专利汇 - 灭鼠剂相关的专利数据 - PatentHub专利检索|专利汇|专利查询网|发明专利查询分析

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	N–烷基二苯胺滅鼠劑之製法	TW06511643	1976-08-10	TW022926B	1978-04-01	BARRY ALLEN DREIKOKN

102	Peel-and-place pellet rodenticide delivery dispenser	US12155664	2008-06-06	US08220198B2	2012-07-17	Matthew Pettigrew; Peter Everett; Steven Polisoto
A dispenser for poisoned bait having a tray and a correspondingly shaped sheet-like lid for sealing the tray with the bait placed therein during manufacture. The lid has a tear-off portion that allows the pest to access the bait while the remainder of the lid continues to cover the enclosed bait so that the user's potential for physical contact with the bait is minimized. The tray includes a gripping flange adjacent the enclosed portion of the tray that allows the user to securely grasp the dispenser and place it into position in a tight or difficult-to-reach space without risk of touching the bait.
103	Bacterial mosouito larva-killing agent	US3651215D	1968-08-12	US3651215A	1972-03-21	IBUKI SATOHIRO; FUJIYOSHI NOBUO
THE PRESENT BACTERIAL MOSQUITO LARVA-KILLING AGENT COMPRISES SPORES OF BACILLUS CEREUS VAR. JUROI ATCC 21281 AS AN ACTIVE INGREDIENT AND HAS A POSITIVE TOXIC EFFECT ONLY ON MOSQUITO LARVAE AND IS QUITE NON-TOXIC TO HUMANS, CATTLE AND FISH. THE SUFFICIENTLY EFFECTIVE SPORE CONCENTRATION OF THE MOSQUITO LARVA-KILLING AGENT IS 1010 TO 1011 SPORES PER GRAM OF THE AGENT, AND THE AGENT CAN BE USED DIRECTLY OR IN COMBINATIONS WITH A FILLER, EMULSIFIER, OR OLEAGINOUS LIQUID IN ANY FORM SUCH AS POWDERS, TABLETS CAPSULES OR AQUEOUS EMULSIONS.
104	NEW AGGLOMERATE RODENTICIDE COMPOSITIONS	EP17175168.8	2017-06-09	EP3259988A1	2017-12-27	TEZZA, Pierluigi
A description is given of a composition for rodenticide bait, in solid form or similar to paste, comprising - at least one palatable ingredient, in powder and/or grain, conventionally used in rodenticide baits, preferably comprising cereals; - one or more rodenticide poisons; and, in a mixture with the other ingredients, - a binder chosen from among polylactic acid and its derivatives, polycaprolactone (PCL), polycaprolactone substitute and its derivatives, or combinations thereof
105	Method of killing noxious insects or their larvae	JP1769380	1980-02-15	JPS55113703A	1980-09-02	DONARUDO MITSUCHIERU RINCHI; AANORUDO JIYATSUKU SHINGAA; MAIRON JIYORUDAN RABAA

106	Peel-and-place pellet rodenticide delivery dispenser	US12155664	2008-06-06	US20080313952A1	2008-12-25	Matthew Pettigrew; Peter Everett; Steven Polisoto
A dispenser for poisoned bait having a tray and a correspondingly shaped sheet-like lid for sealing the tray with the bait placed therein during manufacture. The lid has a tear-off portion that allows the pest to access the bait while the remainder of the lid continues to cover the enclosed bait so that the user's potential for physical contact with the bait is minimized. The tray includes a gripping flange adjacent the enclosed portion of the tray that allows the user to securely grasp the dispenser and place it into position in a tight or difficult-to-reach space without risk of touching the bait.
107	Rodent-repellent microcapsules and preparations thereof	US279295	1988-11-30	US5002768A	1991-03-26	Takeshi Kondo; Osamu Ueda; Yoshiya Fukakusa; Masafumi Moriwaki; Hideki Fuziwara
There are herein disclosed rodent-repellent microcapsules in which a core material is coated with a wall material of the microcapsules, the core material being a solution containing cycloheximide; a rodent-repellent resin composition comprising said microcapsules; a rodent-repellent coating material comprising said microcapsules; and a rodent-repellent adhesive comprising said microcapsules.
108	Amide rodent repellent compositions	US44664254	1954-07-29	US2790745A	1957-04-30	SHEARER JR NEWTON H; COOVER JR HARRY W

