CN210202794U - Automatic plug feeding and infiltrating seeding equipment - Google Patents

Abstract

The utility model relates to a soilless culture technical field, in particular to seeding equipment is soaked in automatic cave dish material loading. Including belt conveyor line, belt conveyor line is equipped with in proper order along the opposite direction of conveying and makes its seed insert the kind of a guide pulley type of planting on the dish is educated to the sponge and inserts kind of a device. The utility model discloses a cooperation function of two sets of support biax cylinder groups on the seedling tray automatic feeding device is educated to the sponge, make it realize the automatic feeding that the sponge educates the seedling tray, the rational cooperation function of pushing down mechanism and water injection mechanism and belt conveyor line on its sponge roll extrusion water injection device of rethread, the play water end that makes its water injection mechanism can paste tight sponge and educate the seedling tray and carry out the water injection, realize its automatic sponge that soaks and educate the seedling tray, the rethread last guide pulley type is inhaled to plant and is inserted the reasonable cooperation operation of inhaling kind mechanism and inserting kind mechanism on the seed device, make its seed can be smooth insert the sponge and educate the seedling tray cross notch in, realize full automatization function, and the work efficiency.

Description

Automatic plug feeding and infiltrating seeding equipment

Technical Field

The utility model relates to a soilless culture technical field, in particular to seeding equipment is soaked in automatic cave dish material loading.

Background

Soilless culture is a novel culture mode, is an agricultural high and new technology for culturing plants without soil, and replaces the soil environment with artificially created crop root system environment, so that the contradiction of water, air and nutrient supply which is difficult to solve in the traditional soil culture can be effectively solved, the crop root system is in the optimum environment condition, the growth potential of crops is exerted, and the plant growth amount and biomass are greatly improved. The method is characterized in that seeds are fixed in a sponge seedling raising plate, and then plants grow in nutrient solution in a soaking or spraying mode.

The problem that the process of sowing seeds to the sponge seedling-raising disk is an important step in soilless culture, the current research and design of the seeder mostly use hole disks as sowing objects, the number of automatic devices for the sowing process of the sponge seedling-raising disk is small, manual operation is adopted in sponge infiltration and sowing pressure, and the problem of low working efficiency exists.

Disclosure of Invention

Therefore, the seeding equipment is infiltrated in automatic cave dish material loading that needs to be provided, crosses the reasonable layout and the cooperation function of each structure, has realized that the sponge educates seedling tray automatic feeding, makes its sponge that soaks that can be even, and can increase its work efficiency with its seed automatic insertion sponge piece cross notch in.

In order to realize the above purpose, the utility model provides an automatic cave dish material loading infiltration seeding equipment, including belt conveyor line, belt conveyor line is equipped with in proper order along the opposite direction of conveying and makes to insert its seed and plant the guide pulley type on the dish is educated to the sponge and inhale kind of planting device, the sponge roll extrusion water injection device that makes the sponge educate seedling tray infiltration and the sponge that makes the stack educates seedling tray and places the dish automatic feeding device that educates seedling tray on belt conveyor line alone. Realized the sponge and educated seedling tray automatic feeding, made its sponge that soaks that can be even, and can increase its work efficiency with its seed automatic insertion sponge piece cross notch intraorally.

Further, seedling tray automatic feeding device is educated to sponge is including being equipped with two sets of support biax cylinder group and four guide bars, two sets of support biax cylinder group set up the both sides of symmetry on the belt conveyor line, four guide bar symmetries set up the both sides at the belt conveyor line. Forming a stable automatic feeding structure.

Further, support biax cylinder group and include two cylinder mount pads and four biax cylinders, two cylinder mount pad symmetries set up on belt conveyer line, the cylinder mount pad sets up for two rectangle frame stacks, the setting that the biax cylinder corresponds is on the rectangle frame of cylinder mount pad, be equipped with the pinch-off plate on the output of biax cylinder, the output direction of biax cylinder is perpendicular with belt transmission mechanism's orbit. So that the independent output of the sponge seedling raising tray can be realized.

