A disaster relief concrete body

Abstract

A disaster relief concrete body belongs to the technical field of building materials, comprising a connector A, a concrete body 1 and a groove arranged on the concrete body; the concrete body is constructed in the form of a cube, and grooves are arranged at the upper end, lower end, front end, rear end, left end and right end of the concrete body, and all the grooves are trapezoidal grooves that are wide inside and narrow outside, and have the same structure, shape and size; a steel bar frame is arranged in the concrete body, a hollow box is arranged in the steel bar frame, a hole is arranged at the center of the upper plane of the box, the lower end of a metal pipe is connected to the edge of the hole, the upper end of the metal pipe does not exceed the upper plane of the concrete body, and a matching pipe plug is also arranged at the upper end of the metal pipe; the connector A is constructed in that a left trapezoidal body and a right trapezoidal body are connected in mirror image, and when a concrete body is close to another concrete body, the connector A can be matched and inserted into two adjacent grooves to connect the two concrete bodies into one; the beneficial effects of the present invention are: concrete can be quickly used to build a dam or flood control embankment, or other emergency buildings, and the concrete does not require solidification time to prevent disasters.

Description

Technical Field

[0001] The invention relates to a disaster relief concrete body, belonging to the technical field of construction or disaster relief. Background Art

[0002] Concrete, also known as concrete, is a product made of cement, aggregate and water that is mixed to form a slurry. It solidifies and hardens over time. It is widely used in roads, houses, dams, pools, ditches, bridges, as well as in industry, agriculture, national defense, emergency rescue and disaster relief. In short, concrete is an indispensable product in our lives and production.

[0003] After the concrete solidifies, the adhesive force is quite large. When some hard objects cannot be firmly connected, the use of concrete bonding is the most common, effective and widely used technology. The joints between stone slabs are bonded with concrete. When the concrete solidifies for a certain period of time, the stone slabs are difficult to separate.

[0004] The tensile strength of concrete products after solidification is quite low. In order to overcome this technical deficiency, people usually add steel bars to concrete products, commonly known as reinforced concrete. The tensile strength of steel bars is used to increase the tensile strength of concrete, which can achieve the construction of bridges with a span of more than 100 meters without breaking.

[0005] Concrete slabs are also called cement slabs. In daily life, there are many concrete slabs with a thickness of several centimeters, a width of tens of centimeters, and a length and width of hundreds of centimeters. Because steel bars are added to the concrete slabs, the tensile strength of the concrete slabs is quite large.

[0006] The setting time of concrete is quite long. Although the initial setting time of concrete is short, it does not have tensile strength and adhesive strength. In conventional technology, it usually takes more than ten days to fill water when making a pool with concrete, more than ten days to open to traffic when making a road pavement, and more than a month to open to traffic when making a road bridge.

[0007] In conventional emergency and disaster relief technologies, concrete is also used to make retaining embankments, flood control embankments, etc.

[0008] However, the technical deficiency of concrete is that when a landslide or other geological disaster is about to occur, if concrete is used to build retaining walls, the disaster will occur before the concrete solidifies; when a flood is about to come, if concrete is used to build flood control embankments, the disaster will occur before the concrete solidifies. Summary of the invention

[0009] Based on this, it is necessary to provide a cubic disaster relief concrete body that can quickly form a disaster relief embankment without selecting a connection surface and requiring no solidification time;

[0010] In order to achieve the above object, the present invention is implemented by adopting the following technical solutions:

[0011] A disaster relief concrete body, comprising a connector A, a connector B, a cubic concrete body and a groove arranged on the cubic concrete body;

[0012] A dividing line is provided in the middle of the length of the cube concrete body, and the dividing line surrounds the middle to divide the cube concrete body into a left end and a right end, and the structures and sizes of the left end and the right end are respectively the same, and the dividing line and the left plane and the right plane of the cube concrete body are parallel to each other;

[0013] A luminous dividing line is arranged in the middle of the width of the cube concrete body, and the luminous dividing line surrounds the middle to divide the cube concrete body into a front end and a rear end, and the structures and sizes of the front end and the rear end are respectively the same, and the luminous dividing line and the front plane and the rear plane of the cube concrete body are parallel to each other;

[0014] A luminous dividing line is arranged in the middle of the height of the cube concrete body. The luminous dividing line surrounds the middle and divides the cube concrete body into an upper end and a lower end. The structures and dimensions of the upper end and the lower end are the same. The luminous dividing line and the upper plane and the lower plane of the cube concrete body are parallel to each other.

