CN206294573U - A kind of bacterium rod inoculation device - Google Patents
A kind of bacterium rod inoculation device Download PDFInfo
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- CN206294573U CN206294573U CN201621419944.3U CN201621419944U CN206294573U CN 206294573 U CN206294573 U CN 206294573U CN 201621419944 U CN201621419944 U CN 201621419944U CN 206294573 U CN206294573 U CN 206294573U
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- strain
- bacterium rod
- depression bar
- turnover panel
- driver element
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Abstract
The utility model discloses a kind of bacterium rod inoculation device, including body, the body is provided with the conveying mechanism for conveying bacterium rod, and the vaccination mechanism above conveying mechanism is additionally provided with the body, and the vaccination mechanism includes：Multiple is arranged in juxtaposition and the strain depression bar for being pressed into strain in bacterium rod inoculation hole；For the first driver element for driving strain depression bar to be moved towards bacterium rod inoculation hole；Multiple corresponds the turnover panel for setting at strain depression bar and with strain depression bar；For the 3rd driver element for driving turnover panel to overturn；The turnover panel has the strain loading surface for loading strain, the strain loading surface has the horizontal load position perpendicular with strain depression bar, and is ordered about by the 3rd driver element and make strain loading surface towards the side to overturn of the strain depression bar one extremely vertical discharging position consistent with strain depression bar direction.The utility model is easy to operate so that access strain in each inoculation hole on bacterium rod simultaneously, substantially increases inoculation efficiency, reduces labor strength.
Description
Technical field
The utility model belongs to mushroom class production technical field, and in particular to a kind of bacterium rod inoculation device.
Background technology
Bacterium rod, is also bacterium bag, cultivating bag, bacterium bag, is that the raw materials such as wood chip (sawdust) are filled as being made in polybag, and bacterium rod makes
When, making obtains bacterium rod by needing to prick sack extremely after culture medium is packed.Bacterium rod connects strain, by long after inoculated and cultured
Go out corresponding mushroom, bacterium rod provides nutrition for the mushroom of growth.
In the prior art, it is necessary to when producing mushroom, transfer room inoculation is delivered to by bacterium rod is sterilized, after cooling, inoculation is solid
During body strain, the hand-held perforation rod of inoculation personnel gets 3~4 inoculation holes on tying bacterium rod, by hand by solid spawn bag
Strain takes out, and fills in tying bacterium rod inoculation hole.During inoculation liquid spawn, the inoculation hand-held perforation rod of personnel is beaten on tying bacterium rod
Go out 3~4 inoculation holes, hand-held inoculation spray gun injects in inoculation hole liquid spawn one by one.After inoculation terminates, inoculation personnel can be
A bacterium bag is covered on original bacterium rod again, prevents bacterium rod from being polluted by external environment condition after inoculation, bagging is transported to training after terminating
Cultivated foster room.
The mode of above-mentioned artificial infection is primarily present following shortcoming：
(1) cumbersome, automaticity is relatively low so that labor strength is larger, and inoculation efficiency is relatively low；
(2) the strain inoculum concentration in each inoculation hole is judged according to the experience of workman, it is impossible to control bacterium rod to be inoculated with
The uniformity of amount so that the inoculum concentration between bacterium rod has differences, final growing state there is also certain difference.
Utility model content
In order to solve the above problems, the utility model provides a kind of bacterium rod inoculation device, improves the inoculation efficiency of bacterium rod.
The technical solution of the utility model is：A kind of bacterium rod inoculation device, including body, the body are provided with for conveying
The conveying mechanism of bacterium rod, is additionally provided with the vaccination mechanism above conveying mechanism on the body, the vaccination mechanism includes：
Multiple is arranged in juxtaposition and the strain depression bar for being pressed into strain in bacterium rod inoculation hole；
For the first driver element for driving strain depression bar to be moved towards bacterium rod inoculation hole；
Multiple corresponds the turnover panel for setting at strain depression bar and with strain depression bar；
For the 3rd driver element for driving turnover panel to overturn；
The turnover panel has for loading the strain loading surface of strain, and the strain loading surface has and mutually hung down with strain depression bar
Straight horizontal load position, and by the 3rd driver element order about and make strain loading surface towards the side to overturn of strain depression bar one to and bacterium
Plant the consistent vertical discharging position in depression bar direction.
