CN208549188U - Chlorination equipment for seed asepsis disinfection - Google Patents
Chlorination equipment for seed asepsis disinfection Download PDFInfo
- Publication number
- CN208549188U CN208549188U CN201821236167.8U CN201821236167U CN208549188U CN 208549188 U CN208549188 U CN 208549188U CN 201821236167 U CN201821236167 U CN 201821236167U CN 208549188 U CN208549188 U CN 208549188U
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- China
- Prior art keywords
- barrel body
- cylindrical barrel
- semicircle
- cylindrical
- disinfection
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Abstract
This hair utility model discloses one kind and is not easy to pollute and loss of seeds, can be realized and carries out batch to seed, while can effectively avoid operator because of the chlorination equipment for seed asepsis disinfection that thimerosal poisoning occurs.The chlorination equipment, including pedestal, sterilization pipe, driving device, sterilization pipe includes cylindrical barrel body, the left end of cylindrical barrel body is sealed by block, the center of block is provided with liquid-leaking nozzle, it is provided in liquid-leaking nozzle for by the plug of leakage hole plug, strainer is set in cylindrical barrel body, liquid injection hole is provided on the side wall of cylindrical barrel body, it is not easy to pollute using the chlorination equipment and loss of seeds, can be realized to seed carry out batch, while can effectively avoid operator because thimerosal leak out caused by poisoning occur.It is suitble to promote and apply in agriculture technical field of experiment equipment.
Description
Technical field
The utility model relates to agriculture technical field of experiment equipment, especially a kind of disinfection dress for seed asepsis disinfection
It sets.
Background technique
With the development of modern agriculture, the intensive agriculture production technology such as plant factor is increasingly by the joyous of people
It meets.In the intensive development of crops, seed-borne fungi is a key factor for influencing crop.Seed disinfection is related to
Crop safety, production management and economic benefit are the factors for carrying out the overriding concern of intensive cropping.Equally, tissue training
It supports, is the tie for linking plant basic research and plant application research.As plant tissue culture technique is more and more mature, more
It can be used for quickly breeding come more plants.And the acquisition of aseptic seedling, it is the basis of tissue cultures.It is sterile that seed sprouts acquisition
Seedling is a kind of ideal common method for obtaining aseptic explant.Seed disinfection method, is to be placed in seed used at present
In conical flask, thimerosal is added.Such method is easy operationally to pollute, while being easy seed pouring into waste liquid cylinder,
It causes to waste, the aseptic seed for being also not suitable for mass obtains, low efficiency.During existing seed disinfection simultaneously, because by hand
It pours into and pours out thimerosal, easily cause pollution and loss of seeds, certain thimerosals have hypertoxicity, such as mercuric chloride, with human contact
It is easy that operator is made to be poisoned.
Utility model content
It is not easy to pollute the technical problem to be solved by the utility model is to provide one kind and loss of seeds, can be realized
Batch is carried out to seed, while operator can effectively be avoided to exempt from the disinfection for seed asepsis disinfection that poisoning occurs
Device.
