CN210562637U - Sound insulation room - Google Patents

Abstract

The utility model discloses a room gives sound insulation, the combination zenith by the room main part that gives sound insulation and top is formed through the concatenation of section bar latch fitting, and the four sides wall body of the room main part that gives sound insulation can be dismantled the concatenation by several for the wall risers and wall and form, and combination zenith one side is formed by several for the wall risers concatenation, the opposite side is formed by several zenith baffle concatenations, and the concatenation connection can be dismantled through the horizontal pole between the concatenation panel of constituteing the combination zenith. In the novel sound insulation house, various plates forming the sound insulation house are spliced and connected with the connecting section bars and the connecting section bars in a detachable mode, so that the whole sound insulation house is high in movement flexibility and suitable for being used in places such as exhibition places; the board main body is formed by compounding and assembling a multilayer structure, so that the sound insulation effect is good; a plurality of sheet layers forming the plate are connected in a combined mode through partition edge sealing profiles, so that the connection strength is high, the plate stability is good, the plate is durable, the edges of the plate are sealed through rubber strips, and the seamless connection structure can further separate sound circulation.

Description

Sound insulation room

Technical Field

The utility model relates to a sound insulation technical field especially relates to a room gives sound insulation.

Background

The sound insulation house is mainly set due to two situations, one is that the machine is large in size, equipment is frequently overhauled and needs manual operation, at the moment, the machine can be surrounded by only one large room, and a door, a window and a ventilation pipeline are arranged. Such a booth resembles a large sound-proof enclosure into which a person can enter. And the other type is that when a quiet environment needs to be isolated in a high-noise environment, a sound insulation room is arranged, the room is mainly used for workers to observe and control the operation or rest of the machine, and doors, windows and ventilation pipelines are also arranged according to actual needs.

The sound insulation room mainly adopts four sides and top surface sound absorption, and the bottom layer sound insulation mode enables the indoor environment to reach a low noise environment. The existing sound insulation house is usually built by adopting a single-layer sound insulation plate made of metal, polyamide or polypropylene and the like, the preparation cost is high, and the sound insulation effect needs to be improved; and each part room of current syllable-dividing room is fixed the concatenation usually, can not dismantle in a flexible way, and the mobility in this kind of syllable-dividing room is relatively poor, is unsuitable to use in places such as exhibition hall, and the syllable-dividing room that the exhibition hall used need be built fast temporarily according to the exhibition demand, and the exhibition finishes just need tear down fast, and the syllable-dividing room that this kind of place used had both required to have good syllable-dividing effect, and whole equipment need conveniently dismantle simultaneously, remove and carry, has great requirement to the flexibility.

Disclosure of Invention

In order to solve the problem, the utility model provides a new room structure gives sound insulation, panel and zenith baffle are formed by the equipment of the compound material of multilayer for the wall, and it is effectual to give sound insulation, and low in preparation cost.

In order to realize the technical purpose, the technical effect is achieved, the utility model discloses a realize through following technical scheme: the utility model provides a room gives sound insulation, it forms through the concatenation of section bar latch fitting to pass through the combination zenith by the room main part that gives sound insulation and top, the four sides wall body of the room main part that gives sound insulation can be dismantled the concatenation by several risers for the wall and form with the spliced pole, combination zenith one side is formed by several risers concatenation for the wall, the opposite side is formed by several zenith baffle concatenations, the concatenation connection can be dismantled through the horizontal pole between the concatenation panel of constituteing the combination zenith, one side both ends at combination zenith take a breath structure respectively, lay at the room bottom that gives sound insulation and inhale the thick carpet of sound.

Furthermore, the plate main body of the vertical plate for the wall comprises a four-layer structure, and an outer sound-insulation plate layer I, an aluminum plate layer I coated with a sound-insulation blanket, a soundproof cotton layer I and an inner sound-insulation plate layer I are sequentially arranged from outside to inside; and the outer side end of the first partition edge sealing section bar is in plug-in connection with a plug-in strip at a corresponding position on the wall connecting column of the vertical plate for connecting the wall.