Corresponded between strain depression bar and bacterium rod inoculation hole in the utility model and set, when being inoculated with, will turned over first
Plate is in horizontal load position, then strain is loaded onto on strain loading surface, when the bacterium rod for offering inoculation hole is delivered to strain pressure
After bar lower section and bacterium rod inoculation hole and strain depression bar correspond, the first driver element and the 3rd driver element are opened, the
Three driver elements will drive the strain loading surface of turnover panel towards the side to overturn of strain one until vertical discharging position, now, positioned at strain
Strain on loading surface will under gravity will free-falling, while strain falls, the first driver element drives bacterium
Kind of depression bar is from the top of vertical discharging position towards the lateral movement of inoculation hole one so that while strain free-falling, by strain pressure
Accurately be pressed into the strain of whereabouts in corresponding inoculation hole by bar.
The 3rd driver element can for example will using the drive mechanism for being currently used for driving turnover panel upset in the utility model
Turnover panel is hinged setting, then sets the motor for driving jointed shaft to rotate.
Strain loading surface is in when loading position, in order to prevent strain from being dropped from strain loading surface, preferably, described
The cross section of turnover panel is curved.
For the ease of strain is quickly and easily delivered on strain loading surface, preferably, being additionally provided with the body
For to the feed mechanism that strain is loaded on turnover panel.
Feed mechanism can have various in the utility model, preferably, the feed mechanism includes：
Feed bin for depositing strain, offers the discharging opening fallen for strain on the feed bin；
Can below the strain depression bar and feed bin between make the delivery sheet that moves back and forth, offered on the delivery sheet it is multiple with
The one-to-one notch of turnover panel, the turnover panel is articulated with notch；
Multiple separate hoppers between discharging opening and delivery sheet, the separate hopper is correspondingly arranged with notch, for will be from
The strain that discharging opening falls is sent to the strain loading surface of turnover panel.
The utility model deposits the strain for having crushed in feed bin, when needing to be delivered to strain on strain loading surface
When, delivery sheet is moved to feed bin lower section, and turnover panel in notch is in horizontal load position, and the strain in feed bin can pass through
In dropping down onto the multiple separate hoppers below feed bin under material mouth, then sent to corresponding strain loading surface by separate hopper, strain dress
After having loaded strain on section, delivery sheet towards the side shifting of strain depression bar one, when needing to be inoculated with, using above-mentioned inoculation
Process.
The move mode of delivery sheet can be moved back and forth by air cylinder driven delivery sheet in the utility model, it is also possible to
Slide rail is set on body, the pulley that setting is engaged with slide rail on delivery sheet.Therefore in the utility model delivery sheet shifting
Flowing mode can have various, can take existing usual manner.
After the strain on turnover panel loading surface is loaded and finished, in order to prevent the strain remained in separate hopper from falling to body
It is interior, preferably, the discharging port of the separate hopper is provided with discharge baffle and for driving discharge baffle to block discharge end
The 4th driver element at mouthful.Preferably, the 4th driver element is cylinder.
When needing closure discharging port, discharging port is blocked by air cylinder driven discharge baffle, when needing strain
It is loaded into when on turnover panel loading surface, air cylinder driven discharge baffle is away from discharging port.Preferably, the notch inside is leaned on
The end face of nearly strain depression bar one end is curved end, and the cross section of the turnover panel is the arc matched with curved end, described to turn over
When plate is located at vertical discharging position the through hole passed through for strain depression bar is cooperatively formed with curved end.When turnover panel is in vertical discharging position
When, the through hole to be formed is matched with curved end, it is circular through hole by cross section so that bacterium when can cause that strain falls
Whereabouts shape and inoculation hole and the form fit of strain depression bar are planted, is easy to strain to enter under the pressure effect of strain depression bar and is connect
Plant in hole, in order to prevent strain to be scattered to bacterium rod, preferably, the diameter of the through hole is straight slightly larger than strain depression bar
Footpath.
It is in generally block structure form due to solid spawn, it is necessary to block strain is smashed to pieces when using.Preferably, institute
Stating feed mechanism also includes positioned at feed bin top and the material storage tube for depositing block strain, at the bottom port of the material storage tube
Be provided with can be reciprocating at bottom port backgauge supporting plate, offered on the backgauge supporting plate for strain discharge discharge
Mouthful, the backgauge supporting plate is provided with multiple studs.
