CN201581379U

CN201581379U - Wave elimination block

Info

Publication number: CN201581379U
Application number: CN2009201615258U
Authority: CN
Inventors: 赖意珍
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-07-10
Filing date: 2009-07-10
Publication date: 2010-09-15
Anticipated expiration: 2019-07-10

Abstract

The utility model provides a wave elimination block, which is mainly characterized in that a sharp cone part is formed between an upright post and a back post, a convex cone part is formed between a left post and a right post, the upright post and the back post respectively form ridge lines to be connected with the convex cone parts, and the left post and the right post respectively form ridge lines to be connected with the sharp cone part, so the upright post, the left post, the right post and the back post form a first slope surface, a second slope surface, a third slope surface, a fourth slope surface, a fifth slope surface, a sixth slope surface, a seven slope surface and an eighth slope surface. Through the natural flow guide effect generated by water liquid flowing inertia between all slope surfaces, during the impact of water flow waves in different angles, the water liquid can be smoothly guided for eliminating waves, in addition, the water impact force can be reduced, and the service life of the wave elimination block can be prolonged.

Description

Wave-dissipating block

Technical field

The utility model relates to a kind of Wave-dissipating block, relates in particular to a kind of Wave-dissipating block that can increase the service life on better wave absorption usefulness.

Background technology

Seashore, riverbank are placed Wave-dissipating block, and purpose is preventing that water front or bunding from by current scour, doing water and soil conservation; Therefore each Wave-dissipating block is carrying out current, in the time of the wave wave absorption, must possess the ability of well bearing water impact, ability long-time maintenance water front or bunding, existing Wave-dissipating block, announce " Wave-dissipating block " patent case No. 188995 as the tw Taiwan, announce " Wave-dissipating block (appending two) " patent case No. 245242, announce " wave absorption concrete block (two) " patent case No. 263967, announce " concrete Wave-dissipating block structure-improved " patent case No. 408777, though have firm sturdy structure, meet the corrugated or meet face head-on yet mostly have partly, can undermine structure because of Waterflow-guiding has some setbacks, so that influence its application life; Desirable structure must anyly be met the corrugated or the face of meeting head-on can both be according to the mobile inertia of water, and the water of the guiding naturally liquid that does not have positive angle is by coming wave absorption, and this just is not easy to hurt structure, increases the service life; Existing tw Taiwan is announced " wave absorption concrete block " patent case No. 243894, though done preferably the guiding design at current wave absorption face, the result that block inside hollows out, big havoc its soundness and steadiness, also imperfect work.

Summary of the invention

Main purpose of the present utility model is to provide a kind of Wave-dissipating block, can increase the service life on better wave absorption usefulness.

In order to achieve the above object, the utility model provides a kind of Wave-dissipating block, be provided with a left post, a right post and the rear pillar that are the average isogonism in column bottom constitute a main body isogonism four post blocks, its improvement is, described column and rear pillar, be cylinder, and respectively have an inner concave, make the middle pointed cone portion that is formed with of column and rear pillar towards the opposite face curvature; Described left post and right post are to be an angle with column and rear pillar, are the cylinder towards the opposite face curvature, and respectively have an intrados, make the middle convex cone portion that is formed with of left post and right post; In the middle of the described column external surface, from top to bottom form a crest line that joins with described convex cone portion, make a side of left post and right post, constitute one first slope and one second slope with described column external surface; In the middle of the described rear pillar basal surface,, make the another side of left post and right post, constitute one the 3rd slope and one the 4th slope with described rear pillar basal surface by forming a crest line that joins with described convex cone portion behind the forward direction; In the middle of the described left post upper surface, form a crest line that joins with described pointed cone portion obliquely from bottom to top, make a side of column and rear pillar, constitute one the 5th slope and one the 6th slope with described left post upper surface; In the middle of the described right post upper surface, inclination forms one and the crest line that joins of described pointed cone portion by going up down, make the another side of column and rear pillar, constitute one the 7th slope and one the 8th slope with described right post upper surface; By each slope produces the nature water conservancy diversion each other according to water liquid inertial flow effect, when the water wave different angles are impacted, all can guide water liquid wave absorption swimmingly, and can reduce the impact force of water, prolong the application life of Wave-dissipating block.

