CN211370205U - Reinforced aluminum alloy fence door and fence - Google Patents
Reinforced aluminum alloy fence door and fence Download PDFInfo
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- CN211370205U CN211370205U CN201922081989.4U CN201922081989U CN211370205U CN 211370205 U CN211370205 U CN 211370205U CN 201922081989 U CN201922081989 U CN 201922081989U CN 211370205 U CN211370205 U CN 211370205U
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Abstract
The utility model provides a reinforced aluminum alloy fence, which comprises a support vertical rod I at two ends and an encryption vertical rod II between the two support vertical rods I, wherein the top of the encryption vertical rod II is provided with an extruded spearhead tip; the two arched cross rods are inserted at the upper parts close to the supporting vertical rods I, and the linear cross rods are inserted at the bottom ends of the two supporting vertical rods I; the encryption type vertical rods II are inserted into the inserting holes in the linear cross rods from the inserting holes in the arch cross rods I and the arch cross rods II; a reinforcing rod which is obliquely arranged is arranged between the two supporting vertical rods I; two sides of the encryption type vertical rod II are provided with encryption type vertical rods III; a reinforced aluminum alloy fence door comprises two fence door bodies with the same structure as the fence, wherein the two fence door bodies are arranged in a mirror image manner, and when the two fence door bodies are in a closed state, two reinforcing rods and two arched transverse rods II form a heart-shaped pattern; the beneficial effects are that: the structure is more stable, the animals can be prevented from drilling in and out, and the appearance is more attractive.
Description
Technical Field
The utility model relates to a rail field, in particular to reinforcement type aluminum alloy rail door and rail.
Background
Fence door or rail on the market at present includes according to the material classification wooden, iron, stainless steel, aluminum alloy matter, copper etc. wooden has pleasing to the eye non-corrodible characteristics, iron and stainless steel also can corrode the phenomenon and relatively heavier through long-time the use, be unfavorable for transportation and installation, copper has anticorrosive, the characteristics that the material is slim and graceful, but because the price is expensive, can not be extensively for using widely, and aluminum alloy matter fence door and rail also have anticorrosive characteristics under the condition of not mopping, and the material is slim and graceful, be convenient for transportation and installation.
The structure of aluminum alloy rail door and rail on the market is more single at present, and general structure is: the upright posts are fixedly connected with 2-3 linear cross bars through bolts after being spliced, the cross bars are linear bars, and the heads of the upright posts are provided with pointed ends; in order to save materials and lighten the light, the common transverse rod and the vertical rod are of hollow structures. When a fence door or a fence is climbed in daily life, for example, when a key is forgotten to take the fence door or the fence, as the head of the fence door or the fence is provided with the pointed end, the cross rod and the upright rod are both of hollow structures and are connected through the bolts, when the cross rod is stressed from top to bottom, all the force is borne by the stressed part of the cross rod, so that the cross rod can be broken, and at the moment, a person can be pricked by the pointed end if falling; when a certain amount of heavy objects are hung on the cross bar, the stress capacity of the cross bar is not strong, and the cross bar is likely to be interrupted from the stress capacity; the gaps at the gate and the bottom of the fence are large, and small animals such as puppies can drill into the gaps, so that the safety protection is not facilitated. It is therefore desirable to develop an aluminum alloy enclosure door and enclosure that is more robust and prevents small animals from drilling into the enclosure.
SUMMERY OF THE UTILITY MODEL
According to the not enough of above-mentioned prior art, the utility model provides a more firm, can prevent that the toy from drilling out and improve the security, more for pleasing to the eye reinforcement type aluminum alloy rail door and rail.
