CN108612045A - The collapsible three plugs triangular prism cage body component of three frames - Google Patents
The collapsible three plugs triangular prism cage body component of three frames Download PDFInfo
- Publication number
- CN108612045A CN108612045A CN201810464618.1A CN201810464618A CN108612045A CN 108612045 A CN108612045 A CN 108612045A CN 201810464618 A CN201810464618 A CN 201810464618A CN 108612045 A CN108612045 A CN 108612045A
- Authority
- CN
- China
- Prior art keywords
- points
- edge moulding
- bottom edge
- moulding
- triangular prism
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B3/00—Engineering works in connection with control or use of streams, rivers, coasts, or other marine sites; Sealings or joints for engineering works in general
- E02B3/04—Structures or apparatus for, or methods of, protecting banks, coasts, or harbours
- E02B3/10—Dams; Dykes; Sluice ways or other structures for dykes, dams, or the like
- E02B3/106—Temporary dykes
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Ocean & Marine Engineering (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Revetment (AREA)
Abstract
The collapsible three plugs triangular prism cage body component of three frames, belongs to flood-fighting equipment technical field, including moulding and grid；Wherein the first seamed edge moulding, the first bottom edge moulding, the second seamed edge moulding, the second bottom edge moulding and the first quadrilateral mesh constitute quadrangle double jaw rack；First bottom edge moulding, third bottom edge moulding, the 4th bottom edge moulding and the first triangular mesh constitute the first triangle double jaw rack；Second bottom edge moulding, the 5th bottom edge moulding, the 6th bottom edge moulding and the second triangular mesh constitute the second triangle double jaw rack；Second quadrilateral mesh, third quadrilateral mesh, third seamed edge moulding are in movable attaching；Advantage is that advantage is to can be folded into quadrangular plan structure, can also be assembled into three plug triangular prism frameworks rapidly, is thrown into the stone or sandbag accepted in torrent and be then thrown into afterwards, completes Cut-off and sealing water；Three plugs are also convenient for carrying.
Description
Technical field
It is especially a kind of for building dykes and dams or shutting off the present invention relates to dykes and dams or flood-fighting equipment technical field is built
The collapsible three plugs triangular prism cage body component of three frames blocked up.
Background technology
In build dykes and dams, flood-fighting, river closure or dykes and dams block up work, need to clog sandstone, soil or other
Weight.Currently, generally directly being crammed using stone, when stone is inadequate, sandstone or soil is fitted into insert in water in sand pocket and blocked up
Plug.But since flood is larger, The turbulent river crashes its way through, stone or sandbag will soon be washed away by flood, because dykes and dams are inherently in danger
Dangerous state, it is also difficult to a large amount of stones or weight be transported by vehicle or crane, it is difficult to implement effectively to block to notch.
For this purpose, patent No. 201610656081X disclose it is a kind of for building dykes and dams or the double jaw rack blocked up that shuts off,
Its content is that several frames join two-by-two becomes frame, and the side end of every two adjacent bezels extends outward at interface point
For cross one another double jaw；Attaching twine becomes double jaw rack in frame；The frame of several double jaw racks is two-by-two
Connected with each other to become cage body, cage body vertex becomes trident crown point, and cage body becomes three plug cage bodies；The patent is by double jaw net
Frame makes semifinished part, in the quick assembling three plug steel reinforcement cage of positive tetrahedron in flood-fighting scene, assembling in steel reinforcement cage
It is put into stone, soil or sandbag, becomes effective flood-fighting goods and materials；There are three forks in each direction of three plug steel reinforcement cages
Head, it is easy to be inserted under the bottom or in dykes and dams, then other plugs can hook other steel reinforcement cage again or water blockoff shuts off weight, carry
Height is speedily carried out rescue work effect；There is plug at each interface point of rack, handle can be used as, it is easy to carry；Simultaneously in transport and storage
Not wasting space.
The patented product has good practicability, and easy to operate, the effect of flood-fighting is also fine.But its technique
On be to make double jaw frame or double jaw rack first, then double jaw frame or double jaw rack are assembled into three plug frameworks
Or three plug cage bodies, although being convenient for stacking to save transport and memory space in this way, there are three defects, 1. in contrast its
It stacks inconvenient with assemble method, also more easily stacks and assemble method；2. frame bar has repetition after it is assembled, make trident
Head becomes thick, and will increase the resistance being inserted into water-bed mud, or reduce and catch in three plug frameworks being preceding thrown into or three plugs
The chance of cage body；3. its frame bar repeats after assembled, more wasteful material.
Number of patent application 2016106560862 disclose it is a kind of for building dykes and dams or the single tine head rack blocked up that shuts off,
Its place different from double jaw rack be a line frame in every two frames mutually joined side end at interface point to
Outer extension becomes single tine head, and attaching twine becomes single tine head rack in frame；Two two-phase of frame of several single tine head racks
It mutually and is connected into as cage body, cage body vertex becomes trident crown point；The forked end lever of this three plug does not repeat, but its framework or cage
The moulding of body has repetition or more wasteful material；More importantly its assembling mode is as hereinbefore, still inconvenient, nothing
Method, which reaches, preferably stacks and struts effect.
