39results about How to "Plant evenly" patented technology

The invention provides a solid forming method of an active cell-hydrogel organ structure. The method comprises the following steps: firstly designing a hydrogel unit model according to natural organs; manufacturing a physical prototype of the unit by utilizing a micro-manufacturing technology, and then filling the physical prototype to obtain a negative structure; treating the surface of the negative structure, and then filling a negative die with a biological material-cell mixed solution; gelating the mixed solution in a cross-linking manner to obtain an active cell-hydrogel unit with a biomimetic blood flow channel; locating and superposing layer by layer and then performing secondary cross-linking to form the active cell-hydrogel organ structure; and finally culturing in vitro or implanting in vivo to construct a pre-vascularized active organ precursor. In the method, by assembling the two-dimensional active cell-hydrogel structure unit in a superposition manner, a complicated three-dimensional (3D) organ micro-fluidic channel system is constructed and cells are uniformly and sequentially seeded in a 3D space.

The invention belongs to the technical fields of wheat sowing methods and special sowing machines, and in particular discloses a uniform wheat rolling sowing method and a special rolling sowing machine. According to the technical scheme, the method comprises the following steps of: spreading wheat seeds on the surface of a cultivated land in a strip mode, pressing the wheat seeds into the soil by adopting a rolling sowing wheel, covering the seeds with soil, and compacting the soil through a press roller. Therefore, the uniformity of the seeds is improved, and the depth of the seeds is consistent; the depth of the seeds is regulated according to the soil moisture content of the cultivated land, so that the seeds are prevented from being buried deeply and exposed, and the seeds are saved; and the seeds are tightly combined together with the soil in the pressing process, so that imbibition and germination of the seeds are facilitated.

The present invention is to provide a technology capable of planting seedlings smoothly in actual soil in planting ground such as dry land and allowing the seedling to root securely and grow without artificially supplying water continuously. Not only is a seedling fixed inside an upper opening portion of a tube having a length reachable to a deep water-containing layer in the planting ground but also a raising medium is put inside the tube at a hardness that allows the root of the seedling to grow long downward, and the root of the seedling is allowed to grow below the tube, thereby obtaining the seedling having a long root. A vertical hole having approximately the same diameter as that of the tube is dug in the ground of the planting ground until reaching a soil layer having water quality and water quantity necessary for growth of plant, the seedling having the long root is buried in the vertical hole together with the tube, thereby planting the seedling in the planting ground.

The invention discloses a vaginal Lactobacillus planter. The planter comprises a hard tube, a drug storage device, a first elastic squeezing ball and a diffuser, wherein the hard tube is provided with a first end and a second end; a drug storage cavity, an air inlet communicated with the drug storage cavity and a drug outlet communicated with the drug storage cavity are formed in the drug storage device; the drug storage device is connected with the second end of the hard tube in a detachable mode, and the air inlet is communicated with the second end of the hard tube; the first elastic squeezing ball is connected with the first end of the hard tube in order to inflate the drug storage device through the hard tube; a first elastic open-and-close component is arranged at the drug outlet, which is constructed to start when the gas pressure in the drug storage device is larger than a first default value; the diffuser comprises a first container which is provided with an open end and a close end, the open end is connected with the drug storage device in a detachable mode and communicated with the drug outlet, and a plurality of drug diffusion holes are formed in the wall of the first container. According to the vaginal Lactobacillus planter, uniform planting of powdered vaginal Lactobacillus preparations can be achieved, and the planter has the advantages of simple structure and easy utilization.

The present invention is to provide a technology capable of planting seedlings in soil in planting ground such as dry land and allowing the seedling to root securely and grow without artificially supplying water continuously. Not only is a seedling fixed inside an upper opening portion of a tube having a length to a deep water-containing layer in the planting ground but also a growing medium is put inside the tube at a hardness that allows the root of the seedling to grow long downward, and the root of the seedling is allowed to grow below the tube, thereby obtaining the seedling having a long root. A vertical hole having approximately the same diameter as that of the tube is dug in the ground of the planting ground until reaching a soil layer having water quality and water quantity necessary for growth of plant, the seedling having the long root is buried in the vertical hole together with the tube, thereby planting the seedling in the planting ground.