Furthermore, the plate main body of the zenith partition plate comprises a three-layer structure, and an aluminum plate layer II, a soundproof cotton layer II and an inner soundproof plate layer II which are sequentially coated with a soundproof blanket from outside to inside, wherein a partition edge sealing section I is arranged around the plate main body of the zenith partition plate and used for fixing the three-layer plate structure in an edge sealing manner, and the outer side end of the partition edge sealing section I surrounding the zenith partition plate is in plug-in connection with a plug-in strip at a corresponding position on the side face of a cross rod connected with the zenith partition plate.

Furthermore, the first partition edge sealing section comprises a multi-arc section at the middle part and a straight section and a fork-shaped opening section which are respectively positioned at two ends of the multi-arc section, a first extension column is arranged at the joint of the multi-arc section and the straight section, a second extension column is arranged at the joint of the multi-arc section and the fork-shaped opening section, a third extension column is arranged on the side edge of the fork-shaped opening section close to the plate main body, a plug-in column for connecting plug-in strips is arranged in the middle of one side of the multi-arc section far away from the plate main body, the first extension column, the second extension column and the multi-arc section are enclosed to form a sound insulation cotton layer placing notch, the second extension column, the third extension column and the fork-shaped opening section are enclosed to form a placing notch of an aluminum plate layer for covering the sound insulation blanket, the first extension column and the straight section are enclosed to form a placing notch of an inner sound insulation plate layer, the third extension column and the fork-shaped opening section are enclosed to form a notch of an outer sound, the end part of the extension column II is provided with a barb which is bent towards the direction of the sound insulation cotton layer placing groove opening, and one side of the multi-arc section, which is far away from the plate main body, is provided with a plurality of rubber strip openings in which rubber strips are arranged.

Furthermore, a plurality of ventilation thick partition plates arranged at intervals between the two ventilation cross rods above the zenith ventilation structure, a plurality of ventilation thin partition plates arranged at intervals between the two ventilation cross rods below the zenith ventilation structure, and gaps between the ventilation thick partition plates and gaps between the ventilation thin partition plates are arranged in a staggered manner.

Further, the plate main body of the ventilation thin partition plate is composed of three layers of materials, namely a sound insulation plate layer, an aluminum plate layer and a sound insulation blanket layer from outside to inside in sequence, a thin partition plate edge sealing edge is arranged on the periphery of the thin partition plate main body respectively and used for sealing edges to fix the three layers of plate structures, the plate main body of the thin partition plate is arranged in a fork-shaped opening of the edge sealing edge of the thin partition plate and fixed between the plate main body and the fork-shaped opening through a cross countersunk head screw, and a connecting column in plug-in connection with a plug-in strip on the side face of.

Furthermore, the plate main body of the ventilation thick clapboard is composed of three layers of materials and comprises two sound insulation plate layers on two sides and a middle sound insulation cotton layer, two purposes of partition edge sealing section bars are respectively arranged at the periphery of the plate main body of the ventilation thick clapboard for fixing the thick clapboard by edge sealing, the joint parts of the adjacent partition edge sealing section bars are connected by edge sealing section bar corner part connecting pieces, the partition edge sealing section bar II comprises an arc part at the middle part and straight parts on two sides, a first flange and a second flange are respectively arranged at the joint parts of the arc part and the straight parts on the two sides, the first flange, the second flange and the arc part are enclosed to form a connecting socket of the sound insulation cotton layer, open grooves formed by the first flange and the second flange and the corresponding straight parts on one side are placing grooves of the sound insulation plate layers, an inward bent barb is respectively arranged at the end parts of the first flange and the second flange, a first flange which extends outwards and is used for connecting a ventilation cross rod is arranged in the middle, the outer side of the arc-shaped part is also provided with a plurality of rubber strip openings I in which rubber strips are arranged.