The technical scheme of the utility model is that:
a reinforced aluminum alloy fence comprises a vertical rod, two arched cross rods and a linear cross rod;
the shape of the arched cross rod is a semi-arc arch; the upright posts comprise a supporting upright post I at two ends and an encryption type upright post II between the two supporting upright posts I, the two supporting upright posts I are the same in width and height, the width of the supporting upright post I is 6-10cm, the width of the supporting upright post I is larger than that of the encryption type upright post II, the width of the supporting upright post I is 3-5 times that of the encryption type upright post II, and the width of the encryption type upright post II is 2-4 cm; the top of the encryption type vertical rod II is provided with a spearhead tip formed by extrusion molding of the encryption type vertical rod II, and the spearhead tip is formed by extruding the head of the encryption type vertical rod II and welding the edge part;
the two supporting vertical rods I are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod are inserted between the two supporting vertical rods I, the two arched cross rods are divided into an arched cross rod I and an arched cross rod II, the two arched cross rods are inserted at the upper parts close to the supporting vertical rods I, the linear cross rods are inserted at the bottom ends of the two supporting vertical rods I, and the two supporting vertical rods I are further fixed by welding the crossed parts after being inserted; the two supporting vertical rods I are inserted into the two supporting vertical rods I, and then the middle of the two supporting vertical rods I is high, and the two sides of the two supporting vertical rods I are low;
the first arched cross rod, the second arched cross rod and the linear cross rod are respectively provided with a plurality of inserting holes corresponding to the cross section shapes and sizes of the encryption type vertical rods II, the encryption type vertical rods II are inserted from the inserting holes in the first arched cross rod at the top end, then are inserted from the inserting holes in the second arched cross rod, and finally are inserted into the inserting holes in the linear cross rod, and are screwed into the cross part through bolts after being inserted so as to be further fixed;
the number of the encryption type vertical rods II is odd, the height of the encryption type vertical rods II positioned at even number positions is higher than that of the encryption type vertical rods II positioned at odd number positions on the edge parts, the height of all the encryption type vertical rods II positioned at odd number positions is gradually shortened from the middle to two ends, and the height of all the encryption type vertical rods II positioned at even number positions is gradually shortened from the middle to two ends; the spearhead tips are all positioned at the upper part of the arched cross rod I;
wherein the height of the supporting upright stanchion I is between 1.6m and 1.8m, the height of the encryption type upright stanchion II is between 1.5m and 1.9m, and the length of the linear transverse bar is between 1.2m and 1.6 m;
the width of the arched cross rod I and the arched cross rod II is between 2.8 and 4.5cm, and the width of the linear cross rod is equal to the width of the supporting vertical rod I and is between 6 and 10 cm;
the supporting vertical rod I, the encryption type vertical rod II, the arch cross rod I, the arch cross rod II and the linear cross rod are all of hollow structures;
a reinforcing rod which is obliquely arranged is arranged between the two supporting vertical rods I, one end of the reinforcing rod is inserted into one of the supporting vertical rods I and is close to the bottom of the splicing position of the arched cross rod II and the supporting vertical rod I, and the other end of the reinforcing rod is inserted into the other supporting vertical rod I and is close to the upper part of the splicing position of the linear cross rod and the supporting vertical rod I; after the insertion, the connection is further fixedly connected through welding; the reinforcing rod is provided with a plurality of inserting ports, the encryption type vertical rod II penetrates through the inserting ports on the reinforcing rod, and the intersection of the encryption type vertical rod II and the reinforcing rod after insertion is further fixed through bolts;
the section of the reinforcing rod is of a U-shaped structure;
the two sides of each encryption type vertical rod II are respectively provided with an encryption type vertical rod III, the height of each encryption type vertical rod III is lower than that of each encryption type vertical rod II and is between 1.2m and 0.4m, one end of each encryption type vertical rod III penetrates through the reinforcing rod, the other end of each encryption type vertical rod III is inserted into the linear cross rod, and the intersection of each encryption type vertical rod III and the reinforcing rod and the intersection of each encryption type vertical rod III and the linear cross rod are further fixed through bolts;
the encryption type upright stanchion III adopts a hollow structure; the top of the encryption type vertical rod III is closed, and the top of the encryption type vertical rod III is closed by welding an aluminum sheet on the top of the hollow encryption type vertical rod III;
the rod edges of the arched cross rod I, the arched cross rod II, the linear cross rod and the reinforcing rod between the two supporting vertical rods I are all concave arc-shaped edges, and the rod edges opposite to the two supporting vertical rods I are also concave arc-shaped edges;
the supporting vertical rod I, the encryption type vertical rod II, the arch cross rod I, the arch cross rod II, the linear cross rod, the encryption type vertical rod III and the reinforcing rod are all made of aluminum alloy sections;
a reinforced aluminum alloy fence door comprises two fence door bodies with the same structure as the fence, wherein the two fence door bodies are arranged in a mirror image manner, and when the two fence door bodies are in a closed state, two reinforcing rods and two arched transverse rods II form a heart-shaped pattern;
furthermore, each fence door body in the fence door body comprises a vertical rod, two arched cross rods and a linear cross rod;
the shape of the arched cross rod is a semi-arc arch; the upright posts comprise a supporting upright post I at two ends and an encryption type upright post II between the two supporting upright posts I, the two supporting upright posts I are the same in width and height, the width of the supporting upright post I is 6-10cm, the width of the supporting upright post I is larger than that of the encryption type upright post II, the width of the supporting upright post I is 3-5 times that of the encryption type upright post II, and the width of the encryption type upright post II is 2-4 cm; the top of the encryption type vertical rod II is provided with a spearhead tip formed by extrusion molding of the encryption type vertical rod II, and the spearhead tip is formed by extruding the head of the encryption type vertical rod II and welding the edge part;