Invention content
It is a kind of more convenient for folding harvesting the technical problem to be solved by the present invention is to provide in view of the above technical problems,
It is more convenient for quickly assembling, is equally easy to be inserted into water-bed or dykes and dams the flood-fightings with high intensity stability for being not easy to be flushed away
Tool.
Another technical problem to be solved by this invention is to provide a kind of frame bar and does not repeat, it is easier to be inserted into it is water-bed or
It is easier to catch on the flood-fighting tool that material is saved in the comparison for the three plug frameworks or three plug cage bodies being preceding thrown into.
In order to solve the above technical problems, the technical solution adopted in the present invention is a kind of collapsible three plugs trigone of three frames
Column cage body component, the three plugs triangular prism cage body refer to only having the hollow of grid on moulding and the frame being made of moulding
The both ends of shape triangular prism cage body, every moulding extend outwardly from the vertex of triangular prism cage body so that outside six vertex of triangular prism
Constitute three plugs, become three plug triangular prism cage bodies, it is characterised in that the three plugs triangular prism cage body by nine mouldings and
Five throw the net lattice composition；It is bottom edge moulding to have the six roots of sensation in nine mouldings, and three are seamed edge moulding, and the position of two close end is leaned on every moulding
It sets and is respectively provided with a crosspoint for intersecting attaching, referred to as M points and N points；Five throw the net in lattice, and to have three be quadrilateral mesh,
Two are triangular mesh；The M points of wherein the first seamed edge moulding intersect attaching with the N points of the first bottom edge moulding in fixed, at
For A interface points；The M points of first bottom edge moulding intersect attaching with the N points of the second seamed edge moulding in fixed, become B interface points；The
The M points of two seamed edge mouldings intersect attaching with the N points of the second bottom edge moulding in fixed, become C interface points；Second bottom edge moulding
M points and the N points of the first seamed edge moulding intersect attaching in fixed, become D interface points；Such first seamed edge moulding, the first bottom edge
Moulding, the second seamed edge moulding and the second bottom edge moulding collectively form quadrangle double jaw frame, on three plug frame of quadrangle
Be fixedly attached the first quadrilateral mesh, constitutes quadrangle double jaw rack；Then by the N points of the first bottom edge moulding and third bottom edge
The N points of moulding intersect attaching in rotary movable formula, and A interface points is made to become A trident interface points；The M points of first bottom edge moulding with
The N points of 4th bottom edge moulding intersect attaching in rotary movable formula, and B interface points is made to become B trident interface points；By third boundary frame area
Article M points and the M points of the 4th bottom edge moulding intersect attaching in fixed, become F interface points；Such first bottom edge moulding, third
Bottom edge moulding and the 4th bottom edge moulding collectively form the first triangle double jaw frame, solid on the first triangle double jaw frame
Determine attaching the first Zhang San hexagonal lattice, constitutes the first triangle double jaw rack；Then by the N points of the second bottom edge moulding and the 5th
The N points of bottom edge moulding intersect attaching in rotary movable formula, and C interface points is made to become C trident interface points；The M of second bottom edge moulding
The N points of point and the 6th bottom edge moulding intersect attaching in rotary movable formula, and D interface points is made to become d-trio interface point；By the 5th bottom
The M points of frame bar intersect attaching with the M points of the 6th bottom edge moulding in fixed, become E interface points；Such second bottom edge moulding,
5th bottom edge moulding and the 6th bottom edge moulding collectively form the second triangle double jaw frame, in the second triangle double jaw frame
On be fixedly attached second Zhang San's hexagonal lattice, constitute the second triangle double jaw rack；It is in again that can revolve by the second quadrilateral mesh
Between turning a work two crosspoints that dynamic formula is installed on the first seamed edge moulding, third quadrilateral mesh is filled in rotary movable formula
It is connected between two crosspoints on the second seamed edge moulding, is in finally rotatable work by the N points of third seamed edge moulding and E interface points
Dynamic formula intersects attaching, and E interface points is made to become E trident interface points；Since this structure is with a quadrangle double jaw rack
Center constitutes three double jaw racks in conjunction with two triangle double jaw racks, and last effect is to may make up triangular prism cage
Body and foldable pile, therefore this structure is known as the collapsible three plugs triangular prism cage body component of three frames.
This collapsible three plugs triangular prism cage body component of three frames can be collapsed when usually storing and transporting and is folded into
Similar quadrangular plan shape can save occupied space and carry out pile storage；It can be double by quadrangle rapidly when speedily carrying out rescue work application
Two triangle double jaw racks on plug rack strut, and three plug triangular prism cage bodies are assembled into, convenient for being inserted directly into torrent
Cut-off and sealing water in the bottom.