[0015] The structure of the luminous dividing line (1-1) is that the white luminous line segment (1-1-1) and the red luminous line segment (1-1-2) are repeatedly crossed and connected to form;

[0016] A groove is provided in the middle of the upper end of the cube concrete body, the groove surrounds the upper end, the groove bisects the upper end, and the groove is parallel to the upper plane of the cube concrete body;

[0017] A groove is provided in the middle of the lower end of the cube concrete body, the groove surrounds the lower end, the groove divides the lower end in half, and the groove is parallel to the lower plane of the cube concrete body;

[0018] A groove is provided in the middle of the front end of the cube concrete body, the groove surrounds the front end, the groove divides the front end into two halves, and the groove is parallel to the front plane of the cube concrete body;

[0019] A groove is provided in the middle of the rear end of the cube concrete body, the groove surrounds the rear end, the groove divides the rear end in half, and the groove is parallel to the rear plane of the cube concrete body;

[0020] A groove is provided in the middle of the left end of the cube concrete body, the groove surrounds the left end, the groove bisects the left end, and the groove is parallel to the left plane of the cube concrete body;

[0021] A groove is provided in the middle of the right end of the cube concrete body, the groove surrounds the right end, the groove bisects the right end, and the groove is parallel to the right plane of the cube concrete body;

[0022] All grooves are trapezoidal grooves that are wide inside and narrow outside, and have the same structure, shape and size;

[0023] A cube steel bar frame is arranged in the cube concrete body, and a cube hollow box is arranged in the cube steel bar frame; a hole is arranged in the center of the upper plane of the cube hollow box, the lower end of the metal pipe is connected to the edge of the hole, the upper end of the metal pipe does not exceed the upper plane of the cube concrete body, the upper end of the metal circular pipe is arranged with an internal thread, and the upper end of the metal pipe is also arranged with a matching pipe plug;

[0024] The structure of the metal tube is that the upper and lower ends of the metal circular tube are connected to the metal truncated cone tube, and the outer wall of the metal circular tube is protruded with multiple annular patterns from top to bottom;

[0025] The structure of the pipe plug is that the outer wall of the cylinder is provided with an external thread, the external thread can be matched with the internal thread, the upper end of the cylinder is connected with a truncated cone body with a larger upper part and a smaller lower part, and the truncated cone body can match the closed truncated cone pipe;

[0026] The structure of the connector A is that the left trapezoidal body and the right trapezoidal body are connected in mirror image. When the cubic concrete body is close to another cubic concrete body, the connector A can be matched and inserted into two adjacent grooves to connect the two cubic concrete bodies into one. The length of the connector A can be made according to the needs.

[0027] The structure of the connector B is that the left width surface of the rectangular plate connects the left trapezoidal body, and the right width surface connects the right trapezoidal body. The left trapezoidal body and the right trapezoidal body are mirror images of each other, and the lengths of the rectangular plate, the left trapezoidal body and the right trapezoidal body are equal respectively; when the main body concrete body is close to another cubic concrete body, the connector B can be matched and inserted into two adjacent grooves to connect the two cubic concrete bodies into one. Due to the support of the rectangular plate, there is a connection seam between the cubic concrete body and the other cubic concrete body, and the connection seam is pasted or filled with adhesive objects or other fillers; the length of the connector B is made according to needs;

[0028] The beneficial effects of the present invention include: the connection functions of the six faces of the cubic concrete body are the same, and the six faces can be quickly connected to any side of the adjacent cubic disaster relief concrete body without solidification time, thereby achieving the beneficial effect of quickly forming a disaster relief embankment;

[0029] The cubic concrete body is provided with a luminous dividing line, which can realize accurate distinction of the parts of the cubic concrete body without a ruler or the like; or when the cubic concrete body needs to be quickly connected with the adjacent cubic concrete body, the luminous dividing line is aligned with the adjacent corresponding luminous dividing line, and the cubic concrete body can be aligned with the adjacent cubic concrete body; the effect of conveniently and quickly forming a disaster relief embankment is achieved, labor time and labor are saved, and the occurrence of geological disasters is avoided;

[0030] The luminous dividing line is composed of white luminous line segments and red luminous line segments, which can facilitate the operator to use the luminous line function to identify the part of the cube concrete body during night operation; when the operator operates at night, the luminous dividing line is installed and aligned with the adjacent corresponding luminous dividing line, and the cube concrete body is aligned with the adjacent corresponding cube concrete body, so that the cube concrete body can quickly and conveniently form a disaster relief embankment at night; after multiple concrete bodies are combined into a product, it is convenient to identify the position of the product through the luminous dividing line at night; BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 , a schematic diagram of the structure of the concrete body of the present invention provided with grooves and dividing lines;

[0032] Figure 2 , a schematic diagram of the dividing line structure of the present invention;

[0033] Figure 3 , a schematic diagram of the structure inside the concrete body of the present invention;

[0034] Figure 4 , a schematic diagram of the structure of the connector A of the present invention;

[0035] Figure 5 , a schematic diagram of the structure of the connector B of the present invention;

[0036] Figure 6 , schematic diagram of a rectangular stone structure arranged in the concrete body of the present invention;

[0037] Figure 7 , a schematic diagram of a rectangular stone and a steel frame structure arranged in a concrete body of the present invention;

[0038] In the figure: concrete body 1, dividing line 1-1, white luminous line segment 1-1-1, red luminous line 1-1-2, groove 1-2, steel frame 2, box 3, metal pipe 4, connector A5, left trapezoidal body 5-1, right trapezoidal body 5-2, connector B6, rectangular plate 6-1, rectangular stone 7.

