This technology relates to a composition for preventing osteoporosis that contains a specific concentration of Lycii Radicis Cortex ethanol extract, obtained by hot-air drying and pulverizing Lycii Radicis Cortex, extracting it with water and ethanol, and then performing centrifugation and vacuum concentration.
Preventing and improving bone metabolic diseases requires active ingredients that enhance bone function, yet there has been a lack of compositions derived from natural sources that reliably provide effective concentrations.
By incorporating Lycii Radicis Cortex extract at a specific concentration within the total composition, this technology secures bone function improvement activity, allowing it to be applied to compositions for preventing osteoporosis to help prevent and improve bone metabolic diseases.
This patent is owned by IPBank. Upon purchase, you may receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and additional points during the evaluation for priority procurement of excellent inventions.
This technology is about a distributed consensus system and method for the external interface in a blockchain-based smart contract. It is about an external device call interface that enables external device calls and a blockchain-based external service support system using public key verification.
The reason external device calls cannot be made in existing blockchain-based smart contracts is because smart contracts are executed on all nodes.
This technology uses transaction application methods of block generation nodes and block verification nodes to solve the problem of not being able to call external devices. By separating, traffic generated from external devices can be reduced.
This technology is a pretreatment method for recycled seashells that involves washing, soaking, ultrasonic irradiation, and drying, followed by acid washing in an aqueous acid solution and inspection of whiteness and strength.
To recycle seashells, surface contaminants and organic matter must be thoroughly removed; however, conventional washing methods have struggled to achieve the necessary levels of whiteness and strength.
By precisely treating seashells through ultrasonic irradiation and specific acid washing processes, this technology ensures high whiteness and strength when applied to recycled seashell raw materials.
This patent is owned by IP Bank. Upon purchase, you may receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and bonus points during the evaluation for priority procurement of excellent inventions.
This technology is about a device for dispersing blister packing tablets without damaging the tablets when supplying tablets.
Existing manual blister tablet extraction consumes a lot of time and manpower, and there is a risk of tablet damage and contamination. To solve this problem, this technology provides a packaging device that automatically separates and extracts blister-packed tablets without damaging the tablets.
This device precisely forms a sheath at the bottom of the blister package and safely extracts the tablets through pressurization, ensuring efficiency and hygiene at the same time. It is an optimized solution for environments that require separation of large quantities of tablets, such as pharmacies and hospitals.
This technology simultaneously uses a non-benzene-based first structure directing agent that provides the skeletal structure of MFI zeolite seed crystals with regular microporous pore sizes, and a second structure directing agent containing one benzene ring and ammonium ion that acts as a mesopore-directing agent without interfering with the role of the first structure directing agent. This is about the manufacturing method of hierarchically structured MFI zeolite.
We overcome the mass transfer limitations of existing MFI zeolites and present a solution for the production of acetylene-based sustainable aromatics.
The catalyst using this technology maintains the excellent properties of existing zeolites while maximizing mass transfer efficiency, showing excellent catalytic activity in the conversion reaction from acetylene to high value-added aromatic compounds such as benzene, toluene, and xylene. In particular, it can contribute to the development of a sustainable chemical industry by improving xylene production yield by up to 7 times
This technology was developed through the National Research Foundation of Korea's research project on catalyst technology for producing BTX from methane via acetylene.
This technology simultaneously uses a non-benzene-based first structure directing agent that provides the skeletal structure of MFI zeolite seed crystals with regular microporous pore sizes, and a second structure directing agent containing one benzene ring and ammonium ion that acts as a mesopore-directing agent without interfering with the role of the first structure directing agent. This is about the manufacturing method of hierarchically structured MFI zeolite.
We overcome the mass transfer limitations of existing MFI zeolites and present a solution for the production of acetylene-based sustainable aromatics.
The catalyst using this technology maintains the excellent properties of existing zeolites while maximizing mass transfer efficiency, showing excellent catalytic activity in the conversion reaction from acetylene to high value-added aromatic compounds such as benzene, toluene, and xylene. In particular, it can contribute to the development of a sustainable chemical industry by improving xylene production yield by up to 7 times
This technology was developed through the National Research Foundation of Korea's research project on catalyst technology for producing BTX from methane via acetylene.
This technology involves a meat processing method where thawed meat is placed in an impregnator and subjected to alternating vacuum and atmospheric pressure, followed by immersion and pressurization in a fermented mixture of pine nut shell extract butanol fraction and a kiwi-soybean complex extract.
Conventional meat processing often results in uneven penetration for tenderization or flavor enhancement, making it difficult to ensure that additives are evenly distributed throughout the meat.
By alternating between vacuum and atmospheric pressure, this technology ensures the fermented mixture penetrates deep into the meat, enhancing the flavor and quality of processed meat products.
This patent is owned by IP Bank. Upon purchase, you may receive support for commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and additional points during the evaluation for priority procurement of excellent inventions.
This technology is a developmental disorder treatment solution that runs a program on a wireless terminal, consisting of articulation and phonology lists, lip-shape visualization, tongue-position training, and remote consultation, while correcting pronunciation by analyzing lip shapes captured via camera.
Traditional speech therapy requires face-to-face sessions with specialists and makes it difficult for patients to verify their own pronunciation accuracy, creating barriers to consistent, repetitive practice due to time and space constraints.
