131 results about "Rodenticide" patented technology

Functionalized polymers are mixed with pesticides to form semi-stable complexes with desirable field properties: reduced leaching in soil, improved leaf retention (rainfastness), selective unloading to roots and convenient packaging and application. Pesticides that may be so complexed include herbicides, insecticides (including compounds controlling non-insect arthropods and nematodes), bacteriocides, rodenticides, and fungicides. Polymers with which they may be complexed include derivatives of carbohydrates, amides, imines, alkanes, vinyls, styrenes or glycols. The polymers may be functionalized with chemical groups that exhibit ionic (amines, carboxyls), hydrophobic, complexing (e.g. metal chelating) and ligand binding interactions. The variously functionalized polymers may be mixed, grafted, or fused to obtain optimal properties. The polymer/pesticide formulations may be applied as granules, as suspensions or solutions in sprays, as foams, or as coats for seeds and fertilizers. The formulations may be applied to foliage, soil, irrigation water, construction materials (plastics, wood), seeding materials, grains, and buildings.

A bait station is formed of a single unitary member which is folded to bring a first portion into contact with a second portion. An intermediate portion connects the first and second portions. The bait station includes a pair of passageways which lead from opposite edges of the bait station to a central recess portion. A block of rodenticide material is located in the recess portion and the passageways are angled to prevent access to the rodenticide material by children.

The present invention relates to the technical field of plant seedling breeding, in particular to a one-step cultivation method for Camellia oleifera bud-stock light matrix grafting container seedlings. The method comprises seedbed preparation, seedling transplantation and incubation management after seedling transplantation. The seedbed preparation comprises the steps of shadow sprinkler system construction, seedbed establishment, overall disinfection, nutrition frame placement and matrix disinfection, the seedling transplantation comprises the steps of sludge preparation, matrix treatment, seedling transplantation, spraying disinfection, rodenticide placement and film covering, and the incubation management after seedling transplantation comprises the steps of complementation and moisture retention, spraying cooling, film-peeling protection, and film and shadow net removal. The present invention aims to provide a one-step cultivation method for Camellia oleifera bud-stock light matrix grafting container seedlings, the conventional method is changed, and a centralized and refined management process is adopted, so that the graft survival rate and seedling growth speed are improved, and then the afforestation efficiency is improved, and the economic effect is increased.

The Federal EPA has consistently limited the use of known toxicants (insecticides) to preclude their admixture into paints and coatings by contractors or homeowners for the purpose of repelling or killing insects on the dried or cured coating. The current invention is a method to repel, rather than kill, insects, arachnids, and other arthropods, utilizing materials taken from the EPA's GRAS (Generally Recognized as Safe) List, obviating onerous Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) regulations and greatly extending the useful life of the insect-repellant materials by binding them into the dried film solids—greatly slowing their evaporation and degradation and creating a timed release of insect repellant material. Furthermore, the current invention utilizes the insect repellant nature of these materials to repel insects from the surrounding area during coating application, thereby eliminating the need for applying insect repellants, such as DEET, to the skin.

A male sterile rodenticide is proportionally prepared from triptopolyglycoside and rat attractant prepared from bean cake powder or corn flour, bran, peanut cake powder or sesame cake powder, fish powder and oil. It has no secondary poisoning.

A bait station for exterminating rodents is secured by being weighted with water or some suitable weighting substance such as sand or fine gravel, and may use a liquid rodenticide that may be replenished without opening the bait station.

The disclosure provides materials and methods for conferring improved plant traits or benefits on plants. The materials can include a formulation comprising an exogenous endophytic bacterial population, which can be disposed on an exterior surface of a seed or seedling, typically in an amount effective to colonize the plant. The formulations can include at least one member selected from the group consisting of an agriculturally compatible carrier, a tackifier, a microbial stabilizer, a fungicide, an antibacterial agent, an herbicide, a nematicide, an insecticide, a plant growth regulator, a rodenticide, and a nutrient.

A rodenticide with longer storage time without deterioration is proportionally prepared from brornadiolone, bittering agent (C28H34N2O3), edible alcohol, ethandiol as adhesive, carmine red 60 and rice grain.