[0039] The present invention will be further described below by way of embodiments and in conjunction with the accompanying drawings;

[0040] Example 1

[0041] A disaster relief concrete body, comprising a concrete body 1 and grooves 1-2 arranged on the concrete body 1; Figure 1 to Figure 2 In the figure, the structure of the concrete body 1 is a cube, and the length, width and height of the concrete body 1 are respectively equal. The concrete body 1 is formed by mixing cement, stone powder, stone particles and water and stirring them into concrete slurry, and then the concrete slurry is further injected into a rectangular mold and solidified;

[0042] A dividing line 1-1 is provided in the middle of the length of the concrete body 1, and the dividing line 1-1 surrounds the middle to divide the concrete body 1 into a left end and a right end, and the structures and sizes of the left end and the right end are respectively the same, and the dividing line 1-1 and the left plane and the right plane of the concrete body 1 are parallel to each other;

[0043] A dividing line 1-1 is provided in the middle of the width of the concrete body 1, and the dividing line 1-1 surrounds the middle to divide the concrete body 1 into a front end and a rear end, and the front end and the rear end have the same structure and size, and the dividing line 1-1 and the front plane and the rear plane of the concrete body 1 are parallel to each other;

[0044] A dividing line 1-1 is provided in the middle of the height of the concrete body 1, and the dividing line 1-1 surrounds the middle to divide the concrete body 1 into an upper end and a lower end, and the structures and dimensions of the upper end and the lower end are respectively the same, and the dividing line 1-1 and the upper plane and the lower plane of the concrete body 1 are parallel to each other;

[0045] The structure of the dividing line 1-1 is that the white luminous line segment 1-1-1 and the red luminous line segment 1-1-2 are repeatedly crossed and connected to form;

[0046] The functions of setting the dividing line 1-1 on the concrete body 1 include: accurately distinguishing parts of the concrete body 1 without using a ruler or the like; or when the concrete body 1 and the adjacent concrete body 1 need to be connected correspondingly, the dividing line 1-1 is aligned with the adjacent corresponding dividing line 1-1, and the concrete body 1 and the adjacent concrete body 1 can be aligned; the effect of conveniently and quickly forming a disaster relief embankment is achieved, labor time and labor are saved, and the occurrence of geological disasters is avoided; the dividing line 1-1 is composed of a white luminous line segment 1-1-1 and a red luminous line 1-1-2, which can facilitate the operator to use the luminous function to identify parts of the concrete body 1 during night operation; and after multiple concrete bodies 1 and multiple concrete bodies 1 are combined into a product, it is convenient to identify the position of the product at night;

[0047] A groove 1-2 is provided in the middle of the upper end of the concrete body 1, the groove 1-2 surrounds the upper end, the groove 1-2 divides the upper end into two halves, and the groove 1-2 is parallel to the upper plane of the concrete body 1;

[0048] A groove 1-2 is provided in the middle of the lower end of the concrete body 1, the groove 1-2 surrounds the lower end, the groove 1-2 divides the lower end into two halves, and the groove 1-2 is parallel to the lower plane of the concrete body 1;

[0049] A groove 1-2 is provided in the middle of the front end of the concrete body 1, the groove 1-2 surrounds the front end, the groove 1-2 divides the front end into two halves, and the groove 1-2 is parallel to the front plane of the concrete body 1;

[0050] A groove 1-2 is provided in the middle of the rear end of the concrete body 1, the groove 1-2 surrounds the rear end, the groove 1-2 divides the rear end into two halves, and the groove 1-2 is parallel to the rear plane of the concrete body 1;

[0051] A groove 1-2 is provided in the middle of the left end of the concrete body 1, the groove 1-2 surrounds the left end, the groove 1-2 divides the left end into two halves, and the groove 1-2 is parallel to the left plane of the concrete body 1;

[0052] A groove 1-2 is provided in the middle of the right end of the concrete body 1, the groove 1-2 surrounds the right end, the groove 1-2 divides the right end into two halves, and the groove 1-2 is parallel to the right plane of the concrete body 1;

[0053] exist Figure 3 In the embodiment, all the grooves 1-2 are trapezoidal grooves which are wide inside and narrow outside, and have the same structure, shape and size;