Furthermore, the front side face of the sound insulation house main body is provided with an inlet and outlet door plate, gap sealing strips are arranged on the periphery of the inlet and outlet door plate, and a layer of sound insulation plate is arranged inside the door plate.

The utility model has the advantages that:

the utility model discloses a sound insulation room, which comprises a sound insulation room main body and a combined zenith, wherein the front side of the sound insulation room main body is provided with an inlet and outlet door plate, and the combined zenith is provided with a zenith ventilation structure, so that the setting requirement of the conventional sound insulation room is met;

the various plates and the connecting section bar rooms which form the sound insulation room are detachably connected in an inserting mode, and the connecting section bar rooms are also connected by detachable section bar locking pieces, so that the whole sound insulation room is a structure capable of being assembled and disassembled quickly, is high in moving flexibility and is suitable for being used in places such as exhibition places;

the building plates of the sound insulation room disclosed by the novel sound insulation room are all formed by compositely assembling a multilayer plate structure, and the sound insulation effect is further improved compared with that of the existing sound insulation room;

a plurality of sheet layers forming the plate are connected in a combined mode through partition edge sealing profiles, so that the connection strength is high, the plate stability is good, the plate is durable, the edges of the plate are sealed through rubber strips, and the seamless connection structure can further separate sound circulation.

Drawings

Fig. 1 is a schematic front view of a sound insulation room disclosed by the present invention;

fig. 2 is a left side view schematically illustrating a sound insulation room disclosed by the present invention;

fig. 3 is a transverse sectional view of the soundproof room main body disclosed by the present invention;

FIG. 4 is a schematic top view of the combination canopy of the present disclosure;

fig. 5 is a schematic diagram of a slab structure of the vertical wall plate disclosed in the present invention;

fig. 6 is a schematic view of a connection structure between a vertical wall plate and a connecting column for a wall according to the present invention;

fig. 7 is a schematic structural diagram of a plate layer of the zenith partition board disclosed by the utility model;

fig. 8 is a schematic cross-sectional view of a first partition edge sealing section disclosed by the present invention;

fig. 9 is a schematic structural view of a vertical wall plate disclosed in the present invention;

fig. 10 is a schematic structural view of a zenith partition board disclosed by the present invention;

fig. 11 is a schematic structural view of a corner connector for edge banding section bar disclosed in the present invention;

3 FIG. 3 12 3 is 3 a 3 schematic 3 longitudinal 3 cross 3- 3 sectional 3 view 3 of 3 the 3 portion 3 of 3 the 3 zenith 3 ventilation 3 structure 3 of 3 FIG. 3 4 3 taken 3 along 3 direction 3 A 3- 3 A 3; 3

Fig. 13 is a schematic structural diagram of a sheet layer of the thin ventilation partition board disclosed by the invention;

FIG. 14 is a schematic view of the thin ventilation partition of the present invention;

fig. 15 is a schematic structural diagram of a sheet layer of the ventilation thick partition board disclosed by the invention;

fig. 16 is a schematic cross-sectional view of a second partition edge sealing profile disclosed by the present invention;

fig. 17 is a schematic structural view of the ventilation thick partition board disclosed in the present invention.

The sound insulation house comprises a sound insulation house main body 1, a combined zenith 2, a vertical plate for a wall 4, a connecting column for a wall 5, a zenith clapboard 8, a cross rod 9, a zenith ventilation structure 11, an in-out door plate 12 and an edge sealing section bar 15, wherein the corner connecting piece is used for the edge sealing section bar;

41-an outer sound insulation board layer I, 42-an aluminum board layer I, 43-a soundproof cotton layer I, 44-an inner sound insulation board layer I and 45-a partition edge sealing section bar I;

81-aluminum plate layer II coated with the sound insulation blanket; 82-soundproof cotton layer II; 83-inner sound insulation board layer II;

451-multi-arc section, 452-flat section, 453-fork mouth section, 454-extension column I, 455-extension column II, 456-extension column III, 457-splicing column; 458-reinforcing column, 459-rubber strip opening;

