67results about "Plant supports" patented technology

This utility model belongs to the field of climbing trellises and discloses a three-dimensional greening device for climbing plants, including a column with a connector fixed at the top and a connecting hole at the bottom; a movable sleeve that is fitted onto the column and has multiple branches installed around its circumference, and an anti-slip component on the movable sleeve; a connecting sleeve that is slidably installed on the branches, with connecting parts at both the upper and lower ends; and a climbing pole assembly with spring buckles at both ends. The climbing pole assembly is connected to the connecting parts by the spring buckles, and the climbing pole assembly can be connected to the connecting sleeve as a whole. The angle between the climbing pole assembly and the connecting sleeve can be adjusted by rotation, and the position of the connecting sleeve relative to the branches can also be adjusted by sliding. Multiple climbing pole assemblies can be connected by spring buckles, meaning that the angle of the climbing pole assembly between the upper and lower connecting sleeves can be controlled by rotating the climbing pole assembly and controlling the position of the connecting sleeve relative to the branches to create various shapes and structures, providing greater adjustability.

This utility model discloses an asparagus seedling anti-lodging support, including a frame mechanism, a fixing mechanism, an extension mechanism, and a buckle mechanism. The frame mechanism is provided with several sets of fixing mechanisms. The user of this asparagus seedling anti-lodging support adjusts the size of the extension mechanism according to the size between the furrows. After adjustment, the positioning pin is inserted into the soil. Then, according to the distribution of asparagus seedlings in the furrows, the fixing mechanism is first pulled to fix the bottom of all asparagus seedlings as much as possible. The unevenly distributed asparagus seedlings are placed in the clamping groove by pulling the moving clamp. Then, the moving clamp is released, and the asparagus seedlings are fixed by the compression of the moving clamp by the spring. Then, the buckle is pulled to place the asparagus seedlings inside the fixing ring, and the asparagus seedlings are fixed by the compression of the buckle by the spring. According to the height of the asparagus seedlings, the screw is rotated to drive the upper support to move, and the upper part of the asparagus seedlings is fixed by the fixing mechanism.

The utility model relates to agricultural planting equipment technical field discloses a kind of pea planting frame, including support column and support crossbeam, several support column and support crossbeam are mutually perpendicular connection, jointly constitute rectangular frame structure, and high-strength nylon net is provided in rectangular frame inside.The pea planting frame, through the collaborative design of high-strength nylon net, light reflection guide rope, elastic band, high-strength nylon net constitutes solid climbing carrier, light reflection guide rope cleverly uses light reflection principle, improves the illumination condition inside planting frame, so that each part of pea plant can fully receive illumination, promote healthy growth, and elastic band can be adjusted fixing force and position according to the growth thickness and trend of pea vine, can both firmly support vine, and will not cause damage to plant due to binding too tight, provide all-round thoughtful care for pea growth, effectively improve the convenience and efficiency of routine management.

This invention provides a lodging prevention and planting device for forage grasses on slopes, relating to the field of forage grass planting technology. The device includes multiple lodging prevention structures arranged along the slope direction. Each lodging prevention structure includes a horizontal frame and multiple evenly distributed planting protection mechanisms. Each planting protection mechanism includes a base plate, a central support component, and two outer ring protection components. The central support component can be screwed into the slope soil, and its top extends to the base plate and connects to the two outer ring protection components. One end of each outer ring protection component is rotatably connected to the base plate, and the other end can be joined to form a planting ring, which is fitted onto the outside of the forage grass stem. By screwing the central support component, it is fixed to the soil while simultaneously driving the two outer ring protection components to open and close synchronously, achieving the closure of the planting ring and supporting the plant. This invention adapts to slope terrain, is stably installed, effectively prevents forage grasses from lodging, provides continuous dynamic support, and promotes healthy growth of forage grasses on slopes.