The invention discloses a seedling throwing machine, which comprises a machine shell, a seedling feeding component, a transmission connecting piece, a first linkage rod, an ejection component, a rotary connecting component, a guiding component and an engine, wherein, a material storage groove is formed in the machine shell, and movable pieces are arranged at the bottom of the machine shell; the engine is fixed on the side surface of the machine shell; the seedling feeding component comprises a power rod, a second linkage rod and a second crawler belt; a plurality of material blocking plates are arranged on the second crawler belt, are wound on the power rod and the second linkage rod and form an angle with the top surface of the machine shell, and the bottoms of the material blocking plates are jointed with the bottom of the material storage groove; the ejection component comprises a working wheel, a vertical plate, a reflecting plate and a reset piece; the vertical plate vertically penetrates through the machine shell; the bottom end of the vertical plate is connected with the working wheel in a meshing manner; the top end of the vertical plate is connected with the top end of thereflecting plate in a sliding manner; the reset piece is positioned between the top of the machine shell and the reflecting plate; and the guiding component comprises a periodic swinging component and a discharging block. The seedling throwing machine can automatically feed materials, has a throwing function, and can throw seedlings into fields.

The invention discloses a synchronizing device of a seed-pre-cutting type sugarcane planting machine and relates to the technical field of sugarcane planting equipment manufacturing.The device comprises a rack provided with front wheels and a drive shaft.An axle of the front wheels is connected with the drive shaft through first chain transmission.A plurality of sugarcane seed conveying belts are obliquely arranged on the rack side by side and are installed on the rack through an inclined installation frame.Each sugarcane seed conveying belt comprises a driving shaft and a driven shaft which are arranged on the inclined installation frame, wherein the driving shaft is connected with the drive shaft through second chain transmission.Fertilizer boxes with fertilizer discharge rollers are installed on the portions, on the two sides of the sugarcane seed conveying belts, of the rack.The fertilizer discharge rollers are connected with the drive shaft through third chain transmission.Compared with the prior art, the problems that existing sugarcane planting needs manual sugarcane seed placement and planting efficiency is low can be solved.

The invention relates to the field of seeding equipment, in particular to a seeder. The seeder comprises a rack, a traveling wheel driving shaft, traveling wheels, seeding driving shafts and a driving assembly. The seeder is characterized in that the rack is also provided with seeding assemblies; each seeding assembly comprises a seed storage box, a seeding funnel and a seed scooping device; the lower part of the bottom of the rack is also provided with a seed dropping pipe. Each seed scooping device comprises a disc, wherein a scooping spoon is arranged on the disc surface, facing one side of the corresponding seeding funnel, of each disc; each scooping spoon comprises a spoon body and a spoon handle, and the bottom of each seed storage box is provided with a radian matched with the circumference of the corresponding disc. According to the seeder, the technical purpose that seeds accurately fall onto a preset position is effectively achieved through the seed dropping pipe, and each seeding assembly independently carries out seeding, so that uniform seeding is ensured, crops are planted uniformly, the crop cultivation efficiency is improved, convenience is provided for harvesting, and the crop seeding spacing can also be selected according to demands; therefore, the seeding efficiency is greatly improved, and the labor cost is effectively reduced.