The move mode of backgauge supporting plate can also use various existing structure types in the utility model.The utility model
In material storage tube built with block strain, the backgauge supporting plate of material storage tube bottom can be reciprocating relative to material storage tube, in material storage tube
Move reciprocatingly when, the stud on backgauge supporting plate can be smashed the block strain in material storage tube to pieces, while strain is smashed to pieces, smash
The strain of broken mistake is discharged on underlying feed bin from discharge gate.
It is existing usual to be entered by the way of manually punching, it is necessary to open up inoculation hole on bacterium rod before the inoculation of bacterium rod
Row punching, in order that obtaining easy to operate, improves operating efficiency, preferably, being additionally provided with the body for being opened up to bacterium rod
The perforating mechanism of inoculation hole, the perforating mechanism is sequentially arranged with vaccination mechanism along the conveying direction of conveying mechanism.
The utility model is provided with perforating mechanism so that bacterium rod realizes two works of punching and be inoculated with the utility model
Sequence, greatly improves operating efficiency.
Preferably, the perforating mechanism is located at the top of conveying mechanism, the perforating mechanism includes：
Multiple be arranged in juxtaposition and with the one-to-one perforating head of strain depression bar；
For the second driver element for driving perforating head to move up and down.
It is right first when bacterium rod is delivered in the utility model before the utility model perforating mechanism is located at vaccination mechanism
Bacterium rod opens up inoculation hole, and bacterium rod is delivered to when immediately below perforating head, opens the second driver element, is driven by the second driver element
Perforating head is towards at bacterium rod and being pressed downward, you can open up inoculation hole on bacterium rod.
For the ease of opening up inoculation hole, preferably, the perforating head is cylindrical, and top is tapered.
Preferably, the conveying mechanism is including the horizontal horizontal feed chain below vaccination mechanism and positioned at water
Multiple bacterium rod loading plates on the flat chain of par.
Preferably, the vaccination mechanism also includes：
Two the first lead columns, two the first lead column both sides in horizontal feed chain positioned opposite；
Slide respectively and be arranged in two the first lead columns in first installing plate, the two ends of first installing plate；
First driver element include for drive the first installing plate along the first lead column it is reciprocating first
Master cylinder.
Preferably, the vaccination mechanism also includes the first location-plate being engaged with bacterium rod outer peripheral face, described first determines
Position plate slides be arranged in two the first lead columns respectively, first driver element include for drive the first location-plate along
The first reciprocating auxiliary cylinder of first lead column, offers first passed through for strain depression bar and determines on first location-plate
Position hole.
During inoculation, first the first location-plate of auxiliary air cylinder driven is worn towards the side shifting of bacterium rod one because the first location-plate is slided
In the first lead column, therefore drive the first location-plate reciprocating along the first lead column, until so that the first positioning
Plate is fitted close with bacterium rod outer peripheral face so that bacterium rod is positioned fixation, and strain is pressed into when in inoculation hole, opens the first main gas
Cylinder, the first master cylinder will drive bacterium rod depression bar through the first location hole and penetrate in the inoculation hole of bacterium rod.
The structure type of strain depression bar has various in the utility model, preferably, the strain depression bar is cylindrical.
The perforating mechanism also includes：
Two the second lead columns, two the second lead column both sides in horizontal feed chain positioned opposite；
Slide respectively and be arranged in two the second lead columns in second installing plate, the two ends of second installing plate；
Second driver element include for drive the second installing plate along the second lead column it is reciprocating second
Master cylinder.
Preferably, the perforating mechanism also includes the second location-plate being engaged with bacterium rod outer peripheral face, described second determines
Position plate slides be arranged in two the second lead columns respectively, second driver element include for drive the second location-plate along
The second reciprocating auxiliary cylinder of second lead column, offers the second positioning passed through for perforating head on second location-plate
Hole.
During punching, second the first location-plate of auxiliary air cylinder driven is worn towards the side shifting of bacterium rod one because the second location-plate is slided
In the second lead column, therefore drive the second location-plate reciprocating along the second lead column, until so that the second positioning
Plate is fitted close with bacterium rod outer peripheral face so that bacterium rod is positioned fixation, finally opens the second master cylinder, and the second master cylinder will drive
Perforating head is through the second location hole and penetrates bacterium rod.