[0054] A steel bar frame 2 is arranged in the concrete body 1. The structure of the steel bar frame 2 is: the front steel bar is arranged in the front end of the concrete body 1, and the rear steel bar is arranged in the rear end of the concrete body 1. The structures of the front steel bar and the rear steel bar are both square rectangular frames, which are formed by bending the steel bar into four right angles and welding the two ends into one body. The structure and size of the front steel bar and the rear steel bar are respectively the same. The four corners of the front steel bar and the rear steel bar are connected to each other by steel bars to form a cubic steel bar frame 2. The steel bars used in the steel bar frame 2 are all threaded steel bars. A box 3 is arranged in the steel bar frame 2. The box 3 is a cubic hollow box.

[0055] The length, width and height of the concrete body 1 are greater than those of the steel frame 2, and the length, width and height of the steel frame 2 are greater than those of the box 3. The concrete body 1, the steel frame 2 and the box 3 are parallel to each other and their centers are at the same point.

[0056] A hole is provided at the center of the upper plane of the box 3, the lower end of the metal tube 4 is connected to the edge of the hole, the upper end of the metal tube 4 does not exceed the upper plane of the concrete body 1, and the metal tube 4 is perpendicular to the box 3;

[0057] The structure of the metal tube 4 is that the upper and lower ends of the metal circular tube are connected to metal truncated cone tubes, and the outer wall of the metal circular tube protrudes from top to bottom with multiple annular patterns;

[0058] The purpose of setting the annular pattern is to increase the connection capacity between the metal circular tube and the concrete body;

[0059] The upper end of the metal circular tube is provided with an internal thread, and the upper end of the metal tube 4 is also provided with a matching pipe plug;

[0060] The structure of the pipe plug is that the outer wall of the cylinder is provided with an external thread, the external thread can be matched with the internal thread, the upper end of the cylinder is connected with a truncated cone body with a larger upper part and a smaller lower part, the truncated cone body can match the closed truncated cone tube, the upper plane of the truncated cone body is provided with a cross groove, and the middle of the cross groove is provided with a hexagonal groove;

[0061] The purpose of setting the cross groove is to facilitate the use of rectangular mouth tools or cross mouth tools to connect to the cross groove to rotate the pipe plug, and the purpose of setting the hexagonal groove is to facilitate the connection with the hexagonal wrench to rotate the pipe plug;

[0062] When the weight of the concrete body 1 needs to be temporarily increased, water is added from the metal pipe 4 into the box 3 and then the pipe plug is connected. When the weight of the concrete body 1 needs to be reduced, the pipe plug is removed to extract the water in the box 3. When the weight of the concrete body 1 needs to be increased for a long time, stone powder or concrete slurry is added from the metal pipe 4 into the box 3.

[0063] exist Figure 4 In the embodiment, the structure of the connector A5 is that the left trapezoidal body 5-1 and the right trapezoidal body 5-2 are connected in a mirror image. When the concrete body 1 is close to another concrete body 1, the connector A5 can be matched and inserted into the two adjacent grooves 1-2 to connect the two concrete bodies 1 into one. The length of the connector A5 is made according to the needs. The connector A5 is divided into a short connector A5 and a long connector A5. The length of the short connector A5 is less than or equal to the length of the concrete body 1, and the long connector A5 is greater than the length of the concrete body 1 or greater than the length of multiple concrete bodies 1.

[0064] exist Figure 5 In the structure of the connector B6, the left width surface of the rectangular plate 6-1 is connected to the left trapezoidal body 5-1, and the right width surface is connected to the right trapezoidal body 5-2. The left trapezoidal body 5-1 and the right trapezoidal body 5-2 are mirror images of each other, and the lengths of the rectangular plate 6-1, the left trapezoidal body 5-1 and the right trapezoidal body 5-2 are respectively equal; when the concrete body 1 is close to another concrete body 1, the connector B6 can be matched and inserted into the two adjacent grooves 1-2 to connect the two concrete bodies 1 into one body. Due to the support of the rectangular plate 6-1, there is a connection seam between the concrete body 1 and the other concrete body 1, and the connection seam is glued or filled with adhesive objects or other fillers.

[0065] The length of the connector B6 is made according to the needs. The connector B6 is divided into a short connector B6 and a long connector B6. The length of the short connector B6 is less than or equal to the length of the concrete body 1, and the long connector B6 is greater than the length of the concrete body 1 or greater than the length of multiple concrete bodies 1.

