23results about "Manure treatment" patented technology

The present invention relates to a method for reducing emissions from manure, the method comprising adding 5.0-11.5 g of iron salt per 1 kg manure and adding 1.7-3.5 g of hydrogen peroxide (H2O2) per 1 kg manure. The invention also relates to a method for improving plant growth. Furthermore, the invention relates to a manure additive for reducing emissions from manure and improving plant growth comprising H2O2 and biochar. Furthermore, the invention relates to an organic fertilizer comprising manure and the manure additive.

The utility model relates to the technical field of controlling fertilizer and fertilizing, and disclose a kind of ration fertilization spade, including: shovel head, the side of the shovel head is provided with shovel handle, the one end of the shovel handle is fixedly connected with tail rod, the side of the shovel head is fixedly connected with connecting handle, the shovel handle, tail rod inside are all hollow processing, the shovel handle and connecting handle between fixed installation, the both sides of the top of the shovel head are fixedly connected with pedal, the fertilizer control mechanism is set in the middle part of shovel handle, the fertilizer control mechanism includes sleeve, the sleeve is fixedly installed in the side of shovel handle. The utility model sets up fertilizer control mechanism, after pulling bending lever, bending lever can be loosened, under the action of tension spring, bending lever position restores, to drive baffle to shield sowing port again, since the time interval of each sowing port opening and being shielded is little different, so that the fertilizer quantity through sowing port is substantially same each time, reaches the effect of ration fertilization.

The utility model relates to fertilizing technical field, specifically disclose a kind of fertilizing tools, including fertilizer conveying pipe, the upper end of fertilizer conveying pipe is connected with the height adjustable handle, the lower end of fertilizer conveying pipe is connected with spade, the outside sleeve of spade is limited to the limiting plate of spade insertion soil depth, the height of limiting plate is adjustable, fertilizer box is fixed on the lateral wall of fertilizer conveying pipe, the lower end of fertilizer box is communicated with fertilizer conveying pipe by discharge pipe, the lower end opening of fertilizer conveying pipe is plugged by baffle, the lateral wall on the upper end of fertilizer conveying pipe is connected with lifting rod by first pivot, lifting rod is connected with baffle by pull rod, the opening of baffle can be realized by lifting rod;The utility model with spade can easily realize breaking soil, the fertilization depth is controlled by limiting plate, the fertilization requirement of different plants is satisfied, the fertilization effect is improved, after breaking soil, fertilization can be directly carried out by hand pulling lifting rod, the fertilization speed of solid particle fertilizer is greatly improved;Device structure is simple, and manufacturing cost is low.

The present invention relates to a method for improving or reducing the environmental impact of manure. In particular, the invention relates to methods for maintaining or improving the health of manure treated soil, in particular through the management of zoonotic pathogens in manure by the application of manure additives. The invention further relates to a method of reducing the level of zoonotic pathogens in manure, particularly throughout storage of manure. Finally, the invention also relates to methods for reducing greenhouse gas emissions.

The utility model discloses a garden plant breeding device which comprises a shell, a material storage barrel used for storing seed materials is rotatably installed in the shell, a plug is inserted in the material storage barrel, the lower end of the plug is connected with a push rod, and the lower end of the push rod is connected with a plug matched with an outlet in the lower end of the material storage barrel. The bottom of the plug and the top of the shell are rotationally connected with an elastic piece, and the plug is connected with a driving unit; through the design of the push rod and the plug inside the material storage barrel, seeds can be pushed out of the material storage barrel and planted into soil under the control of the driving motor, so that low efficiency and non-uniformity of manual seeding are avoided; meanwhile, due to the conical design of the plug, the seeds can smoothly pass through the outlet and enter the soil, the seeding efficiency and precision are improved, in addition, the device can automatically reset after seeding through the auxiliary effect of the elastic piece, the operation process is further simplified, and the labor intensity of workers is remarkably reduced.

