50 results about "Liana" patented technology

A system for forming trunks of trees, plants, and vines into predetermined letter, word, numerical, and shape configurations having a wire assembly with a guide wire having a predetermined configuration; and a trunk of a predetermined thickness, whereby the trunk is secured to the guide wire, wherein the trunk adopts the configuration of the guide wire as it grows, thickens, and matures. The guide wire is a single continuous wire and is of a predetermined gauge to be shaped into said predetermined configuration. The configuration is a letter, letters, a word, words, a number, numbers, and / or a geometric shape, shapes. The trunk is secured to said guide wire with zip ties that are positioned separated a predetermined distance from each other allowing the trunk to align with the guide wire to adopt to the predetermined configuration.

The utility model discloses a high and narrow vine weaving guide frame. The high and narrow vine weaving guide frame is composed of a planting box, a central foundation pillar, a foundation pillar base plate, a spiral outer pillar and a spiral support. A circular foundation pillar mounting hole is formed in the bottom of the center of the planting box; the interior of the planting box is divided into a plurality of planting chambers by partition plates; the bottom of each planting chamber of the planting box is provided with a drawable drawing plate; the central foundation pillar penetrates through the foundation pillar mounting hole in the center of the planting box and is inserted into the concave structure above the foundation pillar base plate to be mounted in a nested manner; the central foundation pillar is composed of a bearing rod, a water retention layer and a vegetation yarn layer from inside to outside. And the spiral outer column is arranged around the central foundation column. The utility model is suitable for climbing stems and entangled stem type vines, and can satisfy the display effect of higher-form plants. The requirement for vertical greening of narrow indoor and outdoor spaces can be met, the occupied area is small, and the ground space is saved. Meanwhile, the device can be directly attached to soil for planting or hardened bottom surface for planting according to actual requirements.

The invention discloses an ecological environment restoration system and method suitable for a high and steep slope of a mine. The ecological environment restoration system comprises a water collection pit arranged on the slope, and a plurality of drainage grooves are formed in the outer side of the water collection pit; a first planting area and a second planting area are sequentially arranged below the water collecting pit, vines or herbaceous plants are planted in the first planting area, and shrub plants are planted in the second planting area; the first planting area comprises a plurality of separation retaining walls fixed on the side slope and honeycomb geogrids fixed between the adjacent separation retaining walls; the second planting area comprises a planting groove and a water collecting groove. The remediation system is divided into the first planting area and the second planting areas, a better soil fixation structure can be formed through the separation retaining walls, the honeycomb geogrids, the planting grooves and the water collection grooves, soil bodies can be conveniently fixed, rooting and growth of green plants are facilitated, meanwhile, a water collection pit for collecting rainwater, the water collection grooves and a sprinkling irrigation mechanism are matched, and the remediation effect is better. The operation on the green plants is realized, and the normal growth of the green plants is ensured.

This invention relates to the field of cultivation technology for specific crops or plants not mentioned above, and discloses a method for creating vegetation on alluvial and rockfall riverbanks. The method involves identifying weak erosion zones less affected by unstable landslides and alluvial deposits left by flash floods through exploration. Perennial vines are then planted at these locations to cover the remaining riverbank area, preventing damage to the vegetation from alluvial deposits and fallen rocks. Microenvironmental wells are dug within the weak erosion zones, and the perennial vines are planted inside to block flash floods from damaging the vegetation and surrounding soil. The soil within the wells is rotated, with topsoil containing a large amount of sand and gravel, being infertile and unable to retain water, being turned to the bottom of the well, thus no longer hindering vegetation growth and facilitating groundwater infiltration. The deeper soil, free of sand and gravel, relatively fertile, and with better water retention, is turned to the top layer, allowing the vegetation within the well to grow better. The combination of these methods overcomes the damage and stress to vegetation, enabling the creation of vegetation on riverbanks where normal growth is impossible.