The technical scheme adopted by the utility model to solve the technical problem is as follows: this is used for the disinfection dress of seed asepsis disinfection
It sets, including pedestal, sterilization pipe, driving device, is provided with first support bar, second support bar on the pedestal, described first
It is provided with the first semicircle supporting plate on strut, the second semicircle supporting plate, the sterilization pipe packet are provided in second support plate
Include cylindrical barrel body, the left end of cylindrical barrel body is sealed by block, and the center of the block is provided with liquid-leaking nozzle, in the cylindrical barrel body
Portion is in communication with the outside by liquid-leaking nozzle, is provided in the liquid-leaking nozzle for by the plug of leakage hole plug, the cylindrical barrel body
The left end of cylindrical barrel body is arranged in interior setting strainer, the strainer, and the edge of the strainer is fixed on the interior of cylindrical barrel body
On wall, it is provided with liquid injection hole on the side wall of the cylindrical barrel body, is provided in the liquid injection hole removable for sealing liquid injection hole
Formula sealing structure is unloaded, the driving device includes cylindrical shell, and the left end of the cylindrical shell is opened wide, and the right end of cylindrical shell is logical
End cap seal is crossed, first axle bearing sleeve is provided in the cylindrical shell, the outer ring of the first axle bearing sleeve is fixed on cylindrical shell
On the inner sidewall of left end, the internal diameter of the outer diameter and first axle bearing sleeve of the cylindrical barrel body matches, the right end of the cylindrical barrel body
It protrudes into first axle bearing sleeve, the internal diameter of the cylindrical shell is greater than the outer diameter of cylindrical barrel body, is provided with rotation in the cylindrical shell
Hub cap plate and for driving the driving motor for rotating the cover rotation, the internal diameter phase of the diameter rotated the cover and cylindrical barrel body
Matching, the edge rotated the cover is provided with multiple sliding blocks, multiple and sliding slot is provided on the inner wall of the cylindrical barrel body
The sliding slot to match, multiple sliding slots and multiple slide positions correspond, sliding when the right end of cylindrical barrel body protrudes into bearing holder (housing, cover)
Block slides along the chute, while rotating the cover and sealing the right end of cylindrical barrel body, is arranged with second bearing set on the cylindrical barrel body,
The internal diameter of the second bearing set and the outer diameter of cylindrical barrel body match, the outer diameter of the second bearing set and the second semicircle support
The internal diameter of plate matches, and the outer diameter of the first axle bearing sleeve and the internal diameter of the first semicircle supporting plate match.
Further, being provided with third semicircle snap-gauge, the third semicircle above the described second semicircle supporting plate
One end of shape snap-gauge and one end of the second semicircle supporting plate are connected together through the hinges, the third semicircle snap-gauge it is another
End and the other end of the second semicircle supporting plate are fixed together by detachable structure, the radius of the described second semicircle supporting plate and
The radius of third semicircle snap-gauge is identical, when both ends of the both ends of third semicircle snap-gauge respectively with the second semicircle supporting plate are fixed
When together, the two surrounds a complete circle jointly.
Further, the first support bar, second support bar are retractable structure.
Further, the block is frustum, the bigger diameter end diameter of the frustum is identical as the outer diameter of cylindrical barrel body, institute
The miner diameter end diameter for stating frustum is identical as the internal diameter of liquid-leaking nozzle.
Further, the mesh number of the strainer is 80 mesh.
Further, the detachable-type sealed structure includes the sleeve being set on cylindrical barrel body, on the sleeve
It is provided with the through-hole with liquid injection hole same size, the sleeve is freely rotated around cylindrical barrel body, when through-hole and liquid injection hole misplace
When, the sleeve seals liquid injection hole, and the handle for rotating sleeve is provided on the sleeve.
Further, the inner wall surface of the cylindrical barrel body is provided with Semi-cylindrical hil ls.
The beneficial effects of the utility model are: the chlorination equipment for being used for seed asepsis disinfection when in use only need to be by column
Cylinder takes out out of first axle bearing sleeve, and the seed sterilized will be needed to be put into cylindrical barrel body, then reinsert cylindrical barrel body
In first axle bearing sleeve, cylindrical barrel body is sealed using rotating the cover, then opens liquid injection hole, it is at this time inside cylindrical shell and extraneous
Connection injects thimerosal in cylindrical barrel body by liquid injection hole, and after fluid injection, by fluid injection bore closure, which can pass through
Conduit fluid injection effectively prevents thimerosal and is scattered everywhere, is not easy to pollute, and being then horizontally arranged cylindrical shell makes the second axis
Bearing sleeve is contacted with the first semicircle supporting plate, while contacts cylindrical shell with the second semicircle supporting plate, and such cylindrical barrel body is by water
It is flat to support, then start driving motor, driving motor driving rotates the cover rotation, rotates the cover and rotates and then drive column cylinder
Body rotation, cylindrical barrel body comes into full contact with seed with thimerosal during rotation, after disinfection, need to only take plug
Under, the disinfection waste liquid in cylindrical shell can be discharged from liquid-leaking nozzle, since cylindrical shell left end is provided with strainer,
It not will cause loss of seeds while discharge disinfection waste liquid, while operator will not be direct in injection and discharge for thimerosal
It is contacted with thimerosal, operator can effectively be avoided to exempt from poisoning, be discharged after thimerosal, it only need to be by cylindrical barrel body
It is taken out out of first axle bearing sleeve, sanitized seed is poured out, then fill the seed that can need to sterilize by second batch
Enter in cylindrical barrel body and perform disinfection work, whole process can be carried out continuously, and be can be realized and carried out batch, disinfection effect to seed
Rate greatly improves.
