CN208251022U - A kind of water conservancy project brick - Google Patents

Abstract

The utility model relates to a kind of water conservancy project bricks, including rectangular brick body, it is characterized by: there are four water seepage holes for setting in brick body, extending outwardly respectively on brick body four is diagonal, there are four the clamping blocks of parallelogram for setting, four clamping blocks are symmetrically set along brick body central axes, the clamping groove being caught in simultaneously for two clamping blocks is formed between two neighbouring clamping blocks, section triangle water seepage hole triangular in shape is formed with by three pieces of water conservancy project brick clampings in the clamping groove, four pieces of fixed blocks in the shape of a right-angled ladder are provided with above and below brick body on the side wall of two sides and between two clamping blocks, side wall of the right-angle side of four pieces of fixed blocks respectively with four clamping blocks connects one to one, permeable slot is formed between adjacent two pieces of fixed blocks, the permeable slot of two neighboring brick body forms through-hole.The utility model provides that a kind of bonding strength is high, the more integral strengths of hole are high and stability water conservancy project brick with long service life by force.

Description

A kind of water conservancy project brick

Technical field

The utility model relates to a kind of water conservancy equipments, and in particular to a kind of water conservancy project brick.

Background technique

Currently, the most of medium or smallsized river in China it is different degrees of the phenomenon that there are river process degenerations, it is the most prominent Be river water self-cleaning function degenerate, pollution generate, in addition to blowdown flow rate is big, it is main that river revetment object structure, which does not meet ecological requirements, The factor wanted, dike slope protection made of existing river revetment object one kind is barnacle or is cast-in-place, do not seep water ventilative function, completely Separate water and soil exchange, cause river and shore protection not only without plant growth but also be unfavorable for the growth of water self-cleaning microorganism and aquatic organism, Largely destroy the water zoology cycle system of the Nature.Meanwhile barnacle or it is cast-in-place made of dike slope protection due to smooth light It is sliding, cause overboard people that can not climb, so that the tragedy of drowning happens occasionally, in addition, traditional rigid lining cutting (slope protection paving Face) such as cast-in-place concrete, bituminous concrete, cemented rock, riprap, marl soils can also make LP blades mask, but it is total Body is at high cost, and water and soil isolation is unfavorable for the growth of the self-cleaning water microorganism of plant and aquatic organism, and water quality not can guarantee easy pollution, Durability is poor, to the bad adaptability that channel deforms on a small scale, encounters bad soil property, depression, swelled ground, dyke collapse, freeze Local failure or structural instability are easy to happen when protuberance or dynamic water slug；Local failure once occurs for rigid lining, is easy hair Raw greater area of destruction because broken block is also easy to produce displacement under flow action, the renewal expense valuableness of rigid lining cutting and Construction is complicated.Existing water conservancy project brick bonding strength is not high, occur easily under the impact of water flow above and below emerging, be easy by from bottom The phenomenon that either two sides are washed open, are subjected to displacement, influences to play the role of also being extremely limited while stability, service life It is short.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of bonding strength height, hole are more Integral strength is high and stability water conservancy project brick with long service life by force.

The technical solution of the utility model is achieved in that a kind of water conservancy project brick, and including rectangular brick body, feature exists In: in brick body setting there are four water seepage hole, brick body four it is diagonal on extend outwardly that there are four in parallel for setting respectively The clamping block of quadrangle, four clamping blocks are symmetrically set along brick body central axes, between two neighbouring clamping blocks The clamping groove being caught in simultaneously for two clamping blocks is formed, is clamped in the clamping groove by three pieces of water conservancy project bricks and is formed with section in three Angular triangle water seepage hole, brick body on two sides side walls and are located between two clamping blocks up and down and are provided with four pieces of at right angles ladders The fixed block of shape, side wall of the right-angle side of four pieces of fixed blocks respectively with four clamping blocks connect one to one, and adjacent two pieces Permeable slot is formed between fixed block, the permeable slot of two neighboring brick body forms through-hole.

By using above-mentioned technical proposal, four water seepage holes are set in one piece of brick body, the setting of multiple water seepage holes can drop Low pore water pressure, to adapt to biggish bulk settling and a degree of differential settlement, unordered mortar construction is relied on Setting is extended outwardly on brick body four is diagonal respectively there are four the clamping block of parallelogram, snaps onto neighbouring two In clamping groove between clamping block, to stablize simultaneously to muti-piece brick body, stability strong security is high, passes through in clamping groove Three pieces of water conservancy project brick clampings are formed with section triangle water seepage hole triangular in shape, and the setting of the triangle water seepage hole further improves brick Stability of the body in splicing, increases seepage rate, reduces pressure between the upper and lower, on the side wall of two sides and be located above and below brick body Four pieces of fixed blocks in the shape of a right-angled ladder are provided between two clamping blocks, the right-angle side of four pieces of fixed blocks blocks with four respectively The side wall for connecing block connects one to one, and permeable slot is formed between adjacent two pieces of fixed blocks, two neighboring brick body it is permeable Slot forms through-hole, and through-hole is hexagonal through-hole, and seepage rate is high, cooperates the structure of clamping block, strengthens the strong of brick body splicing Degree is not easy to emerge phenomenon above and below occurring under the impact of water flow, and is not easy to be washed open from bottom either two sides, and position occurs The phenomenon that shifting, long service life, the utility model provide that a kind of bonding strength is high, the more integral strengths of hole are high and stability is strong Water conservancy project brick with long service life.