111-ventilation cross bar, 112-ventilation thick clapboard, 113-ventilation thin clapboard;

113-1-fork-shaped opening, 113-2-cross countersunk head screw, 113-3-connecting column, 113-4-sound insulation plate layer, 113-5-aluminum plate layer, 113-6-sound insulation blanket layer and 113-7-thin clapboard edge sealing;

112-1-sound insulation board layer, 112-2-soundproof cotton layer and 112-3-partition edge sealing section bar II;

1123-1-arc part, 1123-2-straight part, 1123-3-first rib, 1123-4-second rib, 1123-5-first connecting column and 1123-6-first rubber strip opening.

Detailed Description

The following description of the preferred embodiments of the present invention will be provided in conjunction with the accompanying drawings of fig. 1-17, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, and the scope of the present invention can be more clearly and clearly defined.

In order to further promote the soundproof effect and the nimble mobility of soundproof room, the utility model provides a soundproof room, at first the statement, this is novel well the wall of connecting the wall with the riser of using is with the spliced pole, the horizontal pole of connecting the zenith panel and the horizontal pole of taking a breath of connecting for the structure panel are the section bar for the concatenation, the section bar has the grafting strip of following cylinder length direction extension for square column shape and on the surface all around, can realize with the grafting of the grafting structure on the various panel banding section bar lateral surface, make soundproof room wholly be a structure that can splice in a flexible way and dismantle, do benefit to places such as exhibition meeting place and use.

The novel sound insulation room is formed by splicing a sound insulation room main body 1 and a combined zenith 2 at the top through section bar locking pieces, and four wall bodies of the sound insulation room main body 1 are formed by detachably splicing a plurality of vertical plates 4 for walls and connecting columns 5 for walls; the left side of the combined zenith 2 is formed by splicing a plurality of walls by vertical plates 4, the right side of the combined zenith 2 is formed by splicing a plurality of zenith partition plates 8, the spliced plates forming the combined zenith 2 are detachably spliced and connected by a cross rod 9, and both ends of the right side of the combined zenith 2 are respectively provided with a zenith ventilation structure 11; lay at the room bottom surface that gives sound insulation and inhale the thick carpet of sound, be equipped with business turn over door plant 12 at the leading flank of the room main part that gives sound insulation 1, all be equipped with the gap strip of paper used for sealing all around business turn over door plant 12 and circulate with the inside and outside sound in separation room, be equipped with the one deck acoustic celotex board in order to further strengthen the syllable-dividing effect in door plant inside.

The plate main body of the vertical plate 4 for the wall comprises four layers of structures, namely an outer sound insulation plate layer I41, an aluminum plate layer I42 for coating a sound insulation blanket, a soundproof cotton layer I43 and an inner sound insulation plate layer I44 in sequence from outside to inside, wherein a partition edge sealing section I45 is respectively arranged at the periphery of the plate main body of the vertical plate 4 for the edge sealing and fixing of the four-layer plate structure, and the edge sealing sections are connected at the joint of the adjacent partition edge sealing section I45 by using corner connecting pieces 15; and the outer side end of the first partition edge sealing section bar 45 is in plug-in connection with a plug-in strip at a corresponding position on the side surface of the wall connecting column 5 of the wall connecting vertical plate 4.

The plate main body of the zenith partition plate 8 comprises a three-layer structure, and an aluminum plate layer II 81, a soundproof cotton layer II 82 and an inner soundproof plate layer II 83 which are sequentially coated with a soundproof blanket from outside to inside, wherein a partition edge sealing section bar I45 is arranged around the plate main body of the zenith partition plate 8 and used for fixing the three-layer plate structure in an edge sealing manner, and the outer side end of the partition edge sealing section bar I45 surrounding the zenith partition plate 8 is in plug-in connection with a plug-in strip which is arranged at a corresponding position on the side surface of a cross rod 9 connected with the zenith partition plate.