When needing the collapsible three plugs triangular prism cage body component of three frames carrying out pile storage, or need to transport
When, the collapsible three plugs triangular prism cage body component of three frames can be closed up, method is closed up in folding is：Due to the second network of quadrilaterals
Lattice and third quadrilateral mesh are installed in rotary moveable formula on the first seamed edge moulding and the second seamed edge moulding respectively, therefore can be first
First the second quadrilateral mesh and third quadrilateral mesh are closed up to quadrangle double jaw rack；Due to third bottom edge moulding,
4th bottom edge moulding and the first bottom edge moulding intersect attaching in rotary movable formula, the 5th bottom edge moulding, the 6th bottom edge moulding with
Second bottom edge moulding is also in that rotary movable formula intersects attaching, in this way can be again by the first triangle double jaw rack and the second triangle
Shape double jaw rack closes up to quadrangle double jaw rack；Then it is in rotatable work due to third seamed edge moulding and with E interface points
Dynamic formula intersects attaching, in this way can also close up third seamed edge moulding to quadrangle double jaw rack, thus by two quadrangles
Grid, two triangle double jaw racks and a seamed edge have closed up the plane at similar quadrangle to quadrangle double jaw rack
Shape constitutes class quadrangular plan body component, more convenient in pile, storage and transport from level to level, and it is empty can to save occupancy
Between.
At the scene of flood-fighting, need the collapsible three plugs triangular prism cage body component of three frames being assembled into three plugs three
When prism cage body, the method for being assembled into cage body is：First by two in the collapsible three plugs triangular prism cage body component of three frames
A triangle double jaw rack is separated from quadrangle double jaw rack, is then in F interface points by the M points of third seamed edge moulding
Fixed intersection attaching makes F interface points become F trident interface points；In conjunction with five trident interface points of A, B, C, D, E above-mentioned, six
A trident interface point respectively becomes a vertex, there is outwardly directed three plugs, i.e. three plugs on each vertex；Again by
Two quadrilateral mesh are lifted and are fixedly attached on the 4th bottom edge moulding, third seamed edge moulding and the 5th bottom edge moulding, by third
Quadrilateral mesh is lifted and is fixedly attached on the 6th bottom edge moulding, third seamed edge moulding and third bottom edge moulding；Thus group
Three plug triangular prism cage bodies are dressed up；It is very convenient quick when assembling.
Further, it is pre- dress up three frames collapsible three plugs triangular prism cage body component when, can be by third seamed edge moulding
M points intersect attaching in rotary movable formula with F interface points, make F interface points become F trident interface points；It is stacked needing to collapse
When directly two quadrilateral mesh are closed up to quadrangle double jaw rack, then by two triangle double jaw racks and its top
Third seamed edge moulding close up to quadrangle double jaw rack and may make up quadrangular plan body component；It is needing to be assembled into trident
When head triangular prism cage body, directly two triangle double jaw racks are propped up from quadrangle double jaw rack, then by the two or four
Side shape grid is lifted and is fixedly attached on the 4th bottom edge moulding, third seamed edge moulding and the 5th bottom edge moulding, by the three or four side
Shape grid is lifted and is fixedly attached on the 6th bottom edge moulding, third seamed edge moulding and third bottom edge moulding.
At flood-fighting scene, sandstone or sandbag can will be filled up in cage body before being fixedly attached third quadrilateral mesh,
Third quadrilateral mesh fixation is encapsulated on the 6th bottom edge moulding, third seamed edge moulding and third bottom edge moulding again, in this way
Just it has been assembled into three plug triangular prism solid core cage bodies.
In practical applications, the plug on three plugs on the vertex of three plug triangular prism cage bodies can be subtracted as needed
It is few, become single tine head or double jaw, the three plugs triangular prism cage body becomes single tine head triangular prism cage body or double jaw trigone
Column cage body；Or increase the plug on framework vertex, make four plugs, five plugs or more plug, the three plugs trigone
Column cage body becomes four plug triangular prism cage bodies, five plug triangular prism cage bodies or more plug triangular prism cage body, or mixing plug
Triangular prism cage body.
Further, the six roots of sensation bottom edge moulding in three plug triangular prism cage bodies can be made equal length, three seamed edges
Moulding makes equal length, and the length of the intersection side end on every moulding is also equal, can make three according to the method described above
Plug straight triangular prism cage body.
Further, seamed edge moulding and the angle of bottom edge moulding are squared up, makes three plug regular triangular prism cage bodies.
In actual use, there are unstable feelings in the quadrangle double jaw rack in three plug triangular prism cage bodies sometimes
At this moment condition installs a stablizing bar additional on a diagonal line in quadrangle in two diagonal lines.
It, can only wherein two in three quadrangle double jaw racks of three sides in three plug triangular prism cage bodies
Stablizing bar is added in a quadrangle double jaw rack, you can keeps the stability of three plug triangular prism cage bodies.
Above-mentioned each moulding cross one another attaching mode it is unlimited, can be bind, snapping, screw hole screw attaching etc..
The moulding is also referred to as skeleton item or main reinforcement, can be made by metal material, can also be by other hard material systems
Make, such as steel, alloy copper material, hard alloy, PVC material etc., the larger metal material of most handy density ratio makes.
The collapsible three plugs triangular prism cage body component of three frames is built for dykes and dams, river closure, dykes and dams are blocked up, flood fighting is robbed
Danger, reclaim land from a lake, base is beaten in the islands Wei Haizao, bridging.