The utility model is further arranged to: the clamping block is several along brick body far from being provided on the side side wall of brick body The lateral lines of thickness direction equally distributed first, the lateral lines of cooperation first is provided with several along brick on the clamping groove groove face The lateral lines in body thickness direction equally distributed second.

It is preferred that are as follows: the fixed block several is uniformly distributed far from being provided on the side side wall of brick body along brick body thickness direction Third transverse direction lines.

It is preferred that are as follows: the water seepage hole is square structure, is uniformly arranged in brick body.

By using above-mentioned technical proposal, after brick body is mutually spliced, neighbouring two are snapped by clamping block The brick body spliced in clamping groove between clamping block is provided with several along brick on side side wall of the clamping block far from brick body The lateral lines in body thickness direction equally distributed first, the lateral lines of cooperation first is provided with several along brick body on clamping groove groove face The lateral lines of thickness direction equally distributed second, under the mutual cooperation effect of the first lateral lines and the second lateral lines, When increasing brick body and floating up and down, the resistance between the upper and lower formed between the brick body mutually spliced improves what brick body floated up and down Difficulty improves whole bonding strength so that reducing brick body is easy a possibility that being washed away avalanche；In order to further increase The difficulty fluctuated up and down between brick body improves stability, and fixed block is several along brick far from being provided on the side side wall of brick body The equally distributed third transverse direction lines in body thickness direction, the two pieces of brick bodies mutually spliced pass through between third transverse direction lines friction Under fixation, the stationarity of brick body all around is made all to be improved, it is simple and reliable for structure；Water seepage hole is square structure, uniformly It is arranged in brick body, oozes out water uniformly from the water seepage hole of brick body, keep hydraulic pressure relatively uniform, the pressure in unit area is equal It is even to reducing a possibility that brick body is washed away.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.

Fig. 1 is specific embodiment of the present invention structural schematic diagram.

Fig. 2 is specific embodiment of the present invention splicing construction schematic diagram.

Fig. 3 is specific embodiment of the present invention left view structural representation.

Fig. 4 is specific embodiment of the present invention overlooking structure diagram.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

As Figure 1-Figure 4, the utility model discloses a kind of water conservancy project bricks, including rectangular brick body 1, in the utility model In specific embodiment, in brick body 1 setting there are four water seepage hole 2, brick body 1 four it is diagonal on extend outwardly respectively setting There are four the clamping blocks 3 of parallelogram, which is symmetrically set along 1 central axes of brick body, neighbouring The clamping groove 4 being caught in simultaneously for two clamping blocks 3 is formed between two clamping blocks 3, passes through three pieces of water conservancy project bricks in the clamping groove 4 It is clamped and is formed with section triangle water seepage hole 5 triangular in shape, on about 1 two sides side wall of brick body and be located at two clamping blocks 3 Between be provided with four pieces of fixed blocks 6 in the shape of a right-angled ladder, the right-angle side of four pieces of fixed blocks 6 respectively with four clamping blocks 3 Side wall connects one to one, and permeable slot 7, the formation of permeable slot 7 of two neighboring brick body 1 are formed between adjacent two pieces of fixed blocks 6 Through-hole 8.

By using above-mentioned technical proposal, four water seepage holes 2, the setting energy of multiple water seepage holes 2 are set in one piece of brick body 1 Pore water pressure is reduced, so that biggish bulk settling and a degree of differential settlement are adapted to, unordered mortar construction, according to By brick body 1 four it is diagonal on extend outwardly setting respectively there are four the clamping block 3 of parallelogram, snap onto neighbouring In clamping groove 4 between two clamping blocks 3, to stablize simultaneously to muti-piece brick body 1, stability strong security is high, clamping Section triangle water seepage hole 5 triangular in shape is formed with by the clamping of three pieces of water conservancy project bricks on slot 4, the setting of the triangle water seepage hole 5 into One step improves stability of the brick body 1 in splicing, increases seepage rate, reduces pressure between the upper and lower, in brick body about 1 two Four pieces of fixed blocks 6 in the shape of a right-angled ladder are provided on the side wall of side and between two clamping blocks 3, four pieces of fixed blocks 6 Side wall of the right-angle side respectively with four clamping blocks 3 connects one to one, and is formed with permeable slot between adjacent two pieces of fixed blocks 6 7, the permeable slot 7 of two neighboring brick body 1 forms through-hole 8, and through-hole 8 is hexagonal through-hole, and seepage rate is high, cooperates clamping block 3 Structure, strengthen brick body 1 splicing intensity, be not easy under the impact of water flow occur above and below emerge phenomenon, and be not easy by The phenomenon that either two sides are washed open, are subjected to displacement from bottom, long service life, the utility model provides a kind of bonding strength High, more integral strengths of hole are high and stability water conservancy project brick with long service life by force.