Further, sponge roll extrusion water injection device is including pushing down the mechanism and fixing the water injection mechanism at the mechanism output that pushes down, push down mechanism fixed connection on the band conveyer line, push down the mechanism and paste the mechanism that pushes down of the sponge piece on the tight band conveyer line for drive water injection mechanism downstream, be equipped with a retaining mechanism in the mechanism that pushes down, the play water end and the water injection mechanism of retaining mechanism are connected. The water injection under pressure can be realized.

Further, the mechanism of pushing down is including preventing pressing from both sides guard shield, push down cylinder and cylinder mounting panel, water injection mechanism is including rotating movable support and water injection cylinder, prevent pressing from both sides guard shield fixed connection on the belt conveyer line, the cylinder setting of pushing down is on preventing pressing from both sides the guard shield, the output of pushing down the cylinder run through the cylinder mounting panel with the rotating movable support fixed connection of water injection mechanism, the both ends of water injection cylinder are equipped with rolling bearing and connect on rotating movable support, be equipped with two supporting legs fixed connection on the belt conveyer line on the cylinder mounting panel, retaining mechanism sets up on preventing pressing from both sides the guard shield, the one end of water injection cylinder and the play water end fixed connection of retaining mechanism, be equipped with the little round hole of multiseriate water injection on the water injection cylinder. So that the water injection is more uniform and stable.

Further, the kind of device is inserted to leading wheel formula seed absorption includes the vibration flourishing kind of groove, inhales kind of mechanism and inserts kind of mechanism, the vibration flourishing kind of groove is located inhales kind of end of inhaling of kind of mechanism, insert kind of mechanism and be located the below of inhaling kind of mechanism, insert kind of mechanism and include lift drive group, inoculation board and a plurality of kind of uide bushing of inserting, inoculation board is located the kind of department of falling of inhaling kind of mechanism, lift drive group includes that two adjustable stroke ultra-thin cylinders set up on inoculation board, the output of adjustable stroke ultra-thin cylinder with a plurality of kind of uide bushings of inserting are connected. So that the device realizes automatic seed insertion.

Further, inhale kind of a mechanism and include section bar support frame, telescopic cylinder and set up the kind of mouth mounting panel of inhaling on the telescopic cylinder output, the section bar support frame sets up on band conveyer line, telescopic cylinder is last to be equipped with a hinge bracket fixed connection on the section bar support frame, telescopic cylinder drive is inhaled kind of a mouth mounting panel and is being vibrated flourishing kind of groove and insert kind of round trip movement between the mechanism, it is equipped with a plurality of kinds of mouths of inhaling side by side on the kind of mouth mounting panel to inhale. Realize a plurality of seed suctions simultaneously, increase its kind efficiency of inserting.

Furthermore, the vibration seed holding groove is provided with a seed holding groove, a pneumatic vibrator and two supporting plates fixedly connected to the belt conveying line, the pneumatic vibrator is arranged on the seed holding groove, two ends of the seed holding groove are fixedly connected to the supporting plates, the supporting plates are provided with guide blocks and are located above the seed holding groove, two ends of the seed suction nozzle mounting plate are provided with bearing followers, and the bearing followers are placed on the guide blocks. So that the stacked seeds can be uniformly vibrated.

Further, the both ends of inoculating plate set up in the backup pad, the inoculating plate is located the below of guide block, be equipped with on the inoculating plate and put kind of direction plastic tubing, it is equipped with on the direction plastic tubing of putting kind and inserts kind of uide bushing mounting panel and be connected with a plurality of uide bushings of inserting kind, insert kind of pipe on being equipped with a cylinder sleeve and with cylinder sleeve fixed connection's the pipe of inserting kind on the uide bushing, the cylinder sleeve is equipped with certain angle of inclination with the inside of inserting kind union coupling department, the delivery outlet of inserting kind of pipe is for having certain tapered toper pipe, the ultra-thin cylinder of adjustable stroke is connected with the uide bushing mounting panel of inserting kind. So that the seeds can be more easily inserted into the sponge seedling-raising tray.

