625results about "Hand sowing implements" patented technology

A modular landscaper uses oversized wheels to generate torque for turning one or more of several interchangeable modular landscape maintenance attachments. The landscaper provides a handle configured in relationship to the landscaper frame to allow an adult to normally walk behind the landscaper while applying a forward force by pushing on the handle that results in the wheels of the landscaper rolling along a landscape maintenance surface and generating torque that is transferred through a drive train to the one or more attached landscaping maintenance attachments. A drive train uses the rotational energy of the wheels to increase the operator pushing force to operate the maintenance attachment. Interchangeable attachments facilitate using the landscaper for a wide variety of landscaping maintenance tasks.

A method of transmitting packet data using a HARQ transmission scheme for an uplink enables a mobile station in soft handover to determine an ACK or NACK condition reliably and accurately. The method includes receiving, from the N base stations, ACK / NACK signals indicating transmission acknowledgement status for an uplink packet; and transmitting a packet according to the number of ACK signals.

In a stereoscopic image conversion panel and a stereoscopic image display apparatus, the stereoscopic display panel includes a first lens substrate, a second lens substrate, a stereoscopic image lens part and a lens liquid crystal layer. The stereoscopic image lens part is disposed between the first and second substrates, and includes a main lens and sub-lenses with a concave shape. At least one sub-lens is disposed at opposite edge portions of the main lens. The lens liquid crystal layer is received by the main lens and the sub-lenses, is disposed between the first and second lens substrates, and includes liquid crystal molecules having an anisotropic refractive index. The lens liquid crystal layer refracts a polarized light at an interface between the lens liquid crystal layer and the stereoscopic lens part, to convert a flat image into a stereoscopic image. Therefore, the thickness of the stereoscopic image panel can be reduced.

An auger to assist in ground-burrowing or mixing paint or concrete, is used by attaching it to an electric or cordless power source. The major advantages over previous augers are: a hex head design prevents slipping in the drill chuck, an offset boring tip provides better digging, and a removable extension allows for the digging holes from a sitting or standing position possible without straining. The cutting edge of the auger's discs is sharpened for easier digging in hard soil. A single spring pin lock connects a first shaft to the extension shaft.

A seed handling tool includes a handle connected to a working body. The working body includes a working surface, which further includes a plurality of seed retention points. A seed retention source is provided to allow the seed handling tool to pick up and retain seeds at the seed retention points. In some embodiments, the seeds may also be released from the seed retention points. A method for retaining a plurality of seeds by the seed handling tool includes moving the seed handling tool to a position where the working surface is adjacent to a plurality of seeds, and picking up and retaining seeds at a plurality of seed retention points fixed at the working surface. In some embodiments, the method may also include releasing the plurality of seeds from the seed retention points.

The embodiment of the invention provides a dibbling seeder which comprises a bracket, a seed groove, a dibbling rod, a handle, a soil push plate and an actuating mechanism, wherein one end of the dibbling rod is connected with the seed groove, and the other end of the dibbling rod is connected with the soil push plate; the actuating mechanism comprises a shifting lever, an actuating component and an elastic component; the shifting lever is rotatably arranged on the bracket; the actuating component is arranged on the dibbling rod and matched with the shifting lever; the elastic component is arranged between the soil push plate and the bracket; the actuating component is driven by the shifting lever, the dibbling rod is pushed to move to the direction of the soil push plate, and the soil is pushed by the soil push plate, so that a seed containing space is formed; the elastic component is used for driving the soil push plate, so that the soil push plate resets and closes a through hole; therefore, force is applied to the soil through the bracket. The dibbling rod provides a dibbling channel and applies force to the soil push plate. The dibbling seeder is simple in structure and convenient to use, and the problem in the prior art that a dibbling tube needs to apply force to the soil is solved.

A broadcast spreader includes a directional control assembly that defines a pathway for granular material from a hopper through a discharge port and onto a rotating fan. The directional control assembly includes a first plate that is secured to and adapted for slidable movement with respect to the hopper. The first plate defines an opening therethrough that is substantially in registry with but smaller than the discharge port, thus serving to define a pathway for the granular material from the hopper through the discharge port and onto the fan. The directional control assembly further includes a second plate secured to and adapted for slidable movement with respect to the hopper and the first plate. Movement of the second plate relative to the first plate selectively opens or closes the pathway for the granular material from the hopper through the discharge port and onto the fan.

