Commercialization of scientific and technical results (InnoMarket)
About the page (InnoMarket)
The commercialization of scientific and technical results plays an important and significant role in the global economy. This process is primarily carried out through the transformation of inventions and new technologies into marketable products and services, which contributes to economic growth, competitiveness, and the improvement of living standards on a global scale.
Commercialization today is one of the main drivers of economic development. Countries and companies actively engaged in the commercialization of inventions and new technologies achieve rapid economic growth. This process leads to increased production, the development of new products, and improved competitiveness in global markets.
The commercialization process fosters continuous innovation and the creation of advanced technologies. New and improved technologies can change methods of production and service delivery, elevating countries to a new level.
The website regulates the purchase and sale of inventions, as well as the acceptance of invention applications, attracting investors and partners for ongoing collaboration. Furthermore, the site publishes applications and orders for inventions, increasing competition among inventions and creating a foundation for meeting international requirements. It also ensures mutual communication among the relevant parties, which helps to determine market needs and adapt scientific advancements to real-world demands.
With the implementation of this initiative, the introduction of a unified state policy in the field of innovation and digital technologies is ensured, which contributes to enhancing the impact of innovations on science and integrating science with practical needs, as well as the use of innovative technologies, ultimately improving the effectiveness of cooperation among all stakeholders.
THE SITE PROVIDES YOU WITH THE OPPORTUNITY TO:
Buy or sell patents and primary patents;
Offer or use existing patents through contracts;
Submit applications for innovative ideas and projects;
Present inventions to investors and development partners.
Join us and open the world of opportunities!
Subject InnoPark
INFORMATION ABOUT TECHNOLOGY PARKS
№ | Higher education institutions. | Brief information about the directions and activities of technology parks |
1 | Tajik Agrarian University named after Shirinshoh Shotemur (date of creation 08.04.2014) | The technopark was created on the basis of laboratories “Microbiotechnology”, “cultivator”, “Ichthyology” and greenhouses for growing lemons and seasonal flowers.
|
2 | Tajik international university of foreign Languages named after Sotim Ulughzoda (date of creation 29.11.2011) | The technopark, in the form of a linguistic park, carries out its educational activities, which include language learning and computer courses, sewing and confectionery. |
3 | Tajik Technical University named after academician M.S.Osimi (date of creation 07/06/2012) | The Technology Park carries out educational, scientific and production activities in the field of scientific, technological and innovative research in the main areas of activity, taking into account the implementation of innovative programs and projects. In this context, it also conducts Class B and C driving courses, technical inspection, vocational training and advanced training courses. |
4 | Russian-Tajik Slavonic University (date of creation 01.10.2018) | Technopark has launched educational courses on the basics of computer technology, web programming, programming in C+ and c++ languages, Scratch programming for children, mathematics, English, German, Chinese, university preparation courses, as well as infrastructure services, consulting, trainings and other legal advice. The technopark has two laboratories: a biological laboratory for flower breeding and hybridization and a laboratory for the preparation of medicines from honey. |
