups in pairs along the height of the heat-preservation rock wool layer (32), the n-shaped vertical keels (33) are arranged at intervals along the width direction of the heat-preservation rock wool layer (32) by taking the groups as units, the inner side and the outer side of each group of n-shaped vertical keels (33) are opposite to and clamped at the inner side and the outer side of the heat-preservation rock wool layer (32),

the U-shaped vertical keels (33) comprise a central convex groove part and two side plane connecting parts, the central convex groove part comprises a keel top plate (33 a) and keel side wall plates (33 b) of the two vertical keel top plates (33 a), three plates are enclosed to form a keel groove (3301) for accommodating a vertical first linear groove (331), the keel groove (3301) of the outer U-shaped vertical keel (33) faces to the outer side, the keel groove (3301) of the inner U-shaped vertical keel (33) faces to the inner side, the keel top plates (33 a) of the inner U-shaped vertical keel (33) and the outer keel (33) are respectively and closely attached to the inner side surface and the outer side surface of the heat-insulation rock wool layer (32), the plane connecting parts are formed by vertically bending and extending the free ends of the keel side wall plates (33 b) towards the left side and the right side, the plane connecting parts comprise connecting wing plates (33 c) and wing plate end bent parts (33 d), the connecting wing plates (33 c) are parallel to the keel top plate (33 a), the free ends of the connecting wing plates (33 c) are formed into bent wing plate end bent parts (33 d), the connecting wing plates (33 c) are inserted into a hanging hole in the first vertical keel groove (3302) along the direction, the left side wall groove (33 a) and right side wall groove (3302) of the first vertical keel, the decorative plate (33 a) and the decorative plate, the decorative plate (33 c) are formed by inserting hole, the decorative plate, the decorative panel (3302) and the decorative panel, the decorative panel (33 c) at intervals, the decorative panel (33 a) and the decorative panel (3302) are connected with the decorative panel, and the decorative panel (33 a) at the decorative panel, the decorative panel (33 a) at intervals,

the outer side surface of the bottom of each n-shaped vertical keel (33) is fixedly connected with a skirting female piece (351), the skirting line (35) is horizontally and sequentially buckled on each skirting female piece (351),

the vertical keels (33), the ground keels (36) and the ceiling keels (31) are inserted and limited through an M-shaped limiting component (5), the component width dimension of the M-shaped limiting component (5) is matched with the left and right width dimension of the limiting component inserting grooves (33 e),

the M-shaped limiting member (5) comprises a horizontal keel buckling part at the center and vertical keel inserting limiting parts at two sides, the horizontal keel buckling part is in a groove shape, the width of the groove shape is matched with the width of a corresponding ground keel (36) or a corresponding ceiling keel (31), the width of the outside of the groove shape is matched with the distance between two keel top plates which are just opposite to the inside and the outside of each group of the type I vertical keels (33), the horizontal keel buckling part comprises a buckling part groove bottom plate (51) and buckling part groove side plates (52) of vertical buckling part groove bottom plates (51) at two sides, a limiting part connecting hole (53) is arranged in the middle of the buckling part groove bottom plate (51), the vertical keel insertion limiting part is formed by extending and bending two ends of a buckling part groove side plate (52), comprises a limiting part groove bottom plate (54) formed by horizontal and vertical bending, and further comprises a limiting part groove side plate (55) formed by continuous vertical and vertical bending of the limiting part groove side plate (54), the tail end of the limiting part groove side plate (55) is bent inwards to form a limiting piece (56), wherein the buckling part groove side plate (52), the limiting part groove bottom plate (54) and the limiting part groove side plate (55) also form a groove shape, the groove shape is opposite to a groove-shaped opening of a buckling part of the horizontal keel, the inner and outer width sizes of a plane projection formed by the limiting piece (56) are matched with the inner and outer width sizes of a limiting part slot (33 e),