A hand-portable spreader blows particles, such as salt or sand, over an outdoor surface to increase friction. The spreader has a grip and accepts an extension cord to power the blower motor. The motor drives a vane impeller mounted in a housing and connected to a nozzle, similar to a leaf blower, but the intake to the impeller is arranged to suck up particles from a storage chamber. The air passes through the particles in the storage area and then through an orifice, where the air stream velocity increases and particles are picked up and levitated up into a conduit that passes to impeller. After passing through the impeller, the particles and air are ejected from a nozzle to scatter the particles over a surface such as a street or sidewalk to melt ice and snow, for use as a friction (anti-slip) agent.

A handheld spreader having a fillable container for dispensing particulate from an electrically powered blower assembly in a detachable base. The spreader includes a feed slide leading from the container to the air stream channel of the base that has a vibrating eccentric plate for guiding and improving the flow of particulate from container into the air stream. The container and base are frictionally engaged together, thereby allowing for easy assembly of spreader, including assembly after container has been filled with particulate, as well as easy reassembly if container is removed and refilled. The spreader includes a rotating slide that may be operated by a user to open and partially close the feed slide of the container to control the feed rate.

A seed planter capable of removing soil, which is capable of: forming holes in which seeds can be planted by applying downward pressure to soil furrows covered by vinyl and by removing the covered vinyl and soil all at once, and at the same time inserting a supply pipe into the formed holes such that the seeds, water, and a fertilizer can be selectively and safely placed therein such that a worker can comfortably work for long periods of time in a state where the back of the worker is straight, thereby shortening work time and increasing labor efficiency; enables easy post processing since the removed covered vinyl can be collected in order at a fixing pin and within a needle member; and has a measuring tape such that holes can be precisely formed at proper intervals for growing plants.

A shoulder mounted spreader for distributing salt or another granular material on the ground is provided. The device includes a shoulder carried hopper and a flexible hose for distributing the product. The inventive device has no moving parts.

The invention provides an agricultural seed crop cultivation device based on rotating disk measuring, and relates to the technical field of crop cultivation. The agricultural seed crop cultivation device comprises a frame, handles are fixedly mounted at the left end and the right end of the top of the frame, connecting seats are fixedly mounted at the bottom ends of the handles, rotating handles are rotatably connected at the bottoms of the connecting seats, a lifting rod is rotatably connected at one end, close to the center of the frame, of the corresponding rotating handle, limiting platesare fixedly mounted on the peripheries of the lifting rods, and springs are fixedly connected at the bottom ends of the limiting plates. According to the agricultural seed crop cultivation device based on rotating disk measuring, fertilizers and seeds can simultaneously fall into soil and quantitatively measured, efficiency is higher, dosages of the fertilizers and the seeds are more reasonable and uniform, crop growth can be facilitated, complicated operations such as ditching, sowing, fertilizer applying and soil covering are avoided, the device is more convenient and rapider, and time and labor are saved.

A dispensing system store and selectively dispenses granular products, such as corn, nuts, grain, or animal feed pellets, or for inedibles such as roadway salt, sand, gravel, fertilizer, seeds, or the like. The system includes a main housing with a storage hopper and, typically, at least one other internal area or region for additional components, such as a camera or a cable spool. The storage hopper has a lower dispensing portion and an upper filling portion. A flexible securing member secures the main housing to a tree or other support surface. The securing member is extendable, retractable, and lockable relative to storage hopper by a retractor at the housing, and a distal end is selectively attachable to a receiving portion at the main housing, so that the securing member may be looped around a tree. Optionally, a game camera is mountable in the main housing.

A user-walk-behind self-propelled implement machine having a frame, a motor, a handle, and a plurality of wheels. The machine may operate one of a plurality of implements, including a shovel blade, a hitch, an aerator, a dethatcher, a lawn sweeper, a spreader, a wheel barrow, or a lawn mower. The implement may also be a sweeping brush, and wherein the brush is driven to rotate by a belt attached to the motor. The machine has a receiver to connecting the implement to the frame. The motor drives axles. Tiller tines or wheels are connected to the axles. When the implement is a shovel, a user operates the shovel by engaging the motor and steering the shovel to plow snow from a surface.

A package assembly for automated aliquot and / or dispersal processes is provided. Embodiments of the present invention include, but are not limited to: first and second portions which cooperate to contain the aliquot, wherein a pair of flexure channels are defined in opposing sides of at least one of the first or second portions, the flexure channels cooperating to define a flexure axis extending through the pair of flexure channels. Thus, embodiments of the present invention may allow at least one of first and second portions of the package assembly to flex about the flexure axis in response to a force exerted on the package assembly such that the first and second portions separate in response to the force.

An electrically-powered spreader for spreading a granular product is disclosed. The spreader may comprise a cap used to close a bottle containing the granular product. When in the open position, the bottle may be tilted into a position in which the granular product is fed by the force of gravity through an opening and into the spreader cap. A moving member within the spreader cap interacts with the granular product to propel it out of an opening in the spreader cap. In this way, the granular product is broadcast out of the bottle and onto the treatment area around the bottle.