[0066] Procedure

[0067] Operation 1: When the concrete body 1 is used for the rapid construction of piers, the piers include bridge piers, house piers and other building support piers, or other emergency relief piers; the four corners and four sides of the concrete body 1 and the multiple concrete bodies 1 are aligned parallel to each other and overlapped up and down, and the connector A5 is respectively inserted into the upper and lower adjacent grooves 1-2 to connect the upper and lower concrete bodies 1 into one, and the grooves 1-2 of the outer wall of the pier are also inserted into the connector A5 to further connect and reinforce the upper and lower concrete bodies 1 to form a pier shape;

[0068] When the concrete bodies 1 are pasted with adhesive materials or filled with filling materials, a connector B6 is inserted into adjacent grooves 1-2 to connect multiple concrete bodies 1 into one;

[0069] When a large pier is to be built quickly, the front end, rear end, left end, right end or upper end of the pier can be connected to multiple concrete bodies 1 in the same way to form a large pier; the pier can be built quickly in the shortest time to avoid unnecessary accidents and losses;

[0070] Operation 2: When a landslide or other geological disaster is about to occur, the concrete body 1 is used to quickly build a retaining wall. The concrete body 1 and multiple concrete bodies 1 are neatly stacked up and down, left and right, and multiple connectors A5 are respectively inserted into adjacent grooves 1-2 to connect multiple concrete bodies 1 and multiple concrete bodies 1 into a retaining wall shape;

[0071] When a large retaining sill is to be made, the front end and the rear end or the upper end of the retaining sill are continuously connected to the concrete body 1 to form a large retaining sill shape; when the concrete bodies 1 are to be glued or filled with filling materials, the connector B6 is inserted into the adjacent grooves 1-2 to connect multiple concrete bodies 1 into one; the retaining sill can be quickly built in the shortest time to avoid unnecessary accidents and losses;

[0072] Operation three: when a flood is about to come and a flood control embankment needs to be built quickly, a concrete body 1 and multiple concrete bodies 1 are neatly stacked up and down and left and right to connect, multiple connectors A5 are respectively inserted into adjacent grooves 1-2 to connect the multiple concrete bodies 1 into one, and a waterproof cloth is wrapped around the wall of the flood control embankment to form a flood control embankment shape; when multiple concrete bodies 1 and multiple concrete bodies 1 need to be glued or filled with other filling materials, a connector B6 is inserted into adjacent grooves 1-2 to connect the multiple concrete bodies 1 into one;

[0073] When a large flood control embankment needs to be built quickly, the front end, rear end or upper end of the flood control embankment is connected with multiple concrete bodies 1 in the same way to form a large flood control embankment; the flood control embankment can be built quickly in the shortest time to avoid unnecessary accidents and losses.

[0074] Example 2

[0075] In Example 1, Figure 1 to Figure 2 In the figure, the length, width and height of the concrete body 1 are 100 cm respectively; the width of the white luminous light segment 1-1-1 and the red luminous light segment 1-1-2 are both 1 cm; Figure 3 In the embodiment, the length, width and height of the steel frame 2 are all 90 centimeters, and the length, width and height of the box 3 are all 85 centimeters; other technical solutions are the same as those in Example 1, and the effects are the same.

[0076] Example 3

[0077] In Example 1, Figure 1 to Figure 2 The length, width and height of the concrete body 1 are 80 cm respectively; the width of the white luminous light segment 1-1-1 and the red luminous light segment 1-1-2 are both 1 / 2 cm; Figure 3In the embodiment, the length, width and height of the steel frame 2 are all 72 centimeters, and the length, width and height of the box 3 are all 69 centimeters; other technical solutions are the same as those in Example 1, and the effects are the same.

[0078] Example 4

[0079] In Example 1, Figure 6 In the concrete body 1, a rectangular stone 7 is arranged. The structure of the rectangular stone 7 is a cube with equal length, width and height. The rectangular stone 7 is formed by cutting hard stone. First, the left and right ends of the hard stone are cut into mutually parallel planes, and then the front and rear ends are cut into mutually parallel planes, and then the upper and lower ends are cut into mutually parallel planes to form a cube rectangular stone 7;

[0080] The concrete body 1 and the rectangular stone 7 are parallel to each other and their centers are at the same point;

[0081] The purpose of setting the rectangular stone 7 is to eliminate the box 3 and the metal pipe 3, and increase the weight and strength of the concrete body 1; other technical solutions are the same as those in Example 1, and the effects are the same.

[0082] Example 5

[0083] In Example 1, Figure 7 In the embodiment, a steel frame 2 is provided in the concrete body 1, and a rectangular stone 7 is provided in the steel frame 2; the length, width and height of the concrete body 1 are 50 cm respectively, the length, width and height of the steel frame 2 are 44 cm respectively, the length, width and height of the rectangular stone 7 are 40 cm respectively, and the other technical solutions are the same as those in Example 1, and the effects are the same.