the ground keel (36) comprises a ground keel body (366) and a ground keel base, the ground keel base is arranged in one-to-one correspondence with a plurality of groups of vertical keels (33) along the width direction of the heat-insulating rock wool layer (32), the ground keel base is perpendicular to the thickness direction of the heat-insulating rock wool layer (32), the ground keel base comprises a bottom supporting plate (368), the inner end and the outer end of the bottom supporting plate (368) are bolted with the ground (4) through ground keel expansion bolts (367), a thread adjusting center column (365) is arranged in the center of the ground keel base, a ground keel adjusting nut (364) is sleeved on the thread adjusting center column (365), the ground keel body (366) is a groove-shaped strip-shaped piece with a downward opening, a ground keel adjusting long circular hole (362) is formed in the position of the ground keel base corresponding to the ground keel body (366), the lower side of the ground keel body (366) is fastened on the ground keel base, the thread adjusting center column (365) passes through the ground keel adjusting long circular hole (362), the ground keel adjusting nut (364) is fastened to the bottom of the ground keel body (366), a damping keel body (363), a damping keel body limiting piece fastening piece (366) is fastened between the upper limiting piece (366) and a damping keel body (363), a damping keel fastening piece (53) is fastened between the damping keel body, a damping keel body fastening piece (363) and a damping piece (363) which passes through a damping piece, a damping piece fastening piece (363) which is fastened between the damping piece, a damping piece which is fastened between the horizontal limiting piece (5) and a damping piece (53) which is fastened on the upper side of the damping piece, and a damping piece which is fastened between the damping piece which is fastened to the damping piece (366), and a damping piece (363) in sequence On the connecting part groove bottom plate (51), a limiting piece slot (33 e) at the bottom of the n-shaped vertical keel (33) is upwards inserted by a limiting piece (56) of the M-shaped limiting component (5) and the bottom of the n-shaped vertical keel (33) is placed in a groove formed by the vertical keel inserting limiting part,

the ceiling keel (31) comprises a ceiling keel body, a ceiling keel adjusting long round hole (312) is formed in the position, corresponding to the position of the vertical keel, of the ceiling keel body (311), a slot opening formed by a buckling part of the horizontal keel of the M-shaped limiting member (5) is buckled on the lower side of the ceiling keel body upwards, two sets of nut and gasket combinations (361) are sleeved on the bottom thread of a ceiling keel expansion bolt (313), the ceiling keel expansion bolt (313) penetrates through a limiting member connecting hole (53) from bottom to top and is clamped and fastened on the upper side and the lower side of a buckling part slot bottom plate (51) through the two sets of nut and gasket combinations (361), the top of the ceiling keel expansion bolt (313) continues to penetrate through the ceiling keel adjusting long round hole (312) to be anchored into the floor slab (1), a limiting member slot (33 e) in the top of the vertical keel (33) is reserved with a vertical mounting distance between the top of the vertical keel (33) and a limiting piece (56) inserted into the limiting part,

the decorative panel (34) comprises a core plate (343), metal plates (342) and hanging codes (341), the width of the core plate (343) is equal to the distance between two adjacent vertical keels (33), each core plate (343) is correspondingly provided with two metal plates (342), the metal plates (342) are vertically and fixedly connected with the left end and the right end of the inner side of the core plate (343), the hanging codes (341) are fixedly connected with the surfaces of the metal plates (342) corresponding to the hanging holes (3302) of the decorative panel (34), the bottom of the decorative panel (34) is placed on a skirting line (35), the top of the decorative panel (34) is limited by a closing-in component of a ceiling system,

the wiring bottom box (337) comprises a transverse keel (3352), a second line groove (335), a second buckle cover (336), a double-faced sticker (3351), a bottom box body (3373), a first plug connector (3353) and a second plug connector (3372), wherein the second buckle cover (336) is buckled on the opening side of the second line groove (335), the transverse keel (3352) is arranged at the position of the second line groove (335) and fixed on the surface of the heat-preservation rock wool layer (32), the bottom box body (3373) is buckled on the transverse keel through a bottom box clamping piece (3372), the back side of the second line groove (335) is stuck on the surface of the transverse keel (3352) through the double-faced sticker (3351),

vertical first wire casing (331) and horizontally second wire casing (335) intercommunication, it has first communicating hole to open on several types of vertical keel (33) of first wire casing (331) and second wire casing (335) intercommunication department, first plug connector (3353) are installed to the end position of first communicating hole and second wire casing (335), horizontally second wire casing (335) and end box body (3373) intercommunication, it has the second intercommunicating hole to open on the lateral wall of end box body (3373) and second wire casing (335) intercommunication department, second plug connector (3371) are installed to the end position of second intercommunicating hole and second wire casing, electric wire (334) are walked line through first wire casing (331), second wire casing (335) and end box body (3373).