5 | Islamic Institute of Tajikistan named after Imam Azam (date of creation 17.02.2017) | At the same time, as in the case of the old, so in the case of the old, so in the case of the old, so in the case of the old, so in the case of the old. Language training is organized according to separate programs, taking into account modern achievements. |
6 | Pedagogical Institute of Panjakent (date of creation 13.03.2018) | The Technopark carries out activities in the field of fish farming, processing products of Dehkan farms, horticulture, as well as internships for students majoring in biology, geography, and management. The Park conducts scientific research and production experience on the basis of fish farming enterprises. At the same time, he is engaged in folk crafts and tailoring. |
7 | Khujand State University named after Academician Bobojon Gafurov (date of creation 11.12.2012) | The Technology Park has established training and production workshops for sewing clothes and furniture, equipped with modern equipment. At the same time, a short-term driving course of categories A, B, C, D, and E. foreign language courses. Gardening is the activity of creating an intensive garden with automatic drip irrigation and developing projects. |
8 | Tajik State University of Law, Business and Politics (date of creation 18.10.2012) | The Technopark carries out its activities in the areas of computer services, printing services, design services and an innovation laboratory, a remote employment center, a youth development center, and a robotics laboratory. |
9 | Polytechnical Institute of Tajik Technical University named after academician M.S.Osimi in Khujand (date of creation 23.06.2012) | The technopark offers short-term training courses for young people and adults in English, Russian, and German, electrical installation and repair, clothing manufacturing and tailoring, vehicle maintenance, information technology, mass food production technologies, beverage production technologies, computer accounting, and the basics of computer design. |
10 | Mining -Metallurgical Institute of Tajikistan (date of creation 2012) | In accordance with the charter, the technopark operates the infrastructure of heat production enterprises, carpentry, welding, laboratories of analytical chemistry, microbiology, water analysis, X-ray fluorescence, Fablab, jewelry, masonry, pyrometallurgical processes, electrometallurgy, laboratories for studying the composition of oil and gas. |
11 | Tajik National University (date of creation 2011) | The technological park has a pilot production workshop for solid dosage forms, a pilot production workshop for liquid dosage forms, a workshop for shin (galenic) materials, a masonry laboratory and a research and production area. A digital platform for the sale of medicinal plant products has been created on the basis of the park - “tojpharm.tnu.tj ” it has been developed in which online advertising and sale of the park's products are carried out. |
12 | Tajik State Pedagogical University named after Sadriddin Aini (date of creation 06/22/2016) | The Technology Park promotes the use of the infrastructure of woodworking industries, educational furniture and equipment, hairdressers, sewing and confectionery products.
|
13 | Technological University of Tajikistan (date of creation 01.09.2011) | The technopark includes a laboratory for canning technology, national and European cuisine, a laboratory for determining food quality, beverage production, pasta, sausage and sausage products, sensors, catering, microbiology, technology and equipment for the production of meat and meat products. |