An auger to assist in ground burrowing or mixing paint or concrete, is used by attaching it to an electric or cordless power source. The major advantages over previous augers are: a hex head design prevents slipping in the drill chuck, an offset boring tip provides better digging, and a removable extension allows for the digging holes from a sitting or standing position possible without straining. The cutting edge of the auger's discs is sharpened and provided with a serrated edge for easier digging in hard soil. A single spring pin lock connects a first shaft to the extension shaft and multiple holes in the extension shaft allow for a multitude of auger heights.

The invention discloses a seed sowing and rice transplanting device which comprises a planting cylinder, handles, an opening and closing control rod, a transmission mechanism and a conical cylindrical inserting knife. The handles are arranged on the side wall of the planting cylinder and are close to the upper end of the planting cylinder. The conical cylindrical inserting knife is arranged at the lower end of the planting cylinder. One end of the opening and closing control rod is hinged to the wall of the planting cylinder. The conical cylindrical inserting knife is spliced by at least two circular arc scraper knives. Swing parts are hinged to the side wall at the lower end of the planting cylinder through a hinge shaft and are in one-to-one correspondence with circular arc scraper knives which are fixed to the swing parts. The opening and closing control rod drives the swing parts to swing through the transmission mechanism. The swing parts drive all the circular arc scraper knives to open or close the conical cylindrical inserting knife. By the adoption of the structural style, the seed sowing and rice transplanting device can sow seeds manually, and can also transplant rice seedlings, thereby being quite convenient to use.

A gravity-feed spreader for particulate matter may include a rotor. The spreader may be operable for gravity-feed operation with the longitudinal axis of the rotor in a horizontal position. A generally cylindrical rotor housing with a pair of closed, axial ends may be coaxial with the rotor. Entrance and exit apertures for the particulate matter may be formed in the surface of the rotor housing between the closed, axial ends. A rotor driver may be coupled to the rotor shaft for rotating the rotor. An intake housing may include a passageway therethrough for the particulate matter. A gate may be provided for selectively opening and closing the particulate matter passageway in the intake housing. An agitator may be coupled to the rotor shaft for facilitating movement of particulate matter through the passageway in the intake housing.

The invention provides a suaeda salsa artificial disseminator used in a saline-alkali soil improvement research. The suaeda salsa artificial disseminator comprises a disseminator body, wherein the disseminator body comprises a suaeda salsa seed box arranged at the top; a seeding plate is arranged at the bottom of the disseminator body; a communicating pipeline is arranged between the seeding plate and the suaeda salsa seed box; a control switch used for controlling the opening and closing of the communicating pipeline is arranged on the communicating pipeline; the control switch comprises a flat clamping groove horizontally formed in the radial direction of the communicating pipeline; a clamping slice is arranged in the clamping groove; the two sides of the clamping slice extend to the outer side of the pipe wall of the communicating pipeline; a limiting dowel is arranged on each of the two sides, positioned outside the communicating pipeline, of the clamping slice; a material dropping hole is formed in one side of the clamping slice positioned outside the communicating pipeline. The suaeda salsa artificial disseminator is simple in structure, convenient to use, time-saving and labor-saving during the use process, uniform in seeding and convenient for later-period management, and during the use process, the opening size of the control switch can be reasonably adjusted according to the size of a sowing area, so that the uniform seeding can be guaranteed, and the seeding efficiency can be improved.

The invention discloses a portable dual-tube fertilization garden seeder, comprising a lifting handle, wherein the bottom end of the lifting handle is connected with a seed storage tube, one end of the seed storage tube is provided with a fertilizer storage tube, a steel wire connecting rod is arranged between the fertilizer storage tube and the seed storage tube, the steel wire connecting rod is connected with a steel wire drag hook, the bottom end of the fertilizer storage tube is provided with a lower tube, the side face of the lower tube is provided with a fertilizer adjusting shaft, the bottom end of the seed storage tube is provided with a seed adjusting shaft, one side of the fertilizer adjusting shaft is provided with a strap and a hole alarm, the bottom end of the lower tube is connected with a fertilizer discharge nozzle, one side of the fertilizer discharge nozzle is provided with a seeding nozzle, the seeding nozzle is connected with a bottom plate, the top end of the bottom plate is provided with a torsional spring and a guide square pipe, and one side of the lower tube is connected with an earthing shaft. The portable dual-tube fertilization garden seeder effectively realizes integration of fertilization, seeding and earthing, is time-saving and labor-saving, small in size and easy to carry, can be moved conveniently in a farmland, still can realize seeding for irregular farm lands, and can warn staff to timely add when seeds and fertilizers are used up.

