2744 results about "Tree trunk" patented technology

A combination artificial tree-lighting arrangement including a generally elongated tree trunk. The combination also includes a plurality of connecting components mountable on the tree trunk and a plurality of display components mountable on the connecting components. Each display component has tree limbs and lighting cables extending therefrom. The lighting cables are provided with decorative lights. An electrical circuitry connectable to an electrical power source is attachable to the connecting components. The electrical circuitry includes a connecting component-to-light coupling arrangement for electrically coupling the connecting components to the decorative lights. The connecting component-to-light coupling arrangement allows the display components to rotate relative to the connecting components about a rotation axis substantially parallel to the trunk longitudinal axis while maintaining the electrical coupling between the connecting components and the decorative lights.

Disclosed is a power distributor for a Christmas tree, including a case having a cylindrical inner wall defining a central bore fit over a trunk of the Christmas tree and an outer wall spaced from and surrounding the inner wall to define an interior space therebetween for receiving a circuit board. The circuit board forms a control circuit that is electrically connected an external power source to receive power therefrom and forms a plurality of electrical receptacles each electrically engaging one light string of the Christmas tree. The control circuit includes a control device for controlling power supplied to each light string in a predetermined mode, which is selectively a continuous lighting of the light string or a variety of blinking patterns of the light strings.

The present invention provides stability for a decorative tree. Specifically, the decorative tree will have a base part, the lower section of which fits into a stand assembly and an upper section of which includes receiving means for an internal sleeve. The internal sleeve is sized to snugly receive a tree trunk and is formed to provide a plurality of clearances between the internal sleeve and the base part to accommodate parts associated with the trunk of the decorative tree such as bundles of fiber optics. By separating the parts to be associated with said trunk from the trunk, the stability of the entire decorative tree is vastly improved

The invention relates to a big seedling transplanting method for an inshore saline-alkali land. The method is characterized in that: the optimal time for transplanting big trees in inshore regions is spring. The method comprises the following steps of: selecting a region with soil salt content of over 0.3 percent, and paving a filter layer; installing blind pipes; backfilling original soil doped with 1/4 to 1/3 cow dung or straws; irrigating with great water to remove salt and reduce alkali, wherein the water quantity is 120 cubes per mu; cutting and trimming roots in a mode of 'cutting the main root and keeping capillary roots' in one year earlier; lifting and transporting; planting in a depth which is 10 to 15 centimeters higher than the original trunk planting earth surface line position; and performing daily management. The method has the advantages of effectively reducing underground water level, providing favorable conditions for reducing slat and improving alkali, providing an appropriate environment for the growth of plants, remarkably promoting the growth of roots of big seedlings, enhancing the growth vigor, achieving the seedling survival rate of over 90 percent and effectively solving the problem of low survival rate of the transplanted big seedlings in the saline-alkali regions.

A tree stand including a first support secured to the tree and which has a platform secured thereto which may be adjustably positioned with respect to the first support to compensate for variously angled tree trunks or branches. A seat assembly is rotatably mounted on the platform so as to be movable 360° with respect to the platform.

A date tree trunk-based lost circulation material (LCM) is provided. The date tree trunk LCM includes date tree trunk fibers produced from date tree trunks. The date tree trunks may be obtained from the date tree waste produced by the processing of date trees in the production of date fruits. The date tree trunk LCM may include fibers having lengths less than 8 millimeters (5 mm) and having an aspect ratio range of 10 to 15. Methods of lost circulation control using a date tree trunk LCM and manufacture of a date tree trunk LCM are also provided.

The invention provides a pear tree two-arm direct-motion type shed frame tree shape which comprises a tree trunk. The tree trunk has two boughs which grow in a direct-motion mode, and base angles of the two boughs are 45 degrees. When reaching a frame-climbing point, the boughs are fixed on a horizontal shed frame in a direct-motion mode, and extended long branches of the boughs are guided onto an elevation guide line in a perpendicular mode. The boughs have long placed fruit branches which are arranged in parallel and vertically extend into intervals. Before the two boughs climb a frame, two horizontal robust side position branches which are pulled along the reverse direction to be parallel to the boughs after the horizontal robust side position branches grow upward to the frame face. The side position branches have F-shaped single-shaft long placed type fruit branches which are arranged in parallel and vertically extend to the intervals. The tree shape only has the two boughs, and therefore the problems that an inclined crown appears easily in a three-bough tree shape and the main boughs intersect are solved. The two boughs oppositely extend in a direct-motion mode and do not influence each other. The two-bough tree shape is easy to reshape, and the two boughs are easy to form after the trunk is fixed. The phenomenon of lack of branches appears in a three-bough shed frame due to the fact that sprout force of a pear tree is weak. The three shape has the advantages that cultivation density is high, early-stage output is high, light conditions are good, the branches are easy to arrange in an ordered mode, uniformity of fruit quality is high, and standardization is easy to achieve.