109	PROCESS FOR PRODUCING A BIOLOGICAL RODENTICIDE	EP96934329	1996-10-04	EP0797388A4	2000-03-29	ALEMAN AGUSTI ARSENIO JUSTINO; FUSTES MILIAN EMILIO; FRAGA CASTRO JOSE ANTONIO; ESPINO LLERENA REYNALDO; BORNOTE ROMERO JUAN GUALBERTO; MONTES DE OCA SIGLER OSVALDO
The present invention relates to the field of biocides and particularly to a process for producing in large quantities a rodenticide substance of microbiological origin. The disclosed process of the invention is based on the standardization of the production of the substrate which is used, as well of the fermentation process using a strain of Salmonella enteritidis, which strain is used as a biocide substance for regulating the population of rodents. Additionally, an anticoagulant compound is used to potentiate the lethal effect of said microorganism.
110	DISPOSITIF ET PROCEDE DE CONTROLE D'UNE CONCENTRATION D'UN DESINFECTANT HALOGENE DANS UNE PISCINE OU SIMILAIRE.	PCT/FR2009/001323	2009-11-17	WO2010055236A1	2010-05-20	STADNICKI, Zbigniew
L'invention concerne un procédé de contrôle d'une concentration d'un désinfectant halogéné dans une piscine ou similaire et un dispositif pour la mise en œuvre du procédé, conformément à l'invention, le procédé comporte : - une étape d'injection du liquide à analyser dans la chambre d'analyse; une étape d'injection d'un réactif coloré dans la chambre d'analyse; une étape de mesure colorimétrique du mélange liquide/réactif; une étape de traitement de la mesure par rapport à des données; une étape de vérification de la mesure colorimétrique lorsque la mesure correspond à un cas de blanchiment du réactif ou un cas d'absence de la couleur de réaction.
111	PROCESS FOR PRODUCING A BIOLOGICAL RODENTICIDE	EP96934329.0	1996-10-04	EP0797388A1	1997-10-01	ALEMAN AGUSTI, Arsenio Justino; FUSTES MILIAN, Emilio; FRAGA CASTRO, José Antonio; ESPINO LLERENA, Reynaldo; BORNOTE ROMERO, Juan Gualberto;; MONTES DE OCA SIGLER, Osvaldo;
The present invention relates to the field of biocides and particularly to a process for producing in large quantities a rodenticide substance of microbiological origin. The disclosed process of the invention is based on the standardization of the production of the substrate which is used, as well of the fermentation process using a strain of Salmonella enteritidis, which strain is used as a biocide substance for regulating the population of rodents. Additionally, an anticoagulant compound is used to potentiate the lethal effect of said microorganism.
112	Halogenoolefins as arthropocides and nematocides	US47968	1987-05-08	US4839390A	1989-06-13	Klaus Naumann; Benedikt Becker; Wolfgang Behrenz; Bernhard Homeyer; Wilhelm Stendel
A method of combating arthropods and nematodes which comprises applying thereto, to a habitat thereof or to an area from which they are to be excluded an arthropodicidally or nematocidally effective amount of at least one long-chain halogenoolefine of the formula (I) ##STR1## in which R represents a straight-chain or branched alkyl radical with 8 to 25 carbon atoms in the straight chain, the alkyl radical optionally being interrupted once or several times by a --C.tbd.C-- and/or ##STR2## in which Z and Z.sup.1 are identical or different and represent hydrogen or methyl andR.sup.1 represents hydrogen, alkyl or halogen.Those compounds are new wherein R has at least 12 carbon atoms in the straight chain.
113	Treatment of waste water containing insecticide and disinfectant discharged from disinfected germination stage for seed of angiosperm	JP28390493	1993-10-19	JPH07112184A	1995-05-02	KITANO SHIGERU
PURPOSE:To subject the waste water from a disinfected germination stage for seeds of angiosperms, such as rice seeds, to a pollution-free treatment in such a manner that the effluence thereof to rivers, etc., is possible. CONSTITUTION:After an oxidizing agent 3 is added to the waste water 1 from the disinfected/germination stage for the seeds of angiosperms, such as rice seeds, a flocculating agent 4 and a flocculation assistant are added thereto to flocculate the flocculating agent 4. The waste water 1 flocculated with the flocculating agent 4 is filtered and the filtrate 7 is brought into contact with granular active carbon, by which the coloring materials, insecticides and disinfectants in the waste water are removed. The pollution-free treatment of the waste water 1 is thus executed in such a manner that the effluence thereof to the rivers, etc., is possible.
114	ENVIRONMENTALLY COMPATIBLE DEGRADABLE RODENTICIDE FORMULATIONS	EP17191179.5	2017-09-14	EP3295793A1	2018-03-21	Tezza, Pierluigi; De Giovannini, Roberto; Cellinese, Francesco
A description is given of a formulation for rodenticide bait, with controlled degradation, comprising at least one ACTIVE INGREDIENT (A) made up of a coumarin derivative, carried in at least one solvent, preferably palatable; a SOLID MATRIX (B) comprising at least one palatable substance; at least one organic ACID (C) soluble in water, preferably solid, able to increase the concentration of H+ ions when the water, in any form, comes into contact with said formulation; a solid BASIC SUBSTANCE (D), capable of developing preferably acid substances when the water, in any form, comes into contact with said formulation containing said acid (C), so as to create an acidic environment to promote at least the decomposition of said active ingredient (A); and optionally one or more CO-FORMULANTS.
115	Method for correcting for isotope burn-in effects in fission neutron dosimeters	EP87303390.6	1987-04-16	EP0256616B1	1990-09-05	Gold, Raymond; McElroy, William Nordell

