CN209637030U - A kind of sound insulating construction system of non-load bearing partition - Google Patents
A kind of sound insulating construction system of non-load bearing partition Download PDFInfo
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- CN209637030U CN209637030U CN201821896942.2U CN201821896942U CN209637030U CN 209637030 U CN209637030 U CN 209637030U CN 201821896942 U CN201821896942 U CN 201821896942U CN 209637030 U CN209637030 U CN 209637030U
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Abstract
The sound insulating construction system of non-load bearing partition provided by the utility model, on the one hand, by the way that two pieces of soundproof plates are located between the first channel steel of day keel and upper base and the first channel steel of ground joist and between going to a grassroots level respectively, using soundproof plate sound wave can be prevented from keel framework and upper base and gone to a grassroots level between gap transmit, further enhance soundproof effect.On the other hand, since the day keel and ground joist include two layers of channel steel, two layers of channel steel includes the first channel steel and the second channel steel, the bottom of first channel steel and upper base or go to a grassroots level is fixedly connected, second channel steel is arranged in the same direction with the opening of corresponding first channel steel, and second the bottom of channel steel be inserted in the open end of the first channel steel, using the double-deck channel steel, it can reinforce the strength and stability of day keel and ground joist, it prevents the sound insulating construction system of non-load bearing partition from swag phenomenon occur, improves the anti-seismic performance of the sound insulating construction system of non-load bearing partition.
Description
Technical field
The utility model belongs to the sound insulating construction system of building decoration and fitment field more particularly to a kind of non-load bearing partition.
Background technique
It is partition space, the useful concrete aerated blocks of most common method, glass partition, light steel dragon in building decoration engineering
The materials such as bone plasterboard do partition wall.
Wherein, light steel keel partition is widely used because of advantages such as its light load-bearing, good, the price rather moderates of soundproof effect.
In the prior art, the way of lightgage steel joist is first bar keel, is subsequently filled rock wool, and last plasterboard closing is easy to operate, can
Play the role of the good compartment.
But its soundproof effect is poor, anti-seismic performance is weaker, more weak for the protection of space privacy.According to building sound
Design standard, it can be seen that, suitable for the partition wall without effect of going along with sb. to guard him, acoustics design is required generally in STC55, commonly
Partition wall is unable to reach requirement.
Therefore, a kind of special partition wall sound arrester how is designed, while guaranteeing light steel keel partition original advantage, significantly
Ground improves using effect, anti-seismic performance and sound insulation function, is this field technical problem urgently to be resolved.
Utility model content
There are soundproof effect differences and the technology of shock resistance difference for light steel keel partition in the prior art for the utility model
Problem provides a kind of sound insulating construction system of non-load bearing partition, by dividing in keel framework and upper base and between going to a grassroots level
Soundproof plate is not added, improves soundproof effect, and day keel and ground joist are all made of two layers of channel steel and use double-layer keel shape
Formula effectively enhances the sound insulating construction system anti-seismic performance of non-load bearing partition.
In order to solve the above technical problems, the utility model provides the following technical solutions:
A kind of sound insulating construction system of non-load bearing partition, be set to base, go to a grassroots level between, if including keel framework,
Dry sound-absorbing material layer and two pieces of soundproof plates, two sets of double-deck Thistle boards, the keel framework include day keel, ground joist,
Several lateral keels and several vertical keels, the both ends of several vertical keels are separately connected day keel and ground joist, and
Several vertical keels spaced set between day keel and ground joist, several lateral keels are vertical with the vertical keel
Connection, and several lateral keels are arranged at intervals between the day keel and ground joist, the sound-absorbing material layer is embedded at
Its keel, ground joist, several lateral keels and several vertical keels connect in the rectangular space to be formed, the day keel and ground
Keel include two layers of channel steel, two layers of channel steel include the first channel steel and the second channel steel, the bottom of first channel steel with it is upper
Base or go to a grassroots level is fixedly connected, and two pieces of soundproof plates are located in respectively between the first channel steel of day keel and upper base
And ground joist the first channel steel and between going to a grassroots level, second channel steel is arranged in the same direction with the opening of corresponding first channel steel,
And second the bottom of channel steel be inserted in the open end of the first channel steel, the two sides of the keel framework are after having filled sound-absorbing material layer
It is closed respectively with the double-deck Thistle board.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, positioned at the top of the sound-absorbing material layer of the top
Portion is embedded at the open end of the second channel steel of day keel, and the of ground joist is embedded at the top of the sound-absorbing material layer of bottom
The open end of two channel steels.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the inner wall of first channel steel is correspondingly arranged
For fixing the card slot of the outer wall of the second channel steel.