The invention discloses a planting machine, which is used for planting seedlings. The planting machine comprises an equipment framework and a planting device, wherein the planting device is movably connected to the equipment framework, and can move upwards and downwards along a vertical direction relative to the equipment framework; the planting device comprises an accommodating part and an opening-closing part; the accommodating part is provided with an accommodating space; the accommodating space is used for accommodating seedlings to be planted; the opening-closing part is arranged at the bottom of the accommodating part; when the opening-closing part is opened, the seedlings to be planted in the accommodating space fall off from the opening-closing part. According to the planting machine, the seedlings to be planted accommodated in the accommodating part are planted into soil through the planting device connected to the equipment framework, so that the function of mechanically planting the seedlings is realized; compared with manual planting, the planting machine has the advantages that the seedling planting efficiency can be increased effectively, and the labor cost is lowered.

The invention provides a solid forming method of an active cell-hydrogel organ structure. The method comprises the following steps: firstly designing a hydrogel unit model according to natural organs; manufacturing a physical prototype of the unit by utilizing a micro-manufacturing technology, and then filling the physical prototype to obtain a negative structure; treating the surface of the negative structure, and then filling a negative die with a biological material-cell mixed solution; gelating the mixed solution in a cross-linking manner to obtain an active cell-hydrogel unit with a biomimetic blood flow channel; locating and superposing layer by layer and then performing secondary cross-linking to form the active cell-hydrogel organ structure; and finally culturing in vitro or implanting in vivo to construct a pre-vascularized active organ precursor. In the method, by assembling the two-dimensional active cell-hydrogel structure unit in a superposition manner, a complicated three-dimensional (3D) organ micro-fluidic channel system is constructed and cells are uniformly and sequentially seeded in a 3D space.

The invention relates to a planting method of organic lotus roots. The method includes the following steps: 1) lotus root field construction; 2) lotus root field fattening; 3) seed selection and planting; 4) water and fertilizer management; and 5) field management. The planting method avoids competition for underground nutrition and is beneficial to the control of the problem of uneven growth by forming a plurality of independent growth zones by arranging barrier belts. Meanwhile, in the planting process, underground fertilization adopts organic fertilizer from base fertilizer to top dressing,thereby ensuring true organic planting. The planting method of organic lotus roots is a pollution-free and high-efficiency cultivation technology, which makes lotus nodes grow evenly and can effectively improve the quality and yield of the lotus roots and improve the economic benefit of planters.

The invention discloses an oil tea organic high-yield planting device. The device comprises a seed placing box, the bottom of the seed placing box is connected with a bearing hopper, the bottom of thebearing hopper is connected with plough legs, the side surface of an inner cavity of the bearing hopper is provided a seed sorting mechanism, a seed brushing mechanism is disposed at a position, nearthe bearing hopper, of the bottom of the seed placing box, the side of the seed placing box is provided with a stirring mechanism, one side of the seed placing box is provided with an observation mechanism, the other side of the seed placing box is respectively provided with a control switch group and a storage battery, the side of the seed placing box is provided with a traction mechanism, and ahandle mechanism is arranged at a position, near the upper surface, of the side surface of the seed placing box; the oil tea organic high-yield planting device is conveniently connected with externalpower equipment by setting a traction frame and a traction bolt, a plurality of traction holes are formed to facilitate the adjustment of the depth of the sowing, the practicality is strong, seeds are conveniently planted into the ground by setting the plough legs, and the use is convenient.

The invention relates to a field planting method, and belongs to the technical field of agricultural planting. The field planting method is characterized by comprising the following operation processes: 1, fixing of field planting frames on furrows: the field planting frames are adopted as an auxiliary tool and are provided with field planting lines, before nursery-grown plants are planted, the field planting frames are fixed at two ends of the furrows, and the straightened field planting lines are arranged on the field planting frames; and 2, field planting of the nursery-grown plants with reference of the field planting lines: during planting of the nursery-grown plants, with the field planting lines as a reference, field planting is performed, and uniform nursery-grown plant planting row spacing and plant spacing and consistent density are achieved. The method has the advantages of convenient operation, time saving, manpower economizing, high work efficiency, accurate field planting, neat and uniform nursery-grown plant planting, consistent density, high land resource utilization rate and the like.