The liana water seedling raising device comprises a box body, a cover plate is placed on the inner wall of the box body, and seedling raising cups are arranged in round holes in the cover plate; a liquid inlet pipe and a water outlet pipe are arranged at the bottom of the box body; an oxygenation pipe is arranged at the bottom of the box body; a sensor assembly is arranged at the bottom of the box; the sensor assembly comprises a conductivity sensor and a dissolved oxygen probe; a control assembly is arranged on the left side of the box. A microcomputer board is arranged on the upper portion in the control assembly shell, a display screen is arranged outside the microcomputer board, a liquid inlet pump is arranged at the bottom of the control assembly and connected with a liquid inlet pipe, a liquid inlet is formed in the liquid inlet pump, an oxygen supply pump is connected with an oxygen adding pipe, and an oxygen inlet is formed in the oxygen supply pump. The device provided by the utility model has the advantages that the independent seedling raising cup is arranged, so that the seedling raising cup and a plant can be directly transplanted, and the survival rate is increased; the nutrient solution concentration and dissolved oxygen concentration adjusting function is achieved, and the phenomena of seedling burning and root system oxygen deficit can be effectively prevented.

The utility model discloses an adjustable supporting device for vine growth, and particularly relates to the technical field of supporting devices for plant growth, the adjustable supporting device comprises a triangular base, a telescopic mechanism is fixedly connected to the middle of the upper end of the outer surface of the triangular base, and a supporting mechanism is jointly and fixedly connected to the middles of a plurality of guide mechanisms. A plurality of light supplementing assemblies are fixedly connected to the lower portion of the bearing mechanism in an annular array mode. According to the adjustable supporting device for growth of the vines, the height of the device can be conveniently adjusted in a lifting mode through the telescopic mechanism, and meanwhile the lifting adjustment of the device can be guided through the guide mechanism; through the supporting mechanism, the effect of conveniently supporting the growth of the liana can be achieved, under the effect of the bearing mechanism, the multiple light supplementing assemblies can be borne, through the light supplementing assemblies, the effect of supplementing light for the growth of the liana can be achieved, and the practicability and universality of the device are improved.

A cutting blade is composed of a blade body, a cutting blade body and a spring jacking device. Tooth grooves formed by racks are evenly distributed in a middle hole of the blade body, the tooth grooves are matched with the racks on the cutter shaft so that the blade body can be installed on the cutter shaft, the cutting tool bit is embedded in a clamping groove of the blade body, the top face of the cutting tool bit is matched with a right half arc of the blade body, and the cutting tool bit is concaved inwards to form a long cutting edge and a short cutting edge. The spring jacking device is composed of a jacking rod, a spring and a cushion column in sequence and arranged in the penetrating hole in the blade body, and the jacking rod extends into the cutting tool bit. When the cutting blade rotates to cut medicinal material decoction pieces, under the action of cutting pressure, the medicinal material decoction pieces can be compressed into the concave notch in the front portion of the tool bit and can compress the spring jacking device at the same time, after cutting is completed, the cutting pressure disappears, the medicinal material decoction pieces in the concave notch of the tool bit are jacked out through the spring jacking device, and blockage is avoided. The blade is specially used for cutting and processing liana medicinal material decoction pieces.

A system and a method for protecting a single-row planting from insects. The plants may be trees, shrubs or vines. The system comprises a row of posts aligned with the single-row of plants, a shield extending over a length of the row of posts, a tray below branches of the plants and two end covers. The bottom tray, which extends along the length of the row of plants, has apertures to accommodate and snugly seal against the posts and the stems of the plants. In a deployed position, the shield is operable to engage the bottom tray to seal against it. The two end covers seal against the shield and against the tray, thereby protecting the branches of the plants from insects. The shield may use netting material.

The present invention relates to fungicidal combinations and compositions comprising two or more fungicidal compounds for controlling fungal diseases in plants. In particular, the present invention provides bactericidal products for controlling fungal diseases of woody liana such as grapes. The invention also relates to a corresponding method and to the use thereof.