Preferably, it in the sound insulating construction system of above-mentioned non-load bearing partition, is followed closely by rifle by first channel steel, correspondence
Soundproof plate and upper base or go to a grassroots level be fixedly connected.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the soundproof plate is rubber.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the sound-absorbing material layer is sound insulation rock wool board.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the quantity of the keel framework is two sets, two
Single layer Thistle board is provided between set keel framework, two sets keel frameworks outsides are respectively equipped with the double-deck Thistle board, and
The soundproof plate is covered each by the whole joint face with upper base and between going to a grassroots level of two sets of keel frameworks.
By techniques disclosed above scheme it is found that compared with prior art, the beneficial effects of the utility model are as follows:
The sound insulating construction system of non-load bearing partition provided by the utility model, on the one hand, by by two pieces of soundproof plates
Be located between the first channel steel of day keel and upper base respectively and the first channel steel of ground joist and between going to a grassroots level, using every
Soundboard sound wave can be prevented from keel framework and upper base and gone to a grassroots level between gap transmitting, further enhance sound insulation effect
Fruit.On the other hand, since the day keel and ground joist include two layers of channel steel, two layers of channel steel includes the first channel steel and the
Two channel steels, the bottom of first channel steel and upper base or go to a grassroots level are fixedly connected, second channel steel and corresponding first
The opening of channel steel is arranged in the same direction, and the bottom of the second channel steel is inserted in the open end of the first channel steel, using the double-deck channel steel, Neng Goujia
The strength and stability of strong day keel and ground joist, prevents the sound insulating construction system of non-load bearing partition from swag phenomenon occur, mentions
The anti-seismic performance of the sound insulating construction system of high non-load bearing partition.
Detailed description of the invention
Fig. 1 is the schematic perspective view of the sound insulating construction system of the non-load bearing partition of an embodiment of the present invention；
Fig. 2 is the decomposition explosion figure of the sound insulating construction system of the non-load bearing partition of an embodiment of the present invention；
Fig. 3 is the assembling schematic diagram of the keel framework and sound-absorbing material layer in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of day keel in an embodiment of the present invention.
In figure: the upper base of 1-, 2- go to a grassroots level, 3- single layer Thistle board, 4- keel framework, 41- days keel, 42- pheretima
Bone, the first channel steel of 4a-, the second channel steel of 4b-, 43- lateral keel, 44- vertical keel, 5- bilayer Thistle board, 51- internal layer paper
Surface gypsum board, 52- outer layer Thistle board, 6- sound-absorbing material layer, 7- soundproof plate.
Specific embodiment
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.Below will by it is cited it
The technology contents and feature of the utility model are described in detail in embodiment combination attached drawing.Need in addition it illustrate, attached drawing is all made of non-
Often simplified form and use non-accurate ratio, only to it is convenient, lucidly aid in illustrating the utility model embodiment
Purpose.For sake of convenience, "upper" described below, "lower" are consistent with the upper and lower direction of attached drawing, but this can't be this reality
With the limitation of new technique scheme.
