CN217487144U

CN217487144U - Windproof toadstool arched shed

Info

Publication number: CN217487144U
Application number: CN202220899354.4U
Authority: CN
Inventors: 王梓豪; 张凤琳
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-04-18
Filing date: 2022-04-18
Publication date: 2022-09-27
Anticipated expiration: 2032-04-18

Abstract

The utility model relates to an artificial cultivation field of domestic fungus, especially prevent wind type hickory chick and encircle canopy, including one type of canopy subassembly and two types of canopy subassemblies of encircleing, two types of canopy subassemblies of encircleing are equipped with sixteen, and sixteen two types of canopy subassemblies of encircleing divide into two liangs equidistant installation subaerial, and two types of canopy subassembly parallel interval settings of encircleing in every group, one type of canopy subassembly of encircleing is equipped with a plurality ofly, and a plurality of one type of canopy subassembly of encircleing all is located the side of sixteen two types of canopy subassemblies, and a plurality of one type of canopy subassembly of encircleing encircles in the circumference of sixteen two types of canopy of encircleing along the rectangle in proper order the interval, and a plurality of one type of canopy subassembly of encircleing is all installed subaerial, and is a plurality of the outside of one type of canopy subassembly of encircleing is equipped with the rail. The utility model has the advantages of: through the connection of large-size ligature area, make the connection of this device more convenient to dismantle simply, the one kind of hunch canopy subassembly of outlying round can protect inside sixteen two kinds of hunch canopy subassemblies, avoids the invasion and attack of strong wind.

Description

Windproof toadstool arched shed

Technical Field

The utility model relates to an artificial cultivation technical field of edible fungi, in particular to a windproof toadstool arch shed.

Background

The morchella esculenta is easy to germinate sporocarp under low temperature and high humidity conditions, so the growth season of wild morchella esculenta sporocarp is 3-5 months or 8-9 months per year. Research shows that the field occurrence condition of the morchella is mainly determined by the precipitation amount of 11 months in the last year, and the time of occurrence of the morchella in the current year is determined by whether the surface soil temperature of 5 cm in the spring of the current year stably passes 11.5 ℃. Therefore, the occurrence period of morchella is influenced by annual climate conditions and is closely related to the temperature, rainfall and rainfall time of the occurrence area. Generally, morchella is commonly found in environments where the soil is wet or has a high rainfall and is prone to moisture retention or has a high groundwater level. The light ray has certain promotion effect on the formation of the sporocarp, and the growth and development of the sporocarp have phototaxis. Adequate oxygen and a well-ventilated place are necessary conditions for ensuring the normal growth and development of the morchella.

At present, most of crop cultivation is completed by adopting an arched shed (greenhouse), however, the arched shed for cultivating morchella is almost constructed by adopting steel pipes or welded, and the greenhouse formed by adopting the method has the following two problems that firstly, the construction strength is higher, and the greenhouse is not easy to disassemble; secondly, it does not provide a good protection against windy weather.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art's shortcoming, provide prevent wind type hickory chick arched shed to build intensity among the solution prior art great and difficult dismantlement, can not carry out the technical problem of fine resisting to strong wind weather.

The purpose of the utility model is realized through the following technical scheme: prevent wind type hickory chick to encircle canopy, including one type of canopy subassembly and two types of canopy subassemblies that encircle, two types of canopy subassemblies that encircle are equipped with sixteen, and sixteen two types of canopy subassemblies that encircle divide into two liang of equidistant installations subaerial, and two types of canopy subassembly parallel interval settings in every group, one type of canopy subassembly that encircles is equipped with a plurality ofly, and a plurality of one type of canopy subassembly that encircles all lies in the side of sixteen two types of canopy subassemblies that encircle, and a plurality of one type of canopy subassembly all encircles in the circumference of sixteen types of canopy along the rectangle interval in proper order, and a plurality of one type of canopy subassemblies that encircles are all installed subaerial, and are a plurality of the outside of one type of canopy subassembly that encircles is equipped with the rail.

Preferably, each second type of arched shed component comprises a second cultivation field, a second bamboo support, a second shed and a second connecting frame, the second cultivation field is horizontally arranged, two second ditches are arranged on the second cultivation field at intervals, the second shed is covered on the second cultivation field in an arch shape, five second bamboo brackets are arranged and are all erected at the top of the second cultivation field in an arch shape, and five second bamboo brackets are arranged at equal intervals along the length direction of the second shed, the five second bamboo brackets are fixedly connected with the second shed, two second connecting frames are arranged and are symmetrically arranged at the two sides of the second shed, and each second connecting frame is fixedly connected with the bottom ends of the five second bamboo supports, and each second connecting frame is installed at the top of the second cultivation field.