The invention discloses a concrete slope vegetation protection method applied to a sponge city. The concrete slope vegetation protection method applied to the sponge city comprises a protection device suitable for the method, the protection device comprises a track fixed on the top surface of a slope body, the side surface of the slope body is a slope surface, the track is provided with an assembling vehicle, the assembling vehicle comprises a base, the two bases are symmetrically arranged front and back, two fixing blocks which are symmetrically arranged left and right are fixedly arranged on the top surface of each base, mounting frames are detachably mounted on the fixing blocks, rollers are rotationally arranged on the mounting frames, the front roller and the rear roller are in power connection through chains, a cross beam is fixedly arranged between the two chains, a support is fixedly arranged on the cross beam, a spraying mechanism is detachably installed on the support, through work of a reciprocating motor and a concrete pump box, concrete can be evenly sprayed to the slope face, drilling work is conducted through a punching mechanism, planting holes are punched, and planting is convenient.

The invention provides an auxiliary planting device for gardening seedlings, and belongs to the technical field of garden planting. Comprising a vehicle body, a soil suction device, a landfill device, a stirring device and a moving device, a placement groove is fixedly formed in the top of the vehicle body, a bidirectional linear lead screw module is fixedly connected to the inner wall of the vehicle body, and a water tank is fixedly connected to the outer wall of the vehicle body; the landfill device is fixedly connected with the other side of the bidirectional linear lead screw module, the stirring device is arranged in the vehicle body, the moving device is arranged at the bottom of the vehicle body, a first transmission assembly is fixedly connected to the moving device, and a limiting gear is fixedly connected to the end, away from the moving device, of the first transmission assembly. The seedling planting efficiency is improved, soil around the seedlings can be effectively filled and leveled up, and the distances between the seedlings are effectively controlled to be equal and uniform.

The invention provides a green low-carbon ecological water purification system for a river embankment, and relates to the technical field of water environment governance. The green low-carbon ecological water purification system comprises an ecological filter dam, a water storage tank and an ecological pond which are connected in sequence, the ecological filter dam is piled into a step shape by different filler layers, water flow in a dam body is in a baffling type by designing the position of an overflow port in the step-shaped dam body, and plant boards are placed at the top of the dam body for planting plants; a pipeline is arranged at the bottom of the water storage tank and is connected with the bottom of the ecological pond; and plant floating plates and biological ropes are hung in water in the ecological pond, and a plant buffer strip is arranged outside the ecological pond. Low-lying pools and ponds of a riverway ecological system are fully utilized, the front end of the stepped filter dam serves as a riverbank dam, and water drops at the rear end of the stepped filter dam supplement dissolved oxygen in a water body; water enters the ecological pond from the bottom to solve the problem of stagnant water at the pond bottom, and quick drainage of the river in the wet season and direct water supplementation of the river in the dry season can be achieved through pipeline arrangement; and according to the system, a water body automatically flows and is subjected to drop aeration, the water body is purified in a green and low-carbon mode, and meanwhile the landscape effect is achieved.

The invention discloses a synchronizing device of a seed-pre-cutting type sugarcane planting machine and relates to the technical field of sugarcane planting equipment manufacturing.The device comprises a rack provided with front wheels and a drive shaft.An axle of the front wheels is connected with the drive shaft through first chain transmission.A plurality of sugarcane seed conveying belts are obliquely arranged on the rack side by side and are installed on the rack through an inclined installation frame.Each sugarcane seed conveying belt comprises a driving shaft and a driven shaft which are arranged on the inclined installation frame, wherein the driving shaft is connected with the drive shaft through second chain transmission.Fertilizer boxes with fertilizer discharge rollers are installed on the portions, on the two sides of the sugarcane seed conveying belts, of the rack.The fertilizer discharge rollers are connected with the drive shaft through third chain transmission.Compared with the prior art, the problems that existing sugarcane planting needs manual sugarcane seed placement and planting efficiency is low can be solved.