Different from the prior art, the technical scheme has the following beneficial effects:

1. the utility model discloses a cooperation function of two sets of support biax cylinder groups on the seedling tray automatic feeding device is educated to the sponge, make it realize the automatic feeding that the sponge educates the seedling tray, the rational cooperation function of pushing down mechanism and water injection mechanism and belt conveyor line on its sponge roll extrusion water injection device of rethread, the play water end that makes its water injection mechanism can paste tight sponge and educate the seedling tray and carry out the water injection, realize its automatic sponge that soaks and educate the seedling tray, the rethread last guide pulley type is inhaled to plant and is inserted the reasonable cooperation operation of inhaling kind mechanism and inserting kind mechanism on the seed device, make its seed can be smooth insert the sponge and educate the seedling tray cross notch in, realize full automatization function, and the work efficiency.

2. The utility model discloses a play water end design on sponge roll extrusion water injection device's the water injection mechanism is the cylinder shape, makes its cylinder can roll the water injection when belt conveyor line carries the sponge to educate seedling tray, realizes carrying the sponge water injection on one side, and is equipped with the little round hole of multiseriate water injection on the play water end of water injection mechanism for more even at the in-process of water injection.

Drawings

Fig. 1 is a schematic structural view of an automatic plug-feeding infiltration seeding device of the utility model;

FIG. 2 is a schematic structural view of an automatic feeding device of a sponge seedling raising tray in the embodiment;

FIG. 3 is a schematic structural view of a sponge rolling water injection device in an embodiment;

FIG. 4 is a schematic structural diagram of a sponge rolling water injection device in the embodiment;

FIG. 5 is a schematic view showing the structure of a guide wheel type seed sucking and inserting apparatus according to the embodiment;

FIG. 6 is a schematic view showing the structure of the guide wheel type seed sucking and inserting apparatus in the embodiment;

FIG. 7 is a sectional view and a schematic structural view of the seed insertion guide sleeve in the embodiment.

Description of reference numerals:

1. a belt conveying line, 2, an automatic feeding device of a sponge seedling raising tray, 201, a supporting double-shaft cylinder group, 2011, a double-shaft cylinder, 2012, a cylinder mounting seat, 2013, a clamping plate, 2014, a guide rod, 3, a sponge rolling water injection device, 301, a pressing mechanism, 3011, an anti-pinch shield, 3012, a pressing cylinder, 3013, a cylinder mounting plate, 3014, a supporting leg, 302, a water injection mechanism, 3021, a rotating support, 3022, a water injection roller, 3023, a small water injection round hole, 303, a water storage mechanism, 4, a guide wheel type seed suction and insertion device, 401, a seed suction mechanism, 4011, a section bar supporting frame, 4012, a telescopic cylinder, 4013, a seed suction nozzle mounting plate, 4014, a hinge support, 4015, a seed suction nozzle, 4016, a bearing follower, 402, a vibration containing groove, 4021, a seed containing groove, 4022, a pneumatic vibrator, 4023, a supporting plate, 4024, a guide block, 403, a seed inserting mechanism, 4031, an inoculation plate, a seeding plate, a 4032 and an, 4033. 4034, 4035 and a mounting plate of the seed-inserting guide sleeve.

Detailed Description

To explain technical contents, structural features, and objects and effects of the technical solutions in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.

Referring to fig. 1 to 7, the automatic plug tray feeding and infiltrating seeding apparatus of the present embodiment includes a belt conveyor 1, and the belt conveyor 1 is sequentially provided with a guide wheel type seed sucking and inserting device 4 for inserting seeds thereof on a sponge seedling raising tray, a sponge rolling water injection device 3 for infiltrating the sponge seedling raising tray, and an automatic sponge seedling raising tray feeding device 2 for automatically and individually placing the stacked sponge seedling raising trays on the belt conveyor 1 in a direction opposite to the conveying direction. Specifically, band conveyer 1 has a band conveyer on moving support frame and the fixed moving support frame to constitute, band conveyer is last to install and is fixed with sponge seedling tray automatic feeding device 2, sponge roll extrusion water injection device 3 and guide pulley type and inhales kind of a kind and insert kind device 4, sponge seedling tray automatic feeding device 2, sponge roll extrusion water injection device 3 and guide pulley type inhale kind and insert kind of device 4 and set up side by side, and the sponge seedling tray automatic feeding device 2 that educates is located band conveyer's output, sets up sponge roll extrusion water injection device 3 earlier towards band conveyer's output direction, sets up the guide pulley type again and inhales kind of a kind and insert kind of device 4.