Preferably, each of the first-class arched shed components comprises a first cultivation field, three bamboo supports, two iron supports, two first bamboo supports and two first connecting frames, the first cultivation field is horizontally arranged, the first cultivation field is provided with two first ditches arranged at intervals, the first arched shed covers the first cultivation field in an arched shape, the three iron supports are arranged at the top of the first cultivation field at equal intervals along the length direction of the first cultivation field, the first bamboo supports are arranged at two positions, each first bamboo support is arranged between the two iron supports, the two first bamboo supports are fixedly connected with the first cultivation field, the first bamboo supports are sleeved on the three iron supports and the two first bamboo supports, the two first connecting frames are respectively arranged at two sides of the top of the first cultivation field, and every first link all with three iron system support and three first bamboo support fixed connection, bamboo stiffener is equipped with four, and four bamboo stiffeners divide into two liang of a set ofly to set up respectively between an iron system support and a first bamboo support, and every bamboo stiffener all inclines to install at the top of first fender canopy, every the one end of bamboo stiffener all offsets with a first bamboo support, and the other end of every bamboo stiffener all offsets with an iron system support.

Preferably, every all be equipped with the first bamboo pole of two interval installations on the first canopy that keeps off, and two first bamboo poles, three iron system support, two first bamboo supports and four bamboo stiffeners all fix through the large-size ligature area, every all be equipped with the second bamboo pole of two interval installations on the second canopy that keeps off, and two second bamboo poles and five first bamboo supports all fix through the large-size ligature area, every all be equipped with many moulds the copper wire on first canopy and every second canopy that keeps off.

Preferably, the side of rail is equipped with the cistern, and the cistern leads to pipe and sixteen second class hunch canopy subassemblies and a plurality of one class hunch canopy subassembly and is linked together.

Preferably, deep grooves are formed between sixteen second-class arched shed assemblies and the plurality of first-class arched shed assemblies.

The utility model has the advantages of it is following:

sixteen middle second-class arch shed components are made of bamboo materials, cost can be saved, and the multiple first-class arch shed components are made of iron and are arranged on bamboo reinforcing rods, so that the first-class arch shed components are firmer, and the sixteen second-class arch shed components are protected through the multiple first-class arch shed components.

Drawings

Fig. 1 is a schematic perspective view of the present invention;

FIG. 2 is a schematic structural view of one type of arched shed assembly of the present invention;

FIG. 3 is a schematic structural view of a second type arched shed assembly of the present invention;

fig. 4 is a schematic view of a part of the structure of the present invention.

In the figure: 1-a first-class arched shed component, 11-a first cultivation field, 12-a first bamboo bracket, 13-an iron bracket, 14-a first shed, 15-bamboo reinforcing rods, 16-a first connecting frame, 17-a first bamboo rod, 2-a second-class arched shed component, 21-a second cultivation field, 22-a second bamboo bracket, 23-a second shed, 24-a second connecting frame, 25-a second bamboo rod, 3-a fence, 4-a plastic steel wire, 5-a water storage pool and 6-a water pipe.

Detailed Description

The invention will be further described with reference to the accompanying drawings, but the scope of the invention is not limited to the following description.

As shown in fig. 1 to 4, prevent wind type hickory chick arched shed, it includes one type arched shed subassembly 1 and two types of arched shed subassembly 2, two types of arched shed subassembly 2 are equipped with sixteen, and sixteen two types of arched shed subassemblies 2 divide into two liang of equidistant installations subaerial, and two types of arched shed subassembly 2 parallel interval settings in every group, one type of arched shed subassembly 1 is equipped with a plurality ofly, and a plurality of one type of arched shed subassembly 1 all is located sixteen sides of two types of arched shed subassembly 2, and a plurality of one type of arched shed subassembly 1 all along the rectangle in proper order the interval encircle in sixteen circumference of two types of arched shed subassembly 2, a plurality of one type of arched shed subassembly 1 all install subaerial, a plurality of the outside of one type arched shed subassembly 1 is equipped with rail 3.