Detailed description of the invention
Fig. 1 is the front view of the chlorination equipment described in the utility model for seed asepsis disinfection；
Fig. 2 is the schematic cross-section figure of the chlorination equipment described in the utility model for seed asepsis disinfection；
Fig. 3 is the left side view of Fig. 1；
It is indicated in figure: pedestal 1, sterilization pipe 2, cylindrical barrel body 201, block 202, plug 203, strainer 204, liquid injection hole
205, driving device 3, cylindrical shell 301, end cap 302, first axle bearing sleeve 303, rotate the cover 304, driving motor 305, sleeve
306, the semicircle supporting plate 6, second of handle 307, semi-cylindrical hill 308, first support bar 4, second support bar 5, first is semicircle
Supporting plate 7, second bearing cover 8, third semicircle snap-gauge 9.
Specific embodiment
The present invention will be further described with reference to the accompanying drawings and examples.
As shown in Figure 1 to Figure 3, the chlorination equipment for being used for seed asepsis disinfection, including pedestal 1, sterilization pipe 2, driving dress
3 are set, first support bar 4, second support bar 5 are provided on the pedestal 1, is provided with the first semicircle in the first support bar 4
Shape supporting plate 6, the second semicircle supporting plate 7 is provided in second support plate, and the sterilization pipe 2 includes cylindrical barrel body 201, column
The left end of cylinder 201 is sealed by block 202, and the center of the block 202 is provided with liquid-leaking nozzle, inside the cylindrical barrel body 201
It is in communication with the outside, is provided in the liquid-leaking nozzle for by the plug 203 of leakage hole plug, the cylindrical barrel body by liquid-leaking nozzle
Strainer 204 is set in 201, and the left end of cylindrical barrel body 201 is arranged in the strainer 204, and the edge of the strainer 204 is fixed
On the inner wall of cylindrical barrel body 201, it is provided with liquid injection hole 205 on the side wall of the cylindrical barrel body 201, is set in the liquid injection hole 205
It is equipped with the detachable-type sealed structure for sealing liquid injection hole 205, the driving device 3 includes cylindrical shell 301, described
The left end of cylindrical shell 301 is opened wide, and the right end of cylindrical shell 301 is sealed by end cap 302, setting in the cylindrical shell 301
There is first axle bearing sleeve 303, the outer ring of the first axle bearing sleeve 303 is fixed on the inner sidewall of 301 left end of cylindrical shell, the column
The outer diameter of shape cylinder 201 and the internal diameter of first axle bearing sleeve 303 match, and the right end of the cylindrical barrel body 201 protrudes into first bearing
In set 303, the internal diameter of the cylindrical shell 301 is greater than the outer diameter of cylindrical barrel body 201, is provided with rotation in the cylindrical shell 301
Hub cap plate 304 and for driving the driving motor 305 for rotating the cover 304 rotations, it is described rotate the cover 304 diameter and column
The internal diameter of shape cylinder 201 matches, and 304 edge of rotating the cover is provided with multiple sliding blocks, the cylindrical barrel body 201
Multiple sliding slots to match with sliding slot are provided on inner wall, multiple sliding slots and multiple slide positions correspond, and work as cylindrical barrel body
When 201 right end is protruded into bearing holder (housing, cover), sliding block slides along the chute, while it is close by the right end of cylindrical barrel body 201 to rotate the cover 304
Envelope, is arranged with second bearing set 8 on the cylindrical barrel body 201, the internal diameter of the second bearing set 8 and cylindrical barrel body 201 it is outer