The first partition edge sealing section bar 45 comprises a multi-arc section 451 at the middle part, and a straight section 452 and a fork-shaped mouth section 453 which are respectively positioned at two ends of the multi-arc section 451, an extension column 454 is arranged at the joint of the multi-arc section 451 and the straight section 452, an extension column two 455 is arranged at the joint of the multi-arc section 451 and the fork-shaped mouth section 453, an extension column three 456 is arranged on the side edge of the fork-shaped mouth section 453 close to the plate main body, an insertion column 457 for connecting an insertion port on the column is arranged in the middle of one side of the multi-arc section 451 far away from the plate main body, the extension column one 454, the extension column two 455 and the multi-arc section 451 enclose to form a soundproof cotton layer placing slot, the extension column two 455, the extension column three 456 and the fork-shaped mouth section 453 enclose to form a placing slot for covering an aluminum plate layer of a soundproof blanket, the extension column one 454 and the straight section 452 enclose to form a slot for placing an inner sound insulation layer, the extension column three 456 and the fork-shaped, the one end that the notch is placed to the soundproof cotton layer is close to extension post 454 is equipped with a enhancement post 458, is equipped with the barb of putting the notch direction crooked to the soundproof cotton layer at the tip that extends post two 455, is equipped with several rubber strip mouths 459 in the one side that the panel main part was kept away from to many arcs section 451, and it is built-in to have a rubber strip, and the adhesive tape is used for strengthening the leakproofness in order to prevent the afferent and the outflow of sound.

When the plate is prepared, firstly, an aluminum plate is wrapped by double faced adhesive tape and a sound insulation blanket to form an aluminum plate layer for wrapping the sound insulation blanket, and the aluminum plate layer is clamped into a placing notch of the aluminum plate layer for wrapping the sound insulation blanket; then the sound-absorbing cotton is placed, the barbs at the end parts of the reinforcing column 458 and the second extension plate 455 are inserted into the sound-absorbing cotton layer to enhance the connection strength, and finally the sound-absorbing plate is glued by environment-friendly all-purpose glue. The plate has high connection strength, good stability and more durability.

The roof ventilation structure 11 is located above the two ventilation cross rods 111 and is provided with a plurality of ventilation thick partition plates 112 arranged at intervals, the roof ventilation structure 11 is located below the two ventilation cross rods 111 and is provided with a plurality of ventilation thin partition plates 113 arranged at intervals, and gaps between the ventilation thick partition plates 112 and gaps between the ventilation thin partition plates 113 are arranged in a staggered mode to form a labyrinth for air circulation.

The plate main body of the ventilation thin partition plate 113 is composed of three layers of materials, namely a sound insulation plate layer 113-4, an aluminum plate layer 113-5 and a sound insulation blanket layer 113-6 in sequence from outside to inside, a thin partition plate edge sealing 113-7 is arranged on the periphery of the thin partition plate main body and used for sealing and fixing three layers of plate structures, the plate main body of the thin partition plate is arranged in a fork-shaped opening 113-1 of the thin partition plate edge sealing 113-7, the two plate structures are fixed through a cross countersunk head screw 113-2, and a connecting column 113-3 in plug connection with a plug strip on the side face of the ventilation cross rod 111 is arranged at the outer side end of the thin partition plate edge sealing 113-.