Claims

1. A disaster relief concrete body, comprising a connector A (5), a connector B (6), a cubic concrete body (1), and a groove (1-2) arranged on the cubic concrete body (1), characterized in that ； A luminous dividing line (1-1) is provided in the middle of the length of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into a left end and a right end, and the structures and dimensions of the left end and the right end are respectively the same, and the luminous dividing line (1-1) and the left plane and the right plane of the cube concrete body (1) are parallel to each other; A luminous dividing line (1-1) is provided in the middle of the width of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into a front end and a rear end, and the front and rear ends have the same structure and size, and the luminous dividing line (1-1) and the front plane and rear plane of the cube concrete body (1) are parallel to each other; A luminous dividing line (1-1) is provided in the middle of the height of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into an upper end and a lower end, and the structures and dimensions of the upper end and the lower end are respectively the same, and the luminous dividing line (1-1) and the upper plane and the lower plane of the cube concrete body (1) are parallel to each other; A groove (1-2) is provided in the middle of the upper end of the cube concrete body (1), the groove (1-2) surrounds the upper end, the groove (1-2) bisects the upper end, and the groove (1-2) is parallel to the upper plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the lower end of the cube concrete body (1), the groove (1-2) surrounds the lower end, the groove (1-2) bisects the lower end, and the groove (1-2) is parallel to the lower plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the front end of the cube concrete body (1), the groove (1-2) surrounds the front end, the groove (1-2) bisects the front end, and the groove (1-2) is parallel to the front plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the rear end of the cube concrete body (1), the groove (1-2) surrounds the rear end, the groove (1-2) bisects the rear end, and the groove (1-2) is parallel to the rear plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the left end of the cube concrete body (1), the groove (1-2) surrounds the left end, the groove (1-2) bisects the left end, and the groove (1-2) is parallel to the left plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the right end of the cube concrete body (1), the groove (1-2) surrounds the right end, the groove (1-2) bisects the right end, and the groove (1-2) is parallel to the right plane of the cube concrete body (1); All the grooves (1-2) are trapezoidal grooves that are wide inside and narrow outside, and have the same structure, shape and size; A cube-shaped concrete body (1) is provided with a cube-shaped steel bar frame (2), and a cube-shaped hollow box (3) is provided in the cube-shaped steel bar frame (2); a hole is provided at the center of the upper plane of the cube-shaped hollow box (3); the lower end of the metal tube (4) is connected to the edge of the hole; the upper end of the metal tube (4) does not extend beyond the upper plane of the cube-shaped concrete body (1); the upper end of the metal circular tube is provided with an internal thread; and the upper end of the metal tube (4) is also provided with a matching pipe plug; The structure of the metal tube (4) is that the upper and lower ends of the metal circular tube are connected to the metal truncated cone tube, and the outer wall of the metal circular tube is protruded with a plurality of annular patterns from top to bottom; The structure of the pipe plug is that the outer wall of the cylinder is provided with an external thread, the external thread can be matched with the internal thread, the upper end of the cylinder is connected with a truncated cone body with a larger upper part and a smaller lower part, and the truncated cone body can match the closed truncated cone pipe; The structure of the connector A (5) is that the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are connected in a mirror image. When the cubic concrete body (1) is close to another cubic concrete body (1), the connector A (5) can be matched and inserted into two adjacent grooves (1-2) to connect the two cubic concrete bodies (1) into one. The length of the connector A (5) can be made according to needs. The structure of the connector B (6) is that the left width surface of the rectangular plate (6-1) is connected to the left trapezoidal body (5-1), and the right width surface is connected to the right trapezoidal body (5-2); the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are mirror images of each other, and the lengths of the rectangular plate (6-1), the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are respectively equal; when the cubic concrete body (1) is close to another cubic concrete body (1), the connector B (6) can be matched and inserted into two adjacent grooves (1-2) to connect the two cubic concrete bodies (1) into one body; due to the support of the rectangular plate (6-1), there is a connection seam between the cubic concrete body (1) and the other cubic concrete body (1), and the connection seam is glued or filled with a glue object or other filler; the length of the connector B (6) is made according to needs.

2. A disaster relief concrete body according to claim 1, characterized in that: The cubic concrete body (1) is formed by mixing cement, stone powder, stone particles and water, stirring them into concrete slurry, and then injecting the concrete slurry into a rectangular mold for solidification.

3. The disaster relief concrete body according to claim 1, characterized in that: The structure of the luminous dividing line (1-1) is that the white luminous line segment (1-1-1) and the red luminous line segment (1-1-2) are repeatedly crossed and connected to form.

4. The disaster relief concrete body according to claim 1, characterized in that: The structure of the cube steel bar frame (2) is as follows: the front steel bar is inside the front end of the cube concrete body (1), and the rear steel bar is inside the rear end of the cube concrete body (1). The structures of the front steel bar and the rear steel bar are both square rectangular frames, which are formed by bending steel bars into four right angles and welding the two ends together. The structure and size of the front steel bar and the rear steel bar are respectively the same. The four corners of the front steel bar and the rear steel bar are connected to each other by steel bars to form the cube steel bar frame (2).

