CN201730210U

CN201730210U - Fire-proof sound insulation board structure

Info

Publication number: CN201730210U
Application number: CN2010202552757U
Authority: CN
Inventors: 姜华
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-07-07
Filing date: 2010-07-07
Publication date: 2011-02-02
Anticipated expiration: 2020-07-07

Abstract

The utility model discloses a fire-proof sound insulation board structure with fast assembly, good sound insulation effect and high strength, which comprises a support assembled by an upper groove cover, a lower groove cover and a plurality of H-shaped upright posts, wherein each groove cover comprises two groove edges, the plurality of H-shaped upright posts are arranged between the upper groove cover and the lower groove cover, a partition board is arranged between the adjacent two upright posts, each partition board comprises two fire-proof boards and a perlite board arranged between the two fire-proof boards, and partition board grooves which are matched with the groove edges on the groove covers and upright post grooves which are matched with protrudent piece bodies on the H-shaped upright posts are arranged between each two fire-proof boards. The fire-proof sound insulation board structure is applicable to isolation between rooms.

Description

The fire-proof sound insulation plated construction

Technical field

The utility model relates to a kind of lightweight bulkhead, relates in particular to a kind of fire-proof sound insulation plated construction.

Background technology

Habitual lightweight bulkhead utilizes lightgage steel joist as support exactly, and PLASTIC LAMINATED is provided with Sound-proof material as panel between the PLASTIC LAMINATED.Above-mentioned lightweight bulkhead needs earlier the lightgage steel joist assembly unit is got up and the fixing support that forms, and then PLASTIC LAMINATED is fixed on rack surface, and between PLASTIC LAMINATED fixing Sound-proof material, this construction technology complexity, speed is slow, efficient is low, soundproof effect is poor, intensity is low.

The utility model content

The purpose of this utility model is to provide a kind of and assembles fast, soundproof effect reaches the high fire-proof sound insulation plated construction of intensity well.

For realizing the purpose of this utility model, a kind of fire-proof sound insulation plated construction, comprise by upper and lower two grooves that have two trough rims respectively and build and be arranged on the support that the some H type columns between the upper and lower two grooves lid assemble, be provided with dividing plate between the described adjacent upright posts, described dividing plate is made of two PLASTIC LAMINATED and the pearlite slab that is arranged between two PLASTIC LAMINATED, is provided with respectively septalium that matches with trough rim that groove covers and the column groove that matches with outstanding lamellar body on the H type column between two PLASTIC LAMINATED.

Described septalium and column groove all are arranged on the pearlite slab;

Described PLASTIC LAMINATED is a kind of in glass magnesium plate, calcium silicate board, the Thistle board.

The beneficial effects of the utility model are: the fire-proof sound insulation plated construction that adopts said structure to make, have easy for installation, and heat insulation, sound insulation and the tangible characteristics of flameproof effect.

Description of drawings

Fig. 1 is the explosion figure of the utility model fire-proof sound insulation plated construction;

Fig. 2 is the three-dimensional structure diagram of the utility model fire-proof sound insulation plated construction;

Fig. 3 is an A-A sectional view among Fig. 2;

Fig. 4 is a B-B sectional view among Fig. 1;

Fig. 5 is a C-C sectional view among Fig. 1.

Among the figure: 1, last groove lid, 2, following groove lid, 3, support, 4, dividing plate, 5, column, 6, first PLASTIC LAMINATED, 7, second PLASTIC LAMINATED, 8, pearlite slab, 9, trough rim on first, 10, trough rim on second, 11, the first upper spacer groove, 12, the second upper spacer groove, 13, the first outstanding lamellar body, 14, the second outstanding lamellar body, 15, the first column groove, 16, the second column groove, 17, first time trough rim, 18, second time trough rim, 19, the first lower clapboard groove, 20, the second lower clapboard groove, 21, the 3rd outstanding lamellar body, 22, the 4th outstanding lamellar body, 23, the 3rd column groove, 24, the 4th column groove.

The specific embodiment

Below in conjunction with accompanying drawing, the structure and the installation process of the utility model fire-proof sound insulation plated construction is described in further detail.

