Self-heat-preservation and heat-insulation composite building block with cutting groove separation holes
By introducing cutting grooves and partition holes into the blocks, the problems of multiple block specifications and complex production are solved, realizing efficient production and construction of self-insulating and heat-insulating composite blocks, meeting building module requirements, and maintaining thermal insulation performance.
Patent Information
- Application Number
- CN202520180191.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-02-05
- Publication Date
- 2025-11-07
- Estimated Expiration
- 2035-02-05
AI Technical Summary
In existing technologies, masonry blocks come in many specifications, have high production costs, and are complex to supply. Furthermore, the insulation material is damaged after cutting, resulting in a loss of insulation performance, which leads to difficulties in production and construction. In addition, the production process is complex, involves many molds, and has even higher costs.
Self-insulating and heat-insulating composite blocks with cutting grooves and partition holes are used. The blocks are connected by connectors and dovetail grooves to form a space for insulation material. The cutting grooves and partition holes are used to cut blocks of different specifications. The partition holes of the cut blocks are used as mortar grooves to increase the masonry strength and insulation performance.
It enables simple and accurate cutting of blocks of different specifications, reduces production costs, maintains thermal insulation performance, simplifies construction processes, meets masonry specifications, and improves masonry strength and connection reliability.
Smart Images
Figure CN223523329U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to building material technical field, concretely relates to self -insulation heat -insulation composite building block with cutting groove partition hole technology. BACKGROUND
[0002] 1、In the building wall body masonry, the structure requires the masonry block to require staggered joints and cooperate with different sizes, need half (1 / 2 M), seven head (2 / 3 M), three head (1 / 3M,), four head (1 / 4M) etc. different occasions of masonry, usually by the factory production different specifications of product supply, cause product specification is many, production cost is high, supply is complex, the management difficulty of construction site is big, the loss is big, cause the difficulty to production, supply, construction.
[0003] 2、With the improvement of building energy saving requirement, currently requires using the composite insulation block of heat bridge blocking, realizes the self -insulation of wall body, usually calls this kind of product as self -insulation heat -insulation composite building block. Because production involves organic, inorganic material composite, concrete block or sintered hollow brick production line is matched with inorganic material block production, needs special equipment and technology, different specifications need different mould, production technology, leads to complex production technology, mould is much, production cost is higher, restricts the production and application of self -insulation heat -insulation composite building block, and the composite insulation block of ordinary cutting loses the thermal insulation material, loses the thermal insulation performance, the size does not meet the building module, causes huge waste SUMMARY
[0004] The utility model discloses a kind of self-insulation heat-insulation composite building blocks with cutting groove partition hole, reduce the production of matching brick to meet the masonry specification, simplify production, construction technology.
[0005] The utility model discloses a kind of self-insulation heat-insulation composite building blocks with cutting groove partition hole, there is inside block 9, outside block 1, in the space that inside block 9, outside block 1 are connected by multiple connecting pieces 6 through inside block dovetail groove 8, outside block dovetail groove 5, pour the thermal insulation material 7, form heat-insulation composite insulation block, by cutting groove 10 on the surface of inside block 9 and partition hole 3 in outside block 1, it can be divided into preset specification self-insulation heat-insulation composite building block, half partition hole 3, cutting groove 10 after cutting as masonry mortar groove, increase masonry strength and the requirement to matching brick.
[0006] The utility model has the advantages that:
[0007] 1. The product reaches the self-insulation heat insulation composite insulation block function, a set of molds only produces a kind of block type of main block, after cutting, seven blocks, half blocks, one-third blocks, one-fourth blocks are generated, through the cutting groove and cutting hole of the application, different specifications of 1 mold, 3 / 4 mold, 2 / 3 mold, 1 / 2 mold, 1 / 3 mold, 1 / 4 mold can be simply and accurately cut on site, the cut blocks are also self-insulation composite insulation blocks, and the production is convenient, and the requirements of different module of masonry wall on the brick can be met.
[0008] 2. The main block has high compressive strength, and the holes 2, the partition holes 3 and the weight-reducing holes 4 reduce the bulk density of the block. The cut self-insulation block has integrity, and the half partition hole 3 and the cutting groove 10 after cutting serve as mortar grooves during masonry, the mortar thickness meets the specification requirements from the structure, the wall connection reliability is increased, and the thermal insulation performance is not damaged.
[0009] 3. The holes 2, the partition holes 3, the weight-reducing holes 4, the inner block dovetail groove 8 and the outer block dovetail groove 5 can be produced by structure during production of concrete blocks and sintered hollow bricks, and the production is simple.