The invention relates to a vine stock protection device (1) comprising a bell (1) open on one face (13) delimited by a lower edge (10.1, 11.1) of the bell (1) and having a shape generally flaring towards this lower edge (10.1, 11.1), the bell (1) having two notches (11.2) formed in said lower edge (10.1, 11.1), the notches (11.2) facing each other and adapted to receive a vine stock stake. Figure to be published with the abstract: Fig. 1

The utility model discloses a garden type ecological corridor frame, and belongs to the technical field of ecological corridor frames, the garden type ecological corridor frame comprises a corridor frame body, one side of the corridor frame body is provided with a cultivation assembly, one side of the corridor frame body is provided with an irrigation assembly, and one side of the corridor frame body is provided with an extension assembly. During use, the interior of the cultivation pot is filled with soil, then liana is planted, the climbing road strength of the liana is changed by sliding a sliding plate in a sliding frame and fixing the sliding plate by tightening a fixing bolt, the plants need to be irrigated, a water pump is started, and the plants are irrigated. An external water source is driven to be transported through a connecting pipe and an extending pipe and then sprayed into a cultivation pot through a spraying groove, plants are irrigated, redundant water enters the bottom of a cultivation bin through a soil maintaining net and a water permeable groove, the plants can be planted at the top of the corridor frame body, meanwhile, irrigation is convenient, and attractiveness is improved.

The invention particularly relates to a seawall slope protection ecological reconstruction structure and a construction and maintenance method thereof.The seawall slope protection ecological reconstruction structure comprises a dam body, transverse concrete retaining walls distributed in a stepped mode are arranged on the dam body, and a plurality of planting pit grooves are formed in the dam body in combination with longitudinal concrete retaining walls; the planting pit slots can be rapidly filled with organic fertilizer soil through mixed feeding equipment so as to efficiently achieve the purpose of planting plants, the slope of the whole dam body is slowed down in a stepped mode after soil filling, and under the action of the retaining walls, water and soil loss can be effectively prevented, the survival rate of vegetation can be effectively increased, and the service life of the dam is prolonged. Planting pits below the high tide line of the dam body are close to the sea and used for planting plants with high salt tolerance, such as cypress, mirabilis, suaeda glauca and ipomoea pes-caprae, and shrubs and grasses (vines) plants with high drought resistance, such as vitex rotundifolia, zoysia japonica, oleander, ruellia delavayi and agave angustifolia, are planted in the planting pits when the middle-upper part of the dam body is far away from the sea. Sustainable development of the seawall is achieved, and the ecological function of the seawall is improved.

The utility model discloses a soilless culture device, which relates to the technical field of soilless culture and comprises a culture frame, culture pipes arranged on the culture frame and a liquid storage tank. A top ring used for supporting the liquid storage tank is arranged at the top of the cultivation frame, and an outer ring used for supporting the cultivation pipes is arranged on the outer circle of the cultivation frame; the cultivation pipes are vertically arranged, a plurality of seedling raising openings are formed in the upper surfaces of the cultivation pipes, liquid conveying pipes are arranged on inner rings of the cultivation pipes, the upper ends of the liquid conveying pipes are communicated with the liquid storage tank through hoses, and one sides of the liquid conveying pipes are communicated with the cultivation pipes through branch pipes; and a ball valve for controlling the pipeline to be opened and closed is arranged on the branch pipe. According to the utility model, the plurality of cultivation pipes arranged up and down are placed on the cultivation frame, so that vines can climb and grow along the cultivation frame more conveniently; by means of the annular cultivation pipes arranged on the upper layer and the lower layer, the occupied space is reduced, and meanwhile the cultivation number of plants is increased.