A planter capable of attachment at a vertical surface to a tree trunk or utility pole. The planter comprises at least one segment having an arcuate inside wall to conform to the central tree trunk or pole. Each segment extends partially around the circumference of the tree or pole. Segments may be interconnected using any one of four alternative fasteners: the first fastener is a resilient cable wrapped around a tree trunk with each segment having a pair of hooks to attach it to the cable; the second fastener interconnects segments using a pair of latches having holes therethrough with a bolt that is secured through the holes; the third fastener also interconnects segments by each segment having a pair of pins extending from the outer wall and near the end walls with a gasket having complementary holes securing the segments; and the fourth fastening means interconnects the segments using interlocking female and male edges.

The invention relates to a method for transplanting ancient ginkgoes and belongs to the technical field of plant transplanting technologies. The method for transplanting ancient ginkgoes includes the steps of firstly, preparing before transplanting; secondly, performing balance snagging to branches of ancient ginkgoes; thirdly, performing root pruning and ball shrinking; fourthly, packing and transporting root balls; and fifthly, maintaining and managing after transplanting. Root pruning and ball shrinking are performed in the method, so that growth of new mass absorbing roots is promoted. Emergence of new mass branches and leaves is promoted by balance snagging. By soil ball bundling, lifting by cranes, transporting by plate trailers, unloading and transplanting, no cracking of tree trunks occurs, and the soil balls are firm without looseness. By late maintenance and management, the transplanted ancient ginkgoes grow well in leafy profusion and have green leaves in growth seasons, and survival and healthy thriving are achieved.

A tree stand including a retaining collar. The collar has a pair of hingedly connected body segments for encircling a tree trunk and a number of clamps for grasping the tree trunk encircled by the body segments. At least one of the clamps is attached to each of the body segments. A number of braces is releasably fastened to the body segments of the collar and radiate outwardly from the collar. A number of decking plates, upon which one or more hunters can stand, is releasably fastened to the braces and is supported by the braces. A number of chairs, upon which an equal number of hunters can sit, is releasably fastened to the decking plates.

The present invention 10 discloses a safety stand for a tree 18 having a main housing body 20 and attached thereto a secondary housing body 32. The main housing 20 is elliptically shaped having situated thereon illumination lights 26, LED lights 36 along with transparent picture sleeves 38. Also attached thereto is a mounting collar 28 with threaded screws 30 for receiving and holding a tree trunk along having an electrical outlet 34 disposed thereon. The main housing 20 also contains a CD player 24 along with a water reservoir 62 for watering the tree. Also contained on the main housing 20 is an extinguisher system having flame sensors 76 attached thereto in the form of decorative ornamental bulbs 12 placed throughout the tree. Vent holes 70 are provided in the bulbs 12 through which air can pass in the form of smoke so as to activate the sensors 76 and thereby having a bulb transmitter 78 send a signal to a means for an alarm 46 disposed in the main housing body. Extinguishing conduits 40 run around the outside of the main housing 20 having retardant outlets 42 disposed thereon through which retardant is released from a pressurized fire retardant compartment 60. The secondary housing body 32 contains a tree rotation system comprising a motor 50 and bevel gears 48, 52 along with a mounting collar 28. An alternative embodiment is disclosed wherein an artificial tree is held by a central rotating shaft 86 and a central conduit 88 for fire retardant is contained therein so that the sensor when activated will disperse retardant over and about the artificial tree. Another embodiment discloses a bulb 12 having fire retardant outlets 80 and a supply of retardant 84 disposed therein which bulb rotates and directly sprays retardant about.

A tree ring that inhibits and/or prevents vegetation growth around the trunks of trees. The tree ring comprises an elastic outer peripheral edge and an elastic inner peripheral edge. In between elastic outer peripheral edge and the elastic inner peripheral edge is a flexible sheet. The flexible sheet has a plurality of holes. The tree ring is removably secured onto a tree pot of any dimension, size, or shape. The elastic outer peripheral edge stretches around the rim of the tree pot, and the elastic inner peripheral edge snugly fits around a tree trunk. It is noted that the distance between the elastic outer peripheral edge and the elastic inner peripheral edge that makes up flexible sheet may vary.

The invention belongs to resource utilization of biomass, and in particular relates to a method for producing biochar from invasive plants and greening garbage. The utilized raw materials are biological waste organic matters including Spartina alterniflora, fallen leaves, branches and trunks. The method comprises the steps of removing roots of Spartina alterniflora, pulverizing after cleaning and drying Spartina alterniflora with the greening garbage; mixing the obtained biomass powder by a certain mass ratio to obtain mixed powder, performing pyrolysis under nitrogen protection at 300-600 DEG C for 1-4h, cooling to room temperature, grinding and sieving; washing the carbonized product with HCl/HF at a volume ratio of 1:1, then washing to a neutral pH with distilled water, and drying to obtain the noval biochar product. By using Spartina alterniflora and the greening garbage with a high carbon content as the raw materials, the preparation method overcomes the disadvantages of seasonality and periodicity of the raw materials and is simple and easy in implementation and low in cost, and the prepared product has good adsorbability and wide applications, realizes the resource utilization of the invasive plants and the greening garbage and achieves favorable ecological, social and economic benefits.