In this embodiment, be equipped with two sets of support biax cylinder group 201 on the sponge educates seedling tray automatic feeding device 2 and set up the both sides of symmetry on belt conveyor line 1, support biax cylinder group 201 and press from both sides the whole buttress sponge of tight bottom sponge educates seedling tray material top and make the sponge of bottom educate seedling tray output alone. Specifically, support biax cylinder group 201 and include two cylinder mount pads 2012 and fix four biax cylinders 2011 on cylinder mount pad 2012 two cylinder mount pad 2012 symmetries set up on belt conveyor line 1, cylinder mount pad 2012 sets up for two rectangle frame stacks, the setting that biax cylinder 2011 corresponds is on the rectangle frame of cylinder mount pad 2012, and the output direction of two sets of biax cylinders 2011 all is perpendicular to belt conveyor line 1's output direction setting and mutual symmetry, be equipped with clamp plate 2013 on the output of biax cylinder 2011, sponge seedling raising tray automatic feeding device 2 still includes four guide bars, four guide bar symmetries set up the both sides at belt conveyor line 1, two sets of support biax cylinder groups 201 are located respectively between two corresponding guide bars. The output of biax cylinder 2011 educates seedling tray parallel with last sponge of seedling tray is educated to the bottommost sponge.

In this embodiment, be equipped with on the sponge roll extrusion water injection device 3 and push down mechanism 301 and fix the water injection mechanism 302 at push down mechanism 301 output, push down mechanism 301 fixed connection on belt conveyor line 1, push down mechanism 301 drive water injection mechanism 302 and move down and paste the sponge piece on the tight belt conveyor line 1 and carry out the water injection, it constructs 303 and goes out water end and water injection mechanism 302 fixed connection to be equipped with a retaining on the mechanism 301 to push down. Specifically, push down mechanism 301 is including preventing pressing from both sides guard shield 3011, push down cylinder 3012 and cylinder mounting panel 3013, prevent pressing from both sides guard shield 3011 downwardly extending and have two supporting legs 3014 guard shields to pass through bolt fixed connection on belt transfer chain 1, push down cylinder 3012 sets up on preventing pressing from both sides guard shield 3011, push down cylinder 3012's output runs through cylinder mounting panel 3013 and water injection mechanism 302 fixed connection, be equipped with two supporting legs 3014 fixed connection on belt transfer chain 1 on cylinder mounting panel 3013, water injection mechanism 302 is located between two supporting legs 3014, retaining mechanism 303 sets up on a supporting frame guard shield of preventing pressing from both sides guard shield 3011. The water injection mechanism 302 includes rotating support 3021 and water injection cylinder 3022, rotating support 3021 sets up and installs on the output of pushing down the mechanism 301 and pushing down cylinder 3012, and the both ends that rotate support 3021 upwards extend and have two guide bars to run through cylinder mounting panel 3013, the both ends of water injection cylinder 3022 are equipped with rolling bearing, and the both ends that rotate support 3021 downwards extend and be equipped with the rolling bearing fixed connection at two bearing connecting pieces rather than water injection cylinder 3022 both ends, the one end of water injection cylinder 3022 and the play water end fixed connection of retaining mechanism 303. A plurality of rows of small water injection holes 3023 are arranged on the water injection roller 3022.

