| Method of protection* |
Title |
Application No. |
Annotation |
| P |
Method of preparing a magnetic composite material and suspension for preparation in this way |
2019-86 |
Magnetic composite materials are usually prepared by modifying a suitable diamagnetic or non-magnetic material. The present method of magnetic modification, enabling extremely fast preparation of magnetic composite materials, is based on thorough mixing of a suspension of magnetic nanoparticles and / or microparticles in highly volatile organic solvents with a selected modified material. Alternatively, it is possible to spray the magnetic suspension onto the modified diamagnetic material. Various types of magnetic suspensions can be used for this purpose, which are characterized by the low boiling point of the organic solvent used, e.g. chloroform, petroleum ether, dichloromethane, acetone or n-pentane or other low-boiling organic compounds. The final magnetically modified product can be obtained in a very short time, usually within 5 to 10 minutes, in contrast to conventional postmagnetization techniques which typically require several hours of drying. |
| P |
Use of acyclic nucleoside phosphonate, tenofovir, for eliminating plant ssDNA viruses |
2011-274 |
In the present invention, there is disclosed the use of acyclic nucleoside phosphonate, tenofovir, with chemical name 9-[(R)-2-(phosphonomethoxy)propyl]adenine for eliminating single-stranded DNA (ssDNA) plant viruses from plants and parts thereof including germinated seeds. There is further proposed the use of the tenofovir as an active substance in the preparation of a composition comprising in addition thereto an aqueous diluent and/or growth medium containing vitamins, saccharose, mineral elements, growth hormones, thickening substances and adjuvants facilitation penetration of the active substance into plant tissues. Application thereof is carried out in the form of an addition into nutrient media in vitro, and/or an addition into a hydroponic solution, spray irrigation, injection or watering, optionally as a solution for infiltration of leaves and germinated seeds. There is also described an agrochemical composition for eliminating ssDNA plant viruses from plants and parts thereof including germinated seeds, comprising an acyclic nucleoside phosphonate i.e. 9-[(R)-2-(phosphonomethoxy)propyl]adenine, a diluent and adjuvants. |
| P |
Strain of entomopathogenic fungus Isaria fumosorosea CCM 8367 (CCEFO.001.PFR) and method of killing insect pest and mites |
2008-394 |
In the present invention, there is disclosed a strain of entomopathogenic fungus Isaria fumosorosea CCM 8367 (CCEFO.001.PFR) deposited in CCM (Czech Collection of Microorganisms) in Brno and usable for biological protection of substrates infested by insect pest and mites. The infested wood species, plants and the like are treated with blastospores or conidospores of the above-described strain. |
| UM |
A trap for catching large pine weevil |
2021-39185 |
The technical solution relates to the protection of coniferous and deciduous trees and their seedlings against insects, and specifically relates to a trap for the capture of the large pine weevil. The trap for trapping large pine weevil according to the present technical solution can be used to trap large pine weevil parasiting on coniferous and deciduous tree seedlings. |
| UM |
Primers for amplification control for detecting coronavirus SARS-CoV-2 by isothermal amplification LAMP and kit for detecting coronavirus SARS-CoV-2 by isothermal amplification LAMP |
2021-38858 |
The primer set for amplification control for detection of SARS-CoV-2 coronavirus by LAMP isothermal amplification method and the kit for detection of SARS-CoV-2 coronavirus by LAMP isothermal amplification method according to this technical solution can be used for detection of COVID-19 disease in samples of human or veterinary origin or in environmental samples such as surface swabs, etc. The detection method using the primer set described herein allows for rapid, economical and time-saving qualitative detection of the presence of SARS-CoV-2 coronavirus. |
| UM |
Equipment for in vitro testing of acaricidal substances against red poultry mite |
2020-38367 |
Equipment for in vitro sucking of the red poultry mite - an ectoparasite of wild and domestic birds, which causes significant discomfort, anemia, and secondary infections in individuals. Equipment for in vitro testing of acaricidal substances againstred poultry mite can be used especially for scientific and pharmaceutical, resp. veterinary purposes. |
| UM |
Equipment to prevent or divert fish migration in water streams |
2020-38339 |
Equipment for diversion or prevention of fish migration in watercourses according to this technical solution can be used anywhere in the Czech Republic or in the world, especially either above water reservoirs or, for example, at the entrance to the drives or waste channels of small hydropower plants. |
| UM |
Equipment for improving the ecological properties of water reservoirs and an assembly with this equipment |
2020-37303 |
The device comprises at least one floating body with an artificial floating habitat. It can be used on small and large water areas to replace the littoral, or its entire zone with a high ecological value. At present, these are mainly water reservoirs, valley reservoirs or newly emerging large reservoirs created by the reclamation of mine pits. |
| UM |
Equipment for testing RNA-dependent RNA polymerase inhibitors from the tick-borne encephalitis virus |
2019-36187 |
The technical solution relates to a kit for rapid and effective testing of the inhibitory activity of substances on the RNA-dependent RNA polymerase (RdRp) of tick-borne encephalitis virus, i.e. for testing the activity of the inhibitor of this enzyme in vitro. Using this kit, it is possible to test potential virus inhibitors even outside areas designated for the handling of hazardous biological agents. |
| UM |
An insecticidal and acaricidal additive into a carrier substrate for growing plants |
2018-35411 |