The beneficial effects of the invention are as follows needing to deposit the collapsible three plugs triangular prism cage body component progress pile of three frames
When storage or transport, two triangle double jaw racks can be closed up into class quadrangular plan structure to quadrangle double jaw rack
Body can significantly save occupied space in this way；It, can be by two triangles when needing for flood fighting at the scene of flood-fighting
Shape double jaw rack is separated from quadrangle double jaw frame, then bridge joint third seamed edge moulding, two quadrilateral mesh of attaching are fast
Speed is assembled into three plug triangular prism cage bodies, also first will can fill up sandstone or sandbag in cage body in assembling, make three plug trigones
Column solid core cage body when being thrown into torrent, can sink under water rapidly, and so that three plugs is inserted into the bottom or link the trident put into advance
The truss that head cage body is constituted, completes Cut-off and sealing water；The cage body is light, and three plugs carry out lift to move but also as handle, very just
Convenient for the situation is critical, the moment is manually speedily carried out rescue work.
Description of the drawings
Fig. 1 is the deployed configuration schematic diagram of the collapsible three plugs triangular prism cage body component of three frames of the invention.
Fig. 2 is the structural schematic diagram of central framing strip of the present invention.
Fig. 3 is to become class quadrangular plan structure after the collapsible three plugs triangular prism cage body component of three frames of the invention closes up
The structural schematic diagram of body.
Fig. 4 is after the collapsible three plugs triangular prism cage body component of three frames of the invention is assembled into three plug triangular prism cage bodies
Structural schematic diagram.
Fig. 5 is the overall process schematic diagram that frame assembly of the present invention is collapsed or assembled.
Fig. 6 is that the collapsible three plugs triangular prism cage body component of three frames is assembled into movable three plugs triangular prism cage body
When, three plug triangular prism cage bodies are collapsed to the process schematic folded.
Fig. 7 is that the collapsible three plugs triangular prism cage body component of three frames is assembled into movable three plugs triangular prism cage body
When, three plug triangular prism cage bodies are strutted to the process schematic of composition framework.
Fig. 8 is the overall process schematic diagram that frame assembly of the present invention is collapsed or assembled after adding stablizing bar.
In figure：1. three plug triangular prism cage bodies, 2. mouldings, 3. bottom edge mouldings, 4. seamed edge mouldings, 5. crosspoints, 57.M points,
58.N points, 59. 3 plugs, 41. first seamed edge mouldings, 31. first bottom edge mouldings, 51.A interface points, that is, A tridents interface point, 42.
Second seamed edge moulding, 52.B interface points, that is, B tridents interface point, 32. second bottom edge mouldings, 53.C interface points, that is, C tridents interface point,
54.D interface points, that is, d-trio interface point, 61. quadrangle double jaw frames, 33. third bottom edge mouldings, 34. the 4th bottom edge mouldings,
55.E interface points, 62. first triangle double jaw frames, 35. the 5th bottom edge mouldings, 36. the 6th bottom edge mouldings, 55.E interface points
I.e. E tridents interface point, 63. second triangle double jaw frames, 43. third seamed edge mouldings, 6. class quadrangular plan body components,
56.F interface points, that is, F tridents interface point, 21. stablizing bars, 7. grids, 8. quadrilateral mesh, 9. triangular mesh, 81. the 1st
Side shape grid, 82. second quadrilateral mesh, 83. third quadrilateral mesh.
Specific implementation mode
With reference to embodiment, the invention will be further described, and following embodiment is intended to illustrate invention rather than to this
Further limiting for invention, should not be limited the scope of the invention with this.
Embodiment 1.
As shown in Figure 1, 2, a kind of collapsible three plugs triangular prism cage body component of three frames, the three plugs triangular prism are made
Cage body 1 refers to the hollow form triangular prism cage body for only having on moulding 2 and the frame being made of moulding grid 7, every moulding 2
Both ends extend outwardly from the vertex of triangular prism cage body so that constitute three plugs 59 outside six vertex of triangular prism, become trident
The three plugs triangular prism cage body 1 is formed and is made of nine mouldings 2 and five lattice 7 of throwing the net by head triangular prism cage body 1, the present embodiment,
Wherein the six roots of sensation is bottom edge moulding 3, and three are seamed edge moulding 4, and being respectively provided with one on the position of two close end on every moulding 2 is used for
Intersect the crosspoint 5 of attaching, referred to as M points 57 and N points 58；Five throw the net in lattice, and to have three be quadrilateral mesh, and two are triangle
Grid；The M points of wherein the first seamed edge moulding 41 intersect attaching with the N points of the first bottom edge moulding 31 in fixed, become A interface points
51；The M points of first bottom edge moulding 31 intersect attaching with the N points of the second seamed edge moulding 42 in fixed, become B interface points 52；The