the two supporting vertical rods I are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod are inserted between the two supporting vertical rods I, the two arched cross rods are divided into an arched cross rod I and an arched cross rod II, the two arched cross rods are inserted at the upper parts close to the supporting vertical rods I, the linear cross rods are inserted at the bottom ends of the two supporting vertical rods I, and the two supporting vertical rods I are further fixed by welding the crossed parts after being inserted; the two supporting vertical rods I are inserted into the two supporting vertical rods I, and then the middle of the two supporting vertical rods I is high, and the two sides of the two supporting vertical rods I are low;
the first arched cross rod, the second arched cross rod and the linear cross rod are respectively provided with a plurality of inserting holes corresponding to the cross section shapes and sizes of the encryption type vertical rods II, the encryption type vertical rods II are inserted from the inserting holes in the first arched cross rod at the top end, then are inserted from the inserting holes in the second arched cross rod, and finally are inserted into the inserting holes in the linear cross rod, and are screwed into the cross part through bolts after being inserted so as to be further fixed;
the number of the encryption type vertical rods II is odd, the height of the encryption type vertical rods II positioned at even number positions is higher than that of the encryption type vertical rods II positioned at odd number positions on the edge parts, the height of all the encryption type vertical rods II positioned at odd number positions is gradually shortened from the middle to two ends, and the height of all the encryption type vertical rods II positioned at even number positions is gradually shortened from the middle to two ends; the spearhead tips are all positioned at the upper part of the arched cross rod I;
wherein the height of the supporting upright stanchion I is between 1.6m and 1.8m, the height of the encryption type upright stanchion II is between 1.5m and 1.9m, and the length of the linear transverse bar is between 1.2m and 1.6 m;
the width of the arched cross rod I and the arched cross rod II is between 2.8 and 4.5cm, and the width of the linear cross rod is equal to the width of the supporting vertical rod I and is between 6 and 10 cm;
the supporting vertical rod I, the encryption type vertical rod II, the arch cross rod I, the arch cross rod II and the linear cross rod are all of hollow structures;
a reinforcing rod which is obliquely arranged is arranged between the two supporting vertical rods I, one end of the reinforcing rod is inserted into one of the supporting vertical rods I and is close to the bottom of the splicing position of the arched cross rod II and the supporting vertical rod I, and the other end of the reinforcing rod is inserted into the other supporting vertical rod I and is close to the upper part of the splicing position of the linear cross rod and the supporting vertical rod I; after the insertion, the connection is further fixedly connected through welding; the reinforcing rod is provided with a plurality of inserting ports, the encryption type vertical rod II penetrates through the inserting ports on the reinforcing rod, and the intersection of the encryption type vertical rod II and the reinforcing rod after insertion is further fixed through bolts;
the section of the reinforcing rod is of a U-shaped structure;
the two sides of each encryption type vertical rod II are respectively provided with an encryption type vertical rod III, the height of each encryption type vertical rod III is lower than that of each encryption type vertical rod II and is between 1.2m and 0.4m, one end of each encryption type vertical rod III penetrates through the reinforcing rod, the other end of each encryption type vertical rod III is inserted into the linear cross rod, and the intersection of each encryption type vertical rod III and the reinforcing rod and the intersection of each encryption type vertical rod III and the linear cross rod are further fixed through bolts;
the encryption type upright stanchion III adopts a hollow structure; the top of the encryption type vertical rod III is closed, and the top of the encryption type vertical rod III is closed by welding an aluminum sheet on the top of the hollow encryption type vertical rod III;
the rod edges of the arched cross rod I, the arched cross rod II, the linear cross rod and the reinforcing rod between the two supporting vertical rods I are all concave arc-shaped edges, and the rod edges opposite to the two supporting vertical rods I are also concave arc-shaped edges;
the supporting vertical rod I, the encryption type vertical rod II, the arch cross rod I, the arch cross rod II, the linear cross rod, the encryption type vertical rod III and the reinforcing rod are all made of aluminum alloy sections;
the utility model has the advantages that:
1. because the shape of the arched cross rod II is a semi-arc arch, when the top of the arched cross rod II is stressed, the arch is linear, the pressure resistance is stronger, and the force is dispersed to two sides rather than being directly applied to the stressed part, so that the stability of the reinforced aluminum alloy fence is enhanced;
2. the spearhead tip is formed by one-time extrusion of the head of the dense vertical rod II, so that the structure is simple, and rainwater and soil can be prevented from entering the spearhead from the head of the hollow dense vertical rod II;
3. the reinforced aluminum alloy fence is integrally made of aluminum alloy, so that the reinforced aluminum alloy fence has the characteristics of stable structure, identification, oxidation resistance and light material, and is convenient to transport; owing to support pole setting I, encryption type pole setting II, arch horizontal pole I, arch horizontal pole II, sharp form horizontal pole, encryption type pole setting III all adopt hollow structure, and the section of anchor strut is U type structure, so reduced the holistic weight of this reinforcement type aluminum alloy rail, be convenient for drilling, installation have reduced the consumptive material. The top of the encryption type vertical rod III is closed, so that rainwater and dust are prevented from falling into the encryption type vertical rod III and further entering the linear cross rod;
4. the arrangement of the reinforcing rods ensures that the reinforced aluminum alloy fence is divided into two triangles by taking the reinforcing rods as boundaries, and the triangular structure is most stable, so the reinforcing rods enhance the stability of the aluminum alloy fence;
5. because the pole limit of two arch horizontal poles I, arch horizontal pole II, sharp form horizontal pole, the anchor strut between the pole setting I of supporting all adopts recessed circular arc type limit, and the pole limit that two I relative poles of supporting pole setting also adopt recessed circular arc type limit, when the accident takes place to collide with, the circular arc limit is higher than the security on right angle arris type limit.