The invention relates to the field of agricultural planting technology, and discloses an integrated planting and fertilizing machine that can select block crops, including a bottom plate, a seed box, a fertilizer box, a planting component and a handrail. The seed box is fixedly connected to the bottom plate, and the fertilizer box is connected to the The board is fixedly connected to the left side of the seed box, and a driving mechanism is set between the seed box and the fertilizer box. Rolling wheel, the seed box is provided with two seed chambers that are the same before and after, the lower end of the seed chamber is connected with a sliding chamber, and a selection plate is connected with the sliding fit between the seed chamber and the sliding chamber, and a selection hole is provided on the selection plate. There are two same fertilizer chambers at the front and back, which solves the problem that in the prior art, only single row planting can be realized, which is not suitable for large-scale planting work, and it is impossible to select and plant blocky crops, so that the planting efficiency is low and has certain advantages. problem of limitations.

The invention discloses a method of planting lotus root. The method of planting the lotus root comprises the following steps of (1) selection of a lotus root field; (2) construction of a lotus root pond; (3) selection and processing of lotus seeds; (4) planting; (5) field managing: A, germination period; B, vigorous growth period; C, lotus root growth period; (6) water management; and (7) harvesting. The method of planting the lotus root is simple and easy to implement and can significantly increase the yield of the lotus root; the lotus root obtained by using the method is crisp and tender and has lots of moisture and good taste; by using a lotus root cultivation substrate, the application of chemical fertilizers is significantly reduced, the quality of the lotus root is effectively improved, the cost is reduced, and at the same time, the harm to the environment is reduced. According to the lotus root cultivation substrate, through the reasonable addition of bone powder and eggshell powder, phosphorus can be effectively supplemented in original soil; through the addition of green manure, nitrogen fertilizer and potash fertilizer are supplemented; the addition of vermiculite in thelotus root cultivation substrate can increase the permeability of the substrate, is conducive to the growth of the lotus root, and at the same time facilitates the digging out of the lotus root in the later period.

The invention relates to the field of greening planting, in particular to a greening grass seed cloth production system. The system comprises a non-woven fabric winding drum, a cost winding drum, a paper winding drum and a glue rolling drum, wherein one end of a non-woven fabric belt arranged outside the non-woven fabric winding drum sequentially winds around a first roll shaft, a second roll shaft and a third roll shaft and then is connected with a finished product winding drum in a winding mode, the glue rolling drum is arranged below the non-woven fabric belt between the second roll shaft and the third roll shaft, a glue groove is formed below the glue rolling drum, a guide rail is arranged above the non-woven fabric belt between the third roll shaft and the finished product winding drum, a sliding block capable of reciprocating along the axis of the guide rail is arranged outside the guide rail, a mounting bracket is fixedly arranged on one side of the sliding block, a sowing machine for sowing grass seeds is mounted at the upper part of the mounting bracket, and one end of a paper tape arranged outside the paper winding drum is bonded with the non-woven fabric belt positioned below the finished product winding drum.

A manufacturing method of a sample collector for collection and transport of biological liquid samples, which includes a supporter, and a collecting part which is formed at an end portion of the supporter and to which fiber yarns are planted, includes the steps of: A) preparing two or more fiber yarns which are different from each other in at least one of length and width; and B) planting each of the fiber yarns to the collecting part based on a flocking method, wherein the step B) comprises the steps of: B1) mixing and putting the fiber yarns into a planting container so that the fiber yarns are distributed evenly; B2) inserting the collecting part into the planting container and applying adhesive onto the surface of the collecting part; and B3) planting the fiber yarns to the collecting part by electrostatic charge of each of the fiber yarns.