Embodiment one
The sound insulating construction system for present embodiments providing a kind of non-load bearing partition referring to FIG. 1 to FIG. 4, is set to base
Layer 1 is gone to a grassroots level between 2, including 7, two sets keel framework 4, several sound-absorbing material layers 6 and two pieces of soundproof plates bilayer Paper-faced gyps
Plate 5, the keel framework 4 includes day keel 41, ground joist 42, several lateral keels 43 and several vertical keels 44, described
The both ends of several vertical keels 44 are separately connected day keel 41 and ground joist 42, and several vertical keels 44 are in day keel 41
The spaced set between ground joist 42, several lateral keels 43 are vertical with the vertical keel 44 to be connect, and several cross
Be arranged at intervals between the day keel 41 and ground joist 42 to keel 43, the sound-absorbing material layer 6 be embedded at day keel 41,
In the rectangular space that keel 42, several lateral keels 43 and the connection of several vertical keels 44 are formed, the day keel 41 and ground
Keel 42 include two layers of channel steel, and two layers of channel steel includes the first channel steel 4a and the second channel steel 4b, the first channel steel 4a's
Bottom and upper base 1 or go to a grassroots level 2 is fixedly connected, and two pieces of soundproof plates 7 are located in the first slot of day keel 41 respectively
Between steel 4a and upper base 1 and the first channel steel 4a of ground joist 42 and go to a grassroots level between 2, the second channel steel 4b with it is corresponding
The opening of first channel steel 4a is arranged in the same direction, and the bottom of the second channel steel 4b is inserted in the open end of the first channel steel 4a, the keel
It is closed respectively with the double-deck Thistle board 5 after having filled sound-absorbing material layer 6 two sides of skeleton 4.
The sound insulating construction system of non-load bearing partition provided by the utility model, on the one hand, by by two pieces of soundproof plates 7
It is located between the first channel steel 4a of day keel 41 and upper base 1 respectively and the first channel steel 4a of ground joist 42 and goes to a grassroots level 2
Between, sound wave can be prevented to transmit from keel framework 4 and upper base 1 and the gap gone to a grassroots level between 2 using soundproof plate 7, into
One step enhances soundproof effect.On the other hand, since the day keel 41 and ground joist 42 include two layers of channel steel, described two layers
Channel steel includes bottom and upper base 1 or the 2 fixed companies that go to a grassroots level of the first channel steel 4a and the second channel steel 4b, the first channel steel 4a
It connects, the second channel steel 4b is arranged in the same direction with the opening of corresponding first channel steel 4a, and the bottom of the second channel steel 4b is inserted in
The open end of one channel steel 4a can be reinforced the strength and stability of day keel 41 and ground joist 42, be prevented using the double-deck channel steel
There is swag phenomenon in the sound insulating construction system of non-load bearing partition, improves the anti-seismic performance of the sound insulating construction system of non-load bearing partition.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, positioned at the top of the sound-absorbing material layer 6 of the top
Portion is embedded at the open end of the second channel steel 4b of day keel 41, and the top positioned at the sound-absorbing material layer 6 of bottom is embedded at pheretima
The open end of second channel steel 4b of bone 42.
In order to increase the mounting stability of the first channel steel 4a and the second channel steel 4b, it is preferred that in above-mentioned non-bearing
In the sound insulating construction system of partition wall, the inner wall of the first channel steel 4a is correspondingly arranged the card of the outer wall for fixing the second channel steel 4b
Slot.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, by rifle nail by the first channel steel 4a, right
The soundproof plate 7 and upper base 1 answered or go to a grassroots level 2 is fixedly connected.Connection the first channel steel 4a, corresponding soundproof plate are followed closely using rifle
7 and upper base 1 or go to a grassroots level 2, it is quick, convenient to have the advantages that, construction efficiency is high.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the soundproof plate 7 is rubber.Using rubber
Manufactured soundproof plate 7, not only materials are convenient, and have preferable soundproof effect, prevent sound wave by keel framework 4 and upper base
Layer 1 or the gap gone to a grassroots level between 2 are transmitted.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the sound-absorbing material layer 6 is sound insulation rock wool
Plate.Using sound-absorbing material layer 6 made of sound insulation rock wool board, materials are convenient, and have preferable attracting performance, can significantly mention
The soundproof effect of the sound insulating construction system of high non-load bearing partition.