Diameter matches, and the outer diameter of the second bearing set 8 and the internal diameter of the second semicircle supporting plate 7 match, the first axle bearing sleeve 303
Outer diameter and the internal diameter of the first semicircle supporting plate 6 match.The chlorination equipment for being used for seed asepsis disinfection only needs when in use
Cylindrical barrel body 201 is taken out out of first axle bearing sleeve 303, the seed sterilized will be needed to be put into cylindrical barrel body 201, then will
Cylindrical barrel body 201 reinserts in first axle bearing sleeve 303, seals cylindrical barrel body 201 using rotating the cover 304, then rotates
Through-hole is aligned by sleeve 306 with liquid injection hole 205, is in communication with the outside inside cylindrical shell 301 at this time, thimerosal is passed through liquid injection hole
In 205 injection cylindrical barrel bodies 201, after fluid injection, rotational sleeve 306 seals liquid injection hole 205, which can pass through conduit
Fluid injection effectively prevents thimerosal and is scattered everywhere, is not easy to pollute, and being then horizontally arranged cylindrical shell 301 makes the second axis
Bearing sleeve 8 is contacted with the first semicircle supporting plate 6, while contacts cylindrical shell 301 with the second semicircle supporting plate 7, such column cylinder
Body 201 is horizontally supported, and then starts driving motor 305, and the driving of driving motor 305 rotates the cover 304 rotations, rotates the cover
304 rotate and then cylindrical barrel body 201 are driven to rotate, and cylindrical barrel body 201 connects seed sufficiently with thimerosal
Touching need to only remove plug 203 after disinfection, and the disinfection waste liquid in cylindrical shell 301 can be discharged from liquid-leaking nozzle,
Since 301 left end of cylindrical shell is provided with strainer 204, it not will cause loss of seeds while discharge sterilizes waste liquid, together
When thimerosal operator in injection and discharge all will not directly be contacted with thimerosal, can effectively avoid during operator exempts from
Malicious event occurs, and is discharged after thimerosal, only need to take out cylindrical barrel body 201 out of first axle bearing sleeve 303, by sanitized
Seed is poured out, and then the seed sterilized can will be needed to be packed into cylindrical barrel body 201 second batch and performed disinfection work,
Whole process can be carried out continuously, and be can be realized and carried out batch to seed, and disinfection efficiency greatly improves.
It is described for the ease of cylindrical shell 301 is fixed since in disinfecting process, cylindrical shell 301 need to be fixed
The top of second semicircle supporting plate 7 is provided with third semicircle snap-gauge 9, one end of the third semicircle snap-gauge 9 and the second half
One end of round pallet 7 is connected together through the hinges, the other end of the third semicircle snap-gauge 9 and the second semicircle supporting plate
7 other end is fixed together by detachable structure, the radius and third semicircle snap-gauge 9 of the described second semicircle supporting plate 7
Radius it is identical, when the both ends of third semicircle snap-gauge 9 are fixed together with the both ends of the second semicircle supporting plate 7 respectively, two
Person surrounds a complete circle jointly.Utilize the second semicircle supporting plate 7 and third semicircle snap-gauge 9 by cylindrical shell 301 in this way
It is firmly fixed in second support bar 5, it is possible to prevente effectively from cylindrical shell 301 is mobile, causes unnecessary trouble.