6. Encrypt type pole setting III and make the lower part of this reinforcement type aluminum alloy rail more closely knit, can avoid the toy to pass from the middle, strengthened the security, can avoid the problem that the toy wanders away, this reinforcement type aluminum alloy rail's upper portion does not encrypt simultaneously, and beneficial effect reduces the consumptive material, avoids aggravating the weight of this reinforcement type aluminum alloy rail, convenient transportation.
7. This reinforcement type aluminum alloy rail door, including two with the rail door body that rail structure is the same, two rail door body mirror images set up, two rail door bodies under the closure state, two anchor bars and two arch horizontal poles II constitute "heart type" pattern, and it is more pleasing to the eye, more has the degree of discerning.
Drawings
FIG. 1: the utility model relates to a schematic diagram of a reinforced aluminum alloy fence;
FIG. 2: a partial enlarged view of the bottom of the reinforcing rod;
FIG. 3: a schematic view of a reinforced aluminum alloy fence door;
in the figure:
1. support pole setting I2, encryption type pole setting II 3, spearhead point
4. Linear cross rod 5, arched cross rod I6 and arched cross rod II
7. Reinforcing rod 8 and encryption type upright rod III
Detailed Description
The embodiment provides a reinforced aluminum alloy fence which comprises a vertical rod, two arched cross rods and a linear cross rod 4;
the shape of the arched cross rod is a semi-arc arch; the upright posts comprise supporting upright posts I1 at two ends and an encryption type upright post II 2 between the two supporting upright posts I1, the two supporting upright posts I1 are the same in width and height, the width of the supporting upright post I1 is 6-10cm, the width of the supporting upright post I1 is larger than that of the encryption type upright post II 2, the width of the supporting upright post I1 is 3-5 times that of the encryption type upright post II 2, and the width of the encryption type upright post II 2 is 2-4 cm; the top of the thickened vertical rod II 2 is provided with a spearhead tip 3 formed by extrusion forming of the thickened vertical rod II 2, and the spearhead tip 3 is formed by extruding the head of the thickened vertical rod II 2 and welding the edge part;
the two supporting vertical rods I1 are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod 4 are inserted between the two supporting vertical rods I1, the two arched cross rods are divided into an arched cross rod I5 and an arched cross rod II 6, the two arched cross rods are inserted at the upper part close to the supporting vertical rods I1, the linear cross rod 4 is inserted at the bottom ends of the two supporting vertical rods I1, and the inserted straight cross rods are further fixed by welding the crossed parts of the inserted straight cross rods; the two supporting vertical rods I1 are inserted with the protruding edges of the arched cross rod I5 and the arched cross rod II 6 facing upwards, the middle is high, and the two edges are low;
the arc cross rod I5, the arc cross rod II 6 and the linear cross rod 4 are respectively provided with a plurality of inserting holes corresponding to the section shapes and sizes of the encryption type vertical rods II 2, the encryption type vertical rods II 2 are inserted from the inserting holes on the arc cross rod I5 positioned at the top end, then are inserted from the inserting holes on the arc cross rod II 6, and finally are inserted into the inserting holes on the linear cross rod 4, and are screwed into the crossed parts through bolts after being inserted so as to be further fixed;
the number of the encryption type vertical rods II 2 is odd, the height of the encryption type vertical rods II 2 positioned at even number positions is higher than that of the encryption type vertical rods II 2 positioned at odd number positions on the edge parts, the height of all the encryption type vertical rods II 2 positioned at odd number positions is gradually shortened from the middle to two ends, and the height of all the encryption type vertical rods II 2 positioned at even number positions is gradually shortened from the middle to two ends; the spearhead tips 3 are all positioned at the upper part of the arched cross rod I5;
wherein the height of the supporting upright stanchion I1 is between 1.6m and 1.8m, the height of the encryption type upright stanchion II 2 is between 1.5m and 1.9m, and the length of the linear cross rod 4 is between 1.2m and 1.6 m;
the widths of the arched cross rods I5 and II 6 are 2.8-4.5cm, and the width of the linear cross rod 4 is equal to the width of the supporting vertical rod I1 and is 6-10 cm;
the supporting vertical rod I1, the encryption type vertical rod II 2, the arch cross rod I5, the arch cross rod II 6 and the linear cross rod 4 are all of hollow structures;
a reinforcing rod 7 which is obliquely arranged is arranged between the two supporting vertical rods I1, one end of the reinforcing rod 7 is inserted into one supporting vertical rod I1 and is close to the bottom of the splicing part of the arched cross rod II 6 and the supporting vertical rod I1, and the other end of the reinforcing rod 7 is inserted into the other supporting vertical rod I1 and is close to the upper part of the splicing part of the linear cross rod 4 and the supporting vertical rod I1; after the insertion, the connection is further fixedly connected through welding; the reinforcing rod 7 is provided with a plurality of inserting ports, the encryption type vertical rods II 2 penetrate through the inserting ports in the reinforcing rod 7, and the intersections of the encryption type vertical rods II 2 and the reinforcing rod 7 after insertion are further fixed through bolts;