As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, a kind of fire-proof sound insulation plated construction, comprise by last groove lid 1 and following groove lid 2 and be arranged on groove cover 1 and following groove build the support 3 that several H type columns 5 between 2 assemble.Last groove lid 1 is provided with on first trough rim 10 on the trough rim 9 and second, and following trough rim 2 is provided with first time trough rim 17 and second time trough rim 18, is provided with dividing plate 4 between the adjacent upright posts 5.The quantity of dividing plate and column decides according to the size and the design technology in actual place.Described dividing plate 4 is by two PLASTIC LAMINATED---first PLASTIC LAMINATED 6 and second PLASTIC LAMINATED 7 and be arranged on first PLASTIC LAMINATED 6 and second PLASTIC LAMINATED 7 between pearlite slab 8 constitute.When actual production, PLASTIC LAMINATED can adopt a kind of in glass magnesium plate, calcium silicate board, the Thistle board.Be provided with respectively septalium that matches with trough rim that groove covers and the column groove that matches with outstanding lamellar body on the H type column between two PLASTIC LAMINATED.For when the breaking out of fire, delay the conduction of heat, upper side edge that can pearlite slab 8 be provided with respectively with last groove lid 1 on first on trough rim 10 matches on the trough rim 9 and second the first upper spacer groove 11 and the second upper spacer groove 12, the limit, left side of pearlite slab 8 be provided with respectively with H type column 5 on the first outstanding lamellar body 13 and the second outstanding the lamellar body 14 first column groove 15 and the second column groove 16 that match.The lower side of pearlite slab 8 be provided with respectively with following groove lid 2 on first time trough rim 17 and second time trough rim 18 first lower clapboard groove 19 and the second lower clapboard groove 20 that match, the right side of pearlite slab 8 be provided with respectively with H type column 5 on the 3rd outstanding lamellar body 21 and the 4th outstanding lamellar body 22 the 3rd column groove 23 and the 4th column groove 24 that match.

As Fig. 1, Fig. 2, shown in Figure 3, the mounting method of the utility model fire-proof sound insulation plated construction is, left side at dividing plate, the first outstanding lamellar body 13 of H type column and the second outstanding lamellar body 14 are inserted respectively in the first column groove 15 and the second column groove 16 on the pearlite slab 8, right side at dividing plate, the 3rd outstanding lamellar body 21 of another H type column and the 4th outstanding lamellar body 22 are inserted respectively in the 3rd column groove 23 and the 4th column groove 24 on the pearlite slab 8, the first outstanding lamellar body and the second outstanding lamellar body with this H type column inserts respectively in the first column groove and the second column groove of another pearlite slab then, and the like, form a prepackage dividing plate 3.Above prepackage dividing plate 3, trough rim 10 on the trough rim 9 and second on the last groove lid 1 first is inserted the first upper spacer groove 11 and the second upper spacer groove 12 on the pearlite slab 8 respectively, below prepackage dividing plate 3, first time trough rim 17 on the following groove lid 2 and second time trough rim 18 are inserted the first lower clapboard groove 19 and the second lower clapboard groove 20 on the pearlite slab 3 respectively, finally form the utility model fire-proof sound insulation plated construction.After between two PLASTIC LAMINATED pearlite slab being set, can strengthen the soundproof effect of PLASTIC LAMINATED sound insulating panel structure greatly, and this PLASTIC LAMINATED sound insulating panel structure have simple, quick, big, heat insulation, the tangible characteristics of waterproof effect of intensity of installing.

Claims

1. fire-proof sound insulation plated construction, comprise by upper and lower two grooves that have two trough rims respectively and build and be arranged on the support that the some H type columns between the upper and lower two grooves lid assemble, it is characterized in that: be provided with dividing plate between the described adjacent upright posts, described dividing plate is made of two PLASTIC LAMINATED and the pearlite slab that is arranged between two PLASTIC LAMINATED, is provided with respectively septalium that matches with trough rim that groove covers and the column groove that matches with outstanding lamellar body on the H type column between two PLASTIC LAMINATED.

2. fire-proof sound insulation plated construction according to claim 1 is characterized in that: described septalium and column groove all are arranged on the pearlite slab.

3. fire-proof sound insulation plated construction according to claim 1 is characterized in that: described PLASTIC LAMINATED is a kind of in glass magnesium plate, calcium silicate board, the Thistle board.