In this embodiment, the guide wheel type seed sucking and inserting device 4 includes a seed sucking mechanism 401 and a seed inserting mechanism 403 disposed below the seed sucking mechanism 401, wherein a lifting driving set is disposed on the seed inserting mechanism 403, and the lifting driving set drives a seed outlet end of the seed inserting mechanism 403 to be inserted into the sponge cross notch. Specifically, the guide wheel type seed suction and insertion device 4 further comprises a vibration seed containing groove 402 arranged at a seed suction end of the seed suction mechanism 401, the vibration seed containing groove 402 is provided with a seed containing groove 4021, a pneumatic vibrator 4022 and two supporting plates 4023 fixedly connected to the belt conveying line 1, the output end of the pneumatic vibrator 4022 is arranged below the seed containing groove 4021, two ends of the seed containing groove 4021 are fixedly connected to the supporting plates 4023 through two L-shaped bending plates, the supporting plates 4023 are provided with guide blocks 4024 and are located above the seed containing grooves 4021, two ends of the seed suction mechanism 401 are provided with bearing followers 4016 for placing the guide blocks 4024 and roll along the guide blocks 4024. The seed inserting mechanism 403 is positioned between the vibration seed containing groove 402 and the seed sucking mechanism 401, the seed sucking mechanism 401 comprises a section bar supporting frame 4011, a telescopic cylinder 4012 and a seed sucking nozzle mounting plate 4013 arranged on the output end of the telescopic cylinder 4012, the section bar supporting frame 4011 is of an inverted U shape, two supporting legs 3014 are arranged on the belt conveying line 1, a hinge support 4014 is arranged on the telescopic cylinder 4012, the hinge support comprises a base, two lower hinge leaves, an upper hinge leaf and a fixing plate, the two lower hinges are vertically arranged on the base, the upper hinge leaf is arranged between the two lower hinge leaves through a rotating shaft, the fixing plate is fixedly connected on the upper hinge through a welding mode, the base of the hinge support is arranged on a transverse plate of the section bar support, the double-shaft cylinder 2011 is fixedly arranged on the fixing plate of the hinge support and rotates on the two lower hinge leaves through the upper hinge leaf, make its biax cylinder 2011 and horizontal plane be certain angle of inclination, telescopic cylinder 4012 drive inhales kind mouth mounting panel 4013 along guide block 4024 at vibration seed holding groove 402 with insert kind of round trip movement between the mechanism 403, it is equipped with a plurality of kinds of mouths 4015 of inhaling side by side on the mouth mounting panel 4013 of inhaling. Insert kind of mechanism 403 including inoculation board 4031 and a plurality of kind of uide bushing 4033 of inserting, the both ends setting of inoculation board 4031 just is located the below of guide block 4024 on backup pad 4023, and inoculation board 4031 is located the kind of department of falling of inhaling kind of mechanism 401, inoculation board 4031 below is equipped with many vertical kind of guide plastic tubes 4034 of putting, it is connected with a plurality of kind of uide bushing 4033 of inserting to be equipped with kind of uide bushing mounting panel 4035 of inserting on kind of guide plastic tube 4034 of putting, the ultra-thin cylinder 4032 setting of lift drive group including two adjustable strokes on inoculation board 4031, the other end and the kind of uide bushing 4033 installation of inserting of the ultra-thin cylinder 4032 of adjustable stroke, it can drive kind of uide bushing 4033 installation and drive a plurality of kinds of uide bushing 4033 of inserting and reciprocate. Insert and be equipped with a cylinder sleeve on the uide bushing 4033 and insert kind of pipe with cylinder sleeve fixed connection, the cylinder sleeve is equipped with certain angle of inclination with the inside of inserting kind union coupling department, the delivery outlet of inserting kind of pipe is for having certain tapered conical tube.