This utility model relates to the field of agricultural planting technology, and in particular to a rock-planted fruit cucumber cultivation device, including a greenhouse body and a traction mechanism. Cultivation areas are respectively set on both sides of the bottom of the greenhouse body, and multiple planting troughs are spaced apart within each cultivation area. Planting rocks are placed at the bottom of each planting trough. A connecting rod is fixedly installed above each planting trough. Multiple traction mechanisms are installed within the connecting rods. The traction mechanism includes a winding box, a traction rope, and a fixing clamp. The winding box is connected to the connecting rod, and a winding drum is rotatably installed inside the winding box. One end of the traction rope is fixedly connected to the winding drum and wound inside it, while the other end extends out of the winding box and is connected to the fixing clamp. The winding box is equipped with a first handle screw to limit the rotation of the winding drum. This utility model's rock-planted fruit cucumber cultivation device can solve the problem of severe soil-borne diseases in fruit cultivation, achieve uninterrupted continuous planting and production, and quickly trellise the vines of greenhouse-grown fruit cucumbers, reducing labor intensity.

The utility model discloses a kind of passion fruit vine traction banding devices, including handle, limit mechanism is arranged on the handle, the limit mechanism includes bottom plate, plug rod, rope sleeve, banding rope, buckle plate, sliding slot, sliding block, limit rod and pressure spring, bottom plate is fixed at handle top end, plug rod is fixed on bottom plate, rope sleeve is sleeved in plug rod outside, the quick -connect mechanism includes fixed sleeve, clamping sheet, card slot, quick release sleeve, compression spring, abutment block, rotating sleeve and clamping block, fixed sleeve is set in plug rod top end, limit mechanism is cooperated by bottom plate and plug rod, rope sleeve is securely installed, avoid the movement or slackening of rope sleeve in the process of banding, quick -connect mechanism is cooperated by clamping sheet and card slot, so that rope sleeve can be quickly fixed on plug rod, avoid the complicated dismounting process in traditional banding device, the design of compression spring and quick release sleeve, allow user to change banding rope quickly when needed.

This utility model discloses a chili pepper planting frame, relating to the field of chili pepper planting technology. It includes a frame structure comprising a bending frame. The bending frame is bent, and a through hole (number one) is formed below the bent area of ​​the bending frame. This utility model, through the inclusion of a foot pedal, allows for easy and quick installation by stepping on the bending frame when it needs to be inserted into the soil. The two through holes (number one and number two) allow for adjustable insertion depth. By adjusting the position of the foot pedal, the insertion point can be directly reached, making installation convenient. The dome-shaped design at the lower end of the number one through hole reduces the difficulty of insertion. The bending design of the bending frame maintains a certain distance between the bottom of the frame and the roots of the chili peppers, avoiding damage to the roots. The foot pedal increases the contact area with the ground, ensuring stability during use.

To provide a bundling machine that enables highly accurate driver positioning while suppressing a decrease in work efficiency. [Solution] The fastening machine according to the present disclosure comprises: a driver unit for fastening staples to an object by moving in a first direction and pressing the staples; a drive unit for moving the driver unit in a first direction and a second direction opposite to the first direction; and a control unit that controls the drive unit to move the driver unit, which is located at the origin, in the first direction to press the staples, to move the driver unit in the second direction and then stop it, and to move the stopped driver unit at least once each in the first and second directions to return the driver unit to the origin.

The present invention provides a resin stem support clip that, even after a period of time has elapsed since being attached to a hanging string and stem, allows the connected arms to open wide when the locking mechanism is released. [Solution] The stem support clip 1 for climbing plants has a pair of arms 2a and 2b that are connected at one end and curved in an arc shape so that they form a loop when the other ends are connected. The resin stem support clip is closed into a loop by bending the connected part at one end of the pair of arms and connecting the other ends at connecting parts 2g and 2h. An elastic body is provided at the bending part of the connected end to bias the arms to open. By adopting this configuration, the elastic body provided at the bending part of the pair of arms allows the arms to be opened wide even after time has passed, when the connection at the connecting part is released.