14 | Academy of Public Administration under the President of the Republic of Tajikistan (date of creation 05/31/2019) | The technopark's activities are aimed at training and cooking national dishes, a medical service center, a sewing and craft production training center, a printing house, an innovation center, a hairdressing and beauty salon with training courses, a center for the sale of educational materials and copiers, an accounting and installation department, a department for training and servicing repeaters, a center for language courses and information technology, A law clinic, a subsidiary farm, and a sports sector. |
15 | International University of Tourism and Entrepreneurship of Tajikistan (date of creation 23.07.2017) | It is planned to create short-term training courses in adras weaving, satin weaving, carpet weaving, sewing, confectionery, jewelry and pottery, Chinese language courses and computer courses in the innovation and technology park. |
16 | Tajik State Finance and Economics University (founded in 2011) | The park offers short-term training courses on "Learning the basics of accounting and 1C accounting" and "Fundamentals of computing and design". |
17 | Kulob State University named after Abuabdulloh Rudaki (date of creation 25.01.2013) | The integral structure of the technological park consists of a sewing workshop and a workshop for the development of folk crafts, a workshop for processing wood and iron, an educational and experimental resort “Istiklol”, a training and consulting center “radiance”, a greenhouse and a publishing center. |
18 | Kulob institute of technology and innovation management (date of creation 02/01/2024) | The structure of the technological park consists of the “educational and scientific laboratory for food diagnostics”, “educational, scientific and production laboratory for fruit and vegetable processing”, “educational, scientific and production training center of portnoy”, “educational, scientific and production laboratory of semi-finished products (tashber, pasta), bakery products", “educational and production centerscientific and Production Center of jewelry technology” and “Laboratory of Microbiology and medicinal plants". |
19 | Dangara State University (date of creation 12/29/2023) | The Technology Park is designed to implement educational, scientific research and artificial intelligence ideas in the field of modern technologies, organize and implement innovative programs, promote the development of modern technologies and education, and implement international standards in the field of education, science and technology. |
20 | Bokhtar State University named after Nosiri Khusrav (date of creation 04.07.2012) | The technopark has a National Center for Design, Sewing and Ornament for a youth group of carvers and carpenters, a Center for Modern Technologies, national professions and crafts, and modern hydraulic press equipment for testing building materials. There is also an auxiliary site at the University next to the park. |
List of invention registered with a protetion document in 2024
CLASS A
HUMAN NECESSITIES
№ | January 2024 |
1. | KM-4 CORN THRESHER FOR THRESHING EARLY SEEDS |
2. | SMALL-SIZE SINGLE-ROW CULTIVATOR KPM-1 |
3. | CULTIVATOR - SMALL-SIZE PLANT FEEDER - SINGLE-ROW KRM-1 |
4. | PLANT COLLECTION WITH HEPATOPROJECTIVE AND CHOLERETIC HOPROPERTIES |
5. | METHOD OF DUODENOPLASTY IN PROLONGED (TUBULAR) DUODENAL STENOSIS OF ULCERATIVE ETIOLOGY OF THE DUODENUM |
February 2024 | |
6. | METHOD FOR DETERMINING THE STAGE AND SEVERITY OF ACUTE KIDNEY INJURY IN CHILDREN |
7. | DENTAL RETRACTOR |
8. | METHOD FOR IMPROVING THE GERMINATION QUALITY OF WHEAT SEEDS |
