30results about How to "Compliant with building standards" patented technology

The invention discloses heatproof concrete. The concrete is made from the following raw materials through uniform mixing according to a ratio, 95-115 kg/m<3> of water, 320-340 kg/m<3> of cement, 40-80 kg/m<3> of coal ash, 120-1040 kg/m<3> of mineral powder, 739-852 kg/m<3> of sand, 890-1040 kg/m<3> of fine stone and 3.80-4.00 kg/m<3> of an additive. The heatproof concrete is reasonable in design and wide in application range.

The invention relates to an installation method of a wall-mounted purification fresh air blower for ventilation through a directly shared air conditioner installation hole. An air conditioner pipe setpenetrates through a machine box through a through hole formed in the rear side of a top plate of the machine box according to the direction of the air conditioner pipe set, the building reserved airconditioner installation hole in a wall is covered with an air inlet of the wall-mounted purification fresh air blower, a back plate of the wall-mounted purification fresh air blower is connected with the wall, and by means of remaining space, generated after an air conditioner is installed, of the building reserved air conditioner installation hole in the wall, ventilation between the wall-mounted purification fresh air blower and the outdoor is achieved through the remaining space of the air conditioner installation hole, so that the wall-mounted purification fresh air blower is installed without punching an installation hole, the wall-mounted purification fresh air blower is widely applied to bedrooms and studies in houses and office environments with the area of 20 square meters or below, influences of outdoor haze and pollen are effectively prevented, and the installation cost can be reduced by more than 100 yuan.

The invention discloses a two-way mounting method of a wall-mounted purification fresh air ventilator sharing an air conditioner mounting hole to ventilate. An air conditioner pipe fitting set passingthrough hole is formed in the rear part of the corresponding side of a chassis according to the direction of an air conditioner pipe fitting set for enabling the air conditioner pipe fitting set to penetrate out of the chassis; a back plate intake port, formed in a back plate of the wall-mounted purification fresh air ventilator, is used for covering the air conditioner mounting hole reserved ina wall; and an air conditioner mounting hole residual space formed after the air conditioner pipe fitting set is installed in the air conditioner mounting hole with the size accordant with the construction standards in the wall, and the back plate intake port form a wall-mounted purification fresh air ventilator and outside ventilation channel, so that the wall-mounted purification fresh air ventilator achieves ventilation with the outside by directly using the air conditioner mounting hole residual space, the installation of the wall-mounted purification fresh air ventilator is completed, thewall-mounted purification fresh air ventilator facilitates people's daily life and working environments, the people health level is improved, the integrity of the wall is not destructed any more, andthe punching cost about 100 Yuan in installation of each fresh air ventilator can be saved.

The invention discloses an epoxy resin concrete, which is uniformly mixed with raw materials in the following proportions: 2-6.5 kg of epoxy resin, 0.2-0.6 kg of butyl phthalate, and 0.15-0.5 kg of ethylenediamine kg, cement 4-8kg, sand 4-9kg, gravel 4-9kg, admixture 0.8-1.2kg, silicon powder 0.5-1.5kg, mineral powder 1.2-1.8kg. The mixing proportion of the concrete in the invention is reasonable, and the application range is wide, and can be applied to cast-in-place concrete such as foundations, beams, columns, frames, bridges, etc. of high-rise buildings, and integral pouring of T-shaped joints. It can ensure the quality of the overall building and meet the building standards.

The invention discloses a Concrete for A pipeline, and the concrete is prepared by evenly mixing the following raw materials in proportion: 166-167kg / m<3> of water, 365-406kg / m<3> of cement, 45-50kg / m<3> of fly ash, 662-710kg / m<3> of sand, 1064-1080kg / m<3> of fine stones, 80-120kg/ m<3> of silicon powder, 6.20-7.00kg / m<3> of an additive, 320kg/ m3 of detritus and 625-680kg / m<3> of waste stone. The invention has the advantages of reasonable design and wide application range.

The invention discloses a vibration reduction type concrete, which is formed by uniformly stirring the following raw materials: 150-160 kg/m<3> of water, 320-336 kg/m<3> of cement, 45 kg/m<3> of fly ash, 65-71 kg/m<3> of ore powder, 686-704 kg/m<3> of sand, 1070-1085 kg/m<3> of fine stone, and 6.9-7.5 kg/m<3> of an admixture. The vibration reduction type concrete of the present invention has advantages of reasonable design and wide application range.

The invention discloses a concrete for the bottom slab of a roof slab. The concrete is uniformly mixed with the following raw materials: water 192-215kg/m³, cement 315-345kg/m³, fly ash 98-140kg/m³, sand 762‑792 kg/m³, mineral powder 6.8‑9.2 kg/m³, pebble 1080‑1153 kg/m³, silicon powder 10.6‑18.9 kg/m³, admixture 4.9‑6.5 kg/m³, debris 310‑330 kg/m³ , Wood calcium 1.8‑3.1 kg/m³. The invention has the advantages of reasonable design and wide application range.

