CN205266369U - Automatic inoculation machine of fungus stick - Google Patents
Automatic inoculation machine of fungus stick Download PDFInfo
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- CN205266369U CN205266369U CN201620003185.6U CN201620003185U CN205266369U CN 205266369 U CN205266369 U CN 205266369U CN 201620003185 U CN201620003185 U CN 201620003185U CN 205266369 U CN205266369 U CN 205266369U
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- rod
- bacterial classification
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- sleeve
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Abstract
Automatic inoculation machine of fungus stick, it includes the step -by -step conveying mechanism of frame (1), fungus stick, fungus stick punch mechanism, fungus stick inoculation mechanism and bacterial stirring feeding mechanism, the fungus stick step -by -step conveying mechanism install in frame (1), the fungus stick punches the mechanism and includes a set of the cylinder that punches (2), drilling rod connecting plate (3), a set of drilling rod (4) and elasticity pressure strip subassembly, mount pad fixed mounting is passed through in frame (1) in a set of the cylinder that punches (2), drilling rod connecting plate (3) are connected on the piston rod of a set of cylinder that punches (2) respectively, install respectively on drilling rod connecting plate (3) a set of drilling rod (4), the utility model discloses can be with the automatic inoculation that accomplish the fungus stick of the form of assembly line, the simple operation, degree of automation is high, vaccinates efficiently, has fine practical value.
Description
Technical field
The utility model mushroom inoculating facility technical field, is specifically related to bacterium rod automatic vaccination machine.
Background technology
At present, the making of (mushroom) bacterium rod, substratum needs after packing to be pricked by bag mouth dead (hereinafter referred to as bundle mouth bacterium rod), pricks mouth bacterium rod and is delivered to the inoculation of inoculation room after sterilizing, cooling. During inoculation solid spawn, the hand-held perforation rod of inoculation personnel gets 3-4 inoculation hole on bundle mouth bacterium rod, manual by the bacterial classification taking-up in solid spawn bag, fills in and pricks in mouth bacterium excellent inoculation hole. During inoculation liquid spawn, the hand-held perforation rod of inoculation personnel gets 3-4 inoculation hole on bundle mouth bacterium rod, and liquid spawn is injected in inoculation hole by hand-held inoculation spray gun one by one. After inoculation terminates, inoculation personnel can overlap a bacterium bag again on original bundle mouth bacterium rod. Preventing bacterium rod from polluting after inoculation, bagging is delivered to culturing room after terminating and is cultivated. The shortcoming that this kind pricks mouth bacterium rod vaccination ways is mainly reflected in: recruitment number is many, labor strength big, it is loaded down with trivial details to operate, level of automation is low. Pollution rate height, inoculation must carry out under sterile conditions, and people is maximum source of pollution, and more many pollutions probability is more big in employment. The inoculum size of every bag is inconsistent. Because being manually take out bacterial classification from solid spawn bag, the bacterium piece size of taking-up is uneven, causes a bacterium state consistency of bacterium bag poor.
Practical novel content
The purpose of this utility model is exactly to solve the problems of the technologies described above, and provides bacterium rod automatic vaccination machine.