2. The partition wall structure system according to claim 1, wherein: the close-up subassembly includes furred ceiling limit fossil fragments, furred ceiling limit fossil fragments level sets up the position that furred ceiling keel frame (21) is close to partition wall system (3), and furred ceiling limit fossil fragments are the opening towards the angle steel of furred ceiling keel frame (21), and furred ceiling limit fossil fragments fixed connection is on a few types of perpendicular fossil fragments (33), and the limit portion of furred ceiling keel frame (21) falls on furred ceiling limit fossil fragments.

3. A partition wall structure system according to claim 2, wherein: the necking-in component further comprises a top necking female piece (25) and a top necking strip (23), the top necking female piece (25) is located below the ceiling edge keel (24) and fixedly connected to the vertical keels (33), the top of the decoration panel (34) abuts against the bottom surface of the top necking female piece (25), and the top necking strip (23) is inserted into the top necking female piece (25) and is used for limiting the outer side of the top of the decoration panel (34).

4. A partition construction system according to claim 3, wherein: a space for inserting the edge of the suspended ceiling panel (22) is reserved between the suspended ceiling edge keel (24) and the top closing-in female piece (25).

5. A partition wall structure system according to claim 1, wherein: first wire casing (331) include wire casing body, fire prevention sound-proof pad (332) and first buckle closure (333), the wire casing body is the U-shaped groove of opening towards the outside, and fire prevention sound-proof pad (332) also is the U-shaped groove of opening towards the outside, and the inner wall setting of wire casing body is hugged closely in fire prevention sound-proof pad (332), first buckle closure (333) outside lock joint wire casing body, closed wire casing body.

6. The partition wall structure system according to claim 1, wherein: the couple of string sign indicating number (341) is the couple piece of vertical setting, and the direction of buckling of couple piece is downward, hanging hole (3302) are big-end-up's infundibulate, and the height that highly is greater than the couple piece of wide hole in upper portion, and the width of lower part vertical hole suits and spacing couple piece with the thickness of couple piece, and the position of buckling of couple piece articulates the bottom in lower part vertical hole.

7. The partition wall structure system according to claim 1, wherein: the decorative panel (34) comprises a plane plate positioned on the same side of the partition wall surface and a finished external corner plate (4) positioned at the end part of two adjacent partition walls and forming a right angle.

8. A partition wall structure system according to claim 1, wherein: the first plug (3353) comprises a first contact plate (33531), a first contact plate plug (33532), a second contact plate (33533), a first plug (33534) and a second plug (33536) of a second contact plate (33533),

the first plug (33534) and the second plug (33536) are positioned on the back side of the second contact plate (33533), wherein the second plug (33536) is a solid plug, the second plug (33536) is correspondingly inserted into the groove of the cross keel (3352), the first plug (33534) is a hollow plug with a through hole and communicated with the second contact plate (33533), the first plug (33534) is correspondingly inserted into the second wire groove (335), the back side of the second contact plate (33533) is abutted against the end face of the second wire groove (335),

the first contact plate plug (33532) is positioned on the back side of the first contact plate (33531), the first contact plate plug (33532) is a hollow plug with a through hole and is communicated with the first contact plate (33531), the back side of the first contact plate (33531) abuts against the inner wall of the vertical keel (33) of the n shape and is aligned with the first through hole (33535), and the first contact plate plug (33532) is correspondingly inserted into the first plug (33534) from the front side.

9. A partition structural system according to claim 1 or 8, wherein: the second plug connector (3371) comprises a third contact plate (33711) and a third contact plate plug (33712), the third contact plate plug (33712) is positioned at the back side of the third contact plate (33711), the third contact plate plug (33712) is a hollow plug with a through hole and is communicated with the third contact plate (33711), the back side of the third contact plate (33711) is abutted against the inner wall of the bottom box body (3373) and is aligned with the second communication hole (33713), and the third contact plate plug (33712) is inserted into the second wire groove (335) from the inside of the bottom box body (3373).