The invention relates to a semiautomatic seeder. An inner sleeve is coaxially and slidably inserted in an outer sleeve, and a rotating device is arranged between the innersleeve and the outer sleeve;when the inner sleeve enters or be pulled out of the outer sleeve, the rotating device drives the inner sleeve to rotate, a plurality of blades are uniformly mounted fixedly on the circumference of the bottom end of the inner sleeve, and a soil scraping device is arranged at the bottom end of the outer sleeve and provided with a plurality of soil scrapers. When the inner sleeve enters the outer sleeve, the soil scrapers are gradually open; when the inner sleeve is pulled away from the outer sleeve, the soil scrapers gradually gather reversely to wrap the blades from the open state. The inner sleeve is driven to rotate through the rotating device to drive the blades to excavate soil in a rotating state, so that soil excavating speed is high, manpower is saved, and application range of the seeder is expanded. The semiautomatic seeder combines soil excavating with soil scraping, semiautomatic seeding is realized, labor efficiency and seeding quality are improved, and the semiautomatic seeder has value for popularization and application.

The invention relates to a seed dibbling device which consists of a tubular device body, a seed (material) charging port, a duckbilled seed dibbling inclined port and the like. The seed dibbling device is provided with a controller capable of adjusting the dibbling depth and a controller capable of adjusting the planting distance. The device can meet the seed dibbling requirement and work of various forestry and agriculture seeds when the forestry and agriculture seeds are dibbled, and can be used for topdressing and fertilizing the roots of the seedlings, so that the dibbling efficiency and benefits of the forestry and agriculture seeds can be improved.

The invention discloses a seeding device, which comprises a shell, a first partition plate, a pressure bar, a spring, a sowing nozzle, a soil poking block, first connecting rods, gears, a rack and a seed metering mechanism. The first partition plate is disposed in the shell, and divides the inner cavity of the shell into an installation cavity and a seed metering cavity, the sowing nozzle is fixed on a discharge port, the soil poking block is hinged to a discharge port side wall, the two gears are rotatably disposed in the seed metering cavity and are engaged with each other, the upper ends of the two first connecting rods are respectively hinged to the two gears, the lower ends are respectively hinged to the sowing nozzle and the soil poking block correspondingly, the pressure bar is movably inserted into the installation cavity, and the upper end and lower end of the pressure bar both pass through the side wall of the shell and extend out of the shell, the spring sleeves the pressure bar, and the upper end and lower end of the spring respectively abut against the inner wall of the installation cavity and the pressure bar correspondingly, the rack is fixed on the pressure bar, and is engaged with one of the gears, the seed metering mechanism is disposed in the seed metering cavity, and one end of the seed metering mechanism is connected to the pressure bar. The seeding device provided by the invention has the advantages of wide applicability and good stability.

The invention discloses a knapsack seeder and seeding method thereof. The knapsack seeder comprises a seed box, backstraps and a manual seeding device, wherein the backstraps and the manual seeding device are respectively connected with the seed box; the seed box is filled with seeds; the manual seeding device comprises a control rod, a vibration rope and a seed conveying hose; the control rod is articulated with the seed box; the vibration rope is connected with the control rod; the seed conveying hose comprises a hose body as well as a seed inlet end and a seed outlet end which are connected with two ends of the hose body; the seed inlet end is connected with the seed box; the seed outlet end is connected with the vibration rope; the seeds enter into the hose body from the seed box, so that the hose body is full of the seeds; the control rod swings to drive the vibration rope to vibrate so as to further drive the seed outlet end and the hose body to vibrate, and therefore the seeds are sprayed through the seed outlet end. The knapsack seeder is applicable to seeding operation in a hillside, low in labor intensity, good in applicability, high in efficiency, low in cost and quite suitable for Ethiopia moss bran planting production.

The present disclosure provides a composite article including at least one seed for planting and a method of forming the composite article. The composite article includes a substrate element and a cover element spaced from the substrate element. An adhesive layer is disposed between the substrate element and the cover element for coupling the substrate element and the cover element to one another. The composite article further includes at least one seed abutting the adhesive layer and disposed between the substrate element and the cover element. The cover element is configured to be separated from the adhesive layer for exposing at least a portion of the seed. The present disclosure also provides a method of forming the composite article and a method of planting the seed.

A mulch pellet for use in a soil region comprising a plurality of fibers bound together into a rigid pellet body having fertilizing qualities and carrying a polymer outer coating on an outwardly facing surface and further carrying a botanical seed adhered to the pellet body by the polymer outer coating, the pellet body having sufficient mass to provide for targeted distribution onto select soil regions.