The utility model comprises frame, bacterium rod stepping conveying mechanism, bacterium rod perforating mechanism, bacterium rod vaccination mechanism and bacterial classification stir feeding mechanism, described bacterium rod stepping conveying mechanism is arranged in frame, described bacterium rod perforating mechanism comprises one group of punching cylinder, punching bar web plate, one group of punching bar and elastic compression board component, described one group of punching cylinder is fixedly mounted in frame by mount pad, described punching bar web plate is connected on the piston rod of one group of punching cylinder, described one group of punching bar is arranged on punching bar web plate respectively, described elastic compression board component is by pressing plate, one pair of connection guide rod and one is to compression spring composition, connection guide rod is arranged on the both sides of pressing plate by described one, described pressing plate is provided with pair of guide rods passing hole, the two ends compressing spring are connected one to connection guide rod and pressing plate by described one respectively, and the pair of guide rods passing hole alignment one of pressing plate is to connection guide rod, described bacterium rod vaccination mechanism comprises one group of inoculation cylinder, piston rod web plate, one group of inoculation piston rod, one group of bacterial classification sleeve and sleeve lifting device, described one group of inoculation cylinder is arranged in frame by mount pad respectively, described piston rod web plate is connected on the piston rod of one group of inoculation cylinder, described one group of inoculation piston rod is arranged on piston rod web plate respectively, described sleeve lifting device is made up of one group of sleeve lift cylinder and sleeve connection plate, described one group of sleeve lift cylinder is arranged in frame, described sleeve connection plate is provided with one group of sleeve passing hole, sleeve connection plate is connected on the piston rod of one group of sleeve lift cylinder, the side of described one group of bacterial classification sleeve has bacterial classification entrance, one group of bacterial classification sleeve is each passed through one group of sleeve passing hole of sleeve connection plate, and be fixedly connected with sleeve connection plate, and the interior cylinder of one group of bacterial classification sleeve is enclosed within one group of inoculation piston rod respectively, described bacterial classification stirs feeding mechanism and comprises half drum steel basin, stir shaft, agitator motor, one group of agitating vane, one group is sent bacterial classification cylinder, one group is sent bacterial classification piston and one group of guide pipe, described half drum steel basin top is unlimited, bottom is provided with one group and goes out bacterial classification mouth, half drum steel basin is fixedly mounted in frame, described stir shaft is movably arranged on the two ends of half drum steel basin by bearing support, described agitator motor is fixedly mounted in frame by mount pad, and be connected with stir shaft transmission by transmission mechanism, described one group of agitating vane is fixedly mounted on the surrounding of stir shaft, the top of described guide pipe is provided with bacterial classification entrance, guide pipe is arranged on the bottom of half drum steel basin, and the bacterial classification entrance at guide pipe top be provided with out bacterial classification mouth bottom half drum steel basin and communicate, described one group is sent bacterial classification cylinder to be fixedly mounted in frame by mount pad, described one group is sent bacterial classification piston to be arranged on one group of piston rod sending bacterial classification cylinder respectively, and lay respectively in guide pipe.
Described bacterium rod stepping conveying mechanism is by stepper-motor, conveying roller, chain and one group of bacterium rod loading plate composition, described stepper-motor is fixedly mounted in frame by mount pad, the two ends of described one group of conveying roller are movably arranged in frame by bearing support respectively, and be connected with the Power output shaft drive of motor by transmission mechanism, described one to chain respectively around on the power wheel at one group of conveying roller two ends, described one group of bacterium rod loading plate is provided with the groove for loading bacterium rod, one group of bacterium rod loading plate is equidistantly fixedly mounted on one pair of chain by bolt respectively.
It also has brush sterilized water device, described brush sterilized water device comprises straight line cylinder, sterilization water pot and brush, described straight line cylinder and sterilization water pot are arranged in frame, and described brush is arranged on the slide block of straight line cylinder, and are communicated by the liquid outlet of pipeline with sterilization water pot.
It also has running gear, and described running gear is made up of one group of universal wheel of strap brake, and described one group of strap brake is universal takes turns the bottom being arranged on frame.
It also has power distribution cabinet and two-position controller, and described power distribution cabinet is arranged in frame, and described two-position controller is arranged in power distribution cabinet, and controls the opening of each performer respectively, stops and the working hour.
