CN207428027U - A kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion - Google Patents
A kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion Download PDFInfo
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- CN207428027U CN207428027U CN201721059574.1U CN201721059574U CN207428027U CN 207428027 U CN207428027 U CN 207428027U CN 201721059574 U CN201721059574 U CN 201721059574U CN 207428027 U CN207428027 U CN 207428027U
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Abstract
The utility model provides a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion, and supporting rack and a loading component are moulded including a steel；Steel is moulded supporting rack and is made of four steel modeling supported rod erectings, four steel modeling cross tubes and four steel modeling sheer poles；Loading component includes the two groups of steel being oppositely arranged one by one modeling loading upright bars and complex root steel modeling loading cross bar, a plurality of spaced jacks are correspondingly provided in the two steel modeling loading upright bars being oppositely arranged, and the jack in two steel modeling loading upright bar adjacent in group is located on sustained height, the both ends of steel modeling loading cross bar are inserted in two corresponding jacks；Steel modeling upright bar, steel modeling cross tube, steel modeling sheer pole are hollow structure.The utility model is not only convenient for assembly to be built, but also can quickly and easily be dismantled, also have the characteristics that it is of low cost, be easily moved carrying and moistureproof and waterproof.
Description
【Technical field】
The utility model is related to the device structures of edible fungus culturing, and in particular to a kind of steel modeling anti-corrosion is removable edible
Bacteria cultivation frame.
【Background technology】
Edible mushroom is a kind of healthy food full of nutrition, delicious flavour, containing higher protein, carbohydrate,
The nutrition such as a variety of amino acid and multivitamin are into and having the characteristics that economical cheap, it has also become in current people's daily life
One of essential dish.
With the continuous development of mushroom industry, edible mushroom market competition is increasingly fierce, only reduces edible mushroom as possible and plants
Train cost or improve edible mushroom per unit area yield, can just possess the price advantage of edible mushroom, occupy in fierce market competition a seat it
Ground, then, practitioner are started with from edible mushroom cultivating frame.Currently, edible mushroom cultivating frame is bamboo-wood structure, using timber as frame,
It is formed with iron nail binding, is rectangular shape, left and right facade about 1m wide, about 3m high, facade respectively follows closely 12 wooden layer frames in left and right
Cross bar, front and rear facade about 2m long, also useful bamboo uses the longevity to useful timber as layer frame bar, the edible mushroom cultivating frame of bamboo-wood structure
Order short, be not only subject to damage by worms, and miscellaneous bacteria easily grows on it in wet condition, cause miscellaneous bacteria spore contamination bacterium air and
Bacteria stick is infected, and then influences yield；In addition, edible mushroom cultivating frame also exists using material is more, dismounting is not thorough, transportation volume is big
The problem of.
【Utility model content】
The technical problem to be solved by the utility model is to provide a kind of steel to mould the removable edible mushroom cultivating frame of anti-corrosion.
The utility model is to solve above-mentioned technical problem by the following technical programs：A kind of steel moulds the removable food of anti-corrosion
With bacteria cultivation frame, supporting rack and a loading component are moulded including a steel；
The steel modeling supporting rack is moulded supported rod erecting, four steel modeling cross tubes and four steel modeling sheer poles by four steel and is formed,
Four steel modeling supported rod erecting is parallel erect and central point line is rectangular successively, the both ends difference of the steel modeling cross tube
The upper end of supported rod erecting is moulded in adjacent two steel by convergence piece linking, four steel modeling cross tube head and the tail are opposite and are connected in steel
Rectangular frame on one is formed after moulding the upper end of supported rod erecting, the both ends of the steel modeling sheer pole are connected respectively by convergence piece
In the lower end of adjacent two steel modeling supported rod erecting, and four steel modeling sheer pole head and the tail are opposite and are connected in steel modeling supported rod erecting
Rectangular frame is formed behind lower end；
The loading component includes the two groups of steel being oppositely arranged one by one modeling loading upright bars and complex root steel modeling loading cross bar, often
Group steel modeling loading upright bar is arranged at intervals by least two and the steel modeling loading upright bar parallel with steel modeling supported rod erecting forms, the steel modeling
The both ends of loading upright bar are connected by convergence piece in steel moulds cross tube, steel moulds sheer pole respectively, and two steel being oppositely arranged are moulded
A plurality of spaced jacks, and the jack in two steel adjacent in group modeling loading upright bar are correspondingly provided in loading upright bar
On sustained height, the both ends of the steel modeling loading cross bar are inserted in two corresponding jacks；
The steel modeling upright bar, steel modeling cross tube, steel modeling sheer pole are hollow structure.