the section of the reinforcing rod 7 is of a U-shaped structure;
two sides of each encryption type vertical rod II 2 are respectively provided with an encryption type vertical rod III 8, the height of each encryption type vertical rod III 8 is lower than that of each encryption type vertical rod II 2 and is between 1.2m and 0.4m, one end of each encryption type vertical rod III 8 penetrates through the reinforcing rod 7, the other end of each encryption type vertical rod III 8 is inserted into the linear cross rod 4, and the intersection of each encryption type vertical rod III 8 and the reinforcing rod 7 and the intersection of each encryption type vertical rod III 8 and the linear cross rod 4 are further fixed through bolts;
the encryption type vertical rod III 8 adopts a hollow structure; the top of the encryption type vertical rod III 8 is closed, and the top of the encryption type vertical rod III 8 is closed by welding an aluminum sheet on the top of the hollow encryption type vertical rod III 8;
the rod edges of the arched cross rod I5, the arched cross rod II 6, the linear cross rod 4 and the reinforcing rod 7 between the two supporting vertical rods I1 are all concave arc-shaped edges, and the opposite rod edges of the two supporting vertical rods I1 are also concave arc-shaped edges;
the supporting vertical rod I1, the encryption type vertical rod II 2, the arch cross rod I5, the arch cross rod II 6, the linear cross rod 4, the encryption type vertical rod III 8 and the reinforcing rod 7 are all made of aluminum alloy sections;
a reinforced aluminum alloy fence door comprises two fence door bodies with the same structure as the fence, wherein the two fence door bodies are arranged in a mirror image manner, and when the two fence door bodies are in a closed state, two reinforcing rods 7 and two arched cross rods II 6 form a heart-shaped pattern;
furthermore, each fence door body in the fence door body comprises a vertical rod, two arched cross rods and a linear cross rod 4;
the shape of the arched cross rod is a semi-arc arch; the upright posts comprise supporting upright posts I1 at two ends and an encryption type upright post II 2 between the two supporting upright posts I1, the two supporting upright posts I1 are the same in width and height, the width of the supporting upright post I1 is 6-10cm, the width of the supporting upright post I1 is larger than that of the encryption type upright post II 2, the width of the supporting upright post I1 is 3-5 times that of the encryption type upright post II 2, and the width of the encryption type upright post II 2 is 2-4 cm; the top of the thickened vertical rod II 2 is provided with a spearhead tip 3 formed by extrusion forming of the thickened vertical rod II 2, and the spearhead tip 3 is formed by extruding the head of the thickened vertical rod II 2 and welding the edge part;
the two supporting vertical rods I1 are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod 4 are inserted between the two supporting vertical rods I1, the two arched cross rods are divided into an arched cross rod I5 and an arched cross rod II 6, the two arched cross rods are inserted at the upper part close to the supporting vertical rods I1, the linear cross rod 4 is inserted at the bottom ends of the two supporting vertical rods I1, and the inserted straight cross rods are further fixed by welding the crossed parts of the inserted straight cross rods; the two supporting vertical rods I1 are inserted with the protruding edges of the arched cross rod I5 and the arched cross rod II 6 facing upwards, the middle is high, and the two edges are low;
the arc cross rod I5, the arc cross rod II 6 and the linear cross rod 4 are respectively provided with a plurality of inserting holes corresponding to the section shapes and sizes of the encryption type vertical rods II 2, the encryption type vertical rods II 2 are inserted from the inserting holes on the arc cross rod I5 positioned at the top end, then are inserted from the inserting holes on the arc cross rod II 6, and finally are inserted into the inserting holes on the linear cross rod 4, and are screwed into the crossed parts through bolts after being inserted so as to be further fixed;
the number of the encryption type vertical rods II 2 is odd, the height of the encryption type vertical rods II 2 positioned at even number positions is higher than that of the encryption type vertical rods II 2 positioned at odd number positions on the edge parts, the height of all the encryption type vertical rods II 2 positioned at odd number positions is gradually shortened from the middle to two ends, and the height of all the encryption type vertical rods II 2 positioned at even number positions is gradually shortened from the middle to two ends; the spearhead tips 3 are all positioned at the upper part of the arched cross rod I5;
wherein the height of the supporting upright stanchion I1 is between 1.6m and 1.8m, the height of the encryption type upright stanchion II 2 is between 1.5m and 1.9m, and the length of the linear cross rod 4 is between 1.2m and 1.6 m;
the widths of the arched cross rods I5 and II 6 are 2.8-4.5cm, and the width of the linear cross rod 4 is equal to the width of the supporting vertical rod I1 and is 6-10 cm;