Compared with prior art, the beneficial effects of the utility model are embodied in：
The strain for being inoculated in each inoculation hole of bacterium rod is loaded by turnover panel in the utility model, is erected when turnover panel is in
During straight discharging position, strain on strain loading surface will under gravity will free-falling, while strain falls,
The strain of whereabouts is accurately pressed into corresponding inoculation hole by strain depression bar.The utility model is easy to operate so that bacterium rod
On each inoculation hole in simultaneously access strain, substantially increase inoculation efficiency, reduce the labour intensity of workman.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 be the utility model in on turnover panel convey strain when structural representation.
Fig. 3 is structural representation when strain to be delivered to turnover panel bacterium rod inoculation hole in the utility model.
Fig. 4 is structural representation when turnover panel is in horizontal load position in the utility model.
Fig. 5 is structural representation when turnover panel is in unloading position vertically in the utility model.
Specific embodiment
The utility model is described further below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2 and Figure 3, the utility model includes body 1, and body 1 is provided with the conveying for conveying bacterium rod 6
Mechanism 2, is additionally provided with the vaccination mechanism 3 positioned at the top of conveying mechanism 2 on body 1.
As shown in Figures 2 and 3, vaccination mechanism 3 includes in the utility model：
Multiple is arranged in juxtaposition and the strain depression bar 31 for being pressed into strain in the inoculation hole of bacterium rod 6, bacterium in the utility model
The structure type for planting depression bar 31 has various, and strain depression bar 31 is cylindrical in the present embodiment；
For the first driver element 32 for driving strain depression bar 31 to be moved towards the inoculation hole of bacterium rod 6；
Multiple corresponds the turnover panel 33 for setting at strain depression bar 31 and with strain depression bar 31；
For the 3rd driver element (being not drawn into figure) for driving turnover panel 33 to overturn, the 3rd driver element in the utility model
Turnover panel for example can be hinged by setting using the drive mechanism for being currently used for driving turnover panel upset, then set and drive jointed shaft
The motor of rotation.
Turnover panel 33 has the strain loading surface for loading strain in the utility model, and strain loading surface has and strain pressure
The perpendicular horizontal load position of bar, sees Fig. 2 and Fig. 3, and ordered about by the 3rd driver element and make strain loading surface towards strain
The side to overturn of depression bar 31 1 is shown in Fig. 3 and Fig. 5 to the vertical discharging position consistent with the direction of strain depression bar 31.Strain loading surface is in
When loading position, in order to prevent strain from being dropped from strain loading surface, the cross section of turnover panel 33 is curved in the present embodiment.
As shown in figure 1, in the utility model conveying mechanism 2 include horizontal feed chain 21 below the vaccination mechanism with
And the loading plate 22 of multiple bacterium rods 6 on horizontal horizontal feed chain 21.
As shown in Figures 2 and 3, vaccination mechanism 3 also includes in the utility model：Vaccination mechanism also includes：
Two the first lead columns 34, two both sides in horizontal feed chain 21 positioned opposite of the first lead column 34；
Slide respectively and be arranged in two the first lead columns 34 in first installing plate 35, the two ends of the first installing plate 35；
First driver element 32 include for drive the first installing plate 35 along the first lead column 34 it is reciprocating the
One master cylinder 321.
As shown in figures 1 and 3, vaccination mechanism of the present utility model also includes that be engaged with the outer peripheral face of bacterium rod 6 first determines
Position plate 36, the first location-plate 36 slides be arranged in two the first lead columns 34 respectively, and the first driver element 32 is included for driving
Dynamic first location-plate 36 is offered along the first reciprocating auxiliary cylinder 322 of the first lead column 34 on first location-plate 36
For the first location hole 361 that strain depression bar 31 is passed through.
During inoculation, the first auxiliary cylinder 322 drives the first location-plate 36 towards the side shifting of bacterium rod 6 one, due to the first location-plate
36 slips are arranged in the first lead column 341, therefore drive the first location-plate 36 to be moved back and forth along the first lead column 34, until
So that the first location-plate 36 is fitted close with the outer peripheral face of bacterium rod 6 so that bacterium rod 6 is positioned fixation, and strain is pressed into inoculation hole
When, the first master cylinder 321 is opened, the first master cylinder 321 will drive the depression bar 31 of bacterium rod 6 through the first location hole 361 and penetrate bacterium
In the inoculation hole of rod 6.