A time purpose of the present utility model is providing a kind of Wave-dissipating block, wherein, described post end, by the extension of described external surface crest line, be formed with a curvature around tapered recess; Described back column end, by the extension of described basal surface crest line, be formed with a curvature around tapered recess; Described left column end, by the extension of described upper surface crest line, be formed with a curvature around tapered recess; Described right column end, by the extension of described upper surface crest line, be formed with a curvature around tapered recess; According to this in twos Wave-dissipating block mutually and by the time, for example, can bridge on the predetermined tapered recess of another Wave-dissipating block by the crest line that one of them Wave-dissipating block is predetermined, reach mutual location, increase the stability of placing.

Compared with prior art, the utility model can increase the service life on better wave absorption usefulness.

Description of drawings

Fig. 1 is the utility model constructing stereo schematic diagram;

Fig. 2 is the utility model structure forward sight floor map;

Fig. 3 is that the utility model is constructed left view plane schematic diagram;

Fig. 4 is the utility model structure backsight floor map;

Fig. 5 is the utility model structure right side floor map;

Fig. 6 is the utility model structure schematic top plan view;

Fig. 7 is that the utility model structure is looked up floor map;

Fig. 8 is the utility model structure and leans on the user mode stereogram;

Fig. 9 is the utility model structure and leans on the user mode schematic top plan view;

Figure 10 is the utility model structure and leans on the user mode side schematic view.

Description of reference numerals: column-10; Inner concave-11; Crest line-12; First slope-13; Second slope-14; Tapered recess-15; Left side post-20; Intrados-21; Crest line-22; The 5th slope-23; The 6th slope-24; Tapered recess-25; Right post-30; Intrados-31; Crest line-32; The 7th slope-33; The 8th slope-34; Tapered recess-35; Rear pillar-40; Inner concave-41; Crest line-42; The 3rd slope-43; The 4th slope-44; Tapered recess-45; Pointed cone portion-50; Convex cone portion-60.

The specific embodiment

The utility model provides a kind of Wave-dissipating block, be the average isogonism in a column 10 bottoms be provided with left post 20, one a right post 30 and a rear pillar 40 constitutes a main body isogonism four post blocks, its improvement is, cooperate Fig. 3, Fig. 4, Fig. 5, described column 10 and rear pillar 40, be cylinder, and respectively have an inner concave 11,21, make column 10 and the rear pillar 40 middle pointed cone portions 50 that are formed with towards the opposite face curvature; As Fig. 1, described left post 20 and right post 30 are to be an angle with column 10 and rear pillar 40, cooperate Fig. 6, Fig. 7, are the cylinder towards the opposite face curvature, and respectively have an

intrados

21,31, make left post 20 and the right post 30 middle convex cone portions 60 that are formed with; As Fig. 1, Fig. 2, in the middle of described column 10 external surfaces, from top to bottom form a crest line 12 that joins with described convex cone portion 60, make a side of left post 20 and right post 30, constitute one first slope 13 and one second slope 14 with described column 10 external surfaces; As Fig. 1, Fig. 7, in the middle of described rear pillar 40 basal surfaces,, make the another side of left post 20 and right post 30 by forming a crest line 42 that joins with described convex cone portion 60 behind the forward direction, constitute one the 3rd slope 43 and one the 4th slope 44 with described rear pillar 40 basal surfaces; As Fig. 1, Fig. 3, in the middle of described left post 20 upper surfaces, form a crest line 22 that joins with described pointed cone portion 50 obliquely from bottom to top, make a side of column 10 and rear pillar 40, constitute one the 5th slope 23 and one the 6th slope 24 with described left post 20 upper surfaces; As Fig. 1, Fig. 5, in the middle of described right post 30 upper surfaces, inclination forms a crest line 32 that joins with described pointed cone portion 50 by going up down, make the another side of column 10 and rear pillar 40, constitute one the 7th slope 33 and one the 8th slope 34 with described right post 30 upper surfaces; As Fig. 1, Fig. 2, Fig. 3, Fig. 5, Fig. 7, by each

slope

13,14,23,24,33,34,43,44, produce the effect of nature water conservancy diversion each other according to water liquid inertial flow, as Fig. 8, Fig. 9, Figure 10, when the water wave different angles are impacted, all can guide water liquid wave absorption smoothly, and can reduce the impact force of water, prolong the application life of Wave-dissipating block.