9. | METHOD FOR THE SURGICAL TREATMENT OF HEPATIC ECHINOCOCCOSIS |
10. | AGENT FOR TREATING ORAL CAVITY DISEASES |
11. | METHOD FOR TREATING PATIENTS WITH POSTOPERATIVE VENTRAL HERNIA
|
March 2024 | |
12. | DEVICE FOR REMOVING TOOTH ROOTS |
13. | ATTACHABLE UNIT FOR BEATING COTTON |
14. | METHOD FOR REINNERVATION OF A TRANSPLANTED INGUINAL FLAP IN CASES OF TRAUMATIC HAND DEFECTS |
15. | DISCRETE FURROW IRRIGATION SYSTEM |
16. | SALVIFRON PRODUCTS FOR THE TREATMENT OF UROLOGICAL DISEASES |
April 2024 | |
17. | TERRACOTTA POT |
18. | DENTAL OBTURATOR FOR EARLY ORTHODONTIC TREATMENT OF CHILDREN WITH CONGENITAL COMPLETE UNILATERAL CLEFT LIP AND PALATE |
19. | METHOD OF SURGICAL TREATMENT OF HEMORRHAGIC STROKE |
20. | METHOD OF EARLY ORTHODONTIC TREATMENT OF CHILDREN WITH CONGENITAL DEFECTS OF THE MAXILLOFACIAL REGION |
May 2024 | |
21. | METHOD FOR THE PREVENTION AND TREATMENT OF DIARRHEA IN PATIENTS WITH ACUTE MYELOBLASTIC LEUKEMIA AGAINST THE BACKGROUND OF AGRANULOCYTOSIS. |
22. | WOUND-HEALING CREAM |
23. | METHOD FOR FORMING THE CROWN OF CITRUS TREES OF THE PALMETTAVERA TYPE |
24. | METHOD FOR ASSESSING THE RISK OF PREDIABETES AND TYPE 2 DIABETES IN WOMEN OF CHILDBEARING AGE IN THE TAJIK POPULATION |
June 2024 | |
25. | METHOD FOR TREATING ARTERIOVENOUS MALFORMATION OF THE LOWER LIP. |
26. | METHOD FOR SEALING THE DUODENUM DURING RESECTION OF THE STOMACH ‘TO EXCLUDE’ PENETRATING STENOSING ULCER |
27. | METHOD OF RADIATION TREATMENT OF PATIENTS WITH SKIN CANCER IN THE CONTEXT OF COVID-19 VIRAL DISEASE |
28. | THE DRUG ‘OXYLEVOFUR’ FOR THE TREATMENT OF MIXED FORMS OF BACTERIAL DISEASES IN BIRDS. |
29. | CREAM-BALM WITH ANTI-INFLAMMATORY, ANTI-BURN AND ANTIMICROBIAL ACTION. |
July 2024 | |
30. | METHOD FOR COMPENSATING FOR PROTEIN-ENERGY DEFICIENCY IN ACUTE DESTRUCTIVE PANCREATITIS |
31. | METHOD FOR RESTORING THE CROSSED SEMINAL DUCT IN MEN |
32. | METHOD FOR COMBINED USE OF GENITAL FLAPS IN ONE-STAGE PLASTIC SURGERY OF SEVERE PROXIMAL FORMS OF HYPOSPADIAS |
August 2024 | |
33. | DEVICE FOR FORMING IRRIGATION MICROFURROWS AND SIMULTANEOUSLY SUPPLYING MICROFERTILISERS |
34. | DEVICE FOR INTERMITTENT WATER SUPPLY TO A DROP IRRIGATION NETWORK |
35. | AUTONOMOUS GREENHOUSE FARM |
September 2024 | |
36. | SURGICAL CLAMP FOR FIXING AND LIFTING THE UTERUS AND APPENDAGES |
37. | ROLLER ROLLER |
October 2024 | |
38. | LARYNGOSCOPE |
39. | METHOD FOR SURGICAL TREATMENT OF BENIGN TUMOURS AND TUMOUR-LIKE PROCESSES OF THE FACIAL SKELETON BONES. |
40. | ANTIPROLIFERATIVE AGENT |
41. | METHOD FOR ELIMINATING PERFORATION OF THE MAXILLARY SINUS OF ODONTOGENIC ETIOLOGY |
42. | METHOD FOR INSTALLING DROP HOSES FOR UNDERGROUND IRRIGATION |
November 2024 | |
43. | METHOD FOR DETECTING FOCAL TUBERCULAR LESIONS IN HIV-INFECTED CHILDREN |
44. | METHOD OF OBTAINING A CAROTINOID-ENRICHED CARROT POWDER |
45. | METHOD OF TRANSPOSITION OF THE ACETABULUM IN CASES OF DYSPLASIA OF THE HIP JOINT IN CHILDREN |
46. | METHOD FOR TREATING OCCLUSIVE FORM OF HYDROCEPHALUS IN INFANTS |
December 2024 | |
47. | METHOD OF DUBLIKATURA OF THE PERITONEUM IN GIGANTIC IMPERFORABLE ABDOMINAL HERNIAS |
48. | METHOD FOR INCREASING THE ROOTING OF SHRUBS OF FRUIT CULTURES ON BOCHARAN LANDS |
49. | METHOD OF SURGICAL TREATMENT OF BONE TUMOURS |
50. | EXHIBITION TABLE-VITRINE FOR DEMONSTRATION OF AGRICULTURAL PRODUCTS |
CLASS B
VARIOUS TECHNOLOGICAL PROCESSES; TRANSPORTATION
January 2024 | |
51. | DEVICE FOR CLEANING CARTER GASES |
July 2024 | |
52. | SAND TRAP FOR THE COLLECTION OF ALLUVIAL DEPOSITS, CONTINUOUS ACTION |
August 2024 | |
53. | METHOD OF EXTRACTING SLURRY GOLD FROM RIVERBEDS. |
CLASS C
CHEMISTRY; METALLURGY
March 2024 | |
54. | METHOD FOR FORMING THE CROWN OF CITRUS PLANTS INTO A FRUIT WALL |
55. | ALUMINIUM-BASED ALLOY |