As shown in Figures 2 and 3, corresponded between strain depression bar 31 and the inoculation hole of bacterium rod 6 in the utility model and set, entered
During row inoculation, turnover panel is in horizontal load position first, then strain is loaded onto on strain loading surface, when offering inoculation hole
After bacterium rod 6 is delivered to the lower section of strain depression bar 31 and the inoculation hole of bacterium rod 6 and strain depression bar 31 are corresponded, the first driving is opened single
Unit 32 and the 3rd driver element, the 3rd driver element will drive the strain loading surface of turnover panel 33 towards the side to overturn of strain one until
Vertical discharging position, now, strain on strain loading surface will under gravity will free-falling, what strain fell
Meanwhile, the first driver element 32 drives strain depression bar 31 from the top of vertical discharging position towards the lateral movement of inoculation hole one so that bacterium
While planting free-falling, the strain of whereabouts is accurately pressed into corresponding inoculation hole by strain depression bar.For the ease of inciting somebody to action
Strain is quickly and easily delivered on strain loading surface, is additionally provided with the utility model body 1 for loading bacterium on turnover panel 31
The feed mechanism 4 planted.
Feed mechanism 4 can have various in the utility model, and as shown in Figures 2 and 3, feed mechanism 4 is wrapped in the present embodiment
Include：
Feed bin 42 for depositing strain, offers the discharging opening 421 fallen for strain on feed bin 42；
Can below the strain depression bar 31 and feed bin 42 between make the delivery sheet 43 that moves back and forth, offered on delivery sheet 43 many
The individual and one-to-one notch 431 of turnover panel 33, turnover panel 33 is articulated with notch 431；
Multiple separate hoppers 44 between discharging opening 421 and delivery sheet 43, separate hopper 44 is correspondingly arranged with notch 431,
For the strain fallen from discharging opening 421 being sent to the strain loading surface of turnover panel 33, see Fig. 4 and Fig. 5.
The utility model strain that storage had been crushed in the feed bin 42, when needing for strain to be delivered to strain loading surface
When upper, delivery sheet 43 was moved to the lower section of feed bin 42, and turnover panel 33 in notch 431 is in horizontal load position, in feed bin 42
Strain by multiple separate hoppers 44 that the lower section of feed bin 42 is dropped down onto under discharging opening 421, then can be sent to right by separate hopper 44
On the strain loading surface answered, after having loaded strain on strain loading surface, delivery sheet 43 towards the side shifting of strain depression bar 31 1, when
When needs are inoculated with, using above-mentioned seeded process.After the strain on turnover panel loading surface is loaded and finished, in order to prevent
The strain of residual is fallen in body 1 in separate hopper 44, and the discharging port of separate hopper 44 is provided with discharge baffle 45 and is used for
Drive the 4th driver element 46 of the closure discharging of discharge baffle 45 port.4th driver element 46 is cylinder.Needs are blocked out
Material port when, by the cylinder of gas 46 drive discharge baffle 45 block discharging port, when need by strain be loaded into turnover panel loading
When on face, cylinder 46 drives discharge baffle 45 away from discharging port.
The move mode of delivery sheet 43 can be moved back and forth by air cylinder driven delivery sheet 43 in the utility model,
Slide rail 11 can also be set on body 1, the pulley that setting is engaged with slide rail on delivery sheet 43.Therefore in the utility model
The move mode of delivery sheet 43 can have various, can take existing usual manner.
It is in generally block structure form due to solid spawn, it is necessary to block strain is smashed to pieces when using.Such as Fig. 2 and Fig. 3 institutes
Show, feed mechanism 43 also includes positioned at the top of feed bin 42 and the material storage tube 41 for depositing block strain, storage in the utility model
Be provided with the bottom port of barrel 41 can be reciprocating at bottom port backgauge supporting plate 411, opened up on backgauge supporting plate 411
There is the discharge gate 412 for strain discharge, backgauge supporting plate 411 is provided with multiple studs 413.