To provide an agricultural work machine capable of protecting a fertilization driving motor against submergence or damage.SOLUTION: An agricultural work machine 100 includes a traveling machine body 3, a fertilizer tank 41, a fertilization pump 42, and a fertilization driving motor 45. The traveling machine body 3 is supported by front wheels 1 and rear wheels 2 so as to travel in a fixed traveling direction D. The fertilizer tank 41 stores a paste fertilizer or a liquid fertilizer. The fertilization pump 42 discharges the paste fertilizer or the liquid fertilizer in the fertilizer tank 41. The fertilization driving motor 45 drives the fertilization pump 42. The fertilization driving motor 45 is arranged below an engine hood 9 arranged on the front side of the traveling machine body 3. Or, the fertilization driving motor 45 is arranged more on a front side than an axle 1A of the front wheel 1 in a traveling direction.SELECTED DRAWING: Figure 4

The present invention belongs to the field of soil treatment in agriculture. The invention relates to a trailing shoe for a working machine and to a working machine with said trailing shoe. The trailing shoe comprises: - a spring, the lower end of which is shaped like the letter Y provided with an intermediate space for mounting a base housing for a cutting element, - the cutting element shaped like a disc, which is supported by two ball bearings, through which a support axis is installed, wherein a holder for the slurry supply behind the disc is also mounted on said axis, - a blockade arranged to limit the depth of the disc's penetration into the ground, - an injection holder, which is mounted on the disc's axis so that it rotates freely around the disc, wherein said holder is mounted in the center of the disc to adapt to the terrain, - an injection nozzle, - a plough configured to copy the terrain, wherein the plough is mounted or placed on the same holder with the slurry supply, - a spring or a movable element that is mounted on one side to the bracket of the entire disc, and on the other side to the slurry supply holder, which also carries the plough, wherein depending on the position of the plough the position of the nozzle is adjusted so that regardless of the angle of the spring or the movable element to the terrain, the lower part of the nozzle is parallel to the terrain, and wherein the spring or the movable element constantly presses said holder towards the ground.

The utility model belongs to garden machinery technical field especially is a kind of portable hole digger with safety protection, including engine and safety protection device, the bolt installation of engine lower ground drill frame, the side of gear box is provided with safety protection device;The inner wall of the protection box is equipped with metal travel switch, the side of metal travel switch is provided with touch block, when drill rod meets hard material and stops rotating in operation process, engine continues to run, will drive the rotation of operating flexible rod and pivot and touch block in safety protection device, the touch block of rotation will contact metal travel switch, trigger switch action, when travel switch flameout line is connected with machine body flameout line, to send the signal of engine flameout or idling to engine, after receiving signal, engine will immediately flameout or turn into idling state, to avoid the harm possibly caused by continuing to run.

The invention relates to a handheld device for sowing seeds to create holes in the soil, comprising a frame (1) with at least two supports (2) rotatably mounted on the frame and lockable in selectable functional positions, each support (2) having at least two rows (3) with several protrusions (4) arranged at defined intervals from one another. The protrusions (4) serve to create the holes by pressing the handheld device onto the soil and differ in their spacing in different rows (3), so that different hole patterns can be produced by selecting the functional positions of the supports (2).

The application provides a high-yield grain crop cultivation device and a cultivation method thereof, and relates to the field of grain cultivation. The cultivation device for high-yield grain crops comprises a roller and a vehicle frame, a plurality of square through holes are formed on the outer side of the roller, and automatic discharging devices are fixedly connected to the inner side of the roller. The device comprises: a discharging square tube fixed to the inner side of the square through hole of the roller; a plurality of flaps rotatably connected to the top of the outer side of the discharging square tube through a rotating shaft, and a reset spring is fixed to the rotating shaft; a driving friction wheel rotatably connected to the outer side of the discharging square tube; a friction rolling member fixed to one end of the driving friction wheel at the bottom; an idler wheel rotatably connected to the outer side of the discharging square tube at the bottom and matched with the driving friction wheel; and a friction driven wheel fixed to the rotating shaft of the flap at the bottom and matched with the idler wheel. A digging shovel is fixed to the outer side of the roller near each automatic discharging device. The design ensures the uniformity of the digging depth through the roller, the automatic discharging device and the digging shovel.

The present invention relates to a method for improving or reducing the environmental impact of manure. In particular, the invention relates to methods for maintaining or improving the health of manure treated soil, in particular through the management of zoonotic pathogens in manure by the application of manure additives. The invention further relates to a method of reducing the level of zoonotic pathogens in manure, particularly throughout storage of manure. Finally, the invention also relates to methods for reducing greenhouse gas emissions.