The plate main body of the ventilation thick clapboard is composed of three layers of materials, and comprises two soundproof plate layers 112-1 at two sides and a middle soundproof cotton layer 112-2, two partition edge sealing section bars 112-3 for sealing edges and fixing the thick clapboard plate are respectively arranged on the periphery of the plate main body of the ventilation thick clapboard 112, the adjacent partition edge sealing section bars 112-3 are connected through edge sealing section bar corner connectors 15, each partition edge sealing section bar 112-3 comprises an arc-shaped part 1123-1 at the middle part and straight parts 1123-2 at two sides, a first rib 1123-3 and a second rib 1123-4 are respectively arranged at the connection part of the arc-shaped part 1123-1 and the straight parts 1123-2 at two sides, the first rib 1123-3, the second rib 1123-4 and the arc-1 are enclosed to form a connection socket of the soundproof cotton layer, and the open slot 3-3 and the second rib 1123-4 of the baffle plate main body and the straight parts 1123-2 at the corresponding side form soundproof cotton layers The end parts of the first retaining edge 1123-3 and the second retaining edge 1123-4 are respectively provided with an inward bent barb for enhancing the connection strength with the soundproof cotton layer, the middle part of the outer side of the arc-shaped part 1123-1 is provided with a connecting column 1123-5 which extends outwards and is used for connecting a ventilation cross rod, and the outer side of the arc-shaped part 1123-1 is also provided with a plurality of rubber strip openings 1123-6 in which rubber strips are arranged.

The above only is the embodiment of the present invention, not limiting the patent scope of the present invention, all the equivalent structures or equivalent processes that are used in the specification and the attached drawings or directly or indirectly applied to other related technical fields are included in the patent protection scope of the present invention.

Claims (9)

1. The utility model provides a room gives sound insulation, a serial communication port, combination zenith (2) by the room main part that gives sound insulation (1) and top forms through the concatenation of section bar latch fitting, the four sides wall body of room main part that gives sound insulation (1) can be dismantled the concatenation by several for the wall riser (4) and wall with spliced pole (5) and form, combination zenith (2) one side is formed by several for the wall riser (4) concatenation, the opposite side is formed by several sky top baffle (8) concatenation, the concatenation connection can be dismantled through horizontal pole (9) between the concatenation panel of constituteing combination zenith (2), be equipped with one zenith structure of taking a breath (11) respectively at one side both ends of combination zenith (2), lay at the room bottom that gives sound insulation and inhale the sound thick carpet.

2. A sound insulation house as set forth in claim 1, characterized in that the plate body of the vertical plate (4) for wall comprises a four-layer structure, an outer sound insulation plate layer one (41), an aluminum plate layer one (42) covering the sound insulation blanket, a soundproof cotton layer one (43) and an inner sound insulation plate layer one (44) from outside to inside, a partition edge sealing section bar one (45) for fixing the four-layer plate structure by edge sealing is respectively arranged around the plate body of the vertical plate (4) for wall, and the joint parts of the adjacent partition edge sealing section bars one (45) are connected by the edge sealing section bar through corner connectors (15); the outer side end of the first partition edge sealing section bar (45) is in plug-in connection with the plug-in strip at the corresponding position on the side surface of the wall connecting column (5) of the wall connecting vertical plate (4).

3. A sound-insulating house as claimed in claim 2, characterized in that the panel main body of the ceiling partition (8) comprises three layers of structure, and a second aluminum sheet layer (81), a second soundproof cotton layer (82) and a second inner soundproof sheet layer (83) which are sequentially arranged from outside to inside and are used for covering a sound-insulating blanket, wherein a first partition edge sealing section (45) is respectively arranged around the panel main body of the ceiling partition (8) for fixing the three layers of panel structures by edge sealing, and the outer end of the first partition edge sealing section (45) which surrounds the ceiling partition (8) is in plug-in connection with the plug-in strip which is connected with the corresponding position on the side surface of the cross bar (9) of the ceiling partition (8).

