207 results about "Artificial flower" patented technology

An artificial miniature landscape model comprises a plurality of automatically color variable LEDS (or called multi-colored LEDS), metallic conductor branches, electrical insulation conductors, heat shrink bushings, or insulation tubular plugs, or internally or externally threaded tubular connectors, a low voltage rectifier, base connectors, flowers, leaf blades, birds, fruits, butterflies, molded coniferous Christmas tree, and pots wherein a plurality of variable colored LEDS are affixed to a molded transparent resin structure of artificial flower, fruit, bird, leaf or butterfly so as to exhibit a three dimensionally colored lighting effect of LEDS. Bedsides, several newly developed manipulative means for connection of electrical conductors for supplying power to illuminate the LEDS and to operate the electricall device accompanied with the miniature landscape model are also provided.

Novel methods, apparatus and kits to provide a new presently-untapped market for state-of-the-art artificial flowers presently sold only as part of artificial plant assemblies that include artificial stems, branches, leaves, etc., the invention comprising various novel improved means, as well as kits including such means, for attaching such artificial flowers to non-blooming (pre-bloom, post-bloom or never-bloom) live vegeation having live stems, branches, leaves, etc., to simulate blooming thereof, for easy care-free instant yard beautification, said kits being devoid of artificial plant stems, branches, leaves, etc.

The invention discloses a long-acting insect expelling carrier. Carboxylic acid and derivatives thereof, essential oil and the like are prepared into an insect expelling composition, and then the insect expelling composition is prepared into the insect expelling carrier which violates insect expelling components long effectively by a two-step addition method. Long scarves, kerchiefs, muffles, jewelry, tablemats, appliques, silk flowers, artificial flower green leaves, cross-stitch embroidery, glass holders, dolls, embroidery, wall maps, tapestries, curtains, mosquito nets, ornaments and the like prepared from the insect expelling carrier can effectively expel various pests such as aphids, leafhoppers, cockroaches, ants, acarid, mosquitoes, biting midges, flies and the like, and prevent thepests positively; and the use of sprayed or fumigated pesticides is reduced, and the long-acting insect expelling carrier has important significance for environmental protection and human health, andhas good application prospect due to the characteristics of long effectiveness and convenient use.

A method and system for decorating includes product categories such as rugs, pillows, lamps, paints, window treatments, wall coverings such as wall papers and trims, artificial flowers, fabric furniture covers and other decorative items. Multiple motif collections are provided, each characterized by a subset of colors or other characteristics that are selected from a master set of colors or characteristics, and at least one other decorative driver such as fabric, pattern, texture or style. Each product is identified with one or more of the collections based on the product color and/or the presents of the other decorative driver. A separate key code mechanism, such as a hang tag and/or a product label or packaging for each motif collection, has an identifier for the subset of colors and the at least one decorative driver for that collection. The key code helps a consumer select those products in each category of interest, that fall within a desired collection.

A scented flower including a flower head having holes to permit the release of a scent and a removable stalk for containing a scented substance that will gradually release a scent through the holes of the flower head when the stalk is coupled to the head. Flower heads of various shapes, sizes, color, and types may be paired with stalks of various shapes, sizes, color, and types. In addition, the stalk may include a variety of scented substances. Accordingly, a multitude of combinations of scents, stalks, and flowers are provided, and may be interchanged at the whim of the user.

A device simulating a blooming flower includes a piston slidably disposed within an elongated tube simulating a flower stem. A chamber within the stem is configured to hold a dissolvable solid material. The piston is biased upwardly, but held in place by the dissolvable solid material placed in the chamber above the piston. A simulated flower is attached to the end of the stem or piston and has a plurality of simulated petals configured to open as the stem is placed in a liquid, the solid material dissolves, and the piston moves upwardly within the stem.

Cutter suitable for artificial flower stems. Typically, plastic coated wire stems are cut with hand cutters to various lengths in preparing artificial floral arrangements. The invention requires far less physical effort by the operator than is required when using conventional wire cutters. In the preferred use of the preferred embodiment of the invention, an uncut stem is inserted crosswise through two elongated holes in the guard housing. When the cutter jaws open, the stem is pushed into the open jaws and is cut to a desired length from the flower end when the jaws close. In the preferred embodiment of the invention a gear reduction motor drives an arm and cam roller assembly. That cam roller forces the top handle of the cutter downward causing the jaws to close. As the cycle continues, the cam roller raises and a spring causes the jaws to open.

The invention discloses a method for making dry flower or leaf with nut shell. Firstly, nut shells of ripe nut fruits are collected, cleaned, sun-dried, cut into required shapes and specifications to be bleached; the bleached nut shells are disinfected, colored, dried, etc., and finally the processed nut shells are made into the shapes required and made into finished dry flower or leaf products. The finished dry flower or leaf products have good glossiness and high fidelity.

An artificial flower assembly and manufacturing and assembly methods are disclosed including a stem made of a flexible tubular shaft, an electrical socket, and a collar surrounding the socket and connected to the upper end of the shaft; a removable blossom with an opening; and a bulb threaded through the blossom opening and engaged with the socket, a portion of the bulb abutting the blossom and holding the blossom onto the stem.

The invention provides a method for producing mixing color effect cloth and a device thereof. The method comprises the following steps: (1) combining yarn into warp sheets through a sectional beams, and coloring the warp sheets to form bottom color; (2) infiltrating the dyed warp sheets with penetrating agent aqueous solution, and appropriately drying the infiltrated warp sheets; (3) applying stripping liquid to the expected position of the dried warp sheets so as to strip the bottom color of the position; (4) carrying out resist-dye according to the requirement so as to color expected color on the expected position; (5) adjusting the relative positions of a plurality of warp sheets to form expected pattern arrangement; and (6) combining the plurality of warp sheets, reeling on a driving shaft after being subject to cleaning, drying, sizing and re-drying to be weaved into fabric. The method of the invention is convenient and simple, can obviously reduce the production cost and pollution. The invention provides an improved indigs sizing and dyeing mad, which comprises the sectional beam system, a transmission system and a dyeing system, wherein the dyeing system comprises a chellona artificial flower auxiliary assembly and a chellona artificial flower device.