The utility model advantage is: the utility model can automatically complete the inoculation of bacterium rod with the form of streamline, simple operation, level of automation height, and inoculation efficiency height, has good practical value.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Embodiment
As shown in Figure 1, the utility model comprises frame 1, bacterium rod stepping conveying mechanism, bacterium rod perforating mechanism, bacterium rod vaccination mechanism and bacterial classification stir feeding mechanism, described bacterium rod stepping conveying mechanism is arranged in frame 1, described bacterium rod perforating mechanism comprises one group of punching cylinder 2, punching bar web plate 3, one group of punching bar 4 and elastic compression board component, described one group of punching cylinder 2 is fixedly mounted in frame 1 by mount pad, described punching bar web plate 3 is connected on the piston rod of one group of punching cylinder 2, described one group of punching bar 4 is arranged on punching bar web plate 3 respectively, described elastic compression board component is by pressing plate 5, compression spring 7 is formed by one pair of connection guide rod 6 and, connection guide rod 6 is arranged on the both sides of pressing plate 5 by described one, described pressing plate 5 is provided with pair of guide rods passing hole, the two ends compressing spring 7 are connected one to connection guide rod 6 and pressing plate 5 by described one respectively, and the pair of guide rods passing hole alignment one of pressing plate 5 is to connection guide rod 6, described bacterium rod vaccination mechanism comprises one group of inoculation cylinder 8, piston rod web plate 9, one group of inoculation piston rod 10, one group of bacterial classification sleeve 11 and sleeve lifting device, described one group of inoculation cylinder 8 is arranged in frame 1 by mount pad respectively, described piston rod web plate 9 is connected on the piston rod of one group of inoculation cylinder 8, described one group of inoculation piston rod 10 is arranged on piston rod web plate 9 respectively, described sleeve lifting device is made up of one group of sleeve lift cylinder and sleeve connection plate 13, described one group of sleeve lift cylinder is arranged in frame 1, described sleeve connection plate 13 is provided with one group of sleeve passing hole, sleeve connection plate 13 is connected on the piston rod of one group of sleeve lift cylinder, the side of described one group of bacterial classification sleeve 11 has bacterial classification entrance, one group of bacterial classification sleeve 11 is each passed through one group of sleeve passing hole of sleeve connection plate 13, and be fixedly connected with sleeve connection plate 13, and the interior cylinder of one group of bacterial classification sleeve 11 is enclosed within one group of inoculation piston rod 10 respectively, described bacterial classification stirs feeding mechanism and comprises half drum steel basin 14, stir shaft 15, agitator motor 16, one group of agitating vane 17, one group is sent bacterial classification cylinder 18, one group is sent bacterial classification piston 19 and one group of guide pipe 20, described half drum steel basin 14 top is unlimited, bottom is provided with one group and goes out bacterial classification mouth, half drum steel basin 14 is fixedly mounted in frame 1, described stir shaft 15 is movably arranged on the two ends of half drum steel basin 14 by bearing support, described agitator motor 16 is fixedly mounted in frame 1 by mount pad, and be connected with stir shaft 15 transmission by transmission mechanism, described one group of agitating vane 17 is fixedly mounted on the surrounding of stir shaft 15, the top of described guide pipe 20 is provided with bacterial classification entrance, guide pipe 20 is arranged on the bottom of half drum steel basin 14, and the bacterial classification entrance at guide pipe 20 top be provided with out bacterial classification mouth bottom half drum steel basin 14 and communicate, described one group is sent bacterial classification cylinder 18 to be fixedly mounted in frame 1 by mount pad, described one group is sent bacterial classification piston 19 to be arranged on one group of piston rod sending bacterial classification cylinder 18 respectively, and lay respectively in guide pipe 20.
Described bacterium rod stepping conveying mechanism is by stepper-motor 22, conveying roller 23, chain 24 and one group of bacterium rod loading plate 25 form, described stepper-motor 22 is fixedly mounted in frame 1 by mount pad, the two ends of described one group of conveying roller 23 are movably arranged in frame 1 by bearing support respectively, and be connected with the Power output shaft drive of motor 22 by transmission mechanism, described one to chain 24 respectively around on the power wheel at one group of conveying roller 23 two ends, described one group of bacterium rod loading plate 25 is provided with the groove for loading bacterium rod, one group of bacterium rod loading plate 25 is equidistantly fixedly mounted on one pair of chain 24 by bolt respectively.
It also has brush sterilized water device, described brush sterilized water device comprises straight line cylinder 26, sterilization water pot and brush 27, described straight line cylinder 26 and sterilization water pot are arranged in frame 1, and described brush 27 is arranged on the slide block of straight line cylinder 26, and are communicated by the liquid outlet of pipeline with sterilization water pot.
It also has running gear, and described running gear is taken turns 28 form by one group of strap brake is universal, and described one group of strap brake is universal takes turns the bottom that 28 are arranged on frame 1.