Further, the both ends of the steel modeling cross tube, the both ends of steel modeling sheer pole are respectively the L-shaped rank in a cross section
End is connect, and adjacent two cohesive end is enclosed one and moulds the matched seam of supported rod erecting with steel.
Further, the convergence piece is the matched nut of hex screw.
Further, opened up on the cohesive end there are three the first through hole set in triangle, and steel modeling support is vertical
Corresponding position offers one-to-one second through hole on bar, and the hex screw wears the second through hole and corresponding first successively
Through hole simultaneously passes through the nut and locks.
Further, the locking end face of the hex screw and the equal clip pad waterproof rubber ring in locking end face of the nut.
Further, the steel modeling sheer pole and at least 5cm apart of the lower face of steel modeling supported rod erecting.
Further, the steel modeling loading upright bar is steelplastic pipe or steel-plastic plate item.
Further, gland rubber is distinguished in the port of the port of steel modeling supported rod erecting and steel modeling loading upright bar
Sealing.
Further, in the both ends difference gland rubber sealing of steel modeling loading cross bar, loading cross bar is moulded in the steel
Rubber sleeve is equipped between the jack.
A kind of advantageous effect of the steel modeling removable edible mushroom cultivating frame of anti-corrosion of the utility model is：
Pass through the setting and cooperation of each component so that the edible mushroom cultivating frame is not only convenient for assembly to be built, but also can be into
Row is quickly and easily dismantled, so as to be convenient for packaging and long-distance transport；In addition, pass through the steel modeling of corresponding component and hollow structure
Setting so that the edible mushroom cultivating frame also have the characteristics that it is of low cost, be easily moved carrying and moistureproof and waterproof.
【Description of the drawings】
The utility model will be further described in conjunction with the embodiments with reference to the accompanying drawings.
Fig. 1 is a kind of schematic diagram of the steel modeling removable edible mushroom cultivating frame of anti-corrosion of the utility model.
Fig. 2 is the schematic diagram of steel modeling cross tube or steel modeling sheer pole in the utility model.
Fig. 3 is the schematic diagram of adjacent two steel modeling cross tube or adjacent two steel modeling sheer pole in the utility model.
【Specific embodiment】
Fig. 1 to Fig. 3 is please referred to, a kind of steel of the utility model moulds the removable edible mushroom cultivating frame 100 of anti-corrosion, including
One steel moulds 1 and one loading component 2 of supporting rack.
The steel modeling supporting rack 1 moulds 11, four steel modeling cross tubes 12 of supported rod erecting and four steel modeling sheer poles by four steel
13 compositions, four steel modeling supported rod erecting 11 is parallel erect and central point line is rectangular successively, the steel moulds cross tube 11
Both ends be connected the upper end that supported rod erecting 11 is moulded in adjacent two steel by convergence piece 3 respectively, four steel mould cross tubes 12
Head and the tail are opposite and are connected after steel moulds the upper end of supported rod erecting 11 rectangular frame in formation one, and the two of the steel modeling sheer pole 13
End is connected the lower end that supported rod erecting 13 is moulded in adjacent two steel by convergence piece 3 respectively, and four steel modeling sheer poles 13 are first
Tail is opposite and is connected the steel modeling support for forming rectangular frame behind the lower end of steel modeling supported rod erecting 11, so building
1 overall structure of frame is stablized, and easy to disassemble with transporting.
The loading component 2 includes the two groups of steel being oppositely arranged one by one modeling loading upright bars and complex root steel modeling loading cross bar
21, every group of steel modeling loading upright bar is arranged at intervals by least two and the steel modeling loading upright bar 22 group parallel with steel modeling supported rod erecting 11
It is connected respectively by convergence piece 3 in steel moulds cross tube 12, steel moulds sheer pole 13 into the both ends of, steel modeling loading upright bar 22, two
A plurality of spaced jacks 221 are correspondingly provided in the steel modeling loading upright bar 22 being oppositely arranged, and it is adjacent in group
Jack 221 in two steel modeling loading upright bar 22 is located on sustained height, and the both ends of the steel modeling loading cross bar 21 are inserted in two
In corresponding jack 221 so that steel modeling loading cross bar 21 conveniently can be installed and dismantled.