56. | LEAD-BASED ALLOY |
April 2024 | |
57. | METHOD FOR COMPLEX PROCESSING OF A MIXTURE OF SILICON FLUORIDE AND FLUORIDIC ACID |
58. | ALUMINIUM ELECTROTECHNICAL ALLOY |
59. | METHOD FOR OBTAINING A MIXED COAGULANT FROM LOW-QUALITY ALUMINA-CONTAINING RAW MATERIALS |
May 2024 | |
60. | METHOD FOR FLOTATION ENRICHMENT OF COPPER-GOLD-BEARING ORES |
July 2024 | |
61. | AROMATIC CANDLE (VARIATIONS) |
62. | METHOD FOR MECHANICAL ENRICHMENT OF ALUMINA-CONTAINING RAW MATERIALS WITH KYANITE-SYLIMANITE TO OBTAIN ALUMINA |
63. | METHOD FOR OBTAINING HUMIC ACIDS AND ORGANOMINERAL FERTILISERS FROM COAL DEPOSIT WASTE |
August 2024 | |
64. | COMPLEX ORGANIC-MINERAL FERTILISERS |
65. | RAW MATERIAL MIXTURE FOR OBTAINING PORTLAND CEMENT CLINKER |
66. | ALUMINIUM-BASED ALLOY |
67. | METHOD FOR COMPLEX PROCESSING OF A BY-PRODUCT OF FLUORIDIC ACID PRODUCTION |
September 2024 | |
68. | METHOD FOR INCREASING THE CORROSION RESISTANCE OF ALUMINIUM-LITHIUM ALLOYS |
69. | METHOD FOR OBTAINING OIL FROM FLAXSEEDS |
October 2024 | |
70. | METHOD FOR OBTAINING ANHYDROUS GLYCEROL |
71. | LEAD BABBIT |
72. | METHOD FOR OBTAINING CORROSION-RESISTANT ZINC-ALUMINIUM ALLOYS |
CLASS E
CONSTRUCTION; MINING
February 2024 | |
73. | ENERGY-EFFICIENT LOW-RISE HOUSE WITH ENGINEERING SYSTEMS FOR MAINTAINING THE MICROCLIMATE |
April 2024 | |
74. | AUTOMATIC WATER METERING DEVICE FOR OPEN CHANNELS |
75. | METHOD FOR INSTALLING DRILLING RIG FOUNDATIONS ON REUSABLE PRECAST REINFORCED CONCRETE FOUNDATION BLOCKS |
October 2024 | |
76. | COMPOSITION FOR PROTECTING FINELY DISPERSED WASTE FROM SPRAYING (VARIATIONS) |
November 2024 | |
77. | ALUMINIUM PROFILE FOR GLAZING BALCONY WINDOWS, SHOWCASES AND STAINED GLASS WINDOWS (OPTIONS) |
78. | ASPHALT CONCRETE MIXTURE |
79. | ASPHALT CONCRETE MIXTURE |
CLASS F
MECHANICAL ENGINEER; LIGHTING; HEAT-
ING; MOTORS AND PUMPS
February 2024 | |
80. | SOLID SOLUTION OF THE Tb5Bi3 Tm5Bi3 SYSTEM AS A MAGNETIC MATERIAL |
81. | GRAVITY WATER LIFTING DEVICE |
June 2024 | |
82. | SOLAR COLLECTOR – PANEL FOR HEATING AND COOLING BUILDINGS, PRODUCING HOT WATER |
August 2024 | |
83. | SCREW HYDRO TURBINE FOR HIGH-PRESSURE WATER SUPPLY |
September 2024 | |
84. | RESILIENT SPRING-TYPE VIBRATION DAMPER |
October 2024 | |
85. | DEVICE FOR OBTAINING COMPRESSED AIR AND WATER SUPPLY |
CLASS G
PHYSICS
April 2024 | |
86. | METHOD FOR DETERMINING THE LOCATION OF A GEOTHERMAL CURTAIN IN THE EARTH'S CRUST |
May 2024 | |
87. | DEVICE FOR DETERMINING THE CORROSION STATUS OF EARTHING ELEMENTS |
June 2024 | |
88. | INFORMATION AND MEASUREMENT SYSTEM FOR EVALUATING THE ENERGY EFFICIENCY OF A TRUCK. |
November 2024 | |
89. | INSTALLATION FOR RESEARCHING THE ACOUSTIC DAMPING PROPERTIES OF METALLIC MATERIALS |
90. | METHOD FOR DETERMINING THE COMPOSITION OF ALANINATE COORDINATION COMPOUNDS OF COPPER(II) AND THE CONSTANTS OF THEIR FORMATION |
91. | METHOD FOR DETERMINING THE COMPOSITION OF ALANINATE COMPLEXES IN A HOMOGENEOUS IRON(II)–IRON(III) SYSTEM AND THE CONSTANTS OF THEIR FORMATION |
92. | METHOD FOR SPECTROMETRIC DETERMINATION OF AMOXICILLIN IN MEDICINAL FORMS. |
December 2024 | |
93. | METHOD FOR DIAGNOSING ENDOGENOUS INTOXICATION. |
CLASS Н
ELECTRICITY
March 2024 | |
94. | MULTIPHASE VALVE EXCITER FOR EXCITING AN ELECTROMAGNETIC SYNCHRONOUS GENERATOR |
May 2024 | |
95. | DEVICE FOR COOLING A TRANSFORMER |
August 2024 | |
96. | FLOATING SOLAR INSTALLATION WITH A SUN TRACKING DEVICE |
November 2024 | |
97. | SAMPLE HOLDER "FOR MEASURING THE ELECTROPHYSICAL PARAMETERS OF METALS AND SEMICONDUCTOR COMPOUNDS AT AVERAGE TEMPERATURES" |
98. | NANOCOMPOSITE MATERIAL BASED ON CALCIUM TITANATE |
December 2024 | |
99. | DEVICE FOR DETERMINING THE WEAR OF A GENERATOR BRUSH |
100. | METHOD FOR INSTALLING SOLAR PANELS IN MOUNTAINOUS TERRAIN |