A positive bud sowing device for garlic planting, including a frame and a seed taking assembly, a positive seed assembly, a seeding assembly, a driving assembly and a control mechanism arranged on the frame, a seed taking assembly, a positive seed assembly, a seeding assembly and a driving assembly They are all connected to the control mechanism, and the driving component can drive the seed picking component, the positive seeding component and the sowing component to complete the garlic seed picking, normal planting and sowing operations under the control of the control mechanism. A garlic planting device of the present invention The positive bud seeding device can realize the rapid and uniform planting of garlic in the whole process of automation, and can adjust the sowing posture of garlic seeds in time during the garlic sowing process to ensure the standardized planting requirements of garlic with scale buds facing upwards, thus greatly improving the quality of garlic. Production efficiency and cost saving.

The invention discloses a control system and method for a single-person operated rice transplanter. The system comprises a Beidou navigation automatic driving system, wherein the Beidou navigation automatic driving system comprises a receiver, a steering wheel steering motor, a display terminal and 4G / 5G antenna modules, the receiver is installed right above a cab of the rice transplanter, the steering wheel steering motor is connected with a steering wheel of the rice transplanter, the 4G / 5G antenna modules are installed on the two sides of the receiver, the display terminal is installed on the side face of the cab of the rice transplanter, and the Beidou navigation automatic driving system further comprises a detection module and a control module. According to the system, the labor cost is reduced, a full-time driver does not need to be employed, and the driver can realize high-precision rice transplanting operation only through simple rice transplanter operation. when the rice transplanter is in an automatic driving state, a driver can add rice seedlings without stopping the rice transplanter, the operation efficiency is improved, the load and space of 1-2 persons are saved through automatic driving, more seedlings can be loaded, and the number of times of parking and seedling adding is reduced.

The invention discloses a planting pot for planting slope plants and a plant spraying method, belonging to the field of plant seed planting containers. A planting tank for planting slope plants, including a fixed frame and a planting tank, and also includes: a hexagonal block, fixedly connected in the fixed frame; a partition, fixedly connected in the hexagonal block, dividing the hexagonal block It is six triangles; the fixed block is fixedly connected on the fixed frame; wherein, the hexagonal block and the partition are provided with circular arc grooves, and the conveying pipes are connected in the circular arc grooves, and the conveying pipes are There is a feeding hole; the fixed block is provided with a hollow tube arranged obliquely; the present invention can distribute the seeds in the triangle on the hexagonal block after being scattered, so that the distribution range is wider and it will not be completely Accumulation at the bottom of the slope is more conducive to the restoration of the slope, enhances the stability of the slope plants, and avoids the occurrence of safety hazards.

The invention discloses a method for planting paddy by straws of plants, comprising steps of crushing straw of plant into powder; adding starch into water and heating the mixture to form water starch, putting the straw powder of plant and water starch into a mixer to get paste straw powder by means of mixing; preparing mould having 1000mm width and 10mm-20mm depth, wherein the inner of the mouldis provided with a cone; pouring the paste straw powder into the mould for formation by drying; demoulding after drying to get straw cake with 1000mm width and 10-20mm thickness, which has holes withequal distance to each other in length and breadth, wherein the depth of the holes is smaller than the thickness of the straw cake; laying the straw cake with paddy filled in each hole in the prepared paddy field. The method of the invention is simple, reasonable, and scientific.has the advantages of easy implementation, less investment and low cost, changes waste into valuable, protects the environment and improves the fat of soil, which is good for raising the yield of paddy.

The invention discloses a seedling throwing machine, which comprises: a machine casing, a seedling sending part, a transmission connecting part, a first linkage rod, an ejecting part, a rotating connecting part, a guiding part and a motor. Wherein, the casing is provided with: a material storage tank, and its bottom is provided with: moving parts; the engine is fixed on the side of the casing. The seedling sending part includes: a power rod, a second linkage rod and a second crawler belt; the second crawler belt is provided with: a number of baffle plates, and they are wound on the power rod and the second linkage rod, forming a shape with the top surface of the casing. angled and the bottom of which fits the bottom of the hopper. The ejection part includes: a working wheel, a vertical plate, a reflector and a reset piece; wherein, the vertical plate vertically penetrates the casing, and its bottom end is meshed with the working wheel, and its top is slidably connected with the top of the reflective plate; the reset piece It is located between the top of the casing and the reflector; the guiding part includes: a periodic swinging part and a discharge block. The seedling throwing machine of the present invention can automatically feed materials, and has a projecting function, and can throw the seedlings to the field.