The application discloses a plant growing system and relates to the technical field of plant growing systems, wherein the plant growing system comprises a growing chamber, a double-sided light supplement lamp, a plurality of growing units and an air supply device; the double-sided light supplement lamp is arranged in the middle of the closed chamber, a plurality of liquid return members and a plurality of inclined growing pots are arranged on the mounting frame in layers on the two sides of the lamp, the cultivation cavity of the growing pot is inclined towards the light supplement lamp, and the air supply device at the top of the chamber is matched, so that all growing surfaces can obtain uniform light and ventilation conditions, the lamp is simultaneously radiated by using the growing air supply, an additional radiating device is not needed, and energy consumption is lower. Compared with a traditional flat layer growing mode, the space utilization efficiency of the scheme is higher, light resource utilization is more sufficient, nutrient liquid can be completely recycled and utilized, crops are uniformly lighted, the annual output under the same growing area is much higher than that of the traditional mode, the manpower and cost required for daily operation and maintenance are lower, and the scheme is suitable for large-scale and efficient growing.

The utility model relates to plant planting technical field, specifically disclose a general plant support device, including splayed pipe, the splayed pipe is on the hole symmetry sliding and inserts the unit pipe, the tail end of unit pipe is fixedly connected with unit ring, the unit ring is sleeved with support pipe, the lower end of support pipe is fixedly connected with cone head pipe, the lower end of support pipe is fixedly connected with counterweight plate, through support pipe cooperation cone head pipe and counterweight plate, make can stably insert the soil and carry out fixed, and under the large -area limitation of counterweight plate, make support pipe difficultly incline and collapse, stress is bigger and keeps stable, then adjust multiple unit ring height on unit pipe, thereby divide multiple ladder, can share more vine climbing, then through adjusting the staggered distance of two unit pipes in splayed pipe, thereby can adjust the distance between two support pipes, thereby can adapt the climbing demand of different interval different type vine plant, make the versatility stronger.

The utility model discloses a kind of prevent heavy fall trichosanthes plant frames, belong to trichosanthes plant frame technical field, it includes net rack and four struts fixed in the net rack below, the anti-falling net is set in the net rack below, two the anti-falling net take-up and pay-off device is set between the struts of the opposite two sides of the net rack, the anti-falling net take-up and pay-off device includes slide bar, sliding ring, cable, fixed pulley and motor, the slide bar is fixed between two the struts, multiple the sliding ring is slidably connected on the slide bar, multiple the sliding ring one side is connected with the anti-falling net, the fixed pulley is set in the both ends of the slide bar, the cable is set on two the fixed pulley, one the fixed pulley is driven by the motor, every the sliding ring upper and lower sides are all opened through-hole, the cable is passed from the through-hole, and the through-hole in the upper side of one the sliding ring of outermost side is set with fixing part. The utility model can automatically take up and pay off anti-falling net, save time and effort.

The embodiment of the present disclosure provides a kind of horticultural plant fixed protection frame, comprising: fixed rod;Adjusting sleeve, is sleeved on the fixed rod, and can slide up and down along the fixed rod;Supporting arm, one end is hinged with the adjusting sleeve, the other end is equipped with adjustable fastening band, and the adjustable fastening band includes band body and buckle;Crossbeam, horizontal fixed in the upper portion of the fixed rod, for supporting multiple adjusting sleeves;Protective sleeve, is sleeved on the supporting arm;Wherein the inner wall of the adjusting sleeve is equipped with anti-skid line, and the anti-skid line is distributed in spiral shape;A plurality of adjusting holes are evenly distributed on the crossbeam, and the position of multiple adjusting sleeves is fixed and stable by corresponding fixed pin on adjusting sleeve.It can solve the problem that the design of plant fixing device cannot effectively adapt to the different growth needs of plants due to seasonal changes, resulting in support point bruise or hindering the natural growth of plants by the scheme of the embodiment of the present disclosure.

The application provides a yam directional growth traction device, and belongs to the technical field of agricultural machinery. The device comprises a support frame, guide wheels, a traction rope, a power mechanism and a self-locking clamp. Three guide wheels are arranged on the top of the support frame. The traction rope passes through each guide wheel in sequence to form a Z-shaped path. The power mechanism is arranged on one side of the support frame and is used for adjusting the speed of yam vine traction. The self-locking clamp is arranged on the side of the support frame away from the power mechanism and is used for clamping the yam vine. Through the cooperative work of the power mechanism, the traction rope, the guide wheels and the self-locking clamp, the automatic directional traction of the yam vine is realized. The planting personnel only need to clamp the vine in the initial growth stage, and the subsequent traction process is automatically completed by the device, so that the manual intervention is greatly reduced, the labor intensity is reduced, the planting efficiency is improved, and the demand for large-scale planting can be met.