The present invention relates to rodenticide, and is especially one kind of efficient and harmless rodenticide. The rodenticide consists of bentonite 15-35 wt%, cement 5-20 wt% and bait material for the rest. The rodenticide with cement resulting in intestinal obstruction and bentonite capable of absorbing water to expand can kill rat fast without causing environmental pollution. The rodenticide of the present invention may be used to replace toxic rodenticide, and has high rodenticidal effect and no influence on ecological equilibrium.

A vegetative rodenticide is prepared from the vegetative toxin chosen from ricin, ricinine, and castor allergen, and attractant. Its advantages are high attraction and killing power, high palatability, and no environmental pollution.

The invention discloses a method for rapidly detecting poisoned substances by adopting urine, which comprises the following steps of: taking the urine to be detected and adding pH9 buffer solution; pouring mixed solution into a chromatographic column filled with diatomaceous earth; eluting by using methylene chloride; collecting eluent; furthest volatilizing in water bath with the temperature of 50 DEG C; and then detecting by utilizing a conventional compound detecting instrument to obtain the poisoned substances. The invention establishes the diatomaceous earth rapid detection method which is suitable for 10 toxic substances (basically covering all the toxic substances) such as a barbital sleeping medicament, a benzodiazepine sleeping medicament, a phenothiazine sleeping medicament, common drugs, alkaloid, indandione chronic rodenticides, hydroxy coumarin chronic rodenticides, tetramine acute rodenticides, organophosphorus pesticides, carbamate pesticides and the like in the urine. In the method, only one sample is required, the extraction is completed in five minutes to carry out detection, and impurities are completely removed. The poisoned substances can be rapidly detected. The detecting time is shortened. The detection operation is greatly simplified.

A packaged animal poison includes a binder/rodenticide/bait mix molded into a cellulosic housing. The housing is covered with a removable cover. The housing defines an internal cavity in which the rodenticide is disposed, a lower wall extending laterally beyond the cavity, and an outer lower surface with adhesive at its underside. The package itself may also contain rodent attractant material and/or a human aversion agent.

Bioactive substances are imbedded or mixed into functionalized matrices to form homogenous water-insoluble solid complexes with desirable field properties such as reduced leaching in soil, improved leaf retention (rainfastness), selective unloading to roots and convenient packaging and application. Bioactive substances that may be so complexed include pharmaceutical agents and pesticides including herbicides, insecticides, bacteriocides, rodenticides, nematicide and fungicides. The matrices comprise either a monomeric-, oligomeric- or (co)polymeric backbone which may be derivatized with chemical groups that exhibit ionic (amines, carboxyls), hydrophobic, and ligand-binding interactions to form the matrix of the formulation. The various matrices may be mixed with additives or modifiers, grafted, or fused to obtain optimal properties. The matrix/pesticide formulations may be applied as granules, as suspensions, emulsions in sprays, as foams, or as coats for seeds and fertilizers. Alternatively they may be melted and sprayed as concentrates. The formulations may be applied to foliage, soil, irrigation water, construction materials, seeding materials, grains, and buildings.

The invention discloses a compound rodenticide, which is made from Aconitum kusnezoffii, triptolide, Sanpicang and fried bean flour. The invention has advantages of reasonable formula, good use effect and low production cost.

The invention relates to an anti-rodent and anti-pecking layer stranding optical cable and a manufacturing method thereof. The anti-rodent and anti-pecking layer stranding optical cable comprises a layer stranding cable core and an external sheath. The anti-rodent and anti-pecking layer stranding optical cable is characterized in that the layer stranding cable core is externally wrapped by an armor layer which is externally wrapped by the external sheath. The external sheath comprises an external sheath internal layer and an external sheath external layer. The external sheath internal layer is a chemical rat-proof layer. The external sheath external layer is a hard high-density polyethylene layer. The anti-rodent and anti-pecking layer stranding optical cable is reasonable and simple in structural arrangement, great in flexibility and low in manufacturing cost so that the anti-rodent and anti-pecking layer stranding optical cable is anti-rodent and anti-pecking, high in protection performance and convenient to manufacture without pollution to working environment The double-cladding external sheath wraps the internal layer with rodenticide inside, and the internal and external layers are formed simultaneously in processing by adopting a co-extrusion formation mode so that volatilization of the rodenticide in the process of processing can be isolated, and environmental pollution in the process of processing can be avoided.