116	Dithiocarbamate rodent repellent compositions and methods	US44288954	1954-07-12	US2862850A	1958-12-02	GOODHUE LYLE D

117	TROPODEGRADABLE BROMINE-CONTAINING HALOCARBON ADDITIVES TO DECREASE FLAMMABILITY OF REFRIGERANTS, FOAM BLOWING AGENTS, SOLVENTS, AEROSOL PROPELLANTS, AND STERILANTS	PCT/US1997017488	1997-09-26	WO1998013437A1	1998-04-02	THE UNIVERSITY OF NEW MEXICO
A set of tropodegradable chemical additives to decrease the flammability of normally flammable refrigerants, foam blowing agents, cleaning solvents, aerosol propellants, and sterilants is disclosed. The additives are characterized by high efficiency and short atmospheric lifetimes. The latter property is essential and results in a low ozone depletion potential (ODP) and a low global warming potential (GWP). The additives are bromine-containing alkenes, bromine-containing alcohols, bromine-containing ethers with at least one hydrogen atom adjacent to the oxygen atom, bromine-containing amines with at least one hydrogen atom adjacent to the nitrogen atom, bromine-containing carbonyl compounds, bromine-containing aromatics, and/or bromine-containing non-fluorinated alkanes.
118	Phenol salts of polyesteramines and their use as fungicides or rodent repellents	US52607955	1955-08-02	US2957850A	1960-10-25	JEZL JAMES L

119	Method of rendering material rodent repellent by isopropyl pentachlorophenyl carbonate	US30197252	1952-07-31	US2754229A	1956-07-10	FREDENBURG ROBERT H; BISSINGER WILLIAM E

120	Water soluble rodent repellent composition for protecting a buried material such as a cable	US164934	1971-07-21	US4058402A	1977-11-15	Roy E. Stansbury; James A. Shotton
A water soluble rodent repellent composition which can be coated onto a material, e.g., a cable, which is laid into the ground. Ground moisture dissolves the composition, forming in the earth surrounding the cable a rodent repellent barrier thus preventing contact of the rodent with the cable or material. Any rodent repellent in a water soluble or water dispersible composition can be used. Specifically mentioned in the disclosure as now preferred effective rodent repellents are N,N-dialkyl sulfenyl dithiocarbamates, e.g., the N,N-dimethylsulfenyl dithiocarbamates, N,N-dimethyl-S-methylsulfenyl dithiocarbamate and N,N-dimethyl-S-tert-butylsulfenyl dithiocarbamate. The repellent is combined with dimethylsulfoxide and polyvinylalcohol or it is combined with one of dimethylsulfoxide and dimethylformamide, and with a hydroxyalkyl cellulose, e.g., hydroxypropylmethyl cellulose.

1 2 3 4 5 6 7 8 9 10

该功能需要专业版企业版VIP权限，您可以：