5. A disaster relief concrete body according to claim 4, characterized in that: The steel bars used in the cube steel bar frame (2) are all threaded steel bars.

6. The disaster relief concrete body according to claim 1, characterized in that: The cubic concrete body (1), the cubic steel bar frame (2), and the cubic box (3) are parallel to each other and their centers are at the same point.

7. The disaster relief concrete body according to claim 1, characterized in that: The metal tube (4) is perpendicular to the cubic box (3).

8. The disaster relief concrete body according to claim 1, characterized in that: A cross groove is arranged on the upper plane of the truncated cone body, and a hexagonal groove is arranged in the middle of the cross groove.

9. The disaster relief concrete body according to claim 1, characterized in that: The connector A (5) is divided into a short connector A (5) and a long connector A (5). The length of the short connector A (5) is less than or equal to the length of the cubic concrete body (1), and the length of the long connector A (5) is greater than the length of the cubic concrete body (1) or greater than the length of a plurality of cubic concrete bodies (1).

10. The disaster relief concrete body according to claim 1, characterized in that: The connector B (6) is divided into a short connector B (6) and a long connector B (6). The length of the short connector B (6) is less than or equal to the length of the cubic concrete body (1), and the length of the long connector B (6) is greater than the length of the cubic concrete body (1) or greater than the length of a plurality of cubic concrete bodies (1).

11. A disaster relief concrete body according to claim 1, when the cubic concrete body (1) is used for rapid construction of piers, the piers include bridge piers, house piers and other building support piers, or other emergency relief piers; The four corners and four sides of the cube concrete body (1) and the plurality of cube concrete bodies (1) are aligned parallel to each other and overlapped up and down, and the connector A (5) is respectively inserted into the upper and lower adjacent grooves (1-2) to connect the upper and lower cube concrete bodies (1) into one body, and the grooves (1-2) of the outer wall of the pier are also inserted into the connector A (5) to further connect and reinforce the upper and lower cube concrete bodies (1) to form a pier shape; When the cubic concrete bodies (1) and the cubic concrete bodies (1) are pasted with adhesive material or filled with filling material, the connector B (6) is inserted into the adjacent grooves (1-2) to connect the plurality of cubic concrete bodies (1) into one; When a large pier is to be built quickly, the front end, rear end, left end, right end or upper end of the pier is connected to a plurality of cubic concrete bodies (1) in the same way to form a large pier; the pier can be built quickly in the shortest time, thus avoiding unnecessary accidents and losses.

12. A disaster relief concrete body according to claim 1, when a landslide or other geological disaster is about to occur, when a cubic concrete body (1) is used to quickly build a retaining wall, the cubic concrete body (1) and a plurality of cubic concrete bodies (1) are neatly stacked up and down, left and right, and a plurality of connectors A (5) are respectively inserted into adjacent grooves (1-2), and the plurality of cubic concrete bodies (1) and a plurality of cubic concrete bodies (1) are connected as a whole to form a retaining wall shape; When a large retaining wall is to be manufactured, the front end and the rear end or the upper end of the retaining wall are continuously connected to the cubic concrete body (1) to form a large retaining wall shape; when the cubic concrete bodies (1) are to be glued or filled with filling materials, a connector B (6) is inserted into adjacent grooves (1-2) to connect multiple cubic concrete bodies (1) into one; the retaining wall can be quickly constructed in the shortest time, thereby avoiding unnecessary accidents and losses.

13. The disaster relief concrete body according to claim 1, characterized in that: The length, width and height of the cubic concrete body (1) are respectively one hundred centimeters.

14. The disaster relief concrete body according to claim 1, characterized in that: The width of the white luminous line segment (1-1-1) and the red luminous line segment (1-1-2) is one centimeter.

15. A disaster relief concrete body according to claim 1, when a flood is about to come and a flood control embankment needs to be quickly built, the cube concrete body (1) is neatly stacked and connected with multiple cube concrete bodies (1) up and down, left and right, and multiple connectors A (5) are respectively inserted into adjacent grooves (1-2) to connect the multiple cube concrete bodies (1) into one, and the wall of the flood control embankment is wrapped with a waterproof cloth to form a flood control embankment shape; When a plurality of cubic concrete bodies (1) and a plurality of cubic concrete bodies (1) are to be pasted with an adhesive material or filled with other filling materials, a connector B (6) is inserted into adjacent grooves (1-2) to connect the plurality of cubic concrete bodies (1) into one; When a large flood control embankment is to be constructed quickly, the front end, rear end, upper end, left end or right end of the flood control embankment are connected to a plurality of cubic concrete bodies (1) in the same way to form a large flood control embankment; the flood control embankment can be constructed quickly in the shortest time, thus avoiding unnecessary accidents and losses.