It also has power distribution cabinet 29 and two-position controller, and described power distribution cabinet 29 is arranged in frame 1, and described two-position controller is arranged in power distribution cabinet 29, and controls the opening of each performer respectively, stops and the working hour.
Mode of operation principle: during use, one group of bacterium rod loading plate 25 that (mushroom) bacterium rod is placed on bacterium rod stepping conveying mechanism respectively is in the groove loading bacterium rod, bacterium rod is sent by two-position controller control bacterium rod stepping conveying mechanism stepped start-stop system to bacterium rod perforating mechanism, when bacterium rod is positioned at the lower section of bacterium rod perforating mechanism, one group of hole got by two-position controller control bacterium rod tapping and plugging machine on bacterium rod, rear bacterium rod continues to be fed forward to below bacterium rod vaccination mechanism on bacterium rod loading plate 25, bacterial classification stirs feeding mechanism and is sent to by the bacterial classification being stirred in one group of bacterial classification sleeve 11, one group of bacterial classification sleeve 11 is against on bacterium rod the hole place got by one group of sleeve lift cylinder startup, one group of inoculation cylinder 8 starts, inoculate piston rod 10 by piston rod web plate 9 by one group and it is pressed into one group of bacterial classification sleeve 11, bacterial classification is injected in the hole on bacterium rod, above inoculation step carries out twice, then the two-position controller control bacterium rod each performer of vaccination mechanism resets, bacterium rod is transferred out by bacterium rod stepping conveying mechanism after completing inoculation.
Claims (5)
1. bacterium rod automatic vaccination machine, it is characterized in that it comprises frame (1), bacterium rod stepping conveying mechanism, bacterium rod perforating mechanism, bacterium rod vaccination mechanism and bacterial classification stir feeding mechanism, described bacterium rod stepping conveying mechanism is arranged in frame (1), described bacterium rod perforating mechanism comprises one group of punching cylinder (2), punching bar web plate (3), one group of punching bar (4) and elastic compression board component, described one group of punching cylinder (2) is fixedly mounted in frame (1) by mount pad, described punching bar web plate (3) is connected on the piston rod of one group of punching cylinder (2), described one group of punching bar (4) is arranged in punching bar web plate (3) respectively, described elastic compression board component is by pressing plate (5), one pair of connection guide rod (6) and one is to compression spring (7) composition, connection guide rod (6) is arranged on the both sides of pressing plate (5) by described one, described pressing plate (5) is provided with pair of guide rods passing hole, the two ends compressing spring (7) are connected one to connection guide rod (6) and pressing plate (5) by described one respectively, and the pair of guide rods passing hole alignment one of pressing plate (5) is to connection guide rod (6), described bacterium rod vaccination mechanism comprises one group of inoculation cylinder (8), piston rod web plate (9), one group of inoculation piston rod (10), one group of bacterial classification sleeve (11) and sleeve lifting device, described one group of inoculation cylinder (8) is arranged in frame (1) by mount pad respectively, described piston rod web plate (9) is connected on the piston rod of one group of inoculation cylinder (8), described one group of inoculation piston rod (10) is arranged on piston rod web plate (9) respectively, described sleeve lifting device is made up of one group of sleeve lift cylinder and sleeve connection plate (13), described one group of sleeve lift cylinder is arranged in frame (1), described sleeve connection plate (13) is provided with one group of sleeve passing hole, sleeve connection plate (13) is connected on the piston rod of one group of sleeve lift cylinder, the side of described one group of bacterial classification sleeve (11) has bacterial classification entrance, one group of bacterial classification sleeve (11) is each passed through one group of sleeve passing hole of sleeve connection plate (13), and be fixedly connected with sleeve connection plate (13), and the interior cylinder of one group of bacterial classification sleeve (11) is enclosed within one group of inoculation piston rod (10) respectively, described bacterial classification stirs feeding mechanism and comprises half drum steel basin (14), stir shaft (15), agitator motor (16), one group of agitating vane (17), one group is sent bacterial classification cylinder (18), one group is sent bacterial classification piston (19) and one group of guide pipe (20), described half drum steel basin (14) top is unlimited, bottom is provided with one group and goes out bacterial classification mouth, half drum steel basin (14) is fixedly mounted in frame (1), described stir shaft (15) is movably arranged on the two ends of half drum steel basin (14) by bearing support, described agitator motor (16) is fixedly mounted in frame (1) by mount pad, and be connected with stir shaft (15) transmission by transmission mechanism, described one group of agitating vane (17) is fixedly mounted on the surrounding of stir shaft (15), the top of described guide pipe (20) is provided with bacterial classification entrance, guide pipe (20) is arranged on the bottom of half drum steel basin (14), and the bacterial classification entrance at guide pipe (20) top is provided with out bacterial classification mouth communicates with half drum steel basin (14) bottom, described one group is sent bacterial classification cylinder (18) to be fixedly mounted in frame (1) by mount pad, described one group is sent bacterial classification piston (19) to be arranged on one group of piston rod sending bacterial classification cylinder (18) respectively, and lay respectively in guide pipe (20).