When the device is operated, the sponge seedling tray materials are integrally placed on the automatic sponge seedling tray feeding device 2, two groups of supporting double-shaft cylinder sets 201 on the automatic sponge seedling tray feeding device 2 are driven in a matched mode, so that the double-shaft cylinder 2011 can push the clamping plate 2013 to clamp the sponge seedling tray, the lowest sponge seedling tray can be separated from the whole sponge seedling tray materials to be output independently when the sponge seedling tray is conveyed by the belt conveyor line 1, when the sponge seedling tray reaches the position of the sponge rolling water injection device 3, the water injection mechanism 302 is driven to move downwards through the pressing cylinder 3012 on the pressing mechanism 301, the water injection roller 3022 on the water injection mechanism 302 is enabled to be attached to the upper surface of the sponge seedling tray, the water storage mechanism 303 can supply water to the sponge seedling tray, and the water can flow out of the small water injection round hole 3023 on the water injection roller 3022, the sponge seedling tray can be conveyed and simultaneously injected with water to prevent water drops from sputtering after the water injection is finished by the belt conveyor line 1, the sponge seedling tray is conveyed to the position below the guide wheel type seed sucking and inserting device 4, then the seed inserting guide sleeve mounting plate 4035 is driven by the ultrathin stroke-adjustable cylinder 4032 on the seed inserting mechanism 403 to drive the seed inserting guide sleeve 4035 to drive the seed inserting guide sleeve 4033 to be directly inserted into the cross notch of the sponge seedling tray, meanwhile, the telescopic cylinder 4012 on the seed sucking mechanism 401 can push the seed sucking nozzle mounting plate 4013 to move to the seed containing groove 4021 along the guide block 4024, at the moment, the pneumatic vibrator 4022 at the bottom end of the seed containing groove 4021 can drive the seed containing groove 4021 to vibrate to enable a plurality of seeds in the groove to be uniformly distributed, so that the seed sucking nozzle 4015 can touch the seeds in the seed containing groove 4021 to suck the seeds, then the seeds are retracted by the telescopic cylinder 4012 to enable the seed sucking nozzle 4015 to be butted with the inoculation plate 4031, and then the seeds are, the seeds fall on the seed inserting guide sleeve mounting plate 4035 through the seed placing guide plastic pipe 4034 on the inoculation plate 4031, and then fall in the cross notch of the sponge seedling raising plate through the seed inserting guide sleeve 4033 on the seed inserting guide sleeve mounting plate 4035, so that the seed inserting guide sleeve 4033 is withdrawn through the stroke-adjustable ultrathin cylinder 4032 to complete seed inserting, automatic operation is realized, and the efficiency is improved.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or terminal that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or terminal. Without further limitation, an element defined by the phrases "comprising … …" or "comprising … …" does not exclude the presence of additional elements in a process, method, article, or terminal that comprises the element. Further, herein, "greater than," "less than," "more than," and the like are understood to exclude the present numbers; the terms "above", "below", "within" and the like are to be understood as including the number.

Although the embodiments have been described, once the basic inventive concept is obtained, other variations and modifications of these embodiments can be made by those skilled in the art, so that the above embodiments are only examples of the present invention, and not intended to limit the scope of the present invention, and all equivalent structures or equivalent processes using the contents of the present specification and drawings, or any other related technical fields, which are directly or indirectly applied thereto, are included in the scope of the present invention.

Claims (9)

1. The utility model provides an automatic seeding equipment is soaked in cave dish material loading which characterized in that: including belt conveyor line, belt conveyor line is equipped with in proper order along the opposite direction of conveying and makes its seed insert the kind of guide pulley type on the dish is educated to the sponge and inhale kind of a device, the sponge roll extrusion water injection device that the dish is infiltrated is educated to messenger's sponge and the dish automatic feeding device that educates seedlings of sponge that makes the stack is placed on belt conveyor line alone automatically.

2. The automatic plug feeding and infiltrating seeding device of claim 1, wherein: seedling tray automatic feeding device is educated to sponge is including being equipped with two sets of support biax cylinder group and four guide bars, two sets of support biax cylinder group set up the both sides of symmetry on belt conveyor line, four guide bar symmetries set up the both sides at belt conveyor line.

3. The automatic plug feeding and infiltrating seeding device of claim 2, wherein: support biax cylinder group and include two cylinder mount pads and four biax cylinders, two cylinder mount pad symmetries set up on belt conveyor line, the cylinder mount pad sets up for two rectangle frame stacks, the setting that the biax cylinder corresponds is on the rectangle frame of cylinder mount pad, be equipped with the pinch-off plate on the output of biax cylinder, the output direction of biax cylinder is perpendicular with belt transmission mechanism's orbit.