4. A sound-insulating house as claimed in claim 3, characterized in that the first cut-off edge-sealing section bar (45) comprises a multi-arc section (451) at the middle part, and a straight section (452) and a forked section (453) which are respectively arranged at two ends of the multi-arc section (451), a first extension column (454) is arranged at the joint of the multi-arc section (451) and the straight section (452), a second extension column (455) is arranged at the joint of the multi-arc section (451) and the forked section (453), a third extension column (456) is arranged on the side of the forked section (453) close to the main body of the plate, a plug column (457) for connecting the plug strip is arranged in the middle part of one side of the multi-arc section (451) far away from the main body of the plate, the first extension column (454), the second extension column (455) and the multi-arc section (451) enclose to form a sound-insulating cotton layer placing slot, the second extension column (455), the third extension column (456) and the forked section (453) enclose to form a sound-insulating blanket-insulating aluminum layer, extend post (454) and enclose the notch of placeeing that closes the interior sound insulation board layer of formation with straight section (452), extend three (456) of post and the notch of placeeing that closes the outer sound insulation board layer of formation with forked type mouth section (453) inner panel tip, it is equipped with one at the one end that the notch is close to extension post (454) to place the soundproof cotton layer and strengthens post (458), the tip that extends post two (455) is equipped with to place the crooked barb of notch direction to the soundproof cotton layer, one side of keeping away from the panel main part at multi-arc section (451) is equipped with several rubber strip mouth (459), its built-in rubber strip.

5. A sound-insulating house as claimed in claim 1, characterized in that said top ventilation structure (11) is located above said two ventilation cross bars (111) and spaced from each other by a plurality of thick ventilation partitions (112), said top ventilation structure (11) is located below said two ventilation cross bars (111) and spaced from each other by a plurality of thin ventilation partitions (113), and the gaps between said thick ventilation partitions (112) and the gaps between said thin ventilation partitions (113) are staggered.

6. A sound insulation house as claimed in claim 5, characterized in that the plate body of the ventilation thin partition plate (113) is composed of three layers of materials, a sound insulation plate layer (113-4), an aluminum plate layer (113-5) and a sound insulation blanket layer (113-6) are sequentially arranged from outside to inside, a thin partition plate sealing edge (113-7) is respectively arranged at the periphery of the thin partition plate body for sealing and fixing the three layers of plate structures, the plate body of the thin partition plate is arranged in the fork-shaped opening (113-1) of the thin partition plate sealing edge (113-7) and fixed by a cross countersunk head screw (113-2), and a connecting column (113-3) which is connected with the inserting strip on the side surface of the ventilation cross bar (111) in an inserting manner is arranged at the outer side end of the thin partition plate sealing edge (113-7).

7. A sound-insulating house as claimed in claim 5, characterized in that the plate body of the air-exchange thick partition (112) is made of three layers of materials, including two sound-insulating plate layers (112-1) at both sides and a middle sound-insulating cotton layer (112-2), the periphery of the plate body of the air-exchange thick partition (112) is respectively provided with a partition edge-sealing section bar II (112-3) for sealing and fixing the thick partition plate, and the joint parts of the adjacent partition edge-sealing section bars II (112-3) are connected by edge-sealing section bar corner connecting pieces (15).

8. A sound-insulating house as claimed in claim 7, characterized in that the partition edge-sealing profile II (112-3) comprises an arc-shaped part (1123-1) at the middle and straight parts (1123-2) at both sides, a first rib (1123-3) and a second rib (1123-4) are respectively arranged at the connection part of the arc-shaped part (1123-1) and the straight parts (1123-2) at both sides, the first rib (1123-3), the second rib (1123-4) and the arc-shaped part (1123-1) enclose to form a connection socket of the sound-insulating cotton layer, the open slot formed by the first rib (1123-3) and the second rib (1123-4) and the straight part (1123-2) at the corresponding side is a placement slot of the sound-insulating board layer, an inward bent barb is respectively arranged at the end parts of the first rib (1123-3) and the second rib (1123-4), a first connecting column (1123-5) which extends outwards and is used for connecting the ventilation cross rod (111) is arranged in the middle of the outer side of the arc-shaped part (1123-1), and a plurality of first rubber strip openings (1123-6) are further arranged on the outer side of the arc-shaped part (1123-1) and are internally provided with rubber strips.

9. A soundproof room as set forth in claim 1, wherein an access door panel (12) is provided on a front side of the soundproof room main body (1), slit seals are provided around the access door panel (12), and a soundproof panel is provided inside the door panel.

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