The application relates to the technical field of greening cultivation, and discloses a modular urban greening cultivation device, which comprises a cultivation box and two mounting seats symmetrically arranged on the top surface of the cultivation box. Guardrail frames are fixedly arranged on the top surface of the mounting seats. Two supports are symmetrically fixedly arranged on the side edges of the top surface of the mounting seats. Positioning rings are fixedly arranged at the ends of the supports. A plurality of support plates arranged in a ring array are fixedly arranged on the outer wall of the positioning rings. Fixed ring shells are fixedly arranged at the ends of the plurality of support plates away from the positioning rings. Tooth rings are rotatably arranged on the inner wall of the fixed ring shells. The baffle can swing under the action of the torsional spring, the flow direction of the airflow is changed, the direct impact on the greening plants is reduced, and stable growth is ensured. When driving at night, the baffle can block the light of vehicles on the opposite lane, improving driving safety. Meanwhile, when a water truck is watering, the baffle can block large water flow, avoiding the roots of the greening plants from being washed away, and playing a protection role.

In a greenhouse for greenhouse plants, where one or more overhead wires are present and the plants are suspended from them by means of suspension hooks and wires, it is generally desirable to regularly adjust the suspension of a main branch of a greenhouse plant from an overhead wire. For this purpose, a device with a detection system and a hook gripper is provided The detection system takes an image and detects at least one suspension hook in the image The hook gripper then removes the suspension hook from the overhead wire, moves it around the main branch, and places it back on the overhead wire. Optionally, before or after moving the suspension hook around the main branch with the hook gripper, the hook gripper is used to move the suspension hook to unwind the suspension wire over at least one loop of the suspension hook.

A binding machine according to the present disclosure comprises: a driver part for moving in a first direction and pressing a staple, thereby binding the staple to an object; a drive unit for moving the driver part in the first direction and a second direction opposite from the first direction; and a control unit that controls the drive unit so as to move the driver part positioned at an origin point in the first direction to press the staple, move the driver part in the second direction and then stop the driver part, and move the stopped driver part at least once in each of the first direction and the second direction to return the driver part to the origin point.

The application discloses a bitter gourd planting device with automatic drip irrigation function and relates to the technical field of agricultural planting equipment. The device comprises a planting frame mechanism, an automatic drip irrigation mechanism, a humidity sensing mechanism and a water collecting mechanism. The planting frame mechanism comprises a sliding top frame, a hoisting frame rod and an electric lifting column. The hoisting frame rod is distributed on the sliding top frame and is used for providing climbing guidance for vines when the bitter gourd grows. The electric lifting column is slidably connected with the sliding top frame at the connection position and can be adjusted in height and support position according to the planting range. The humidity sensor is inserted into the soil inside the bitter gourd planting area, the humidity inside the soil is monitored, the monitored signals are sensed to the controller through a sensing wire, the water pump is controlled to be opened and closed, the pumping pressure of the water pump is controlled according to the preset humidity range and the water requirement parameters of different growth stages of the bitter gourd, and the drip irrigation water quantity is adjusted.

This binding machine comprises: a binding unit including a driver that is movable in a first direction and a second direction opposite to the first direction, and a clincher part that deforms a staple that is pressed by the driver moving in the first direction to move in the first direction, so as to engage with a target object; a cover unit that is disposed at a position facing the clincher part in an axial direction of the target object when engaging the staple with the target object, and is movable in the axial direction; and a cover opening / closing unit that separates the cover unit from the clincher part in the axial direction.

This utility model discloses a mobile chicken farm structure, belonging to the field of ecological farming technology. It encloses a free-range chicken area on farmland using fencing, with chicken coops and pergolas installed within this area. The chicken coops can be detached and installed, and the reserved space on the farmland allows for periodic relocation of the coops. The pergolas and the planting of vines allow for simultaneous chicken farming and crop cultivation, providing shaded areas for the chickens and increasing crop yields. This mobile chicken farm structure is simple in design and easy to set up, effectively achieving high-quality chicken farming and vine cultivation, realizing ecological integration of farming and agriculture. Furthermore, chicken farming effectively improves soil fertility, supporting subsequent planting operations and achieving sustainable development and utilization of the ecological environment, demonstrating good economic benefits and practical value.