the supporting vertical rod I1, the encryption type vertical rod II 2, the arch cross rod I5, the arch cross rod II 6 and the linear cross rod 4 are all of hollow structures;
a reinforcing rod 7 which is obliquely arranged is arranged between the two supporting vertical rods I1, one end of the reinforcing rod 7 is inserted into one supporting vertical rod I1 and is close to the bottom of the splicing part of the arched cross rod II 6 and the supporting vertical rod I1, and the other end of the reinforcing rod 7 is inserted into the other supporting vertical rod I1 and is close to the upper part of the splicing part of the linear cross rod 4 and the supporting vertical rod I1; after the insertion, the connection is further fixedly connected through welding; the reinforcing rod 7 is provided with a plurality of inserting ports, the encryption type vertical rods II 2 penetrate through the inserting ports in the reinforcing rod 7, and the intersections of the encryption type vertical rods II 2 and the reinforcing rod 7 after insertion are further fixed through bolts;
the section of the reinforcing rod 7 is of a U-shaped structure;
two sides of each encryption type vertical rod II 2 are respectively provided with an encryption type vertical rod III 8, the height of each encryption type vertical rod III 8 is lower than that of each encryption type vertical rod II 2 and is between 1.2m and 0.4m, one end of each encryption type vertical rod III 8 penetrates through the reinforcing rod 7, the other end of each encryption type vertical rod III 8 is inserted into the linear cross rod 4, and the intersection of each encryption type vertical rod III 8 and the reinforcing rod 7 and the intersection of each encryption type vertical rod III 8 and the linear cross rod 4 are further fixed through bolts;
the encryption type vertical rod III 8 adopts a hollow structure; the top of the encryption type vertical rod III 8 is closed, and the top of the encryption type vertical rod III 8 is closed by welding an aluminum sheet on the top of the hollow encryption type vertical rod III 8;
the rod edges of the arched cross rod I5, the arched cross rod II 6, the linear cross rod 4 and the reinforcing rod 7 between the two supporting vertical rods I1 are all concave arc-shaped edges, and the opposite rod edges of the two supporting vertical rods I1 are also concave arc-shaped edges;
the supporting vertical rod I1, the encryption type vertical rod II 2, the arch cross rod I5, the arch cross rod II 6, the linear cross rod 4, the encryption type vertical rod III 8 and the reinforcing rod 7 are all made of aluminum alloy sections; the utility model has the advantages that:
example 1:
the assembly process of the reinforced aluminum alloy fence comprises the following steps: firstly, inserting the encryption type vertical rod III 8 into the reinforcing rod 7 and the linear cross rod 4, then screwing in bolts to fix the three, inserting the encryption type vertical rod II 2 into the arch cross rod I5, the arch cross rod II 6, the reinforcing rod 7 and the linear cross rod 4, and screwing in bolts to fix the three; with arch horizontal pole I5, arch horizontal pole II 6, anchor strut 7, straight line form horizontal pole 4 insert the grafting mouth on two support pole settings I1 from two I1 both sides of support pole setting respectively, then will connect the department welding and accomplished the equipment of reinforcement type aluminum alloy rail promptly.
When a key is forgotten to be taken, the arched cross rod II is stepped, pressure is applied to two ends of the arched cross rod II, the arched cross rod II is stronger than the linear pressure resistance, the linear rod is stressed directly to the force application position when stressed, and the linear rod is likely to be broken. So that the aluminum alloy fence developed by the inventor is stronger.
Example 2:
the assembling process of reinforcement type aluminum alloy rail door is unanimous with the assembling process of above-mentioned reinforcement type aluminum alloy rail, and single reinforcement type aluminum alloy rail door is the same with the structure of reinforcement type aluminum alloy rail, assembles two mirror image installations behind the reinforcement type aluminum alloy rail door, then just two rail door bodies are under closed state, and two stiffener 7 and two II 6 constitution of arch horizontal pole "heart type" patterns, and is more pleasing to the eye degree of distinguishing.
In the description of the present invention, it is to be understood that the terms "upper", "lower", "front", "rear", "left", "right", "top", "bottom", "inner", "outer", etc. indicate orientations or positional relationships based on the orientations or positional relationships shown in fig. 1, and are only for convenience of description and simplicity of description, and do not indicate or imply that the device or element referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore, should not be construed as limiting the present invention.
While one embodiment of the present invention has been described in detail, the description is only a preferred embodiment of the present invention, and should not be considered as limiting the scope of the present invention. All the equivalent changes and improvements made according to the application scope of the present invention should still fall within the patent coverage of the present invention.