10. A method of constructing a partition structural system according to any one of claims 1 to 9, characterized in that the construction steps are as follows:

step one, constructing a partition wall system (3): through measurement and paying-off, the specific installation position of the partition wall is found accurately, and a cross mark is made;

step two, paving a damping and sound insulating pad on the ground, and placing a keel base at the cross mark position;

step three, the ground keel is erected on a ground keel base, and errors formed by installation or measurement paying-off of ground keel expansion bolts (367) are adjusted through the ground keel adjusting long round holes (362);

step four, installing an M-shaped limiting member (5), wherein a middle column (365) adjusted through a ground keel adjusting long circular hole (362) and the M-shaped limiting member (5) in a threaded mode is not locked temporarily;

installing a skullar keel corresponding to the ground keel, adding and subtracting a vibration and sound insulation gasket between the skullar keel and the ceiling floor slab, installing an M-shaped limiting member (5), and locking and fastening by using a skullar keel expansion bolt (313);

step six, clamping the wire duct body and the fireproof sound insulation pad (332) into the keel groove (3301), inserting the top of the n-shaped vertical keel (33) into the M-shaped limiting member (5) connected with the skullage in an inclined mode, lifting the n-shaped vertical keel (33) upwards due to the spare space of the structure of the M-shaped limiting member (5), then dropping the n-shaped vertical keel on the M-shaped limiting member (5) connected with the floor keel, screwing the adjusting nut (364) of the thread adjusting center column (365), realizing the up-and-down position adjustment of the n-shaped vertical keel (5), and locking the expansion bolt (367) of the floor keel after the position is adjusted; a heat-preservation rock wool layer (32) is stuffed between the two combined vertical keels to complete the installation of the vertical keels (5) and the heat-preservation rock wool layer (32);

step seven, after installing the vertical keels (5), placing the electric wires (334) into the keel groove (3301), forming a first connecting hole at the position of the side wall of the vertical keel (33) which needs to be provided with the wiring bottom box (337) and is parallel to the wiring bottom box (337), plugging the first plug connector (3353) into the first connecting hole, and clamping the side of the first connecting hole in the groove of the first plug connector (3353) so that the first plug connector cannot fall off;

buckling the cross keel (3352) into a second plug (33536), attaching the bottom box clamping piece (3372) to the back of the bottom box body (3373), and buckling the bottom box clamping piece (3372) on the installed cross keel (3352); pasting a double-sided paste (3351) on a transverse keel (3352), inserting a first plug (33534) into a second line slot, pasting the second plug (3371) on the transverse keel (3352) on the double-sided paste, plugging a second plug connector (3371) into a second communication hole, plugging the second plug connector into the second line slot, enabling the two ends of the line slot to be stably supported, enabling an electric wire in a groove of the vertical keel (5) of the U-shaped type to penetrate through the first communication hole, then penetrating out from the through hole of the first plug (33534) of the first plug connector, directly connecting the first plug connector and the second plug connector to a bottom box body along the second line slot, and buckling a first buckle cover and a second buckle cover to complete the installation of the wiring of the bottom box;

marking the mounting positions of the top closing-up female part (25) and the kicking female part (351) on the vertical keels according to the size and the measurement paying-off positioning of the decoration panel (34), nailing and fixing the top closing-up female part (25) and the kicking female part (351) on the vertical keels, or mounting the kicking female part (351) after the decoration panel (34) is hung;

the core plate (343) is wrapped and compounded by the metal plate (342) of the decorative panel (34), hanging codes (341) are installed on two sides of the compounded plate to form a decorative panel unit, or the hanging codes (341) are directly installed on the back of the decorative panel without being compounded with the metal plate (342), the decorative panel (34) provided with the hanging codes (341) is inserted into the hanging holes (3302) of the vertical keels and hung on the vertical keels;

then a top closing strip (23) is inserted, and a skirting line (35) is buckled to complete the installation of the decorative panel;

step nine, constructing a ceiling system (2); on being fixed in a few types of vertical joist with furred ceiling limit fossil fragments (24), installation suspended ceiling system (2), on furred ceiling panel (22) were fixed in furred ceiling keel frame (21), furred ceiling keel frame (21) leaned on furred ceiling limit fossil fragments (24), accomplished the installation.

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