The utility model discloses a directional breeding device. The directional breeding device comprises a first plate body, when the device is used for breeding and culturing plants, if the bred plants are vine plants or tall plants, objects such as bamboo poles are usually needed to enable the plants to climb or be bound manually, so that the telescopic rod head is driven by the electric telescopic rod to drive the second plate body, the movable plate, the second frame body and the like to move synchronously, and the plants can be bred and cultured through the second plate body, the movable plate, the second frame body and the like. The planting table can be synchronously expanded outwards, so that the second rod bodies are pulled out of the inserting grooves, the first rod bodies and the second rod bodies can be popped out through springs installed on the first rod bodies, a bamboo pole frame structure is formed, plants can be supported, vine plants can climb or high-seedling plants can be bound, and the planting table is convenient to use and high in practicability. Meanwhile, sunlight irradiation can be fully received for photosynthesis, development and maturity of the fruits are facilitated, and therefore it is guaranteed that the breeding effect is more ideal.

This invention relates to the field of climbing attachment claw technology, specifically to a vine-like biomimetic self-growing claw, comprising a first gripping part and a second gripping part arranged in opposition, a shell, and a drive motor, a first spiral shell, a first winding shaft, a first torsion spring, a first double-layer gear, an incomplete gear, a first energy storage gear, a second spiral shell, a second winding shaft, a second torsion spring, a second double-layer gear, and a second energy storage gear disposed therein. The first gripping part and the second gripping part are both elastic coil springs, each wound around the first winding shaft and the second winding shaft, which are respectively fixed to the center inside the first spiral shell and the second spiral shell. This invention has a simple structure and a relatively small size, making it easy to carry and install, and can easily achieve variable diameter movement with good adaptability.

The intelligent climbing auxiliary device comprises a bearing frame, and one side of the bearing frame is slidably connected with a water storage tank; the spraying assembly is installed on one side of the top face of the bearing frame, and the spraying assembly communicates with the water storage tank through a water pumping pipe; the climbing auxiliary mechanism comprises a first mounting box fixedly connected to the top end of the bearing frame, a telescopic rod is mounted at the top end of the first mounting box, and a first climbing rod, a second climbing rod and a third climbing rod are detachably connected to the telescopic rod; a plurality of groups of first climbing rods, second climbing rods and third climbing rods are respectively arranged on the telescopic rod from bottom to top; wherein the lengths of the first climbing rod, the second climbing rod and the third climbing rod are sequentially increased. According to the device, climbing of plants is achieved through cooperation of the telescopic rods and the climbing rods, meanwhile, the length of the telescopic rods can be adjusted according to actual needs, and therefore the device can be suitable for different stages of plant growth, and the application range of the device is guaranteed.

The utility model relates to the field of buildings, and discloses an iron pole vine tree climbing device which comprises a base table, an iron frame body and a planting box body. The iron stand main body is fixedly arranged at the top of the base table, and the multiple planting boxes are arranged on the circumference of the top of the base table around the axis of the iron stand main body; the iron stand main body is detachably provided with a spraying assembly, and the spraying assembly is used for spraying drip irrigation on the planting box body; the planting box bodies are arranged at the top of the base platform around the iron stand main body, and meanwhile, the spraying assembly is detachably and fixedly arranged on the iron stand, so that the trouble and inconvenience caused by direct hole planting of vines on the ground are avoided through the arrangement of the planting box bodies; the planting box body can more conveniently adjust and limit the planting position of the liana, a more stable and reliable growth environment is provided for the liana, the spraying assembly can simulate the rainwater dripping environment to provide water for the liana, growth of the liana can be promoted and guided, and the growth efficiency of the liana is improved.