Claims (10)
1. The utility model provides a reinforcement type aluminum alloy rail which characterized in that: comprises a vertical rod, two arched cross rods and a linear cross rod (4); the shape of the arched cross rod is a semi-arc arch; the vertical rod comprises a supporting vertical rod I (1) at two ends and a dense vertical rod II (2) between the two supporting vertical rods I (1), the width of the supporting vertical rod I (1) is greater than that of the dense vertical rod II (2), and the top of the dense vertical rod II (2) is provided with a spearhead tip (3) formed by extrusion of the dense vertical rod II (2);
the two supporting vertical rods I (1) are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod (4) are inserted between the two supporting vertical rods I (1), the two arched cross rods are divided into an arched cross rod I (5) and an arched cross rod II (6), the two arched cross rods are inserted at the upper part close to the supporting vertical rods I (1), the linear cross rods (4) are inserted at the bottom ends of the two supporting vertical rods I (1), and the inserted straight cross rods are further fixed by welding the crossed parts of the straight cross rods; the protruding edges of the arched cross rods I (5) and II (6) are upward, and the middle of the two support vertical rods I (1) is high and the two sides are low after the two support vertical rods I (1) are spliced;
all be equipped with a plurality of spliced eyes corresponding with the section shape and the size of encryption type pole setting II (2) on arch horizontal pole I (5), arch horizontal pole II (6), the straight line form horizontal pole (4), encryption type pole setting II (2) are inserted from the spliced eye on the arch horizontal pole I (5) that is located the top, again by spliced eye on the arch horizontal pole II (6) inserts, inserts at last in the spliced eye on the straight line form horizontal pole (4), twist the cross section through the bolt after inserting and make it further fixed.
2. A reinforced aluminum alloy fence as set forth in claim 1, wherein: the number of the encryption type vertical rods II (2) is odd, the height of the encryption type vertical rods II (2) at the even number position is higher than that of the encryption type vertical rods II (2) at the odd number position at the edge part, the heights of all the encryption type vertical rods II (2) at the odd number position are gradually shortened from the middle to the two ends, and the heights of all the encryption type vertical rods II (2) at the even number position are gradually shortened from the middle to the two ends; the spearhead tip (3) is positioned at the upper part of the arched cross rod I (5).
3. A reinforced aluminum alloy fence as set forth in claim 2, wherein: a reinforcing rod (7) which is obliquely arranged is arranged between the two supporting vertical rods I (1), one end of the reinforcing rod (7) is inserted into one supporting vertical rod I (1) and is close to the bottom of the splicing part of the arched cross rod II (6) and the supporting vertical rod I (1), and the other end of the reinforcing rod (7) is inserted into the other supporting vertical rod I (1) and is close to the upper part of the splicing part of the linear cross rod (4) and the supporting vertical rod I (1); after the insertion, the connection is further fixedly connected through welding; the reinforcing rod (7) is provided with a plurality of inserting ports, the encryption type vertical rod II (2) penetrates through the inserting ports in the reinforcing rod (7), and the intersection of the encryption type vertical rod II (2) and the reinforcing rod (7) after insertion is further fixed through bolts.
4. A reinforced aluminum alloy fence as set forth in claim 3, wherein: every encryption type pole setting II (2) both sides all are equipped with encryption type pole setting III (8), the height that highly is less than encryption type pole setting II (2) of encryption type pole setting III (8), reinforcement bar (7) are passed to the one end of encryption type pole setting III (8), and the other end inserts in the straight line form horizontal pole (4), the cross section of encryption type pole setting III (8) and reinforcement bar (7) and the cross section of encryption type pole setting III (8) and straight line form horizontal pole (4) are all further fixed through the bolt.
5. A reinforced aluminum alloy fence as set forth in claim 4, wherein: the section of the reinforcing rod (7) is of a U-shaped structure;
the supporting vertical rods I (1), the encryption type vertical rods II (2), the arch cross rods I (5), the arch cross rods II (6) and the linear cross rods (4) are all of hollow structures;
the encryption type vertical rod III (8) adopts a hollow structure; the top of the encryption type vertical rod III (8) is closed, and the top of the encryption type vertical rod III (8) is closed by welding an aluminum sheet on the top of the hollow encryption type vertical rod III (8).
6. A reinforced aluminum alloy fence as set forth in claim 3 or 4, wherein: the rod edges of the arched cross rods I (5), the arched cross rods II (6), the linear cross rods (4) and the reinforcing rods (7) between the two supporting vertical rods I (1) are all concave arc-shaped edges, and the rod edges opposite to the two supporting vertical rods I (1) are also concave arc-shaped edges.
7. A reinforced aluminum alloy fence as set forth in claim 3 or 4, wherein: the width and the height of the two supporting vertical rods I (1) are the same, the width of the supporting vertical rods I (1) is 6-10cm, and the width of the encryption type vertical rods II (2) is 2-4 cm; the height of the supporting upright stanchion I (1) is between 1.6m and 1.8m, the height of the encryption type upright stanchion II (2) is between 1.5m and 1.9m, and the length of the linear cross rod (4) is between 1.2m and 1.6 m; the width of the arched cross rods I (5) and II (6) is 2.8-4.5cm, and the width of the linear cross rod (4) is 6-10 cm.