4. The automatic plug feeding and infiltrating seeding device of claim 1, wherein: the sponge roll extrusion water injection device is including pushing down the mechanism and fixing the water injection mechanism at the mechanism output that pushes down, push down mechanism fixed connection on the belt conveyor line, push down the mechanism and paste the mechanism that pushes down of the sponge piece on the tight belt conveyor line for drive water injection mechanism downstream, be equipped with a retaining mechanism in the mechanism that pushes down, the play water end and the water injection mechanism of retaining mechanism are connected.

5. The automatic plug feeding and infiltrating seeding device of claim 4, wherein: the mechanism pushes down including preventing pressing from both sides guard shield, push down cylinder and cylinder mounting panel, water injection mechanism is including rotating movable support and water injection cylinder, prevent pressing from both sides guard shield fixed connection on the belt conveyer line, the cylinder setting is preventing pressing from both sides on the guard shield, the output of pushing down the cylinder run through the cylinder mounting panel with the rotating movable support fixed connection of water injection mechanism, the both ends of water injection cylinder are equipped with rolling bearing and connect on rotating movable support, be equipped with two supporting legs fixed connection on the cylinder mounting panel on the belt conveyer line, retaining mechanism sets up on preventing pressing from both sides the guard shield, the one end of water injection cylinder and the play water end fixed connection of retaining mechanism, be equipped with the little round hole of multiseriate water injection on the water injection cylinder.

6. The automatic plug feeding and infiltrating seeding device of claim 1, wherein: the guide wheel type seed sucking and inserting device comprises a vibration seed holding groove, a seed sucking mechanism and a seed inserting mechanism, wherein the vibration seed holding groove is positioned at a seed sucking end of the seed sucking mechanism, the seed inserting mechanism is positioned below the seed sucking mechanism, the seed inserting mechanism comprises a lifting driving group, a seed receiving plate and a plurality of seed inserting guide sleeves, the seed receiving plate is positioned at a seed falling position of the seed sucking mechanism, the lifting driving group comprises two adjustable stroke ultrathin cylinders, the output ends of the adjustable stroke ultrathin cylinders are connected with the plurality of seed inserting guide sleeves.

7. The automatic plug feeding and infiltrating seeding device of claim 6, wherein: inhale kind of a mechanism and include section bar support frame, telescopic cylinder and set up the kind of mouth mounting panel of inhaling on the telescopic cylinder output, the section bar support frame sets up on belt conveyor, telescopic cylinder is last to be equipped with a hinge bracket fixed connection on the section bar support frame, telescopic cylinder drive is inhaled kind of mouth mounting panel and is being vibrated flourishing kind of groove and insert kind of round trip movement between the mechanism, it is equipped with a plurality of kinds of mouths of inhaling side by side on the kind of mouth mounting panel to inhale.

8. The automatic plug-loading infiltration seeding device according to claim 7, characterized in that: the vibration seed containing groove is provided with a seed containing groove, a pneumatic vibrator and two supporting plates fixedly connected to a belt conveying line, the pneumatic vibrator is arranged on the seed containing groove, the two ends of the seed containing groove are fixedly connected to the supporting plates, the supporting plates are provided with guide blocks and are located above the seed containing groove, the two ends of the seed suction nozzle mounting plate are provided with bearing followers, and the bearing followers are placed on the guide blocks.

9. The automatic plug feeding and infiltrating seeding device of claim 8, wherein: the both ends of inoculating plate set up in the backup pad, the inoculating plate is located the below of guide block, be equipped with on the inoculating plate and put kind of direction plastic tubing, it is equipped with on the kind of direction plastic tubing to put kind of guide sleeve mounting panel and a plurality of kind of guide sleeve connection of inserting, insert kind of the pipe of inserting that is equipped with a cylinder sleeve on the guide sleeve and with cylinder sleeve fixed connection, the cylinder sleeve is equipped with certain angle of inclination with the inside of inserting kind union coupling department, the delivery outlet of inserting the pipe is for having certain tapered toper pipe, the ultra-thin cylinder of adjustable stroke is connected with the guide sleeve mounting panel of inserting kind.

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