Specifically, each of the second bamboo shed assemblies 2 comprises a second cultivation field 21, a second bamboo support 22, a second bamboo shed 23 and second connecting frames 24, the second cultivation field 21 is horizontally arranged, two second trenches are arranged on the second cultivation field 21 at intervals, the second bamboo shed 23 is covered on the second cultivation field 21 in an arched shape, five second bamboo supports 22 are arranged on the top of the second cultivation field 21 in an arched shape, the five second bamboo supports 22 are arranged at equal intervals along the length direction of the second bamboo shed 23, the five second bamboo supports 22 are fixedly connected with the second bamboo shed 23, the two second connecting frames 24 are arranged on two sides of the second bamboo shed 23 in a symmetrical manner, and each second connecting frame 24 is fixedly connected with the bottom ends of the five second bamboo supports 22, each second connecting frame 24 is arranged on the top of the second cultivation field 21, the second cultivation field 21 is divided into three parts by two second ditches, each field is 1.5 meters wide, the depth of each second ditch is 20-30cm, and the width of each second ditch is 0.2-0.25 meter.

Specifically, each of the first-class arched shed assemblies 1 comprises a first cultivation field 11, a first bamboo support 12, an iron support 13, a first blocking shed 14, bamboo reinforcing rods 15 and a first connecting frame 16, the first cultivation field 11 is horizontally arranged, two first trenches arranged at intervals are formed in the first cultivation field 11, the first blocking shed 14 covers the first cultivation field 11 in an arched shape, the three iron supports 13 are arranged in three, the three iron supports 13 are arranged at the top of the first cultivation field 11 at equal intervals along the length direction of the first cultivation field 11, the number of the first bamboo supports 12 is two, each first bamboo support 12 is arranged between the two iron supports 13, the two first bamboo supports 12 are fixedly connected with the first cultivation field 11, the first blocking shed 14 is sleeved on the three iron supports 13 and the two first bamboo supports 12, the first connecting frame 16 is provided with two bamboo supports, two first connecting frames 16 are respectively arranged at two sides of the top of a first breeding field 11, each first connecting frame 16 is fixedly connected with three iron brackets 13 and three first bamboo brackets 12, four bamboo reinforcing rods 15 are arranged, the four bamboo reinforcing rods 15 are divided into two groups which are respectively arranged between one iron bracket 13 and one first bamboo bracket 12, each bamboo reinforcing rod 15 is obliquely arranged at the top of a first shed 14, one end of each bamboo reinforcing rod 15 is abutted against one first bamboo bracket 12, the other end of each bamboo reinforcing rod 15 is abutted against one iron bracket 13, the first breeding field 11 is divided into three parts by two first ditches, each field is 1.5 meters wide, the depth of each first ditch is 20-30cm, the width of each first ditch is 0.2-0.25 meter, a plurality of first-class arched shed assemblies 1 are arranged with the bamboo reinforcing rods 15 through the iron brackets 13, make one kind of hunch canopy subassembly 1 more firm, through a plurality of one kind of hunch canopy subassembly 1 protect sixteen two kinds of hunch canopy subassemblies 2, sixteen two kinds of hunch canopy subassemblies in the middle of are bamboo material, can practice thrift the cost.

Specifically, each first shelter 14 is provided with two first bamboo poles 17 which are arranged at intervals, two first bamboo poles 17, three iron brackets 13, two first bamboo brackets 12 and four bamboo reinforcing rods 15 are fixed by large-size binding tapes, two second bamboo poles 25 installed at intervals are arranged on each second shed 23, two second bamboo poles 25 and five first bamboo brackets 12 are fixed by large-size binding tapes, a plurality of plastic steel wires 4 are arranged on each first shed 14 and each second shed 23, a plurality of arched shed components 1 are arranged by iron brackets 13 and bamboo reinforcing rods 15, so that the arched shed components 1 are firmer, sixteen second-type arched shed components 2 are protected through a plurality of first-type arched shed components 1, one-type arched shed is arranged around, the second-type arched shed is arranged in the middle, each arched shed is molded with steel wires 4 through one air compression, and diagonal lines are molded with the steel wires 4 in an inclined pulling mode.

Specifically, the side of rail 3 is equipped with cistern 5, and cistern 5 leads to pipe 6 and sixteen two kinds of hunch canopy subassemblies 2 and a plurality of one kind hunch canopy subassembly 1 and is linked together, through the setting of cistern 5 with pipe 6, makes the irrigation that first breed field 11 and second breed field 21 can be abundant, guarantees the tidal humidity in first breed field 11 and second breed field 21.

Specifically, the deep grooves are formed between the sixteen second-type arched shed assemblies 2 and the multiple first-type arched shed assemblies 1, the interval between every two arched shed assemblies is 0.3 m, the depth of each groove is 0.3 m, and the ventilation effect is guaranteed.