Referring again to Fig. 1, with also being provided on the steel modeling supported rod erecting 11 of 22 homonymy of steel modeling loading upright bar with jack 221 one by one
Corresponding jack 111, and add steel modeling loading cross bar 21, that is, form every layer of knot that at least there are four steel to mould loading cross bar 21
Structure.
The steel modeling upright bar 11, steel modeling cross tube 12, steel modeling sheer pole 13 are hollow structure, so as to ensure entirely
While edible mushroom cultivating frame 10 is stablized, not only with relatively low cost, but also entirety is more light, is moved convenient for moving.
Wherein, in the present embodiment, the both ends of steel modeling cross tube 12, the both ends of steel modeling sheer pole 13 are respectively a cross section
L-shaped cohesive end 14, and adjacent two cohesive end 14 is enclosed one and moulds 11 matched seam 15 of supported rod erecting with steel,
Steel modeling supported rod erecting 11 can just be inserted in seam 15, realize firm linking；Convergence piece 3 is hex screw 31 and its phase
The nut 32 matched somebody with somebody, it is cheap and easy to use；It is opened up on cohesive end 14 there are three the first through hole 141 set in triangle, and
Corresponding position offers one-to-one second through hole (not shown) on steel modeling supported rod erecting 11, the hex screw 31 according to
It is secondary wear the second through hole and corresponding first through hole 141 and pass through the nut 32 lock, it is logical that hex screw 31 initially passes through second
Hole is then passed through first through hole 141, and follow-up nut 32 can be facilitated screw locking, the locking end face of the hex screw 31 and
The equal clip pad waterproof rubber ring in locking end face of the nut 32, waterproof rubber ring can play moisture-proof function；Steel moulds sheer pole
13 with the lower face of steel modeling supported rod erecting 11 at a distance of for h, and h is at least 5cm, so enables to total more steady；
Steel modeling loading upright bar 22 is steelplastic pipe or steel-plastic plate item, and steel-plastic plate item preferably can be selected；When steel moulds loading upright bar and steel modeling load
When object cross bar is steel Plastic Steel Pipe, in the port of steel modeling supported rod erecting 11 and the port gland rubber of steel modeling loading upright bar 21
Glue seals (not shown), and steel modeling loading cross bar 22 is put on rubber sleeve (not shown) is inserted into corresponding jack 221 simultaneously afterwards
In its both ends gland rubber sealing (not shown), moisture content can be prevented to invade.
When the utility model assembles：First pass through convergence piece 3 by four steel mould 11, four steel modeling cross tubes 12 of supported rod erecting,
And four steel modeling correspondences of sheer pole 13 assemble up to steel modeling supporting rack 1 (as shown in fig. 1), and steel is moulded loading upright bar afterwards
22 are installed on using convergence piece 3 on steel modeling supporting rack 1, and corresponding jack is then inserted at 21 both ends of steel modeling loading cross bar respectively
In 221, it is achieved thereby that the installation of entire edible mushroom cultivating frame 100；It in use, only need to be by 200 frame of edible mushroom rod in same height
On degree on two adjacent steel modeling loading cross bar 21.
When the utility model after assembling needs dismounting, first edible mushroom rod 200 of the frame in steel modeling loading cross bar 21 is taken
Under, then steel modeling loading cross bar 21 is removed, then pass sequentially through again operation convergence piece 3 to each component of steel modeling supporting rack 1 into
Row unlocks and removes corresponding component, you can completes the dismounting of edible mushroom cultivating frame 100.
In addition, it is necessary to illustrate, steel modeling upright bar 11, steel modeling cross tube 12, steel modeling sheer pole 13, steel in the utility model
Modeling loading upright bar 22, steel modeling loading cross bar 21 are steel-plastic structure, are prevented so that edible mushroom cultivating frame 100 possesses waterproof
The effect of tide, and then play antisepsis.