The M points of two seamed edge mouldings 42 intersect attaching with the N points of the second bottom edge moulding 32 in fixed, become C interface points 53；Second bottom edge
The M points of moulding 32 intersect attaching with the N points of the first seamed edge moulding 41 in fixed, become D interface points 54；Such first seamed edge frame
Item 41, the first bottom edge moulding 31, the second seamed edge moulding 42 and the second bottom edge moulding 32 collectively form quadrangle double jaw frame,
Be fixedly attached the first quadrilateral mesh 81 on three plug frame of quadrangle, constitutes quadrangle double jaw rack 61；Then by first
The N points of bottom edge moulding 31 intersect attaching with the N points of third bottom edge moulding 33 in rotary movable formula, and A interface points 51 is made to become A tri-
Pitch interface point 51；The M points and the N points of the 4th bottom edge moulding 34 of first bottom edge moulding 31 intersect attaching in rotary movable formula, make B
Interface point 52 becomes B tridents interface point 52；M points by the M points of third bottom edge moulding 33 and the 4th bottom edge moulding 34 are in fixed
Intersect attaching, becomes F interface points 56；Such first bottom edge moulding 31, third bottom edge moulding 33 and the 4th bottom edge moulding 34 are common
The first triangle double jaw frame is constituted, be fixedly attached triangular mesh on the first triangle double jaw frame, constitutes first
Triangle double jaw rack 62；Then it is in rotary movable by the N points of the N points of the second bottom edge moulding 32 and the 5th bottom edge moulding 35
Formula intersects attaching, and C interface points 53 is made to become C tridents interface point 53；The M points of second bottom edge moulding 32 and the 6th bottom edge moulding 36
N points intersect attaching in rotary movable formula, and D interface points 54 is made to become d-trio interface point 54；By the M points of the 5th bottom edge moulding 35
Intersect attaching in fixed with the M points of the 6th bottom edge moulding 36, becomes E interface points 55；Such second bottom edge moulding 32, the 5th bottom
Frame bar 35 and the 6th bottom edge moulding 36 collectively form the second triangle double jaw frame, on the second triangle double jaw frame
Be fixedly attached triangular mesh, constitutes the second triangle double jaw rack 63；It is in again rotatable work by the second quadrilateral mesh 82
Dynamic formula is installed between two crosspoints on the first seamed edge moulding 41, and third quadrilateral mesh 83 is filled in rotary movable formula
It is connected between two crosspoints on the second seamed edge moulding 42, being in by the N points of third seamed edge moulding 43 and E interface points 55 finally can
Rotary moveable formula intersects attaching, and E interface points 55 is made to become E tridents interface point 55；Since this structure is double with a quadrangle
Two triangle double jaw racks are combined to constitute the double jaw rack of three formings centered on plug rack, last effect is
Triangular prism cage body foldable pile again is may make up, therefore this structure is known as the collapsible three plugs triangular prism cage body group of three frames
Part.
This collapsible three plugs triangular prism cage body component of three frames can be collapsed when usually storing and transporting and is folded into
Similar to the planar of quadrangle, occupied space can be saved and carry out pile storage；It can be rapidly by quadrangle when speedily carrying out rescue work application
Two triangle double jaw racks on double jaw rack strut, and are assembled into three plug triangular prism cage bodies 1, sharp convenient for being inserted directly into
Cut-off and sealing water in flowing water bottom.
Embodiment 2.
On the basis of embodiment 1, moulding 2 is made of the round bar of a diameter of 15mm, per the length of foundation frame bar 3
Degree is 100cm, and the length of every seamed edge moulding 4 is 150cm, is 20cm from crosspoint 5 to the distance of moulding side end, each
With steel wire bind at crosspoint 5 between moulding 2；Grid 7 is made of the steel wire of a diameter of 3mm, and by network of triangle
Lattice make the equilateral triangle that the length of side is 60cm, by the parallelogram that quadrilateral mesh grows into 110cm, width is 60cm；This
Six roots of sensation bottom edge moulding 3 is made equal length by sample, and three seamed edge mouldings are made equal length, the crosspoint 5 on every moulding 2
Length apart from side end is also equal, and triangular mesh and quadrilateral mesh match with corresponding moulding, can make in this way
Three plug straight triangular prism cage bodies.
Embodiment 3.
On the basis of embodiment 2, the parallelogram lever of three plug straight triangular prism sides is made into rectangular frame,
Quadrilateral mesh is also made into Rectangular grid, i.e., bottom edge moulding and the angle of seamed edge moulding are squared up, so that it may make three
Plug regular triangular prism cage body.
As shown in figure 8, in order to keep the structural stability of three plug triangular prism cage bodies 1, the quadrangle in triangular prism side
Diagonal positions install additional stablizing bar, add one in each quadrangle double jaw frame；In three sides of triangular prism
Three quadrangle double jaw frames in, can all be added with three, can also only add two, you can keep three plug triangular prisms
The structural stability of cage body.Therefore, stablizing bar 21 can be added in the quadrangle double jaw frame in embodiment 1,2,3.
Embodiment 4.