The working process of the utility model is as follows: the toadstool is planted on the first cultivation field 11 and the second cultivation field 21, the water storage pool 5 and the water pipe 6 are arranged, so that the first cultivation field 11 and the second cultivation field 21 can be sufficiently irrigated, and the moisture of the first cultivation field 11 and the second cultivation field 21 is guaranteed.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. Prevent wind type hickory chick arched shed, its characterized in that: the novel tunnel type tunnel comprises a first-class tunnel component (1) and a second-class tunnel component (2), wherein the second-class tunnel component (2) is provided with sixteen, the sixteen second-class tunnel type tunnel components (2) are divided into a group of two and are installed on the ground at equal intervals, two second-class tunnel components (2) in each group are arranged in parallel at intervals, the first-class tunnel component (1) is provided with a plurality of tunnel type tunnel components, the first-class tunnel type components (1) are all located beside the sixteen second-class tunnel type components (2), the first-class tunnel type components (1) are sequentially and circumferentially wound around the sixteen second-class tunnel type components (2) at intervals along a rectangle, the first-class tunnel type components (1) are all installed on the ground, and the outer sides of the first-class tunnel type components (1) are provided with fences (3);

every two kinds of arched shed components (2) all comprise a second cultivation field (21), second bamboo supports (22), a second shed (23) and second connecting frames (24), the second cultivation field (21) is horizontally arranged, two second ditches arranged at intervals are formed in the second cultivation field (21), the second shed (23) is covered on the second cultivation field (21) in an arched shape, five second bamboo supports (22) are arranged in the arched shape and erected at the top of the second cultivation field (21), the five second bamboo supports (22) are arranged in the arched shape at equal intervals along the length direction of the second shed (23), the five second bamboo supports (22) are fixedly connected with the second shed (23), the second connecting frames (24) are arranged in two numbers, the two second connecting frames (24) are symmetrically arranged on two sides of the second shed (23), each second connecting frame (24) is fixedly connected with the bottom ends of the five second bamboo brackets (22), and each second connecting frame (24) is installed at the top of the second cultivation field (21);

each one-class arched shed component (1) comprises a first breeding field (11), first bamboo supports (12), iron supports (13), first blocking sheds (14), bamboo reinforcing rods (15) and first connecting frames (16), the first breeding field (11) is horizontally arranged, two first trenches arranged at intervals are formed in the first breeding field (11), the first blocking sheds (14) are arched and cover the first breeding field (11), the number of the iron supports (13) is three, the three iron supports (13) are all installed at the top of the first breeding field (11) at equal intervals along the length direction of the first breeding field (11), the number of the first bamboo supports (12) is two, each first bamboo support (12) is located between the two iron supports (13), and the two first bamboo supports (12) are all fixedly connected with the first breeding field (11), the first shed (14) is sleeved on the three iron brackets (13) and the two first bamboo brackets (12), two first connecting frames (16) are arranged, the two first connecting frames (16) are respectively arranged at two sides of the top of the first breeding field (11), and each first connecting frame (16) is fixedly connected with three iron brackets (13) and three first bamboo brackets (12), the number of the bamboo reinforcing rods (15) is four, the four bamboo reinforcing rods (15) are divided into two groups and are respectively arranged between an iron bracket (13) and a first bamboo bracket (12), and every bamboo stiffener (15) all inclines to install at the top of first fender canopy (14), every the one end of bamboo stiffener (15) all offsets with a first bamboo support (12), and the other end of every bamboo stiffener (15) all offsets with a support (13) made of iron.

2. The wind-resistant morchella arch shelter of claim 1, wherein: every all be equipped with first bamboo pole (17) of two interval installations on first canopy (14), and two first bamboo poles (17), three iron system support (13), two first bamboo support (12) and four bamboo stiffener (15) all fix through the large size ligature area, every all be equipped with second bamboo pole (25) of two interval installations on second canopy (23), and two second bamboo poles (25) and five first bamboo support (12) all fix through the large size ligature area, every all be equipped with many moulds copper wire (4) on first canopy (14) and every second canopy (23).

3. The wind-resistant morchella arch shelter of claim 1, wherein: the side of rail (3) is equipped with cistern (5), and cistern (5) are linked together through water pipe (6) and sixteen two kinds of hunch canopy subassemblies (2) and a plurality of one kind hunch canopy subassembly (1).

4. The wind-resistant morchella arch shelter of claim 1, wherein: deep grooves are formed between the sixteen second-class arched shed assemblies (2) and the multiple first-class arched shed assemblies (1).