In the utility model specific embodiment, the clamping block 3 is far from being provided with several edges on the side side wall of brick body 1 The lateral lines 11 of 1 thickness direction of brick body equally distributed first, the lateral lines 11 of cooperation first is arranged on 4 groove face of clamping groove Have several along the lateral lines 12 of 1 thickness direction of brick body equally distributed second.

In the utility model specific embodiment, the fixed block 6 is far from being provided with several edges on the side side wall of brick body 1 The equally distributed third transverse direction lines 13 of 1 thickness direction of brick body.

In the utility model specific embodiment, the water seepage hole 2 is square structure, is uniformly arranged in brick body 1.

Neighbouring two are snapped by clamping block 3 after brick body 1 mutually splicing by using above-mentioned technical proposal The brick body 1 spliced in clamping groove 4 between a clamping block 3 is provided on side side wall of the clamping block 3 far from brick body 1 Several lateral lines 11 of cooperation first along the lateral lines 11 of 1 thickness direction of brick body equally distributed first, 4 groove face of clamping groove are set Be equipped with it is several along the lateral lines 12 of 1 thickness direction of brick body equally distributed second, in the first lateral lines 11 and the second lateral line Under the mutual cooperation effect on road 12, when increasing brick body 1 and floating up and down, the resistance between the upper and lower that is formed between the brick body 1 mutually spliced Power improves the difficulty that brick body 1 floats up and down, so that reducing brick body 1 is easy a possibility that being washed away avalanche, improves entirety Bonding strength；In order to further increase the difficulty fluctuated up and down between brick body 1, stability is improved, by fixed block 6 far from brick body Several along the equally distributed third transverse direction lines 13 of 1 thickness direction of brick body, two pieces mutually spliced are provided on 1 side side wall Brick body 1 pass through between third transverse direction lines 13 frictionally securing under, so that the stationarity of brick body 1 all around is all improved, It is simple and reliable for structure；Water seepage hole 2 is square structure, is uniformly arranged in brick body 1, seeps water uniformly from the water seepage hole 2 of brick body 1 Out, keep hydraulic pressure relatively uniform, the pressure in unit area is uniformly to reduce a possibility that brick body 1 is washed away.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (4)

1. a kind of water conservancy project brick, including rectangular brick body (1), it is characterised in that: there are four water seepage holes for setting in brick body (1) (2), brick body (1) four it is diagonal on extend outwardly setting respectively there are four the clamping block (3) of parallelogram, this four Clamping block (3) is symmetrically set along brick body (1) central axes, is formed between two neighbouring clamping blocks (3) for two cards The clamping groove (4) for connecing block (3) while being caught in is formed with section in triangle by three pieces of water conservancy project bricks clampings on the clamping groove (4) The triangle water seepage hole (5) of shape, brick body (1) are provided with four pieces on the side wall of two sides and between two clamping blocks (3) up and down Fixed block (6) in the shape of a right-angled ladder, the right-angle side of four pieces of fixed blocks (6) respectively with the side wall of four clamping blocks (3) one by one It is correspondingly connected with, is formed with permeable slot (7) between adjacent two pieces of fixed blocks (6), permeable slot (7) formation of two neighboring brick body (1) Through-hole (8).

2. a kind of water conservancy project brick according to claim 1, it is characterised in that: side of the clamping block (3) far from brick body (1) It is provided on side wall several along the lateral lines (11) of brick body (1) thickness direction equally distributed first, clamping groove (4) groove face The lateral lines (11) of upper cooperation first is provided with several along the lateral lines (12) of brick body (1) thickness direction equally distributed second.

3. a kind of water conservancy project brick according to claim 2, it is characterised in that: side of the fixed block (6) far from brick body (1) It is provided on side wall several along the equally distributed third transverse direction lines (13) of brick body (1) thickness direction.

4. a kind of water conservancy project brick according to claim 1, it is characterised in that: the water seepage hole (2) is square structure, is uniformly set It sets on brick body (1).