As shown in Fig. 3,5, when needing the collapsible three plugs triangular prism cage body component of three frames carrying out pile storage, or
When person needs transport, the collapsible three plugs triangular prism cage body component of three frames can be closed up, method is closed up in folding is：Due to
Two quadrilateral mesh 82 and third quadrilateral mesh 83 are installed in the first seamed edge moulding 41 and the second rib in rotary moveable formula respectively
On frame bar 42, therefore can be first by the second quadrilateral mesh 82 and third quadrilateral mesh 83 to quadrangle double jaw rack
61 close up；Since third bottom edge moulding 33, the 4th bottom edge moulding 34 and the first bottom edge moulding 31 are in rotary movable formula cross mounting
It connects, the 5th bottom edge moulding 35, the 6th bottom edge moulding 36 also intersect attaching with the second bottom edge moulding 32 in rotary movable formula, in this way
The first triangle double jaw rack 62 and the second triangle double jaw rack 63 can be closed up to quadrangle double jaw rack 61 again；
Then intersect attaching in rotary movable formula due to third seamed edge moulding 43 and with E interface points 55, it in this way can be by third seamed edge frame
Item 43 also closes up to quadrangle double jaw rack 61, thus by two quadrilateral mesh, two triangle double jaw racks and
One seamed edge has closed up the plane shape at similar quadrangle to quadrangle double jaw rack, constitutes class quadrangular plan body structure
Part 6, it is more convenient in pile, storage and transport from level to level, occupied space can be saved.
Embodiment 5.
As shown in Figure 4,5, it at the scene of flood-fighting, needs the collapsible three plugs triangular prism cage body component group of three frames
When dressing up three plug triangular prism cage bodies, the method for being assembled into cage body is：First by the collapsible three plugs triangular prism cage of three frames
Two triangle double jaw racks in body component are separated from quadrangle double jaw rack 61, then by third seamed edge moulding 43
M points and F interface points intersect attaching in fixed, so that F interface points 56 is become F tridents interface point 56；In conjunction with A, B above-mentioned, C,
D, five trident interface points of E, six trident interface points respectively become a vertex, there is outwardly directed three on each vertex
Plug, i.e. three plugs 59；The second quadrilateral mesh 82 is lifted and is fixedly attached to the 4th bottom edge moulding 34, third seamed edge frame again
Articles 43 and the 5th on bottom edge mouldings 35, third quadrilateral mesh 83 are lifted and is fixedly attached to the 6th bottom edge moulding 36, third
On seamed edge moulding 43 and third bottom edge moulding 33；Thus it has been assembled into three plug triangular prism cage bodies；It is very convenient fast when assembling
It is prompt.
Embodiment 6.
As shown in Figure 6,7, further, it is pre- dress up three frames collapsible three plugs triangular prism cage body component when, can will
The M points of third seamed edge moulding 43 intersect attaching with F interface points 56 in rotary movable formula, and F interface points 56 is made to join as F tridents
Point 56 constitutes movable three plugs triangular prism cage body；Need to collapse stack when directly by two quadrilateral mesh to quadrangle
Double jaw rack 61 closes up, then two triangle double jaw racks and its third seamed edge moulding 43 of top are pitched to quadrangle is double
Head rack, which closes up, may make up quadrangular plan body component 6；When needing to be assembled into three plug triangular prism cage bodies, directly by two
Triangle double jaw rack is propped up from quadrangle double jaw rack 61, then the second quadrilateral mesh 82 is lifted and is fixedly attached
Onto the 4th bottom edge moulding 34, third seamed edge moulding 43 and the 5th bottom edge moulding 35, third quadrilateral mesh 83 is lifted and consolidated
Surely it is attached on the 6th bottom edge moulding 36, third seamed edge moulding 43 and third bottom edge moulding 33 and may make up trident head triangular prism cage
Body 1.
It, can be with as shown in figure 8, quadrangle double jaw frame wherein to keep the stability of three plug triangular prism cage bodies 1
Stablizing bar is added in body.
In practical applications, the plug on three plugs on the vertex of three plug triangular prism cage bodies can be subtracted as needed
It is few, become single tine head or double jaw, the three plugs triangular prism cage body becomes single tine head triangular prism cage body or double jaw trigone
Column cage body；Or increase the plug on framework vertex, make four plugs, five plugs or more plug, the three plugs trigone
Column cage body becomes four plug triangular prism cage bodies, five plug triangular prism cage bodies or more plug triangular prism cage body, or mixing plug
Triangular prism cage body.
Above-mentioned each moulding cross one another attaching mode it is unlimited, can be bind, snapping, screw hole screw attaching etc..
The moulding is also referred to as skeleton item or main reinforcement, can be made by metal material, can also be by other hard material systems
Make, such as steel, alloy copper material, hard alloy, PVC material etc., the larger metal material of most handy density ratio makes.
The collapsible three plugs triangular prism cage body component of three frames is built for dykes and dams, river closure, dykes and dams are blocked up, flood fighting is robbed
Danger, reclaim land from a lake, base is beaten in the islands Wei Haizao, bridging.