In order to adapt to different use environments, the first support bar 4, second support bar 5 are retractable structure.First
Support rod 4, using for second support bar 5 highly can freely adjust its length according to the actual situation.
In addition, the block 202 can be arbitrary structures, preferably, the block 202 is frustum, the frustum
Bigger diameter end diameter it is identical as the outer diameter of cylindrical barrel body 201, the miner diameter end diameter of the frustum is identical as the internal diameter of liquid-leaking nozzle.For
Seed is avoided to leak out from the mesh of strainer 204, the mesh number of the strainer 204 is set as 80 mesh.
In order to facilitate liquid injection hole 205 is opened and closed, the detachable-type sealed structure includes being set in cylindrical barrel body 201
On sleeve 306, the through-hole with 205 same size of liquid injection hole is provided on the sleeve 306, the sleeve 306 surrounds column
Cylinder 201 is freely rotated, and when through-hole and the dislocation of liquid injection hole 205, the sleeve 306 seals liquid injection hole 205, the sleeve
The handle 307 for rotating sleeve 306 is provided on 306.When through-hole is aligned by rotational sleeve 306 with liquid injection hole 205, at this time
It is in communication with the outside inside cylindrical shell 301, thimerosal is injected in cylindrical barrel body 201 by liquid injection hole 205, after fluid injection,
Rotational sleeve 306 seals liquid injection hole 205, and whole operation process is very convenient quick.
Finally, in order to come into full contact with seed with thimerosal, meanwhile, so that thimerosal is uniformly mixed with seed, it is described
The inner wall surface of cylindrical barrel body 201 is provided with Semi-cylindrical hil ls 308, frictional force between Semi-cylindrical hil ls 308 and seed
It is larger, cylindrical barrel body 201 can drive during rotation more seeds with cylindrical barrel body 201 rotate, and then make seed with
Thimerosal comes into full contact with, meanwhile, so that thimerosal is uniformly mixed with seed.
Claims (7)
1. the chlorination equipment for seed asepsis disinfection, it is characterised in that: including pedestal (1), sterilization pipe (2), driving device
(3), it is provided with first support bar (4), second support bar (5) on the pedestal (1), is provided on the first support bar (4)
First semicircle supporting plate (6) is provided with the second semicircle supporting plate (7) in second support plate, and the sterilization pipe (2) includes column
The left end of shape cylinder (201), cylindrical barrel body (201) is sealed by block (202), and the center of the block (202) is provided with leakage
Hole, the cylindrical barrel body (201) is internal to be in communication with the outside by liquid-leaking nozzle, is provided in the liquid-leaking nozzle for blocking up liquid-leaking nozzle
The plug (203) of plug, the cylindrical barrel body (201) is interior to be arranged strainer (204), and the strainer (204) is arranged in cylindrical barrel body
(201) edge of left end, the strainer (204) is fixed on the inner wall of cylindrical barrel body (201), the cylindrical barrel body
(201) be provided on side wall liquid injection hole (205), be provided in the liquid injection hole (205) for by liquid injection hole (205) seal can
Detachable sealing structure, the driving device (3) include cylindrical shell (301), and the left end of the cylindrical shell (301) is opened wide,
The right end of cylindrical shell (301) is sealed by end cap (302), is provided with first axle bearing sleeve in the cylindrical shell (301)
(303), the outer ring of the first axle bearing sleeve (303) is fixed on the inner sidewall of cylindrical shell (301) left end, the cylindrical barrel body
(201) outer diameter and the internal diameter of first axle bearing sleeve (303) match, and the right end of the cylindrical barrel body (201) protrudes into first bearing
It covers in (303), the internal diameter of the cylindrical shell (301) is greater than the outer diameter of cylindrical barrel body (201), and the cylindrical shell (301) is interior
Be provided with rotate the cover (304) and for drive rotate the cover (304) rotation driving motor (305), it is described to rotate the cover
(304) diameter and the internal diameter of cylindrical barrel body (201) match, and the edge for rotating the cover (304) is provided with multiple cunnings
Block is provided with multiple sliding slots to match with sliding slot, multiple sliding slots and multiple sliding block positions on the inner wall of the cylindrical barrel body (201)
One-to-one correspondence is set, when the right end of cylindrical barrel body (201) protrudes into bearing holder (housing, cover), sliding block slides along the chute, rotates the cover simultaneously
(304) right end of cylindrical barrel body (201) is sealed, is arranged with second bearing set (8) on the cylindrical barrel body (201), described the
The internal diameter of two bearing holder (housing, cover)s (8) and the outer diameter of cylindrical barrel body (201) match, the outer diameter of the second bearing set (8) and the first half
The internal diameter of round pallet (6) matches, the internal diameter phase of the outer diameter of the cylindrical shell (301) and the second semicircle supporting plate (7)
Match.