The invention discloses a bridge concrete, which is uniformly mixed with the following raw materials: water 108-124kg/m³, cement 280-304kg/m³, fly ash 38-59kg/m³, mineral powder 54- 78kg/m³, sand 605‑679kg/m³, fine stone 1002‑1094 kg/m³ and admixture 2.8‑3.9kg/m³. The invention has the advantages of reasonable design and wide application range.

The invention provides a portable outer formwork, a wall body structure and a production method of the outer formwork. The portable outer formwork comprises a heat preservation plate main body, gridding cloth is arranged on the two sides of the heat preservation plate main body, the gridding cloth is directly compounded on the heat preservation plate main body in a pressure applying mode, the gridding cloth and the heat preservation plate main body are integrally formed, the heat preservation plate main body is an inorganic material coated organic particle plate, the two sides of the inorganic material coated organic particle plate are directly compounded with gridding cloth for compression molding, so that the compactness is greatly improved, the air permeability and the water permeability are reduced, the heat preservation effect and the waterproof effect are greatly improved, the mechanical strength is greatly improved, and the effects that the heat preservation plate main body is thinner and lighter, and the safety performance is better are achieved. In addition, the invention further provides a wall body structure which comprises the outer formwork and further comprises a base layer wall body, the outer formwork is laid on the outer side of the base layer wall body, and the construction and construction cost is saved to a great extent.

The invention provides an installation method of a wall-mounted purification fresh air ventilator directly sharing air conditioning mounting hole ventilation. The installation method overcomes the main restraining factor that a special installing hole is drilled when the wall-mounted purification fresh air ventilator is installed, and remaining air conditioning mounting hole space is generated after an air conditioner pipe unit is mounted in an air conditioning mounting hole reserved by a building and serves as a 'ventilation hole' of the wall-mounted purification fresh air ventilator. By theaid of the wall-mounted purification fresh air ventilator, daily life and working environments of people are facilitated, the health level of people is improved, wall integrity is no longer broken, and hole drilling cost can be saved by about 100 Yuan when each fresh air ventilator is installed.

The invention discloses a thermal-insulation concrete. Per cubic meter of the thermal-insulation concrete is prepared by uniformly blending the following raw materials: 172 to 176 kg of water, 450 to 476 kg of cement, 56 kg of fly ash, 39 to 41 kg of mineral powder, 605 to 631 kg of sand, 1074 to 1076 kg of fine stone and 8.8 to 9.8 kg of an additive. The thermal-insulation concrete has the advantages of reasonable design and a wide application scope.

The invention discloses a concrete used for bottom bearing walls. The concrete is produced by uniformly blending the following raw materials with the following ratio: 95-135 kg/m<3> of water, 290-340 kg/m<3> of cement, 30-70 kg/m<3> of fly ash, 890-1020 kg/m<3> of ore powder, 788-875 kg/m<3> of sands, 120-1040 kg/<3> of fine stone, and 3.5 kg/<3> of an additive. The concrete has the advantages of reasonable design and wide application scope.

The invention discloses a mixed injection concrete, which is formed by uniform mixing of raw materials in the following proportions: the concrete is formed by uniform mixing of raw materials in the following proportions: cement: 30-50, magnesium oxide: 5-15 , Magnesium chloride: 5‑10, foaming agent: 3‑5, straw: 0.5‑1, the present invention has the advantages of reasonable design and wide application range, it can be heated and mixed and injected into a mold for molding, and is used for non-load-bearing wall construction.

The invention discloses a pressure-resistant concrete, the concrete is prepared by uniformly mixing the following raw materials according to the following mixing proportion: 160-170 kg/m<3> of water, 220-265 kg/m<3> of concrete, 45-55 kg/m<3> of fly ash, 51-80 kg/m<3> of mineral powder, 780-793 kg/m<3> of sand, 1035-1047 kg/m<3> of fine stone and 4.4-4.6 kg/m<3> of admixture. The concrete has the advantages of being reasonable in design and wide in application range.

The invention discloses a non-burning brick concrete. The concrete is uniformly mixed with raw materials in the following mixing ratios: fly ash binder 12-14; fly ash 32-34; slag 45-47; admixture 8-9; Water 8-9, the present invention can be applied to cast-in-place concrete such as foundations, beams, columns, frames, bridges, etc. of high-rise buildings, as well as integral pouring of T-joints. It can ensure the quality of the overall building, meet the building standards, improve the quality of concrete, reduce energy consumption and increase output.