Claims (10)
1. the collapsible three plugs triangular prism cage body component of three frames, including three plug triangular prism cage bodies, it is characterised in that described three
Plug triangular prism cage body is made of the lattice of throwing the net of nine mouldings and five；It is bottom edge moulding to have the six roots of sensation in nine mouldings, and three are seamed edge
Moulding is respectively provided with a crosspoint for intersecting attaching, referred to as M points and N points on every moulding on the position of two close end；Five
It is quadrilateral mesh that throwing the net in lattice, which has three, and two are triangular mesh；The M points and the first boundary frame area of wherein the first seamed edge moulding
The N points of item are in fixed intersection attaching, become A interface points；The M points of first bottom edge moulding and the N points of the second seamed edge moulding are in solid
Fixed pattern intersects attaching, becomes B interface points；The M points of second seamed edge moulding and the N points of the second bottom edge moulding are in fixed cross mounting
It connects, becomes C interface points；The M points of second bottom edge moulding intersect attaching with the N points of the first seamed edge moulding in fixed, become D handing-over
Point；Such first seamed edge moulding, the first bottom edge moulding, the second seamed edge moulding and the second bottom edge moulding collectively form the double forks of quadrangle
Head frame, be fixedly attached the first quadrilateral mesh on three plug frame of quadrangle, constitutes quadrangle double jaw rack；Then will
The N points of first bottom edge moulding intersect attaching with the N points of third bottom edge moulding in rotary movable formula, and A interface points is made to become A tridents
Interface point；The M points and the N points of the 4th bottom edge moulding of first bottom edge moulding intersect attaching in rotary movable formula, make B interface points at
For B trident interface points；The M points of third bottom edge moulding and the M points of the 4th bottom edge moulding are intersected into attaching in fixed, become F friendships
Contact；Such first bottom edge moulding, third bottom edge moulding and the 4th bottom edge moulding collectively form the first triangle double jaw frame,
Be fixedly attached triangular mesh on the first triangle double jaw frame, constitutes the first triangle double jaw rack；Then by
The N points and the N points of the 5th bottom edge moulding of two bottom edge mouldings intersect attaching in rotary movable formula, and C interface points is made to be handed over as C tridents
Contact；The M points and the N points of the 6th bottom edge moulding of second bottom edge moulding intersect attaching in rotary movable formula, and D interface points is made to become
D-trio interface point；The M points of 5th bottom edge moulding and the M points of the 6th bottom edge moulding are intersected into attaching in fixed, become E handing-over
Point；Such second bottom edge moulding, the 5th bottom edge moulding and the 6th bottom edge moulding collectively form the second triangle double jaw frame,
Be fixedly attached triangular mesh on second triangle double jaw frame, constitutes the second triangle double jaw rack；Again by the two or four
Side shape grid is installed in rotary movable formula between two crosspoints on the first seamed edge moulding, is in by third quadrilateral mesh
Rotary movable formula is installed between two crosspoints on the second seamed edge moulding, finally hands over the N points of third seamed edge moulding and E
Contact intersects attaching in rotary movable formula, and E interface points is made to become E trident interface points.
2. the collapsible three plugs triangular prism cage body component of three frames according to claim 1, it is characterised in that the cage body
Method is closed up in the folding of component：First by the second quadrilateral mesh and third quadrilateral mesh to quadrangle double jaw rack
Close up；The first triangle double jaw rack and the second triangle double jaw rack are closed up to quadrangle double jaw rack again；So
Third seamed edge moulding is also closed up to quadrangle double jaw rack afterwards, constitutes class quadrangular plan body component.
3. the collapsible three plugs triangular prism cage body component of three frames according to claim 1, it is characterised in that the cage body
The method that component is assembled into cage body is：It is first that two triangles in the collapsible three plugs triangular prism cage body component of three frames are double
Plug rack is separated from quadrangle double jaw rack, then intersects the M points of third seamed edge moulding in fixed with F interface points
Attaching makes F interface points become F trident interface points；The second quadrilateral mesh is lifted again and is fixedly attached to the 4th bottom edge moulding,
On third seamed edge moulding and the 5th bottom edge moulding, third quadrilateral mesh is lifted to and is fixedly attached to the 6th bottom edge moulding,
On trigone frame bar and third bottom edge moulding；Constitute three plug triangular prism cage bodies.
4. the collapsible three plugs triangular prism cage body component of three frames according to claim 1, it is characterised in that the third
The M points of seamed edge moulding intersect attaching with F interface points in rotary movable formula, and F interface points is made to become F trident interface points.
5. the collapsible three plugs triangular prism cage body component of three frames according to claim 3, it is characterised in that the third
Sandstone or sandbag will be filled up before being fixedly attached by opening quadrilateral mesh in cage body, then third quadrilateral mesh fixation is encapsulated in
On 6th bottom edge moulding, third seamed edge moulding and third bottom edge moulding, three plug triangular prism solid core cage bodies are constituted.
6. the collapsible three plugs triangular prism cage body component of three frames according to claim 6, it is characterised in that by described three
Six roots of sensation bottom edge moulding in plug triangular prism cage body makes equal length, and three seamed edge mouldings make equal length, every moulding
On intersection side end length it is also equal, constitute three plug straight triangular prism cage bodies；When the seamed edge moulding and boundary frame area
The angle of item is squared up, and three plug regular triangular prism cage bodies are constituted.
7. the collapsible three plugs triangular prism cage body component of three frames according to claim 7, it is characterised in that the trident
One is added on a diagonal line in the quadrangle of quadrangle double jaw rack in head triangular prism cage body in two diagonal lines
Root stablizing bar.