To sum up, the setting and cooperation that the utility model passes through each component so that the edible mushroom cultivating frame is not only convenient for assembly
It builds, and can quickly and easily be dismantled, so as to be convenient for packaging and long-distance transport；In addition, pass through corresponding component
Steel modeling and the setting of hollow structure so that the edible mushroom cultivating frame also have it is of low cost, be easily moved carrying and moisture-proof anti-
The characteristics of water, and then antisepsis is played with extending using mission, avoid causes miscellaneous bacteria to generate because cultivating stand makes moist, i.e., really
The planting environment of edible mushroom is protected.
Claims (9)
1. a kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion, it is characterised in that：Supporting rack and a loading group are moulded including a steel
Part；
The steel modeling supporting rack is moulded supported rod erecting, four steel modeling cross tubes and four steel modeling sheer poles by four steel and is formed, described
Four steel modeling supported rod erectings are parallel erect and central point line is rectangular successively, the both ends of the steel modeling cross tube pass through respectively
The upper end of supported rod erecting is moulded in convergence piece linking in adjacent two steel, and four steel modeling cross tubes head and the tail are opposite and are connected in steel modeling branch
Rectangular frame on one is formed after supportting the upper end of upright bar, the both ends of the steel modeling sheer pole are connected by convergence piece in phase respectively
The lower end of adjacent two steel modeling supported rod erecting, and four steel modeling sheer pole head and the tail are opposite and are connected in the lower end of steel modeling supported rod erecting
Rectangular frame is formed behind portion；
The loading component includes the two groups of steel being oppositely arranged one by one modeling loading upright bars and complex root steel modeling loading cross bar, every group of steel
Modeling loading upright bar is arranged at intervals by least two and the steel modeling loading upright bar parallel with steel modeling supported rod erecting forms, and the steel moulds loading
The both ends of upright bar are connected by convergence piece in steel moulds cross tube, steel moulds sheer pole respectively, and two steel being oppositely arranged mould loadings
A plurality of spaced jacks are correspondingly provided in upright bar, and the jack in two steel adjacent in group modeling loading upright bar is located at
On sustained height, the both ends of the steel modeling loading cross bar are inserted in two corresponding jacks；
The steel modeling upright bar, steel modeling cross tube, steel modeling sheer pole are hollow structure.
2. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 1, it is characterised in that：In the steel modeling
Both ends, the both ends of steel modeling sheer pole of cross bar are respectively the L-shaped cohesive end in a cross section, and adjacent two cohesive end encloses
It forms one and moulds the matched seam of supported rod erecting with steel.
3. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 2, it is characterised in that：The convergence piece
For the matched nut of hex screw.
4. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 3, it is characterised in that：The cohesive end
On open up there are three in triangle set first through hole, and the steel modeling supported rod erecting on corresponding position offer correspondingly
Second through hole, the hex screw wear the second through hole and corresponding first through hole and pass through the nut and lock successively.
5. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 3, it is characterised in that：The hexagonal spiral shell
The locking end face of nail and the equal clip pad waterproof rubber ring in locking end face of the nut.
6. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 1, it is characterised in that：Under the steel modeling
Cross bar is with the lower face of steel modeling supported rod erecting at a distance of at least 5cm.
7. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 1, it is characterised in that：The steel modeling carries
Object upright bar is steelplastic pipe or steel-plastic plate item.
8. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 1, it is characterised in that：It is moulded in the steel
The port of supported rod erecting and the port difference gland rubber sealing of steel modeling loading upright bar.
9. a kind of steel modeling removable edible mushroom cultivating frame of anti-corrosion according to claim 1, it is characterised in that：It is moulded in the steel
The both ends difference gland rubber sealing of loading cross bar, moulds in the steel and rubber sleeve is equipped between loading cross bar and the jack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721059574.1U CN207428027U (en) | 2017-08-23 | 2017-08-23 | A kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721059574.1U CN207428027U (en) | 2017-08-23 | 2017-08-23 | A kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207428027U true CN207428027U (en) | 2018-06-01 |
Family
ID=62302120
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721059574.1U Active CN207428027U (en) | 2017-08-23 | 2017-08-23 | A kind of steel moulds the removable edible mushroom cultivating frame of anti-corrosion |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207428027U (en) |
-
2017
- 2017-08-23 CN CN201721059574.1U patent/CN207428027U/en active Active
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