The invention discloses a manual efficient semen phaseoli planting machine. The technical scheme mainly includes that the manual efficient semen phaseoli planting machine comprises a support plate; atank is fixedly erected on the support plate via a plurality of support rods, an oblique plane is arranged on the inner bottom surface of the tank, an oblique conveying pipe is communicated with the lowermost point of the oblique plane of the tank, the lower end of the conveying pipe extends into a hopper in a communicated manner, the hopper is fixed onto the support plate, a discharge pipe is communicated with the bottom of the hopper, a valve spool is rotationally connected into the discharge pipe, a small hole is formed in the valve spool, semen phaseoli can fall from the small hole, the valve spool can rotate under the control of a driving portion, and a vertically adjustable ploughshare is further arranged on the support plate and can be controlled and adjusted by an adjusting portion. The manual efficient semen phaseoli planting machine has the advantages that seeds do not need to be repeatedly added when the semen phaseoli is about to be planted by the aid of the manual efficient semen phaseoli planting machine, the semen phaseoli can be uniformly planted by the aid of the manual efficient semen phaseoli planting machine during planting, excellent planting effects can be realized, and steps of ditching, seed dibbling, soil masking and the like can be accomplished by the aid of the manual efficient semen phaseoli planting machine under the control of operators.

The green and low-carbon ecological water purification system for river embankments provided by the present invention relates to the technical field of water environment treatment, and includes ecological filter dams, water storage tanks and ecological ponds connected in sequence. The position of the overflow outlet inside the dam body makes the water flow inside the dam body baffled, and plant boards are placed on the top of the dam body to grow plants; the water storage tank is provided with stilling sills and tail sills, and the bottom is provided with pipes connected to the bottom of the ecological pond; inside the ecological pond The water body is suspended with plant floating boards and biological ropes, and a plant buffer zone is arranged outside; the present invention makes full use of the low-lying pits and ponds of the river ecosystem, the front end of the stepped filter dam acts as a river bank dam, and the water drops at the rear end to supplement the dissolved oxygen in the water body; the ecological pond from the bottom The water inlet solves the problem of stagnant water at the bottom of the pond, and the pipeline layout can realize rapid drainage of the river during the wet season, and direct replenishment of the river during the dry season; in the present invention, the water body of the system flows by itself, and the water is aerated by falling water, and the water body is purified in a green and low-carbon way, and at the same time, the landscape effect.

The invention relates to a ground-wheel-driven sugarcane combine planter which comprises a rack, and a ditcher arranged under the front end of the rack. A pair of ground wheels, which are connected to each other through a main shaft, is disposed under the rack. A sugarcane cutter and a fertilizing box are arranged on the rack. A fertilizing machine is arranged below the fertilizing box. A chain wheel is fixedly installed on the main shaft and is connected to a transition chain wheel group on the rack through a transmission chain. The transition chain wheel group is connected to a chain wheel group on the sugarcane cutter through a transmission chain. The chain group set on the sugarcane cutter is connected to a chain wheel installed on a transmission shaft of the fertilizing machine through a transmission chain to achieve linkage. The combine planter is simple in structure. By means of the ground wheels, which are synchronously moved with a tractor, for driving the sugarcane cutter and the fertilizing machine, the travelling speed of the planter is synchronous with sugarcane cutting and fertilization, thereby ensuring equal interval between sugarcane plants and uniform planting and fertilizing density of sugarcane and increasing germination rate of the sugarcane.