The move mode of backgauge supporting plate 411 can also use various existing structure types in the utility model.This practicality
It is new in material storage tube 41 built with block strain, the backgauge supporting plate 411 of the bottom of material storage tube 41 makees reciprocal fortune in the bottom of material storage tube 41
When dynamic, the stud 413 on backgauge supporting plate 411 can be smashed the block strain in material storage tube to pieces, while strain is smashed to pieces, smash to pieces
The strain crossed is discharged on underlying feed bin 42 from discharge gate.
As shown in figure 4, end face of the inside of notch 431 near the one end of strain depression bar 31 is curved end in the utility model
432, the cross section of turnover panel 33 is the arc matched with curved end 432, with curved end 432 when turnover panel is positioned at vertical discharging position
Cooperatively form the through hole 37 passed through for strain depression bar 31.When 31 vertical discharging position of turnover panel, match what is formed with curved end 432
Through hole 37, is circular through hole 37 by cross section when can cause that strain falls so that strain whereabouts shape and inoculation hole with
And the form fit of strain depression bar 31, it is easy to strain to enter in inoculation hole under the pressure effect of strain depression bar 31, in order to prevent
Strain is scattered to bacterium rod 6, the diameter of the diameter slightly larger than strain depression bar 31 of through hole 37.
It is inoculated with preceding in bacterium rod 6, it is necessary to open up inoculation hole on bacterium rod 6, it is existing usual by the way of manually punching
Punched, in order that obtaining easy to operate, operating efficiency is improved, as shown in figure 1, being additionally provided with use on body of the present utility model 1
In the perforating mechanism 5 that inoculation hole is opened up to bacterium rod 6, perforating mechanism 5 and vaccination mechanism 3 along conveying mechanism conveying direction successively
Arrangement.
The utility model is provided with perforating mechanism 5 so that bacterium rod 6 realizes two works of punching and be inoculated with the utility model
Sequence, greatly improves operating efficiency.As shown in figure 1, perforating mechanism 5 is located at the top of conveying mechanism 2, perforating mechanism in the present embodiment
5 include：
Multiple be arranged in juxtaposition and with the one-to-one perforating head 51 of strain depression bar 31；
For the second driver element 52 for driving perforating head 51 to move up and down.
It is right first when bacterium rod 6 is delivered in the utility model before the utility model perforating mechanism is located at vaccination mechanism
Bacterium rod 6 opens up inoculation hole, and bacterium rod 6 is delivered to when immediately below perforating head, opens the second driver element, is driven by the second driver element
Dynamic perforating head is towards at bacterium rod 6 and being pressed downward, you can open up inoculation hole on bacterium rod 6.
For the ease of opening up inoculation hole, preferably, the perforating head is cylindrical, and top is tapered.
As shown in Fig. 2 perforating mechanism 5 also includes in the present embodiment：
Two the second lead columns 53, positioned at the both sides of horizontal feed chain 21；
Slide respectively and be arranged in two the second lead columns 53 in second installing plate 54, the two ends of the second installing plate 54；
Second driver element 52 include for drive the second installing plate 54 along the second lead column 53 it is reciprocating the
Two master cylinders 521.
Perforating mechanism 5 in the present embodiment also includes the second location-plate 55 being engaged with the outer peripheral face of bacterium rod 6, the second positioning
The two ends of plate 55 are slided and are arranged in two the second lead columns 53, and the second driver element 52 is included for driving the second location-plate 55
Along the second auxiliary cylinder 522 that the second lead column 53 is reciprocating, offer what is passed through for perforating head on the second location-plate 55
Second location hole 551.Perforating mechanism 5 is identical with the principle of vaccination mechanism 3 with principle when moving up and down in the utility model, can
Referring to the principle of above-mentioned vaccination mechanism 3.
As shown in Figures 2 and 3, in the utility model at a be the entrance location of bacterium rod 6 of the present utility model, b at be bacterium rod 6
Punch position at, at c for the inoculation position of bacterium rod 6 at, be bacterium rod 6 outlet port d at, through punched b at and c at inoculation
Afterwards, from d export the utility model, referring specifically to Fig. 2 and Fig. 3 arrow shown in.
The above makes preferred embodiment of the present utility model, does not depart from for the person of ordinary skill of the art
On the premise of the utility model principle, some variations and modifications can also be made, these also should be regarded as protection of the present utility model
Scope.