A vegetable mouse repellant without pesticide component is prepared by sufficiently mixing the following components by weight, capsaicin 0.1-2%, arctium fruit 2-5%, ethyl alcohol 1-5%, poly-sodium acrylate 3-10%, polyoxyethylene lauryl ether sodium sulfate 1-5%, sodium sulfosuccinate 3-6%, and water 67-89.9%. The vegetable mouse repellant has the advantages of no pollution, no nuisance, long acting time, broad spectrum of mouse repelling and convenience. The poisoning of human and domestic animal caused by mistaken eating and accumulated poisoning are reduced. The life safety, wealth safety and food safety of human are ensured. The vegetable mouse repellant of the invention is a more ideal product for replacing the chemical rodenticide.

The invention belongs to the technical field of deratization, and discloses an anticoagulant rodenticide penetrant as well as a preparation method and application thereof. The anticoagulant rodenticide penetrant contains 6-8% of alkali in mass fraction, 3-5% of sodium chloride in mass fraction, 15-20% of ethanol in volume fraction, 5-7.5% of dimethyl sulfoxide in volume fraction, and the balance of water. The anticoagulant rodenticide penetrant improves the water solubility of an anticoagulant rodenticide, so that the penetrability of the anticoagulant rodenticide is improved, the content of the drug entering rice grains in husks is increased, the utilization rate of the drug is promoted, and the deratization effect is improved by 150% under the condition that the usage amount of the anticoagulant rodenticide is not increased. Meanwhile, the rain drop erosion resistance of the rodenticide is improved, so that the anticoagulant rodenticide penetrant has a significant synergistic effect.

The present invention relates to light weight carriers. Particularly, the present invention relates to carriers produced from rice hulls, calcium carbonate, and a binder. The light weight carriers are used primarily as absorbent materials, especially for carrying fertilizers, pesticides, herbicides, insecticides, rodenticides, and the like. The carrier of the present invention comprises rice hull, calcium carbonate, and a binding agent.

The Federal EPA has consistently limited the use of known toxicants (insecticides) to preclude their admixture into paints and coatings by contractors or homeowners for the purpose of repelling or killing insects on the dried or cured coating. The current invention is a method to repel rather than kill insects, arachnids, and other arthropods utilizing materials taken from the EPA's GRAS (Generally Recognized as Safe) List, obviating onerous Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) regulations and greatly extends the useful life of the insect-repellant materials by binding them into the dried film solids—greatly slowing their evaporation and degradation and creating a timed release of insect repellant material. Furthermore, the current invention utilizes the insect repellant nature of these materials to repel insects from the surrounding area during coating application, thereby eliminating the need for applying insect repellants such as DEET to the skin.

The invention discloses a ratproof data cable. The ratproof data cable comprises a cable inner core, a fireproof layer and an insulating layer which are arranged from inside to outside in sequence, wherein the cable inner core comprises a foaming framework and a conductor core group; the foaming framework comprises four limiting convex strips; the conductor core group is mounted in a mounting cavity; the conductor core group comprises a pair of wires which are arranged side by side; the exterior of the pair of wires is coated with an insulating layer; the outline of the cross section of the insulating layer adopts a regular hexagon shape; the edge of the insulating layer is sprayed with a ratproof coating film; the formula of the ratproof coating film comprises capsicin; adhesion layers are arranged on all the six outer side faces of the insulating layer. By virtue of the cable inner core, the fireproof layer, the regular hexagonal insulating layer, and the ratproof coating film which is arranged on the edge of the insulating layer, the ratproof data cable has a good ratproof effect, low dosage of rodenticide, and low pollution to the environment; and meanwhile, the shortcomings of relatively high weight and high cost of the existing data cable which is armoured with metal on the surface for preventing rodents from biting the cable are solved.