A plant support device for use in supporting a plant including: a main body which extends from a first end having a first opening to a second end having a second opening, wherein the main body defines a channel which extends along an axis A between the first opening and the second opening; and coupling formations for attaching limb support members which, in use, engage with respective limbs of the plant to support the limbs, wherein the main body defines a slot in communication with the channel to permit an elongate support member to pass through the slot and into the channel.

The application discloses a device for hanging west melon, which comprises a base assembly, a center column arranged at the top center of the base assembly, a positioning frame arranged on the outer wall of the center column, a support frame fixedly connected to the outer wall of the positioning frame, an extension frame arranged at the end of the support frame, a locking mechanism arranged at the top of the support frame, a hanging cage fixedly connected to the end of the extension frame, and an infrared distance sensing module fixedly connected to the inner bottom of the hanging cage. The center column, the hanging cage and the locking mechanism cooperate with each other, the west melon is supported by the transparent hard hanging cage and the thin iron wire, the accidental collision and friction caused by the movement of personnel, the operation of instruments or the swing of the fruit can be effectively prevented, the physical damage risk of the fruit before growth and harvesting is reduced, and the rate of commercial fruit is improved.

To provide a binding machine that can suppress the decrease in efficiency of binding work. [Solution] The fastening machine comprises a fastening section having a driver configured to move in a first direction and a second direction opposite to the first direction, and a clincher section that deforms a staple moving in the first direction, which is pressed by the driver moving in the first direction, so as to engage with an object, a cover section disposed at a position opposite the clincher section in the axial direction of the object and movable in the axial direction, and a cover opening / closing section that separates the cover section from the clincher section in the axial direction.

This utility model relates to the field of agricultural technology, and specifically discloses a device for preventing the vines of traditional Chinese medicine from tangling. It includes a rectangular frame with an inner groove on its inner side. An anti-tangling guide structure is fixedly installed inside the inner groove. The anti-tangling guide structure includes a fixed shaft with multiple metal rings on its circumferential surface. Each metal ring has a groove on its circumferential surface, and each groove contains a damping bearing. The inner ring of each damping bearing is fixedly installed to the inner wall of the groove. Through the cooperation of the multiple metal rings on the fixed shaft, the damping bearing rings, and the guide handle, workers can wrap the end of the vine around the winding groove of the guide handle and tie it at a suitable position. By rotating the guide handle to adjust its direction, it can be arranged alternately in a right-lower-left-upward pattern. Combined with the resistance of the damping bearing, the rotation angle of the guide handle can be maintained stably, thus enabling the vines to tangle in a regular spiral shape, avoiding the messy tangling problem caused by natural growth.

The present invention comprises: a clincher section that deforms a binding tool to cause same to engage with a guide; and a guiding section that is configured so as to guide insertion of the guide into an engagement position where the guide and the binding tool can be mutually engaged. The guiding section comprises a first member that includes a protrusion that is provided so as to project above the engagement position. Moreover, for example, the guiding section preferably further comprises a base that extends below the engagement position and frontward from the engagement position side. The protrusion is provided to a front end of the base.

This utility model relates to the field of pumpkin planting technology, specifically a support device for planting giant pumpkins. It includes a support plate, a support tray, a rain-shielding mechanism, and a support mechanism. The support tray is located above the support plate. The rain-shielding mechanism includes a rain-shielding cloth, multiple arc-shaped rods, a telescopic component, and a drive component. The support mechanism includes multiple fixed legs, multiple movable legs, and multiple movable components. By setting up the rain-shielding mechanism, in rainy weather, rotating the handwheel causes the threaded rods to rotate, thereby allowing some movable blocks to move. This allows the spacing between the multiple arc-shaped rods to be adjusted. When the spacing between two adjacent arc-shaped rods increases, the rain-shielding cloth can be opened, achieving a rain-shielding effect on the giant pumpkin in the support tray, preventing rainwater from directly contacting the surface of the pumpkin fruit, and thus helping to ensure the healthy growth of the pumpkin.