Claims (9)
1. a kind of bacterium rod inoculation device, including body, the body is provided with the conveying mechanism for conveying bacterium rod, and its feature exists
In, the vaccination mechanism above conveying mechanism is additionally provided with the body, the vaccination mechanism includes：
Multiple is arranged in juxtaposition and the strain depression bar for being pressed into strain in bacterium rod inoculation hole；
For the first driver element for driving strain depression bar to be moved towards bacterium rod inoculation hole；
Multiple corresponds the turnover panel for setting at strain depression bar and with strain depression bar；
For the 3rd driver element for driving turnover panel to overturn；
The turnover panel has the strain loading surface for loading strain, and the strain loading surface has perpendicular with strain depression bar
Horizontal load position, and by the 3rd driver element order about and make strain loading surface towards the side to overturn of strain depression bar one to strain pressure
The consistent vertical discharging position in bar direction.
2. bacterium rod inoculation device as claimed in claim 1, it is characterised in that be additionally provided with the body for being loaded on turnover panel
The feed mechanism of strain.
3. bacterium rod inoculation device as claimed in claim 2, it is characterised in that the feed mechanism includes：
Feed bin for depositing strain, offers the discharging opening fallen for strain on the feed bin；
Can below the strain depression bar and feed bin between make the delivery sheet that moves back and forth, multiple and turnover panel is offered on the delivery sheet
One-to-one notch, the turnover panel is articulated with notch；
Multiple separate hoppers between discharging opening and delivery sheet, the separate hopper is correspondingly arranged with notch, for will be from discharging
The strain that mouth falls is sent to the strain loading surface of turnover panel.
4. bacterium rod inoculation device as claimed in claim 3, it is characterised in that end of the notch inside near strain depression bar one end
Face is curved end, and the cross section of the turnover panel is the arc matched with curved end, when the turnover panel is located at vertical discharging position
The through hole passed through for strain depression bar is cooperatively formed with curved end.
5. bacterium rod inoculation device as claimed in claim 3, it is characterised in that the feed mechanism also include being located at feed bin top and
Material storage tube for depositing block strain, being provided with the bottom port of the material storage tube can be reciprocating at bottom port
Backgauge supporting plate, offers the discharge gate for strain discharge on the backgauge supporting plate, the backgauge supporting plate is provided with multiple studs.
6. bacterium rod inoculation device as claimed in claim 1, it is characterised in that be additionally provided with the body and connect for being opened up to bacterium rod
The perforating mechanism in hole is planted, the perforating mechanism is sequentially arranged with vaccination mechanism along the conveying direction of conveying mechanism.
7. bacterium rod inoculation device as claimed in claim 6, it is characterised in that the perforating mechanism is located at the top of conveying mechanism,
The perforating mechanism includes：
Multiple be arranged in juxtaposition and with the one-to-one perforating head of strain depression bar；
For the second driver element for driving perforating head to move up and down.
8. bacterium rod inoculation device as claimed in claim 1, it is characterised in that the conveying mechanism includes being located at vaccination mechanism lower section
Horizontal feed chain and the multiple bacterium rod loading plates on horizontal feed chain.
9. bacterium rod inoculation device as claimed in claim 8, it is characterised in that the vaccination mechanism also includes：
Two the first lead columns, two the first lead column both sides in horizontal feed chain positioned opposite；
Slide respectively and be arranged in two the first lead columns in first installing plate, the two ends of first installing plate；
First driver element is included for driving the first installing plate along the first reciprocating main gas of the first lead column
Cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621419944.3U CN206294573U (en) | 2016-12-22 | 2016-12-22 | A kind of bacterium rod inoculation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621419944.3U CN206294573U (en) | 2016-12-22 | 2016-12-22 | A kind of bacterium rod inoculation device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206294573U true CN206294573U (en) | 2017-07-04 |
Family
ID=59204291
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621419944.3U Active CN206294573U (en) | 2016-12-22 | 2016-12-22 | A kind of bacterium rod inoculation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206294573U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106856979A (en) * | 2016-12-22 | 2017-06-20 | 龙泉市菇源自动化设备有限公司 | Bacterium rod inoculation device |
-
2016
- 2016-12-22 CN CN201621419944.3U patent/CN206294573U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106856979A (en) * | 2016-12-22 | 2017-06-20 | 龙泉市菇源自动化设备有限公司 | Bacterium rod inoculation device |
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