Background Technology
[0001] At present, the design of member terrace ranges from quadrangle, polygon to triangle
and so on. However, when they are constructed and used, due to the bearing of member
edge, bending-upwards and cracking may occur, and slurry may appear on the ground.
Moreover, uncontrollable errors in terrace construction and natural sedimentation
of terrace will cause terrace surface water logging. In addition, the closed terrace
construct will block ground fountain, affecting the ground water environment.
Summary of the Invention
[0002] Aiming at the aforementioned problems, the purpose of the present invention is to
remove the disadvantageous factors and to put forward with a triangular elevated terrace
assembly to settle the problems of bending-upwards and cracking, and the appearance
of slurry on the ground caused by the bearing of member edge, to eliminate water on
the terrace surface and to communicate the ground fountain.
[0003] The purpose of the present invention is realised in a way that the triangular elevated
terrace assembly covered by the present invention consists of triangular plate members
and elevating base members. The elevating base members are arranged to the designed
positions on the ground base, and the triangular plate members are laid on the elevating
base members in order so as to construct a triangular elevated combined terrace. Three
angles of each triangular plate member in the triangular elevated combined terrace
are rested on the central position of each elevating base member.
[0004] As a result of the adoption of the aforementioned plan, the edge bearings of triangular
plate members are transmitted through the combination of members to the central bearings
of the elevating base members, producing more bearing power of effective area on the
ground base. At the same time, due to the stability of triangle and the positioning
function of centre hexagons of the elevating base members, the triangular elevated
combined terrace enjoys a stable combined surface. In addition, for the elevated combined
terrace surface is higher than the water logging height of the ground, when water
goes onto the triangular elevated combined terrace surface, it will rapidly flow through
the combined gaps between the triangular plate members to the space in the elevating
lower part for water storage and drainage, finally filtering into the ground or flow
into the drainage pipes.
[0005] The following is a further explanation of the present invention through figures and
examples.
Brief description of the drawing
[0006]
Figure 1 is a vertical view of the combination (part) of the triangular elevated terrace
assembly covered by the present invention.
Figure 2 is the sectional view of Figure 1 along A―A.
[0007] Numbers in the drawing: 1 triangular plate members, 2 elevating base members, 3 centre
column, 4 water logging surface, 5 ground.
The best way to realise the present invention
[0008] In the drawing: On the ground 5, the elevating base members 2 are arranged in order,
the lower part and the upper part of each of the elevating base members 2 are a regular
hexagon cone and a centre hexagon column 3 respectively, a step is provided between
the lower part and the upper part, and each of the triangular plate members 1 is rested
on the faces of the steps; each of the triangular plate members is an equilateral
triangle with three cutting angles, and the side length of each cutting angle is corresponding
to the side length of the centre column 3. The side lengths of the triangular plate
members 1 and the centre column 3 correspond with each other to be put onto the elevating
base members 2 to construct the elevated combined terrace. When water goes onto the
terrace surface and higher than the water logging surface 4, it will filter into the
ground or flow into the drainage pipes.
1. A triangular elevated terrace assembly characterized in that elevating base members are arranged to the designed positions on the ground base,
and triangular plate members are laid on the elevating base members in order.
2. The triangular elevated terrace assembly according to claim 1, characterized in that each of triangular plate members laid on the elevating base members is an equilateral
triangle with three cutting angles, and the side length of the cutting angle is corresponding
to the side length of the centre hexagon column.
3. The triangular elevated terrace assembly according to claim 1 or 2, characterized in that the lower part and the upper part of each of the elevating base members are a regular
hexagon cone and a centre hexagon column respectively, a step is provided between
the lower part and the upper part, and each of the triangular plate members is rested
on the faces of the steps.