By utilizing voice recognition to assess pronunciation and camera-based analysis to provide feedback on lip shapes, this technology can be applied to remote speech therapy services, allowing patients to correct their own pronunciation independently.
This patent is owned by IP Bank. Upon purchase, you may receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and bonus points during evaluations for priority procurement of excellent inventions.
This technology is about a distributed consensus protocol in a distributed network. It is about a distributed consensus protocol method that allows participants in the system to maintain the same authentication key in an environment where encryption authentication keys are dynamically generated based on blockchain in a bus-type distributed network, such as an in-vehicle network. It wasn't enough.
To solve these problems, this technology proposes an efficient distributed consensus protocol that allows all ECUs to maintain the same key even when message reception fails in a blockchain-based dynamic key generation environment. This protocol satisfies CAN communication characteristics and real-time, and ensures encryption key matching between ECUs, strengthening the reliability and security of the vehicle's internal network, presenting an essential solution to vehicle hacking defense.
This technology was developed through the Information and Communication Technology Promotion Center's research project on developing adaptive blockchain platform technology and training professional personnel.
This technology involves extracting active ingredients from deer antler or Job's tears, saccharifying and concentrating them with malt, and blending the resulting concentrate into chocolate base to produce deer antler chocolate.
Previously, it was difficult to create products that effectively incorporated the active ingredients of deer antler into chocolate while maintaining both palatability and functionality.
This technology uses rice water and effective microorganisms to soak and extract deer antler and Job's tears, which are then saccharified and concentrated before being blended into chocolate, allowing for the incorporation of deer antler's active ingredients into functional chocolate products.
This patent is owned by IPBank. Upon purchase, you may receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and additional points during the evaluation for priority procurement of excellent inventions.
This technology is about a sensor that can visualize the detection of the target object in color, and is about a complex sensor and manufacturing method that can expect rapid detection by using the characteristics of a gel that changes in volume when exposed.
Existing volatile organic compound (VOC) detection methods have limitations such as long measurement times, large equipment, and high costs, making real-time analysis difficult.
This technology is a complex sensor that uses gel-crystallized particles to quickly detect VOCs through color changes. It has a response speed up to 3,000 times faster than existing methods, and enables real-time on-site monitoring through intuitive color changes. It is intended to provide a simple, quick and inexpensive sensor that can be used to check health factors or detect environmental changes.
This technology was developed through the Korea Evaluation Institute of Industrial Technology's [RCMS] Neovascularization-targeting nanocomposite and on-de research project for the treatment of retinal degenerative disease.
This technology is a livestock feed additive containing a specific ratio of pine cone oil, extracted from pine cones (a farm byproduct), and the remaining pine cone meal.
Pine cones are typically discarded as waste, and there have been challenges in processing and utilizing them effectively as a stable resource for livestock feed.
This technology enables the use of farm byproducts as a resource by washing, drying, aging, and pressing pine cones to extract oil, then fermenting the remaining meal and blending them together for use in livestock feed additives.
This patent is owned by IP Bank. Upon purchase, you may receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and bonus points during evaluations for priority procurement of excellent inventions.
This technology relates to a plane wave generation method using a convex type ultrasonic probe that can generate a plane wave, a plane wave generation device using the method, and a plane wave generation system using the method.
When generating plane waves using a convex type ultrasonic probe, the existing method had the problem of causing high computational and space complexity.
To solve this problem, this technology proposes a method to efficiently calculate the delay time for the entire transmission direction, store it in a shift register, and quickly generate the required delay time by shifting it. This technology maximizes the performance and efficiency of ultrasound diagnostic devices by reducing the number of operations and registers required to calculate delay time.
This technology was developed through the National Research Foundation of Korea's research project to develop real-time, non-invasive local vascular stiffness and atherosclerotic plaque rupture risk assessment technology to overcome cardiovascular diseases.
This technology is a feed composition that blends roughage, such as oat or rice straw, with crushed perilla meal, additional ingredients like grains, salt, minerals, and calcium carbonate, and probiotics.
Conventional feed often struggles to meet recommended omega fatty acid ratios in livestock products, and there have been challenges in stably utilizing perilla meal, a byproduct, as feed.
By crushing perilla meal to a specific size, fermenting it, and blending it with roughage, this technology can be applied to livestock feed to prevent rancidity while improving the omega fatty acid ratio.
This patent is owned by IPBank. Upon purchase, you can receive support through commercialization programs, recommendations for technology transfer and commercialization funding guarantees, and additional points during the evaluation for priority procurement of excellent inventions.
This technology is about electromechanical device packaging technology, and is about an electromechanical device package and method that can implement an electromechanical device package capable of three-dimensional integration with high integration on a semiconductor chip.
Existing electromechanical device packaging suffers from performance degradation due to a reduction in chip area and structural instability problems due to damage to the metal wiring layer. This technology proposes an electromechanical device package capable of high-density three-dimensional integration and a manufacturing method thereof.
The active area is vacuum packaged without affecting the metal wiring layer, maximizes CMOS process compatibility based on TEOS, realizes high integration even with a low metal wiring layer, and can be manufactured at low cost using the existing CMOS process.
This technology was developed through the National Research Foundation of Korea's research project on the development of a CMOS-nano-electromechanical hybrid function conversion logic system using monolithic three-dimensional integration technology.