The invention discloses a bow-type cultivation trunk molding method of lythraceae lagerstroemia trunks. The method mainly includes the following steps: (1) designing trunk molds, deconstructing the molds into single-plant technical atlases, and selecting a planting bed for cultivating nursery-grown plants; (2) manufacturing and installing a supporting net frame in the planting bed; (3) manufacturing and installing a bow-shaped cultivation trunk molding ladder frame on the supporting frame; (4) carrying out bud fixing and bud picking on the nursery-grown plants; (5) binding and fixing twigs on the bow-shaped cultivation trunk molding ladder frame; (6) unbinding and exchanging binding objects which are not beneficial for trunk growth; (7) carrying out multi-point nurse grafts on the bow-shaped trunks according to molding design; and (8) cultivating in a healing mode, constructing crowns, the trunks and branches, and forming the target molds. The bow-type cultivation trunk molding method of the lythraceae lagerstroemia trunks is creative. Moreover, the nurse grafts can be carried out on single plants of the certain number to obtain the molded trunks, molding time is shortened, and characters, patterns or three-dimensional bodies can also be molded on planes or curved surfaces of the trunks.

A multi-axis controlled self-climbing tree trimmer used for shaping and severing peripheral growth from a tree is provided herein. The trimmer typically includes a structural segment hinged together to form a rigid chassis that surrounds a tree trunk climbing segment and a trimming portion. The climbing portion is retained within the structural segment in the form of a number of inward-extending carriages containing one or more rollers for gripping the tree trunk during climbing, and the trimming portion may include a rotatable split ring gear containing centrifugally rotating trimming blade members and/or a cutting tool on a positionable arm. When rotated, the blade members unlatch and pivot, into the trunk of the tree to effect controlled trimming. The system may utilize a multi-axis control system that uses linear interpolation, circular interpolation and coordination of all axes to enable the trimmer to follow an XYZ contour selected by a user.

A motorized, climbing tree stand ideal for hunting has a rigid elongated, track constructed from multiple, axially aligned sections attached to a tree trunk. A carriage supporting a seat and footrest is coupled to a shuttle assembly that engages the track. The shuttle assembly mounts a battery-powered motor and a motor-driven gear that engages a toothed rack on the elongated track, moving the carriage vertically upwardly or downwardly in response to motor operation. A hand switch controls a reversing relay to control motor direction. Each track section comprises a rigid, elongated flange with an elongated, tubular sleeve terminating in a reduced diameter coupling tube that coaxially mates with the base of the sleeve in the neighboring section. Alignment rods near the upper ends of each sleeve reinforce the assembly. Adjustable, L-brackets contact the tree for bracing. Track flanges are slidably constrained between suitable rollers secured to shuttle side walls.

A geospatial modeling system may include a geospatial model data storage device containing geospatial model data including a plurality of groups of tree crown vegetation points and a display. The system may further include a processor cooperating with the geospatial model data storage device and the display for displaying a simulated tree trunk beneath a group of tree crown vegetation points, and displaying at least one level of simulated tree branches for the simulated tree trunk. Each tree branch may be positioned based upon determining a branch distal reference point beneath a cluster of tree crown vegetation points from among the group of tree crown vegetation points.

The invention relates to a method for the rapid formation of agilawood of agallochum through induction by using fungus fermentation liquid. The method comprises the following steps of: culturing and fermenting Fusarium proliferatum obtained by separating and purifying the agilawood generating part of the agallochum; and then, instilling the fermentation liquid into the drilled holes on the agallochum, so that the fermenting liquid induces the agallochum to generate agilawood in the agallochum. The method provided by the invention is simple, and the time for the formation of the agilawood is shortened to be 1 year; compared with the existing artificial agilawood generating method, the yield of the agilawood is increased by 4-5 times, and 200-300 grams of agilawood can be produced by a tree trunk with the length of 1 m and the diameter of 10 cm.

The invention discloses tree trunk whitewashing equipment, and belongs to the field of agricultural machinery. The tree trunk whitewashing equipment consists of a control box, a handle, a lifting structure, a compression spring, spraying frames, coating pumps, coating boxes, conveying pipes, universal wheels, and nozzle and spraying pipe combined structures. The tree trunk whitewashing equipment is characterized in that the control box and the handle are positioned at the upper part of the lifting structure; the universal wheels are mounted at the bottom of the lifting structure; the coating pumps and the coating boxes are positioned on a baseplate at the lower part of the lifting structure; the nozzle and spraying pipe combined structures are mounted on the spraying frames; the coating pumps are separately connected with the coating boxes and the nozzle and spraying pipe combined structures through the conveying pipes; and the compression spring is positioned at the tail ends of the two spraying frames. The equipment realizes semi-automatic trunk whitewashing through such structures as the coating pumps, the spraying frames and the nozzle and spraying pipe combined structures, and greatly improves the working efficiency.