The invention provides a vine rapid recovery structure suitable for a slope of a pumped storage power station in a cold and arid region. The vine rapid recovery structure comprises a breast board which is arranged at the bottom of the slope; the slope protection plate is arranged on the side, away from the side slope, of the soil retaining plate, and the slope protection plate and the soil retaining plate are correspondingly arranged at intervals; the conservation cylinder is arranged between the soil retaining plate and the slope protection plate, a top opening is formed in the conservation cylinder, and vine plants are planted in the conservation cylinder; one end of the climbing and guiding rope is fixed to the top of the soil retaining plate, and the other end of the climbing and guiding rope is fixed to the side slope, so that the vines planted in the conservation cylinder grow and spread towards the top of the side slope along the climbing and guiding rope. Vine plants planted in the conservation cylinder can spread from the top end of the soil retaining plate to the top of the side slope along the climbing and guiding rope so as to gradually cover the side slope to complete the vegetation recovery work of the side slope, the main construction work is completed at the bottom of the side slope, only the climbing and guiding rope needs to be fixed on the side slope, and the construction work is simpler and more convenient.

A system for forming trunks of trees, plants, and vines into predetermined letter, word, numerical, and shape configurations having a wire assembly (20) with a guide wire (22) having a predetermined configuration; and a trunk (42) of a predetermined thickness, whereby the trunk (42) is secured to the guide wire (22), wherein the trunk (42) adopts the configuration of the guide wire (22) as it grows, thickens, and matures. The guide wire (22) is a single continuous wire and is of a predetermined gauge to be shaped into said predetermined configuration. The configuration is a letter, letters, a word, words, a number, numbers, and / or a geometric shape, shapes. The trunk (42) is secured to said guide wire (22) with zip ties (24) that are positioned separated a predetermined distance from each other allowing the trunk (42) to align with the guide wire (22) to adopt to the predetermined configuration.

A method and system for managing bearing plants so that their in-ground portions (e.g., root-zones) are clustered together to improve water-use effectiveness; and training their above-ground structures such that their above-ground structures have the wider spacing they require. It is applicable to plants (e.g., vine-like plants including wine grapes) whose trunks can be oriented at an angle other than vertical or which can be otherwise shaped so that their distal ends are not centered above their in-ground portions but rather are horizontally offset from the in-ground portions.

The utility model discloses an economic liana slope protection device based on bamboo tube hole planting, including planting module, the planting module includes a plurality of bamboo tube main part, and the bamboo joint of two is remained on every bamboo tube main part, wherein the bamboo joint top of the position of being located in the upper is equipped with planting hole, and the planting hole is used for embedding the seedling of liana, and the side wall of bamboo tube main part is annularly provided with a plurality of drainage holes on the upper position of the bottom bamboo joint, and the deeply buried bamboo tube itself constitutes micro "pile foundation", can effectively resist the slip of shallow soil body, root system guide and strengthen, and the strong root system of bamboo tube guides the strong root system of yam, kudzu root and other plants vertically downward and deeply digs to stable soil layer, forms "root pile", and the anchoring effect is remarkable, and far more than shallow root plant. The vine covers the slope surface quickly, and reduces the direct scouring of rainwater, initial protection: bamboo tube provides the microenvironment of windbreak, soil conservation, anti -scouring for seedling, improves survival rate and early growth speed, and shortens the effect time of slope protection.

The invention discloses a tree species and vine plant composite cultivation method which comprises the following steps: (1) investigating and surveying a karst landform area, taking the karst landform area as a planting area, selecting and planting specific tree species in the karst area, and selecting and planting sun-resistant vine plants; (2) digging holes in the planting area to plant tree seedlings; (3) building a pergola around the tree species, wherein the height and the width of the pergola are both greater than the increase of the plant height and the crown breadth of the tree species; (4) planting vine medicinal materials along the periphery of the bottom of the pergola, and guiding vines to grow around the pergola; and (5) removing the vine climbing frame after planting for 1-2 years, and erecting vines of the vine plants on trunks of the tree species. According to the cultivation method, the stress resistance of the rare tree seedlings is greatly improved, the rare tree seedlings can adapt to the climatic environment of the area, the plant height and the diameter are obviously increased, and at the moment, the rare tree plants can provide good climbing conditions for liana plants and help the liana plants to increase the growth amount.