According to the foregoing description, wherein, as Fig. 1, Fig. 2, Fig. 4, described column 10 ends, by the extension of described external surface crest line 12, be formed with a curvature around tapered recess 15; As Fig. 1, Fig. 6, Fig. 7, described rear pillar 40 ends, by the extension of described basal surface crest line 42, be formed with a curvature around tapered recess 45; As Fig. 1, Fig. 3, Fig. 7, described left post 20 ends, by the extension of described upper surface crest line 22, be formed with a curvature around tapered recess 25; As Fig. 1, Fig. 5, Fig. 7, described right post 30 ends, by the extension of described upper surface crest line 32, be formed with a curvature around tapered recess 35; As Fig. 8, according to this in twos Wave-dissipating block mutually and by the time, for example, can bridge on predetermined rear pillar 40 tapered recess 45 of another Wave-dissipating block by the convex cone portion 60 end crest lines 42 that one of them Wave-dissipating block is predetermined, reach mutual location, increase the stability of placing.

Above-mentioned explanation only belongs to the utility model preferred embodiment, and the simple and easy equivalence of doing with regard to the foregoing description changes such as, must belong to the utility model technology category.

More than explanation is just illustrative for the utility model; and it is nonrestrictive; those of ordinary skills understand; under the situation of the spirit and scope that do not break away from claims and limited; can make many modifications, variation or equivalence, but all will fall in the protection domain of the present utility model.

Claims

1. Wave-dissipating block, be that on average being provided with a left post, a right post and a rear pillar constitutes a main body isogonism four post blocks isogonism in column bottom, it is characterized in that, described column and rear pillar, be cylinder towards the opposite face curvature, and respectively have an inner concave, make the middle pointed cone portion that is formed with of described column and described rear pillar; Described left post and described right post are to be an angle with described column and described rear pillar, are the cylinder towards the opposite face curvature, and respectively have an intrados, make the middle convex cone portion that is formed with of described left post and described right post; In the middle of the described column external surface, from top to bottom form a crest line that joins with described convex cone portion, make a side of described left post and described right post, constitute one first slope and one second slope with described column external surface; In the middle of the described rear pillar basal surface,, make the another side of described left post and described right post, constitute one the 3rd slope and one the 4th slope with described rear pillar basal surface by forming a crest line that joins with described convex cone portion behind the forward direction; In the middle of the described left post upper surface, form a crest line that joins with described pointed cone portion obliquely from bottom to top, make a side of described column and described rear pillar, constitute one the 5th slope and one the 6th slope with described left post upper surface; In the middle of the described right post upper surface, forms one and the crest line that joins of described pointed cone portion by going up down obliquely, make the another side of described column and described rear pillar, constitute one the 7th slope and one the 8th slope with described right post upper surface.

2. Wave-dissipating block as claimed in claim 1 is characterized in that, described post end, by the extension of described external surface crest line, be formed with a curvature around tapered recess; Described back column end, by the extension of described basal surface crest line, be formed with a curvature around tapered recess; Described left column end, by the extension of described upper surface crest line, be formed with a curvature around tapered recess; Described right column end, by the extension of described upper surface crest line, be formed with a curvature around tapered recess; According to this in twos Wave-dissipating block mutually and by the time, for example, can bridge on the predetermined tapered recess of another Wave-dissipating block by the crest line that one of them Wave-dissipating block is predetermined, reach mutual location, increase the stability of placing.