8. the collapsible three plugs triangular prism cage body component of three frames according to claim 8, it is characterised in that the stabilization
In two quadrangle double jaw racks in three quadrangle double jaw racks of the item in three plug triangular prism cage bodies.
9. the collapsible three plugs triangular prism cage body component of three frames according to claim 9, it is characterised in that the moulding
Cross one another attaching mode it is unlimited, can be bind, snapping, screw hole screw attaching；The moulding is made by metal material,
It can be made by other hard materials.
10. the collapsible three plugs triangular prism cage body component of three frames according to claim 1-9, it is characterised in that described three
The collapsible three plugs triangular prism cage body component of frame is built for dykes and dams, river closure, dykes and dams are blocked up, flood-fighting, is enclosed lake and is made
Base is beaten in field, the islands Wei Haizao, bridging.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810464618.1A CN108612045A (en) | 2018-05-16 | 2018-05-16 | The collapsible three plugs triangular prism cage body component of three frames |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810464618.1A CN108612045A (en) | 2018-05-16 | 2018-05-16 | The collapsible three plugs triangular prism cage body component of three frames |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108612045A true CN108612045A (en) | 2018-10-02 |
Family
ID=63663381
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810464618.1A Pending CN108612045A (en) | 2018-05-16 | 2018-05-16 | The collapsible three plugs triangular prism cage body component of three frames |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108612045A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111827554A (en) * | 2020-07-25 | 2020-10-27 | 曹峰 | Light composite floor slab and construction method thereof |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201528575U (en) * | 2009-09-11 | 2010-07-21 | 卢孔知 | Folding bracket of pet house |
| WO2014170718A1 (en) * | 2013-04-17 | 2014-10-23 | Sápi István Péter | Mobile flood protection barrier system |
| CN106245584A (en) * | 2016-08-12 | 2016-12-21 | 李志英 | A kind of for building dykes and dams or the double jaw rack blocked up that dams |
| CN205894019U (en) * | 2016-08-12 | 2017-01-18 | 李志英 | A two jaw racks of regular triangle for building dykes and dams or dam are blocked up |
-
2018
- 2018-05-16 CN CN201810464618.1A patent/CN108612045A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201528575U (en) * | 2009-09-11 | 2010-07-21 | 卢孔知 | Folding bracket of pet house |
| WO2014170718A1 (en) * | 2013-04-17 | 2014-10-23 | Sápi István Péter | Mobile flood protection barrier system |
| CN106245584A (en) * | 2016-08-12 | 2016-12-21 | 李志英 | A kind of for building dykes and dams or the double jaw rack blocked up that dams |
| CN205894019U (en) * | 2016-08-12 | 2017-01-18 | 李志英 | A two jaw racks of regular triangle for building dykes and dams or dam are blocked up |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111827554A (en) * | 2020-07-25 | 2020-10-27 | 曹峰 | Light composite floor slab and construction method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106245584B (en) | It is a kind of for building dykes and dams or the double jaw rack blocked up that shuts off | |
| CN108625341A (en) | The collapsible three plugs triangular prism frame assembly of three frames | |
| CN108487187B (en) | Double collapsible three plugs triangular pyramid frame assemblies of frame | |
| CN108532542A (en) | The collapsible three plugs triangular pyramid frame assembly of single frame | |
| CN203530925U (en) | Dam reinforcing and beautifying device | |
| CN205894019U (en) | A two jaw racks of regular triangle for building dykes and dams or dam are blocked up | |
| CN108612045A (en) | The collapsible three plugs triangular prism cage body component of three frames | |
| CN108487188A (en) | Double collapsible three plugs triangular prism cage body components of frame | |
| CN108589646A (en) | Double collapsible three plugs triangular prism frame assemblies of frame | |
| CN108589648A (en) | The collapsible three plugs quadrangular cage body component of three frames | |
| CN108612038A (en) | The collapsible three plugs triangular pyramid cage body component of single frame | |
| CN108643123A (en) | Double collapsible three plugs triangular pyramid cage body components of frame | |
| CN108589647A (en) | The collapsible three plugs triangular pyramid frame assembly of center moulding frame | |
| CN108612039A (en) | The collapsible three plugs quadrangular frame assembly of three frames | |
| CN108612044A (en) | The collapsible three plugs triangular pyramid frame assembly of side moulding frame | |
| KR20160107888A (en) | Connection plat for supporting soil bag | |
| CN107724329A (en) | It is a kind of to be used to build dykes and dams or the single tine head rack blocked up that dams | |
| CN209307951U (en) | A kind of lattice guest gabion box fills tool | |
| CN207419497U (en) | A kind of greening slope protecting device | |
| CN109898469A (en) | A kind of greening water conservancy dictyosome | |
| CN103122619B (en) | Protective hooking body | |
| CN210086269U (en) | Domatic ecological remediation structure | |
| CN211646248U (en) | Heightening and reinforcing device | |
| CN207846340U (en) | A kind of greening water conservancy dictyosome | |
| CN107386204B (en) | Automatic telescopic awl tooth gabion |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20181002 |