The invention provides a formula and a preparation method of flame-retardant plastic artificial flowers and plants, and relates to the technical field of artificial plants. The formula mainly consists of the following raw materials: 60-90% of PE (polyethylene), 5-30% of efficient composite PE flame retardant, 0.5-5% of antioxidant, 0.3-5% of ultraviolet absorbent, 0.2-4% of antistatic agent, 2-15% of toughening agent, 0.5-4% of titanium dioxide, 0.5-4% of pigment, 0.2-3.5% of dispersant and 0.2-1.5% of white oil. The flame-retardant plastic artificial flowers and plants are prepared by multi-times composite stirring, high-temperature melting of 150-300 DEG C, thermal stirring with double screws, drawing, granulation, stirring of granules, the dispersant and the pigment in a stirrer, transferring to a mold and injection molding. The flame-retardant plastic artificial flowers and plants are fireproof, flame-retardant, nontoxic, odorless, smooth in handfeel, stable in chemical stability and permanent in color, and the outdoor service lives of the artificial flowers and plants can be prolonged to two to four years.

An artificial flower is made of foamed polyether polyurethane, which is prepared from the material group A including polyether, cross-linking agent, stabilizer, foaming agent and pigment and the material group B including isocyanate through proportional mixing and fusing.

The invention belongs to artworks, valuables and jewelries capable of realizing blooming effect. Present market lacks artworks, valuables and jewelries capable of showing flower blooming process with smooth continuous variation. A related artificial flower comprises multiple structures of the following eight structures: (1) petal; (2) style, (3) filament, (4) ovary; (5) torus; (6) calyx; (7) limb; and (8) leaf. The core of the technology is that (1) petal and (5) torus are composed of two materials with different characteristics of thermal expansion and contraction, or composed of multiple parts with different characteristics of thermal expansion and contraction and of a same material. According to the technical scheme, the artworks, the valuables and the jewelries capable of realizing smooth continuous flower blooming process by utilizing the principle of thermal expansion and contraction are provided for the market.

The invention relates to a new display table for artificial flowers and other objects and a method for fabricating the table. The table comprises at least three tiers, and has disposed within it cutouts for receiving cans. The cans may be formed with a lip so that they rest within the cutouts. The cans are used to hold the artificial flowers. Optionally, the display table may feature a metal rim that can be used to facilitate the display of additional items.

The invention discloses a solar plant ornament, wherein, the flowers, fruits, branches and leaves can shake; the solar plant ornament is provided with a fruit-shaped main body with the interior to be hollow; at least two artificial plant branches and leaves which can shake upwards and downwards and a artificial flower or fruit which can shake left and right are arranged on a main body; the artificial branches, leaves, flowers or fruits stretch out from the interior of the main body, and the lower ends of the artificial branches, leaves, flowers or fruits are articulated with a connection seat in the main body; a solar panel is arranged on the surface or side surface of the main body; the main body is internally provided with a circuit board connected with the solar panel as well as a driving device used for driving the plant branches and leaves and artificial flowers and fruits. The ornament of the invention takes solar energy as power, consumes no energy and has a vivid dynamic effect.

This invention relates to an artificial flower made of polyether type polyurethane and production method thereof. The foaming product of polyurethane is composed of component A comprising polyether 10%-99.5%, cross-linking agent 0.5%-30%, stabilizer 0-15%, foaming agent 0.1%-20%, and color paste0-10%; and component B comprising isocyanate 15%-90% the weight of component A. the method comprises mixing component A and B, and pouring into a flower model to obtain the artificial flower. The artifical flower has high resilience and pulpiness.

An artificial flower includes an artificial stem, a receptacle held by the artificial stem, numerous artificial petals rotatably positioned on the receptacle, a cable and a driving unit. The cable is moveably extended through the artificial stem and includes a first end and an opposite second end. The first end of the cable is coupled to the artificial petals. The driving unit is coupled to the second end of the cable and capable of driving the cable to rotate the artificial petals between an open position where the artificial petals are opened and a close position where the artificial petals are closed.

A petal of an ornamental man-made flower and the production methods thereof is described. The flower patterns are directly printed on the plastic films which are delicate and smooth, thus making the printed patterns more lifelike. When the films are pasted to the base piece stratum of the petal, the patterns of the petal enjoy higher degree of vividness. And as such, the flowers produced in this method have better effects on a whole. The petal includes the base piece stratum of the petal, the upper and down surfaces of which are homologously covered and connected with the pasting piece stratum carrying the flower patterns of the upper surface of the petal and the pasting piece stratum carrying the flower patterns of the down surface of the petal. The process thereof includes the steps: process the base piece stratum of the petal, process the pasting piece stratus with the flower patterns, stick the pasting piece stratus with the flower patterns to the base piece stratum of the petal. In addition, an ornamental man-made flower is described. The plastic film has smooth texture and the patterns of the different parts of the flower printed on the plastic film get more vivid and similar to those of a real flower. When the plastic films are pasted to the corresponding parts of the man-made flower, the man-made flower enjoys higher degree of vividness. The flower includes twigs, on which there are leaves and dissilient flowers, featuring that the petal of the said dissilient flower includes a base piece stratum and the upper and down surfaces of the said base piece stratum are homologously covered and connected with one pasting piece stratum carrying the patterns of the upper surface of the petal and another pasting piece stratum carrying the patterns of the down surface of the petal.