The invention relates to a triterpenoids type compound as well as a preparation method and application of the triterpenoids type compound. The compounds 1 to 5 provided by the invention are extracted and separated from a vine shrub plant Tripterygium wilfordii Hook.f. Of a Euonyriaceae tripterygium wilfordii, wherein the compounds 3 and 4 are new compounds of triterpene derivatives with novel structures, and the compounds 1 to 5 provided by the invention are used for extracting and separating the compounds 1 to 5 from a vine shrub plant Tripterygium wilfordii Hook.f. Of the Euonyriaceae tripterygium wilfordii Hook.f. Bioactivity experiments show that the obtained triterpenoid compound has ATP citrate lyase (ACLY) inhibitory activity and can be applied to research and development of drugs for various cancers, hyperlipidemia, atherosclerotic cardiovascular diseases and the like.

The utility model discloses a parapet wall with a greening climbing frame, which relates to the technical field of parapet walls, and comprises a wall body, the climbing frame is fixedly mounted on the top surface of the wall body, a water storage tank is fixedly mounted on the surface of the wall body, a grating is arranged in the wall body, a filter plate is inserted in the water storage tank, and the greening climbing frame is fixedly mounted on the wall body. A drainage hole A is formed in the surface of the wall in a penetrating mode, a planting groove is formed in the wall, a through hole is formed in the connecting position of the wall and the water tank in a penetrating mode, a drainage hole B is formed in the side face of the water storage tank, a limiting groove is formed in the surface of the water storage tank, and a sliding rod is slidably connected into the water storage tank. According to the parapet wall, liana plants are planted in the planting grooves, the liana plants can grow upwards along the climbing frame, the parapet wall where the plants are planted can absorb carbon dioxide and release oxygen through the photosynthesis of the plants, dust and harmful gas can be further adsorbed, and the air quality is improved.

The utility model relates to the technical field of retaining walls or protective walls, and discloses an integrated soil reconstruction ecological retaining wall which is characterized in that an existing gabion gabion retaining wall is transformed, part of stones at the bottom of the gabion gabion retaining wall are replaced with bottom mud, part of stones at the top of the gabion gabion retaining wall are replaced with joint filling soil, and large stones are replaced with gravels which have small influence on root systems; and planting vine seedlings in the bottom mud. As time goes on, the joint filling soil gradually infiltrates into stones to form a soil-rock mixed structure which is more stable than pure stones, meanwhile, the vine plants climb all over the gabion cage stone retaining wall along the heat insulation climbing frame, air roots are inserted into the soil-rock mixed structure to replace steel wires of the gabion cage to restrain the stones in the gabion cage, and therefore the side slope can stably exist for a long time, and the service life of the gabion cage stone retaining wall is prolonged. And soil reconstruction and vegetation restoration are synchronously completed.

The invention relates to the technical field of highway engineering, and discloses a highway engineering slope greening carbon sink quantification method comprising the following steps: 1, vegetation investigation: S1, vegetation type identification: comprehensively identifying vegetation types in a highway engineering slope greening area, and covering arbors, shrubs, herbaceous plants and possible vines; according to the highway engineering slope greening carbon sink quantification method, through detailed vegetation investigation, soil data acquisition and environmental factor recording, rich basic data is provided for accurately quantifying the carbon sink capacity, the defect that data acquisition is incomplete in a traditional method is overcome, and the vegetation carbon sink is calculated by adopting a biomass method, so that the carbon sink quality is improved. The soil carbon sink is calculated in combination with the soil organic carbon content and volume weight, the soil carbon sink and the volume weight are integrated to obtain the total carbon sink, the calculation method is scientific and reliable, the carbon sink contribution of slope greening can be evaluated more accurately, and compared with a traditional single calculation method, the method has higher accuracy and credibility.