2. the chlorination equipment for seed asepsis disinfection as described in claim 1, it is characterised in that: the described second semicircle support
Third semicircle snap-gauge (9), one end of the third semicircle snap-gauge (9) and the second semicircle support are provided with above plate (7)
One end of plate (7) is connected together through the hinges, the other end of the third semicircle snap-gauge (9) and the second semicircle supporting plate
(7) the other end is fixed together by detachable structure, the radius and third semicircle card of the described second semicircle supporting plate (7)
The radius of plate (9) is identical, when both ends of the both ends of third semicircle snap-gauge (9) respectively with the second semicircle supporting plate (7) are fixed on
When together, the two surrounds a complete circle jointly.
3. the chlorination equipment for seed asepsis disinfection as claimed in claim 2, it is characterised in that: the first support bar
(4), second support bar (5) is retractable structure.
4. the chlorination equipment for seed asepsis disinfection as claimed in claim 3, it is characterised in that: the block (202) is
The bigger diameter end diameter of frustum, the frustum is identical as the outer diameter of cylindrical barrel body (201), the miner diameter end diameter of the frustum and leakage
The internal diameter in hole is identical.
5. the chlorination equipment for seed asepsis disinfection as claimed in claim 4, it is characterised in that: the strainer (204)
Mesh number is 80 mesh.
6. the chlorination equipment for seed asepsis disinfection as claimed in claim 5, it is characterised in that: the detachable-type sealed
Structure includes the sleeve (306) being set on cylindrical barrel body (201), is provided with and liquid injection hole (205) phase on the sleeve (306)
With the through-hole of size, the sleeve (306) is freely rotated around cylindrical barrel body (201), when through-hole and liquid injection hole (205) misplace
When, the sleeve (306) seals liquid injection hole (205), is provided on the sleeve (306) for rotating sleeve (306)
Handle (307).
7. the chlorination equipment for seed asepsis disinfection as claimed in claim 6, it is characterised in that: the cylindrical barrel body
(201) inner wall surface is provided with Semi-cylindrical hil ls (308).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821236167.8U CN208549188U (en) | 2018-08-01 | 2018-08-01 | Chlorination equipment for seed asepsis disinfection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821236167.8U CN208549188U (en) | 2018-08-01 | 2018-08-01 | Chlorination equipment for seed asepsis disinfection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208549188U true CN208549188U (en) | 2019-03-01 |
Family
ID=65449412
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821236167.8U Expired - Fee Related CN208549188U (en) | 2018-08-01 | 2018-08-01 | Chlorination equipment for seed asepsis disinfection |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208549188U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112057652A (en) * | 2020-09-19 | 2020-12-11 | 梁培文 | Agricultural production is used for degassing unit that maize seed handled |
-
2018
- 2018-08-01 CN CN201821236167.8U patent/CN208549188U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112057652A (en) * | 2020-09-19 | 2020-12-11 | 梁培文 | Agricultural production is used for degassing unit that maize seed handled |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190301 Termination date: 20190801 |
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| CF01 | Termination of patent right due to non-payment of annual fee |