[0010] 4. Due to the cutting groove and the partition hole, the cutting size is accurate and does not need to be measured on site, the partition hole reduces the cutting resistance, speeds up the cutting speed, the size is accurate, meets the building module, meets the masonry specification, simplifies the production and construction process. BRIEF DESCRIPTION OF DRAWINGS
[0011] Figure 1 is a structural schematic diagram of the utility model, Figure 2 is a front view of the utility model, Figure 3 is a side view, Figure 4 is a top view (cutting schematic diagram), Figure 5 is Figure 6 is an A-A sectional view in the figure, Figure 6 is Figure 5 is a B-B sectional view in the figure, the reference signs and corresponding names are as follows: outer block 1, hole 2, partition hole 3, weight-reducing hole 4, outer block dovetail groove 5, connecting piece 6, poured thermal insulation material 7, inner block dovetail groove 8, inner block 9, cutting groove 10. DETAILED DESCRIPTION
[0012] As Figures 1-6As shown, the utility model is a kind of self-insulation heat insulation composite block with cutting groove separation hole, there is inside block 9, outside block 1, the space of inside block 9, outside block 1 is connected by multiple connecting pieces 6 through inside block dovetail groove 8, outside block dovetail groove 5, and the heat preservation material 7 of pouring in the space, form heat insulation composite insulation block, by cutting groove 10 on the surface of inside block 9 and separation hole 3 in outside block 1, it can be divided into self-insulation heat insulation composite block of preset specification, half separation hole 3, cutting groove 10 after cutting as mortar groove when building, increase the strength of building and the requirement to matching brick.
[0013] As shown, Figures 1-6 The heat preservation material 7 poured in the space of outside block 1, inside block 9 connected by multiple connecting pieces 6 through inside block dovetail groove 8, outside block dovetail groove 5 is provided with cutting groove 10, separation hole 3.
[0014] As shown, Figures 1-6 Outside block 1 has multiple holes 2, separation hole 3, weight-reducing hole 4, outside block dovetail groove 5, half separation hole 3 after cutting as mortar groove when building.
[0015] As shown, Figures 1-6 Cutting groove 10, inside block dovetail groove 8 are provided on the surface of inside block 9.
[0016] The technical content of the utility model is further expanded as follows in connection with the drawings. As shown, Figures 1-6 The self-insulation heat insulation composite block is formed by pouring heat preservation material 7 in the space formed by outside block dovetail groove 5 on outside block 1 and inside block dovetail groove 8 on inside block 9 by inserting connecting piece 6 into outside block 1 composed of concrete block or sintered hollow brick, wherein hole 2, separation hole 3, weight-reducing hole 4 in outside block 1 structure reduce the bulk density of block, structure connection is completed between outside block 1, outside block dovetail groove 5, inside block 9, inside block dovetail groove 8 and connecting piece 6 to realize enclosure, load-bearing and fireproof function, pouring heat preservation material 7 realizes heat insulation and heat insulation function, and self-insulation heat insulation composite block function is achieved.
[0017] The structure has cutting groove 10, multiple holes 2, separation hole 3 and weight-reducing hole 4, which reduces the bulk density of block, and the self-insulation block after cutting has integrity, separation hole 3 after cutting as mortar groove when building, which guarantees mortar thickness to meet specification requirements from structure, increases wall connection reliability, and does not damage insulation performance.
[0018] In the production process, the hole 2, the partition hole 3, the weight-reducing hole 4, the outer block dovetail groove 5 and the inner block dovetail groove 8 can be generated by the structure during the production of the concrete block or the sintered hollow brick, or can be processed to form the structure. Because the size of the on-site cutting groove 10 is accurate without the need for measurement, the partition hole 3 reduces the cutting resistance, speeds up the cutting speed, is accurate in size, meets the building module, meets the masonry specification, simplifies the production and construction process.
[0019] To realize different specifications of the product, through the cutting groove 10 on the structure of the inner block 9 and the partition hole 3 in the structure of the outer block 1, different specifications of the composite insulation block of 1M, 2 / 3M, 1 / 2M, 1 / 3M and 1 / 4M can be realized by simple cutting on site, the structure is complete, and the demand for different specifications of the building module is met.
Claims
1. A self-insulating thermal break composite block having a cutting slot partition hole, having an inner side block (9), an outer side block (1), characterized in that The heat-insulating composite insulating block is formed by pouring the heat-insulating material (7) in the space where the inner block (9) and the outer block (1) are connected by the plurality of connecting pieces (6) through the inner block dovetail groove (8) and the outer block dovetail groove (5), and the self-insulating heat-insulating composite block of the preset specification can be divided through the cutting groove (10) on the surface of the inner block (9) and the separation hole (3) in the outer block (1), and the half separation hole (3) and the cutting groove (10) after cutting serve as the mortar groove during masonry, thereby increasing the masonry strength and the requirement for the matched bricks.
2. The self-insulating heat-blocking composite block having a cutting groove partition hole according to claim 1, wherein: The heat-insulating material (7) poured in the space where the outer block (1) and the inner block (9) are connected by the plurality of connecting pieces (6) through the inner block dovetail groove (8) and the outer block dovetail groove (5) is provided with the cutting groove (10) and the separation hole (3).
3. The self-insulating heat-blocking composite block having a cutting groove partition hole according to claim 1, wherein: The outer block (1) has a plurality of holes (2), separation holes (3), weight-reducing holes (4) and outer block dovetail grooves (5), and the half separation hole (3) after cutting serves as the mortar groove during masonry.
4. The self-insulating heat barrier composite block having a cutting groove partition hole according to claim 1, wherein: The surface of the inner block (9) is provided with the cutting groove (10) and the inner block dovetail groove (8).