7 results about "Liana" patented technology

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 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 invention relates to a high fill composite structure retaining wall, which relates to the technical field of ecological protection, and comprises a high fill soil body, a wall body main body is fixed on the left side of the high fill soil body, a vegetation mechanism is arranged on the wall body main body, and an inverted filter drainage layer used for preventing fine particle loss and guiding water is fixed between the high fill soil body and the wall body main body. According to the high fill combined structure retaining wall, the inclined planting holes penetrating through the wall body main body, the inverted filter drainage layer and the high fill soil body are formed, and the root system suction layer, the improved soil dressing and the water retention type planting matrix are sequentially arranged in the holes, so that plant root systems are effectively guided to actively penetrate through the rigid wall body to enter the deep fill soil body, and the living body reinforcement effect is formed; compared with a traditional vegetation bag or a spray-seeding layer only attached to the surface, the structure enables root systems of herbaceous plants, shrubs and vines to be interwoven in a filling body in a three-dimensional mode, the shear strength and the overall stability of a soil body are remarkably improved, and the problems that an existing ecological protection face is prone to degradation and short in function are thoroughly solved.

The utility model relates to the technical field of light supplementing lamp stand, concretely is a light supplementing lamp stand with adjustable light and illumination angle for liana, the utility model discloses the base bottom equidistance fixedly connected with four groups of universal wheel, through the light supplementing lamp drive slider up and down sliding in the sliding slot, and drive the connecting frame to move synchronously, until the light supplementing lamp moves to the proper position, the plug rod is aligned with any one set of limit hole at this moment, again through the restoring force of spring is pushed the fixed disc, makes the fixed disc drive plug rod inserts into the limit hole, thereby reaches the height adjustment purpose to single set light supplementing lamp, can avoid surrounding wall body, furniture or other obstacles, makes the adjustment operation smoothly displays, ensures that light supplementing lamp can reach ideal height position, makes full use of the limited indoor space, and simultaneously aims at the dense and irregular growth form of liana vine, avoids the collision of multiple light supplementing lamps when lifting simultaneously with the vine.

The utility model relates to the technical field of turnover box, concretely is a kind of gourd family liana seedling transportation turnover box with moisturizing function, including box, side door is installed in box one side, multiple storage components are installed in box, vertical placing groove is opened in the inner wall of box, moisturizing layer is installed in placing groove, water storage tank that box bottom end is provided with with the bottom end contact of moisturizing layer, humidity sensor is arranged in the inside of box top end, control module is arranged in the outside of box, the box is provided with spraying humidification component, the utility model provides moisture basis for moisturizing layer by water storage tank, moisturizing layer maintains the basic humidity in box by its own characteristics, humidity sensor monitors the temperature and humidity in box in real time and data transmission to control module, when humidity is lower than set value, control module starts spraying humidification component to supplement humidity, realizes the purposes of automation, precision control of humidity in box.

The utility model relates to the technical field of power tower anti-vine climbing, disclose a device of preventing vine climbing power tower. The utility model discloses: equipment shell and savings storehouse are connected with first equipment frame on equipment shell and are fixed, the top of first equipment frame is connected with servo motor, first equipment frame is rotatably connected with first gear in, first equipment frame is rotatably connected with second gear in, the output shaft of servo motor is fixedly connected with the rotating link on. The utility model can make the equipment when using can actively restrain the growth of vine, and start climbing through cutting, the through automatic spraying weeding water of growing makes can restrain vine in the initial stage, avoid the vine possibly through the secretion of mucus or growth lateral branch bypassing the anti-vine climbing device and grow, then the vine plant climbs the facilities of tower, causes the equipment short circuit, corrosion or structural damage etc. The problem occurs, and the safety of equipment when using is greatly improved.

The present application belongs to the technical field of slope greening, and particularly relates to a substrate for planting liana on high and steep slope and a preparation method thereof. A polybutylene succinate solution is mixed with peanut protein powder, and is sprayed on the surface of nutrient granules. The prepared coated slow-release granules are mixed with easily-absorbed small-molecule nutrient prepared by fermentation of a composite microbial agent, and the prepared fermentation-type slow-release nutrient agent can provide sufficient nutrients for liana in a persistent and efficient manner. After being mixed with methyl methacrylate anhydride gelatin, rough and hydrophobic modified conglomerate particles are added to the substrate, so as to prevent the substrate from sliding on the steep slope and promote the discharge of excess water. The base solution is mixed with the viscous substrate composition and the fermentation-type slow-release nutrient agent, and the prepared substrate for planting liana on high and steep slope is not easy to be lost, has strong water retention and drainage properties, and can provide nutrients for liana in a long-term and effective manner.