The utility model relates to a kind of sand prevention and control planting hole digging device for tree planting, including inner cylinder, and the sand baffle cylinder being slidably arranged in the inside of the inner cylinder, the sand baffle cylinder outer wall is fixedly connected with support frame one, the support frame one is rotatably connected with connecting plate two, one end of the connecting plate two is fixedly connected with connecting column, the connecting column outside is rotatably connected with connecting rod, the support frame one has several, and several support frame one is evenly distributed in the sand baffle cylinder outside in annular, the support frame one, the connecting column, the connecting rod number is identical, one end of the connecting column is fixedly connected with conical arc plate.The sand prevention and control planting hole digging device for tree planting, by the combined use of conical arc plate, sand baffle, inner cylinder, make the device have the integrated function of hole digging, planting, sand blocking, under the communication effect of connecting groove, ensure the reliable range of connecting plate two movement, by pressing lever pressing, it is convenient for the effect of the synchronous movement of multiple connecting rods.

To provide a device capable of mechanically planting seedlings more easily, and to provide a seedling planting method.SOLUTION: A seedling planting device includes: a passage section for dropping seedlings in an inner space; a seedling holding section arranged above the passage section and temporarily holding seedlings; an expansion / contraction section arranged below the passage section, having an inner space communicated with the inner space of the passage section, and allowing an inner diameter to be expanded / contracted; and a control section connected to the seedling holding section and the expansion / contraction section, and satisfying a specific condition.SELECTED DRAWING: Figure 1

Device (1) for applying a flowable medium to agricultural land, comprising a reservoir (2) for receiving the flowable medium, a conveying line (4) for conveying the flowable medium to a distribution device (6), the distribution device (6) having an inlet (62) by means of which the flowable medium can be supplied to a receiving chamber (64) of the distribution device (6), and a plurality of outlets (66a, 66b) through which the flowable medium can be distributed to a plurality of application lines, and the distribution device (6) having a distribution body (78) rotatable with respect to an axis of rotation within the receiving chamber (64), wherein a motor (72) is provided for driving this distribution body (78) to rotate it, and furthermore a control device (80) is provided for controlling this motor (72), characterized in that the device (1) has at least one sensor device (8).which detects at least one value that is characteristic of the proper functioning of the distribution device (6) and the control device (80) is suitable and intended to control the motor (72) taking into account this characteristic value and the control device (80) is suitable and intended to open the receiving chamber (64) taking into account this characteristic value.

The utility model relates to fertilizing device technical field, concretely is a kind of for agricultural planting's fertilizing device, it includes: T-shaped pole, the bottom fixed connection of T-shaped pole has spade, the lower end of T-shaped pole is set to distribution pipe, the left side fixed connection of distribution pipe inner chamber has reset spring, the right side fixed connection of reset spring has the stop block sliding in distribution pipe, the middle end fixed connection of stop block left side has towrope, the other end fixed connection of towrope has pull ring;Temporary storage cylinder, the temporary storage cylinder is fixedly connected to the lower end of T-shaped pole right side, and the bottom of temporary storage cylinder is communicated with the lower end of T-shaped pole between guide pipe.The utility model is in the form of carrying storage tank hand-held T-shaped pole, improves the flexibility of fertilization, while, targeted fertilization is favorable for reducing fertilizer consumption, and the utilization of fertilizer is improved, in addition, equipment operation is simple, manufacturing cost is low, and it is favorable for the promotion of market.

The present invention relates to a method for reducing emissions from manure the method comprising adding 25 – 78 g of magnesium sulfate (MgSO4) per 1 kg manure and adding 5-11.5 g of iron salt per 1 kg manure. The invention also relates to a method for improving plant growth. Furthermore, the invention relates to a manure additive for reducing emissions from manure and, optionally or alternatively, improving plant growth comprising H2O2 and biochar. Furthermore, the invention relates to an organic fertilizer comprising manure and the manure additive.

The application relates to the field of robots, and discloses a dead leaf removing and collecting robot for agricultural garden production, which comprises a machine body, a driving part arranged on the machine body, a semi-ring-shaped support arranged at the end of the machine body, a roller slidingly and elastically arranged on the semi-ring-shaped support, and a collecting part arranged on the machine body. The driving part comprises supporting rollers arranged at the bottom end of the machine body and steering caterpillar belts rotationally arranged at the bottom end of the machine body. The collecting part comprises fixing rods fixed on the machine body, connecting rods movably arranged on the machine body, and driving rods rotationally arranged on the machine body. The fixing rods, the connecting rods and the driving rods are connected through a connecting cloth. The steering caterpillar belts are rotated, the roller can continuously vibrate the trunks of trees in the process of rotation of the steering caterpillar belts, the dead leaves on the trees are shaken off, meanwhile, the machine body rotates around the trunks of the plants, the collecting part forms a sector, and the shaken-off dead leaves are collected.