The utility model discloses a climbing structure for landscape plants, and relates to the technical field of landscape greening. The planting device comprises an upper building reverse ridge and a lower building reverse ridge which are horizontally arranged and distributed up and down, a planting box is arranged on the surface of the lower building reverse ridge, climbing assemblies are evenly arranged in front of the planting box in the length direction of the planting box, and each climbing assembly comprises an inhaul cable perpendicular to the upper building reverse ridge and the lower building reverse ridge. An upper hook and a lower hook are correspondingly arranged above and below the inhaul cable respectively, an upper connecting ring and a lower connecting ring are fixed to the ends, close to the inhaul cable, of the upper hook and the lower hook, a connecting rod is fixed to the lower end of the lower connecting ring, a turn buckle is in threaded connection with the outer portion of the lower side of the connecting rod, and a lower hook is arranged at the lower end of the turn buckle. A climbing platform is provided for the vines through the climbing assembly, so that the vines climb more orderly, the ornamental effect is improved, and the problem that in the prior art, the vines climb along the surface of a building in a standard-free mode, and the ornamental effect of the landscape is reduced is solved.

The utility model relates to the technical field of garden decoration, in particular to a liana wall surface auxiliary climbing device which comprises a ground nail, a retaining assembly and a traction adjusting assembly, the ground nail is nailed on the ground close to a wall body, the upper end of the ground nail is vertically connected with a guide rope, the upper end of the guide rope is fixedly connected with a rivet, one side of the rivet is nailed on one side of the wall body, and the other side of the rivet is nailed on the other side of the wall body. The retaining assembly is slidably connected with the guide rope in a sleeving mode, the retaining assembly comprises a hinge sleeve and two clamping plates, the guide rope for guiding the liana is vertically arranged on one side of the wall through a ground nail and a rivet, and when the liana is fixed, the stem of the liana is clamped and fixed through the retaining assembly; then the top of the liana can be pulled through the pulling adjusting assembly, so that the liana can continuously and vertically grow in the growth process without increasing or adjusting a climbing fixing piece, in addition, the guide rope is arranged away from the wall and is matched with the clamping plate, the liana can be prevented from being in direct contact with the wall body, and the burning possibility is reduced.

The utility model discloses a vertical vine supporting landscape structure which comprises a first supporting module, and the first supporting module comprises a climbing part of a net-shaped structure; the cultivation parts are symmetrically arranged at the bottom of the climbing part, the cultivation parts protrude out of the plane where the climbing part is located, concave grooves extending in the length direction of the climbing part are formed, and planting bags are contained in the concave grooves. The cultivation part is used for providing a cultivation area for the vines, and the planting bags are placed in the concave grooves which are formed in the cultivation part and extend in the length direction of the climbing part, so that a large cultivation space can be achieved; the climbing part of the net-shaped structure can provide a large climbing space for the plants, so that vines can grow in a more stretching and winding mode, and fuller plants are formed; the cultivation parts are combined with the climbing parts, and the cultivation parts are symmetrically arranged, so that the vertical space can be effectively utilized, and the ground space is saved.

The invention relates to a viticulture structure (1) comprising a post (A) provided with a post (A) through-hole (O1) through which a wire (A0) is drawn to support the transverse trunk of a grape vine or liana, in addition, said post (A) comprising a temporary arm (B1) or a fixed arm (B), the fixed arm (B) being configured optionally in the form of a straight arm or in the form of a bent mid-section or in the form of a split mid-section, the post (A) being provided with a post (A) through-hole (O1) through which a wire (A0) is drawn in order to support the transverse trunk of the grape vine or liana. The bending angle is 0-80 degrees, and two inclined supporting rods (C) are selected and matched; and a cultivation system comprising several grape cultivation structures (1) comprising several struts (A), each of which has a strut (A) through-hole (O1) through which a wire (A0) is drawn to support the transverse trunk of a grape vine or liana, in addition, said struts (A) comprising a temporary arm (B1) or fixed arm (B) and optionally two diagonal struts (C).