CN102677797A

CN102677797A - Five-row nine-hole self-insulation soundproof block wall

Info

Publication number: CN102677797A
Application number: CN2011100613365A
Authority: CN
Inventors: 彭昊; 刘芳明; 丛龙敏; 彭冠华; 彭程
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-03-07
Filing date: 2011-03-07
Publication date: 2012-09-19

Abstract

The invention relates to a five-row nine-hole self-insulation soundproof block wall which mainly consists of five-row nine-hole self-insulation soundproof building blocks, thermal insulation mortar and anti-crack mortar. Each five-row nine-hole self-insulation soundproof building block consists of a hollow building block with a fife-row structure, nine through holes and two non-through thermal bridges, five heat insulating materials and four heat insulating key boards, wherein the five heat insulating materials and the four heat insulating key boards are arranged in holes; the five heat insulating holes are used for pre-placing the heat insulating materials in a factory; heat insulating key holes are respectively formed by four side holes of which the outsides are open when the building block and the adjacent building blocks are built; the heat insulating key boards are inserted into the heat insulating key holes; and the two non-through thermal bridges consist of nine straight side ribs and eight bent side ribs. When the building blocks are in use, the thickness of each convex beam column is not greater than one fourth of the thickness of each building block and laminated stubbles are built in each layer by a mode that the holes are aligned. The thermal insulation mortar is full paved and solidly filled at transverse and vertical slits of the building blocks. The compressive strength of the thermal insulation mortar is greater than that of the wall. The value of the compressive strength of the thermal insulation mortar is converted according to the actual bearing wall rib area of the building blocks. The anti-crack mortar is used as anti-crack plasters of outer wall surfaces of the building blocks and beam column insulating layers. The drying shrinkage value of the anti-crack mortar is lower than those of the building blocks and the beam column insulating layers.

Description

Five rows, nine hole self-heat conserving sound insulation blockworks

Technical field:

The present invention relates to building energy conservation, is a kind of seamless self-heat conserving sound insulation of five row's nine holes, two heat bridges blockwork that need not the secondary insulation.

Background technology:

30% of the total power consumption of China's building energy consumption account society at present; Along with its building energy consumption of fast development of town and country construction will be broken through 50% of the total power consumption of society; And the energy consumption of building enclosure wall accounts for 30% of building total energy consumption; The external-wall external-insulation energy-saving mode of public and civil building 50%, 65% fractional energy savings of generally carrying out has now produced the exterior trim pull-up major accidents such as fire takes place frequently that fall; It will be argued that and research and develop the not only power save mode of instead external wall outer insulation of self-insulation wall material energetically, and should be as the major fields that improve building energy conservation index energy-saving and emission-reduction low-carbon economy.The sandwich heat preservation building block CN2013399266Y that I have authorized; High thermal resistance assembled building blocks CN201343812Y; Primary and secondary walling body of wall CN201649351U; Utility model patents such as heat and sound insulated wall CN201635213U; Though each has something to recommend him but not enough below existing: the one, be separate component as the building block of retaining wall major part; It structurally can not realize seamless link with adjacent block, and the perps mortar is difficult to reach the optimum efficiency to water, vapour, temperature, sound sealing; The 2nd, the heat bridge that does not reach building block thermal transmittance optimum value and promptly influence the principal element of block insulation also can reduce.

Summary of the invention:

The object of the invention one is the materials for wall that a kind of thorough replacement external-wall external-insulation energy-saving mode of exploitation realizes body of wall and same life-span of exterior trim, no disaster hidden-trouble; The 2nd, invent a kind of meet the existing norm of construction in various places and thickness of wall body and can reach energy-conservation limit value only have two heat bridge adjacent block can realize the universal architecture of seamless link; The 3rd, the kind through adjustment building block, heat insulating material and the parameter of relevant heat preservation and soundproof realize the optimum efficiency of building block and wall thermal insulating, sound insulation, and fractional energy savings breaks through 75%, strives 83%, 88%, catches up with and surpasses the world's advanced levels.The present invention is achieved in that five rows, nine hole self-heat conserving sound insulation blockworks mainly are made up of five row nine hole self-heat conserving sound insulation building blocks, thermal insulation mortars, anticracking grout.Five rows, nine hole self-heat conserving sound insulation building blocks are made up of the building-block of two non-straight-through heat bridges of five nine through holes of row and five blocks of heat insulating materials and the four blocks of insulation key plates that are positioned in the hole; Wherein, Five insulation holes are at the factory presets heat insulating material; Four lateral opening insulation keyholes that when building by laying bricks or stones with adjacent block, formed respectively that the outside is open insert insulation key plate in the hole, two non-straight-through heat bridges are made up of nine straight eight curved limit ribs; The evagination beam column was not more than 1/4 block thickness when building block was used, and each lamination stubble is built by laying bricks or stones the hole.Thermal insulation mortar building block anyhow the Man Pu of seam place, irritate real, thermal insulation mortar compressive strength is greater than body of wall compressive strength, its value is converted by the actual bearing partition finned surface of building block is long-pending.Anticracking grout is used for the anticracking of building block wall face, beam column insulation layer wipes one's face, and its drying shrinkage value is less than the drying shrinkage value of building block and beam column insulation layer.

Description of drawings:

1 is two nine straight eight curved formed two heat bridges of limit rib in the Figure of description; The 2nd, block insulation hole and heat insulating material; The 3rd, the lateral opening and insulation key plate of building block.

The specific embodiment:

Building requirements: 65% fractional energy savings, 390 infilled walls, wall heat transfer coefficient K≤0.3, thermal resistance R>=3.33

Nine dislocation of walling unit parameter: block structure 39,0*3,90*,190 five rows pore structure; Wall rib thickness 29mm; In block material float stone concrete, add additive coefficient of thermal conductivity is adjusted to below 0.42, compression strength of building block 3.5Mpa, center heat insulating material and insulation key plate are selected the polyamine fat plate of coefficient of thermal conductivity≤0.024 for use; This building block sows anyhow to grout along building block with the M5 thermal insulation mortar and builds, and each 20mm ordinary mortar of interior exterior wall and anticracking grout are wiped one's face.The theoretical thermal resistance value of this building block and body of wall is 5.11 (over dry) measured value R=4.34 (moisture content and the influence of mortar slit), and this value is high by 30% than wall heat resistance design load 3.33, and its body of wall fractional energy savings is higher than 75%.

Claims

1. row's nine hole self-heat conserving sound insulation blockworks is characterized in that: this body of wall mainly is made up of five rows, nine hole self-heat conserving sound insulation building blocks, thermal insulation mortar, anticracking grout.

2. five rows, nine hole self-heat conserving sound insulation blockworks according to claim 1 is characterized in that: five rows, nine hole self-heat conserving sound insulation building blocks are made up of the building-block of two non-straight-through heat bridges of five nine through holes of row and five blocks of heat insulating materials and the four blocks of insulation key plates that are positioned in the hole; Wherein, Five insulation holes are at the factory presets heat insulating material; Four lateral opening insulation keyholes that when building by laying bricks or stones with adjacent block, formed respectively that the outside is open insert insulation key plate in the hole, two non-straight-through heat bridges are made up of nine straight eight curved limit ribs; The evagination beam column was not more than 1/4 block thickness when building block was used, and each lamination stubble is built by laying bricks or stones the hole.

3. five rows, nine hole self-heat conserving sound insulation blockworks according to claim 1 is characterized in that: thermal insulation mortar building block anyhow the Man Pu of seam place, irritate real, thermal insulation mortar compressive strength is greater than body of wall compressive strength, its value is converted by the actual bearing partition finned surface of building block is long-pending.

4. five rows, nine hole self-heat conserving sound insulation blockworks according to claim 1 is characterized in that: anticracking grout is used for the anticracking of building block wall face, beam column insulation layer wipes one's face, and its drying shrinkage value is less than the drying shrinkage value of building block and beam column insulation layer.