2. bacterium according to claim 1 rod automatic vaccination machine, it is characterized in that described bacterium rod stepping conveying mechanism is by stepper-motor (22), conveying roller (23), chain (24) and one group of bacterium rod loading plate (25) composition, described stepper-motor (22) is fixedly mounted in frame (1) by mount pad, the two ends of described one group of conveying roller (23) are movably arranged in frame (1) by bearing support respectively, and be connected by the Power output shaft drive of transmission mechanism with motor (22), described one to chain (24) respectively around on the power wheel at one group of conveying roller (23) two ends, described one group of bacterium rod loading plate (25) is provided with the groove for loading bacterium rod, one group of bacterium rod loading plate (25) is equidistantly fixedly mounted on one pair of chain (24) by bolt respectively.
3. bacterium according to claim 1 rod automatic vaccination machine, it is characterized in that it also has brush sterilized water device, described brush sterilized water device comprises straight line cylinder (26), sterilization water pot and brush (27), described straight line cylinder (26) and sterilization water pot are arranged in frame (1), described brush (27) is arranged on the slide block of straight line cylinder (26), and is communicated by the liquid outlet of pipeline with sterilization water pot.
4. bacterium according to claim 1 rod automatic vaccination machine, it is characterised in that it also has running gear, and described running gear is made up of one group of universal take turns (28) of strap brake, and described one group of strap brake is universal takes turns the bottom that (28) are arranged on frame (1).
5. bacterium according to claim 1 rod automatic vaccination machine, it is characterized in that it also has power distribution cabinet (29) and two-position controller, described power distribution cabinet (29) is arranged in frame (1), described two-position controller is arranged in power distribution cabinet (29), and controls the opening of each performer respectively, stops and the working hour.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003185.6U CN205266369U (en) | 2016-01-05 | 2016-01-05 | Automatic inoculation machine of fungus stick |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003185.6U CN205266369U (en) | 2016-01-05 | 2016-01-05 | Automatic inoculation machine of fungus stick |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205266369U true CN205266369U (en) | 2016-06-01 |
Family
ID=56051013
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620003185.6U Expired - Fee Related CN205266369U (en) | 2016-01-05 | 2016-01-05 | Automatic inoculation machine of fungus stick |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205266369U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105613040A (en) * | 2016-01-05 | 2016-06-01 | 荆门市五三新欣食用菌研发种植基地 | Automatic bacteria stick inoculating machine |
| CN115812520A (en) * | 2023-02-10 | 2023-03-21 | 诸城市万景源农业科技有限公司 | Edible fungus stick punching and inoculating machine |
-
2016
- 2016-01-05 CN CN201620003185.6U patent/CN205266369U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105613040A (en) * | 2016-01-05 | 2016-06-01 | 荆门市五三新欣食用菌研发种植基地 | Automatic bacteria stick inoculating machine |
| CN115812520A (en) * | 2023-02-10 | 2023-03-21 | 诸城市万景源农业科技有限公司 | Edible fungus stick punching and inoculating machine |
| CN115812520B (en) * | 2023-02-10 | 2023-04-18 | 诸城市万景源农业科技有限公司 | Edible fungus stick punching and inoculating machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20200105 |