An interlocking compacted floor tile
A technology of laying bricks and locking pressure, which is applied to pavement, roads, roads and other directions paved with prefabricated blocks, which can solve the problems of masonry structures such as low compression, bending and shear strength, and weak cohesion, and achieve Low cost, simple positioning, and the effect of saving construction time
Active Publication Date: 2018-04-24
XIHUA UNIV
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Problems solved by technology
But the masonry structure also has disadvantages. Most of the blocks are brittle materials, and the bonding force between the flat interface and the mortar is weak, and the compressive, flexural and shear strength of the masonry structure are low.
Method used
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[0022] The present invention will be described in further detail below in conjunction with the accompanying drawings.
[0023] Such as figure 1 As shown, an interlocking compacted floor tile includes two front and rear surfaces 1, two upper and lower pressure-bearing surfaces 2, two left and right square compacted surfaces 3 of the upper section of the floor tile, and two left and right square compacted surfaces 4 of the lower section of the floor tile; The left and right square compaction surfaces 3 of the upper floor tile and the left and right square compaction surfaces 4 of the lower floor tile are perpendicular to the surface 1, and the left and right square compaction surfaces 3 of the upper floor tile and the left and right square compaction surfaces 4 of the lower floor tile are in contact with the bearing The included angle of the pressing surface 2 is an obtuse angle; the interlocking and compacting floor tiles are symmetrical to the perpendicular bisector of the pre...
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The invention discloses an interlocking compaction floor tile.The interlocking compaction floor tile comprises a front surface, a back surface, an upper bearing face, a lower bearing face, a left square compaction face of an upper floor tile section, a right square compaction face of the upper floor tile section, a left square compaction face of a lower floor tile section and a right square compaction face of the lower floor tile section.The left square compaction face and the right square compaction face of the upper floor tile section and the left square compaction face and the right square compaction face of the lower floor tile section are perpendicular to the surfaces, and the included angle between the left square compaction face and the right square compaction face of the upper floor tile section on one side and the bearing faces on the other side and the included angle between the left square compaction face and the right square compaction face of the lower floor tile section on one side and the bearing faces on the other side are obtuse angles.By means of the interlocking structural design, when built, interlocking compaction floor tiles are piled up, the compaction faces make close contact to form interlocking under the pressure action, notches and protruding ridges of the compaction faces are meshed to form two-level interlocking, and the compressive strength, shearing strength and anti-seismic performance of the masonry structure are greatly improved.The interlocking compaction floor tile is manufactured through prefabricated concrete, and strength is higher.
Description
technical field [0001] The invention relates to a floor tile structure and its application, in particular to an interlocking compacted floor tile. Background technique [0002] In road construction, cement-stabilized gravel is used as the base of the road structure. Due to thermal expansion and contraction, cracks are likely to occur at the base of the structure, resulting in uneven settlement and reducing the service life of the road surface. Moreover, due to the small amount of cement used, its structural strength is low, and its impact resistance and fatigue resistance are poor. [0003] An effective measure employs a masonry structure as the base. The properties of the blocks determine the performance of the masonry structure. "Code for Design of Masonry Structures" (GB50003-2001) discusses and stipulates in detail the shape, mechanical properties and engineering applications of blocks. "Clay Insulation Refractory Bricks" (GB / T 3994-2005) proposes the application and...
Claims
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IPC IPC(8): E01C5/06
CPCE01C5/065
Inventor 袁权王泽云曹吉星
Owner XIHUA UNIV