This utility model relates to a hole-drilling device for yam planting. In the actual yam planting process, when it is necessary to drill holes in the soil, the hole-drilling machine body can be moved to the position where the hole needs to be drilled by the moving component. Then, the stabilizing frame is straightened, and the stabilizing stake is driven into the soil by stepping on the stabilizing frame. Then, the hole-drilling machine body is operated to drill holes in the soil. At the same time, the hole-drilling machine body is pressed down to make the lifting plate slide down on the guide plate and drill deep holes in the soil. At the same time, the stabilizing frame, the fixing plate and the guide plate bear the torsional force, and the stabilizing stake driven into the soil prevents the stabilizing frame from moving. This allows for better drilling of the soil, is more stable during drilling, does not require the planting personnel to resist the torsional force, and prevents the planting hole from becoming crooked.

This utility model discloses an automatic transplanter, belonging to the field of agricultural machinery technology. It includes a feeding mechanism and perforating cones. At least two sets of perforating cones arranged in a circular array are connected to the lower end of the feeding mechanism. It also includes a height-adaptive automatic transplanting mechanism, which is connected to both the feeding mechanism and the perforating cones. The height-adaptive automatic transplanting mechanism includes a drive component, a driven component, a pull cable, a length-adjusting tensioning component, and a perforating cone reset component. The drive component is connected to both the length-adjusting tensioning component and the feeding mechanism. One end of the pull cable is connected to the length-adjusting tensioning component, and the other end is connected to the driven component. The driven component, used to move the perforating cones, is connected to both the feeding mechanism and the perforating cones. A perforating cone reset component is connected between every two adjacent sets of perforating cones to drive the perforating cones back to their original positions. This design simplifies the operation process and is suitable for operators of different heights.

The application discloses a soybean planting device and a use method thereof and belongs to the technical field of agricultural machinery. The device comprises a cylinder, a slotting mechanism arranged in the interior of the cylinder and used for slotting the land to facilitate soybean planting, a plurality of scraping components and a driving assembly. The slotting mechanism comprises an inner cylinder movably arranged in the interior of the cylinder, an interval existing between the inner cylinder and the cylinder, arc-shaped expansion plates movably hinged to the left and right sides of the bottom surface of the bottom of the inner cylinder and used for slotting the ground, and a pedal fixedly arranged on the left and right sides of the inner cylinder and slidingly arranged along the axis of the cylinder. The outer side of the inner cylinder is provided with the driving assembly used for driving the expansion plates to open and slot. The plurality of scraping components are arranged above the arc-shaped expansion plates. The pedal drives the axial displacement of the inner cylinder, controls the opening and closing angle of the arc-shaped expansion plates and realizes slotting. The multi-stage annular scraper of the scraping component cooperates with the telescopic guide rod and the first reset spring to dynamically remove soil during the slotting process.

The utility model provides a portable corn fertilizing device of soil fertilization can enter, belongs to fertilizing equipment technical field. Including storage tank, feed pipe, support mechanism, storage tube, base, pit digging mechanism, discharge mechanism, the storage tank's blanking mouth is connected with feed pipe, the support mechanism's one end intercommunication with feed pipe, other end intercommunication with storage tube, to make the fertilizer in storage tank via feed pipe, support mechanism enters storage tube waits for fertilizing, base pit digging mechanism all are connected with the outer wall of storage tube, and base with pit digging mechanism is opposite setting, discharge mechanism is connected with the discharge port of storage tube lateral wall, and the discharge mechanism's fertilizing mouth sets up between base and pit digging mechanism, to make the fertilizer fall into the pit that pit digging mechanism dug. Through the direct contact of soil fertilization reduction fertilizer and atmosphere, effectively prevented the volatilization of fertilizer, improved the utilization of fertilizer.

The utility model relates to the technical field of garden spade, especially a multifunctional garden spade for garden maintenance, which has the advantages that: the hand wheel is rotated to drive the transmission shaft to rotate through the driving worm, the driving gear is driven to rotate by the driving gear, the driven shaft is driven to rotate by the driven gear, the shovel plate and the rake teeth are flipped as a whole, the rake teeth and the shovel plate are rotated to the direction perpendicular to the connecting sleeve, so that the rake teeth can be used to dig the soil layer by holding the connecting sleeve, the soil layer is loosened, the soil can be easily dug, the angle of the shovel plate can be adjusted according to the need of digging, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily dug, the soil can be easily