Insecticide and acaricide additive to a carrier substrate for the cultivation of plants according to the invention can be used particularly for growing indoor and outdoor flowers and herbs grown in pots, window boxes or in beds, to protect greenhouse crops, especially vegetables, fruit and ornamental shrubs and trees and other crops. It is intended for application to the soil, for the enrichment of growing media and compost and for the pickling of seeds and seedlings. It can be used especially in small growers and in organic and bio-dynamic agriculture. |
| UM |
A device for extruding collected samples of sediment from the sampling tube |
2018-35409 |
The technical solution relates to a device for extruding sediment samples taken from a sampling tube. The sampling tubes is used for sampling of sediments from the bottom of water bodies for subsequent research. Equipment for extrusion of collected sediment samples from the sampling tube will find application in the field of water management, aquatic biology and related scientific and industrial sectors, where sampling and research of water sediments play an important role in knowledge and where sediment sampling is performed using sampling tubes. |
| UM |
A device for collecting sediments from the bottom of water bodies |
2018-35408 |
Equipment for the collection of sediments from the bottom of water bodies will find application in the field of water management, aquatic biology and related scientific and industrial sectors, where the collection and research of water sediments plays an important role in knowledge. |
| UM |
A food supplement |
2018-35344 |
The food supplement according to this technical solution can be used in particular as an alternative to supplements of traditional Chinese medicine with effects against the accumulation of beta-amyloid plaques during the development of Alzheimer's disease and with other possible therapeutic effects suitable for the prevention of other neurodegenerative diseases. |
| UM |
A feeder for breeding and testing ticks in the larva and nymph stage |
2018-35307 |
The feeder for in vitro breeding and testing of ticks in the larval and nymph stage according to this technical solution can be used mainly for scientific and pharmaceutical purposes. These stages of ticks need a significantly smaller volume of blood, ie a smaller amount of test substance, to fully suck. The feeder defined in this way represents an economic advantage on the market. |
| UM |
A growing substrate with insecticidal and acaricidal properties |
2018-35195 |
The growing substrate with insecticidal and acaricidal properties according to this technical solution can be used in particular for growing economically important crops, for sowing, propagating and growing vegetables, e.g. peppers, tomatoes, cucumbers, etc., ornamental plants, e.g. houseplants and other crops. It can be used mainly in alternative, organic farming, greenhouse crop cultivation and small growers. |
| UM |
A devices for performing tearing tests of thin fibres |
2018-34813 |
The technical solution relates to the field of testing the structure and properties of solids, in particular equipment for performing tear tests of thin fibers. The device for performing tear tests of thin fibers according to this technical solution can be used in any laboratory for examining the tensile and strength of thin and fine fibers. |
| UM |
A device for fastening insect fibres for breaking-down tests |
2018-34812 |
The technical solution relates to the field of testing the structure and properties of solids, in particular the device for clamping insect fibers for burst tests. |
| UM |
A device for breeding and testing ticks |
2017-34038 |
The technical solution relates to equipment for in vitro breeding and testing of ticks for scientific and pharmaceutical purposes. The advantages of this device lie in particular in that it provides the possibility for large-capacity breeding or testing of ticks. |
| UM |
A laboratory mixing device for low-volume application of solutions and suspensions into loose materials |
2017-33837 |
The invention allows very precise dosing of the solution or suspension into the bulk material and achieves a high homogeneity of mixing without significant increase of the liquid content in the final product. It is also characterized by simple application, low initial costs, easy portability and maintenance, applicability in laboratory conditions and versatility of use when the device can be used for flasks of different volumes. |
| UM |
Food for bees |
2016-32780 |
The technical solution deal with the creation of a full-fledged feed for bees with the content of sugar component, water and 0.1 to 20% by weight algae Chlorella sp. in the form of dried algal biomass, which is an attractive food for bees. The biomass composition of this algae is colorful, very similar to pollen, with a high protein content (up to 40 to 60%) and, moreover, it can be very easily influenced by changing the cultivation conditions. Secondary algal metabolites generally differ from higher plants, fungi and bacteria not only in chemical structure but also in the spectrum of biological activities such as antibacterial, alelopathic, antiviral, fungicidal activity, or exhibit inhibitory effects on a number of enzymes. This algae also contains a group of substances that have an inhibitory effect on the causative agent of the foulbrood of honey bees the bacteria Paenibacillus larvae. |
| ID |
Trapping device (trap) for the large pine weevil |
8645048 |
Traps and articles for destruction of pests |
| ID |
Equipment for aerodynamic tests of very small objects |
2012-39169 |
Glass equipment with electric fans designed to study the behavior of arthropods in laminar airflow. |
| TM |
SUPRESIL DUO |
576605 |
Verbal mark |
| TM |
METMAPPER |
575587 |
Figurative mark |
| TM |
MetMapper |
575586 |
Verbal mark |
| TM |
SOWA |
565719 |
Figurative mark |
| TM |
Osvědčeno v tropech / Proven in the tropics (colour) |
560468 |
Figurative mark |
| TM |
Osvědčeno v tropech / Proven in the tropics (B&W) |
560467 |
Figurative mark |
| TM |
EcoVault ecological data management |
551818 |
Figurative mark |
| TM |
TOXI AUTO |
526505 |
Combined mark |
| TM |
METABO AUTO |
526504 |
Combined mark |
| TM |
BCCO |
14590426 |
Figurative mark |
| TM |
BC |
508863 |
Combined mark |
| * P - Patent; UM - Utility Model; ID - Industrial Deesign; TM - Trademark |