8. A reinforced aluminum alloy fence as set forth in claim 4, wherein: the supporting vertical rod I (1), the encryption type vertical rod II (2), the arch cross rod I (5), the arch cross rod II (6), the linear cross rod (4), the encryption type vertical rod III (8) and the reinforcing rod (7) are all made of aluminum alloy sections.
9. A reinforced aluminum alloy fence door comprises two fence door bodies, wherein each fence door body comprises a vertical rod, two arched cross rods and a linear cross rod (4);
the shape of the arched cross rod is a semi-arc arch; the vertical rods comprise supporting vertical rods I (1) at two ends and a dense vertical rod II (2) between the two supporting vertical rods I (1), and the tops of the dense vertical rods II (2) are provided with spearhead tips (3) formed by extrusion of the dense vertical rods II (2);
the two supporting vertical rods I (1) are respectively provided with a plurality of inserting ports, two arched cross rods and a linear cross rod (4) are inserted between the two supporting vertical rods I (1), the two arched cross rods are divided into an arched cross rod I (5) and an arched cross rod II (6), the two arched cross rods are inserted at the upper part close to the supporting vertical rods I (1), the linear cross rods (4) are inserted at the bottom ends of the two supporting vertical rods I (1), and the inserted straight cross rods are further fixed by welding the crossed parts of the straight cross rods; the protruding edges of the arched cross rods I (5) and II (6) are upward, and the middle of the two support vertical rods I (1) is high and the two sides are low after the two support vertical rods I (1) are spliced;
the arched cross rods I (5), the arched cross rods II (6) and the linear cross rods (4) are respectively provided with a plurality of inserting holes corresponding to the cross section shapes and sizes of the encryption type vertical rods II (2), the encryption type vertical rods II (2) are inserted from the inserting holes in the arched cross rods I (5) at the top ends, then are inserted through the inserting holes in the arched cross rods II (6), and finally are inserted into the inserting holes in the linear cross rods (4), and are screwed into the crossed parts through bolts after being inserted so as to be further fixed;
the number of the encryption type vertical rods II (2) is odd, the height of the encryption type vertical rods II (2) at the even number position is higher than that of the encryption type vertical rods II (2) at the odd number position at the edge part, the heights of all the encryption type vertical rods II (2) at the odd number position are gradually shortened from the middle to the two ends, and the heights of all the encryption type vertical rods II (2) at the even number position are gradually shortened from the middle to the two ends; the spearhead tips (3) are all positioned at the upper part of the arched cross rod I (5);
a reinforcing rod (7) which is obliquely arranged is arranged between the two supporting vertical rods I (1), one end of the reinforcing rod (7) is inserted into one supporting vertical rod I (1) and is close to the bottom of the splicing part of the arched cross rod II (6) and the supporting vertical rod I (1), and the other end of the reinforcing rod (7) is inserted into the other supporting vertical rod I (1) and is close to the upper part of the splicing part of the linear cross rod (4) and the supporting vertical rod I (1); after the insertion, the connection is further fixedly connected through welding; the reinforcing rod (7) is provided with a plurality of inserting ports, the encryption type vertical rods II (2) penetrate through the inserting ports in the reinforcing rod (7), and the intersections of the encryption type vertical rods II (2) and the reinforcing rod (7) after insertion are further fixed through bolts;
two fence door bodies are arranged in a mirror image mode, and two fence doors form a heart-shaped pattern in a closed state through two reinforcing rods (7) and two arched cross rods II (6).
10. The reinforced aluminum alloy fence door of claim 9, wherein: every encryption type pole setting II (2) both sides all are equipped with encryption type pole setting III (8), the height that highly is less than encryption type pole setting II (2) of encryption type pole setting III (8), reinforcement bar (7) are passed to the one end of encryption type pole setting III (8), and the other end inserts in the straight line form horizontal pole (4), the cross section of encryption type pole setting III (8) and reinforcement bar (7) and the cross section of encryption type pole setting III (8) and straight line form horizontal pole (4) are all further fixed through the bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922081989.4U CN211370205U (en) | 2019-11-28 | 2019-11-28 | Reinforced aluminum alloy fence door and fence |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922081989.4U CN211370205U (en) | 2019-11-28 | 2019-11-28 | Reinforced aluminum alloy fence door and fence |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211370205U true CN211370205U (en) | 2020-08-28 |
Family
ID=72172648
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201922081989.4U Active CN211370205U (en) | 2019-11-28 | 2019-11-28 | Reinforced aluminum alloy fence door and fence |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211370205U (en) |
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2019
- 2019-11-28 CN CN201922081989.4U patent/CN211370205U/en active Active
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