Preferably, in the sound insulating construction system of above-mentioned non-load bearing partition, the quantity of the keel framework 4 is two sets,
It is provided between two sets of keel frameworks 4 on the outside of 3, two sets of keel frameworks 4 of single layer Thistle board and is respectively equipped with the double-deck Paper-faced gyp
Plate 5, and to be covered each by two sets of keel frameworks 4 whole with upper base 1 and the joint face gone to a grassroots level between 2 for the soundproof plate 7.It is logical
Two sets keel frameworks 4 of setting are crossed, use the closing of single layer Thistle board 3 between two sets keel frameworks 4, two sets of keel frameworks 4
Outside passes through the double-deck Thistle board 5 respectively and closes, to form the sound insulation of the non-load bearing partition of five layers of Thistle board composition
Construction system has preferable soundproof effect.
Please continue to refer to Fig. 1 to Fig. 4, the construction method of the sound insulating construction system of the non-load bearing partition of the present embodiment, including
Following steps:
Step 1 is followed closely by rifle and is fixedly connected with the first channel steel 4a, soundproof plate 7 and the upper base 1 of day keel 41, passed through
First channel steel 4a of ground joist 42, another soundproof plate 7 and going to a grassroots level 2 is fixedly connected by rifle nail, and by the second of day keel 41
The bottom of second channel steel 4b of the bottom and ground joist 42 of channel steel 4b is inserted in the open end of corresponding first channel steel 4a respectively, makes
The opening for obtaining the second channel steel 4b and the first channel steel 4a is arranged in the same direction.
Step 2 installs several vertical keels 44 between day keel 41 and ground joist 42, so that several vertical dragons
The both ends of bone 44 are separately connected day keel 41 and ground joist 42, and several vertical keels 44 are in day keel 41 and ground joist 42
Between spaced set, connect several lateral keels 43 are vertical with the vertical keel 44, and several lateral keels 43
It is arranged at intervals between the day keel 41 and ground joist 42, to form a set of keel framework 4.
Step 3, each rectangular space that keel 41, ground joist 42, vertical keel 44 and lateral keel 43 are formed in day
Fill sound-absorbing material layer 6.
Step 4 is closed in the outside of keel framework 4 with the double-deck Thistle board 5.
The utility model, on the one hand, the day keel 41 of two sets of keel frameworks 4 are fixedly connected with upper base 1, ground joist
42 2 are fixedly connected with going to a grassroots level, and between day keel 41 and upper base 1 and ground joist 42 and going to a grassroots level is respectively set between 2
Soundproof plate 7 can prevent sound wave from transmitting from keel framework 4 and upper base 1 and the gap gone to a grassroots level between 2 using soundproof plate 7,
Further enhance soundproof effect.On the other hand, day keel 41 and ground joist 42 are all made of the double-deck channel steel, can reinforce a day keel
41 and ground joist 42 strength and stability, prevent the sound insulating construction system of non-load bearing partition from swag phenomenon occur, improve non-
The anti-seismic performance of the sound insulating construction system of bearing partition.