16. The disaster relief concrete body according to claim 1, characterized in that: The length, width and height of the cube steel frame (2) are all 90 centimeters, and the length, width and height of the box (3) are all 85 centimeters.

17. A disaster relief concrete body, comprising a connector A (5), a connector B (6), a cubic concrete body (1), and a groove (1-2) arranged on the cubic concrete body (1), characterized in that ; A luminous dividing line (1-1) is provided in the middle of the length of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into a left end and a right end, and the structures and dimensions of the left end and the right end are respectively the same, and the luminous dividing line (1-1) and the left plane and the right plane of the cube concrete body (1) are parallel to each other; A luminous dividing line (1-1) is provided in the middle of the width of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into a front end and a rear end, and the front and rear ends have the same structure and size, and the luminous dividing line (1-1) and the front plane and rear plane of the cube concrete body (1) are parallel to each other; A luminous dividing line (1-1) is provided in the middle of the height of the cube concrete body (1), and the luminous dividing line (1-1) surrounds the middle to divide the cube concrete body (1) into an upper end and a lower end, and the structures and dimensions of the upper end and the lower end are respectively the same, and the luminous dividing line (1-1) and the upper plane and the lower plane of the cube concrete body (1) are parallel to each other; A groove (1-2) is provided in the middle of the upper end of the cube concrete body (1), the groove (1-2) surrounds the upper end, the groove (1-2) bisects the upper end, and the groove (1-2) is parallel to the upper plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the lower end of the cube concrete body (1), the groove (1-2) surrounds the lower end, the groove (1-2) bisects the lower end, and the groove (1-2) is parallel to the lower plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the front end of the cube concrete body (1), the groove (1-2) surrounds the front end, the groove (1-2) bisects the front end, and the groove (1-2) is parallel to the front plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the rear end of the cube concrete body (1), the groove (1-2) surrounds the rear end, the groove (1-2) bisects the rear end, and the groove (1-2) is parallel to the rear plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the left end of the cube concrete body (1), the groove (1-2) surrounds the left end, the groove (1-2) bisects the left end, and the groove (1-2) is parallel to the left plane of the cube concrete body (1); A groove (1-2) is provided in the middle of the right end of the cube concrete body (1), the groove (1-2) surrounds the right end, the groove (1-2) bisects the right end, and the groove (1-2) is parallel to the right plane of the cube concrete body (1); All the grooves (1-2) are trapezoidal grooves that are wide inside and narrow outside, and have the same structure, shape and size; A cubic rectangular stone (7) is arranged in the cubic concrete body (1), or a cubic steel bar frame (2) is arranged in the cubic concrete body (1), and a cubic rectangular stone (7) is arranged in the cubic steel bar frame (2); The structure of the connector A (5) is that the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are connected in a mirror image. When the cubic concrete body (1) is close to another cubic concrete body (1), the connector A (5) can be matched and inserted into two adjacent grooves (1-2) to connect the two cubic concrete bodies (1) into one. The length of the connector A (5) can be made according to needs. The structure of the connector B (6) is that the left width surface of the rectangular plate (6-1) is connected to the left trapezoidal body (5-1), and the right width surface is connected to the right trapezoidal body (5-2); the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are mirror images of each other, and the lengths of the rectangular plate (6-1), the left trapezoidal body (5-1) and the right trapezoidal body (5-2) are respectively equal; when the cubic concrete body (1) is close to another cubic concrete body (1), the connector B (6) can be matched and inserted into two adjacent grooves (1-2) to connect the two cubic concrete bodies (1) into one body; due to the support of the rectangular plate (6-1), there is a connection seam between the cubic concrete body (1) and the other cubic concrete body (1), and the connection seam is glued or filled with a glue object or other filler; the length of the connector B (6) is made according to needs.

18. The disaster relief concrete body according to claim 17, characterized in that: The cube-shaped rectangular stone (7) is formed by cutting hard stone. First, the left and right ends of the hard stone are cut into parallel planes, and then the front and rear ends are cut into parallel planes, and then the upper and lower ends are cut into parallel planes to form the cube-shaped rectangular stone (7).

19. The disaster relief concrete body according to claim 17, characterized in that: The cubic concrete body (1) and the cubic rectangular stone (7) are parallel to each other and their centers are at the same point.

20. According to the disaster relief concrete body of claim 17, the length, width and height of the cubic concrete body (1) are 50 centimeters respectively, the length, width and height of the cubic steel bar frame (2) are 44 centimeters respectively, and the length, width and height of the rectangular stone (7) are 40 centimeters respectively.

Images