Preferably, in the construction method of the sound insulating construction system of above-mentioned non-load bearing partition, in step 2 and step 3
Between further include: it is closed in the side for being formed by keel framework 4 with single layer Thistle board 3, in single layer Thistle board 3
The other side forms another set of keel framework 4 using the method for step 1 to step 2, so that 3 sandwiched of single layer Thistle board
Between two sets of keel frameworks 4.By the way that two sets of keel frameworks 4 are successively arranged, single layer paper stone is used between two sets of keel frameworks 4
Cream plate 3 is closed, and the outside of two sets of keel frameworks 4 passes through the double-deck Thistle board 5 respectively and closes, to form five layers of Paper-faced gyp
Board group at non-load bearing partition sound insulating construction system, have preferable soundproof effect.Further, since in every set keel framework 4
Sound-absorbing material layer 6 is filled, two sets of set keel frameworks 4 can reinforce sound-absorbing effect, to further increase non-load bearing partition
The soundproof effect of sound insulating construction system.
Foregoing description is only the description to the utility model preferred embodiment, not to any limit of the scope of the utility model
Fixed, any change, the modification that the those of ordinary skill in the utility model field does according to the disclosure above content belong to right and want
Seek the protection scope of book.
Claims (7)
1. a kind of sound insulating construction system of non-load bearing partition, be set to base, go to a grassroots level between, which is characterized in that including dragon
Bone skeleton, several sound-absorbing material layers and two pieces of soundproof plates, two sets of double-deck Thistle boards, the keel framework includes sky dragon
Bone, ground joist, several lateral keels and several vertical keels, the both ends of several vertical keels be separately connected day keel with
Ground joist, and several vertical keels spaced set between day keel and ground joist, several lateral keels are erected with described
It is vertically connected to keel, and several lateral keels are arranged at intervals between the day keel and ground joist, the sound absorber
The bed of material is embedded at a day keel, ground joist, several lateral keels and several vertical keels and connects in the rectangular space to be formed, described
Its keel and ground joist include two layers of channel steel, and two layers of channel steel includes the first channel steel and the second channel steel, first channel steel
Bottom and upper base or go to a grassroots level be fixedly connected, and two pieces of soundproof plates be located in respectively the first channel steel of day keel with
Between upper base and the first channel steel of ground joist and between going to a grassroots level, the opening of second channel steel and corresponding first channel steel
Setting in the same direction, and the bottom of the second channel steel is inserted in the open end of the first channel steel, suction is being filled in the two sides of the keel framework
It is closed respectively with the double-deck Thistle board after sound material layer.
2. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that the sound absorber positioned at the top
It is embedded at the open end of the second channel steel of day keel at the top of the bed of material, is embedded at ground at the top of the sound-absorbing material layer of bottom
The open end of second channel steel of keel.
3. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that the inner wall of first channel steel
It is correspondingly arranged the card slot of the outer wall for fixing the second channel steel.
4. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that followed closely by rifle by described first
Channel steel, corresponding soundproof plate and upper base or go to a grassroots level is fixedly connected.
5. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that the soundproof plate is rubber.
6. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that the sound-absorbing material layer be every
Sound rock wool board.
7. the sound insulating construction system of non-load bearing partition as described in claim 1, which is characterized in that the quantity of the keel framework
It is two sets, single layer Thistle board is provided between two sets of keel frameworks, two sets of keel frameworks outsides are respectively equipped with the double-deck paper
Plasterboard, and the soundproof plate is covered each by the whole joint face with upper base and between going to a grassroots level of two sets of keel frameworks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821896942.2U CN209637030U (en) | 2018-11-16 | 2018-11-16 | A kind of sound insulating construction system of non-load bearing partition |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821896942.2U CN209637030U (en) | 2018-11-16 | 2018-11-16 | A kind of sound insulating construction system of non-load bearing partition |
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| CN209637030U true CN209637030U (en) | 2019-11-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109403515A (en) * | 2018-11-16 | 2019-03-01 | 上海市建筑装饰工程集团有限公司 | A kind of sound insulating construction system and method for non-load bearing partition |
-
2018
- 2018-11-16 CN CN201821896942.2U patent/CN209637030U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109403515A (en) * | 2018-11-16 | 2019-03-01 | 上海市建筑装饰工程集团有限公司 | A kind of sound insulating construction system and method for non-load bearing partition |
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