Feed with Improved Fatty Acid Ratios Using Crushed Perilla Meal and Roughage

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.

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Key Features:

• Roughage containing one or more of oat or rice straw, blended at 20–40 parts by weight
• Perilla meal crushed to a diameter of 1.5–2.5 mm, included at 6–8 parts by weight per 100 parts of the feed composition
• Additional ingredients containing one or more of grains, salt, minerals, and calcium carbonate, included at 20–55 parts by weight
• Perilla meal fermented with Lactobacillus after the addition of sugar, salt, molasses, etc., to prevent rancidity

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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.

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CMOS-compatible highly integrated 3D semiconductor device vacuum package

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.

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Key Features:

• Forms a fine space (active area) between metal wiring layers for the operation of electromechanical elements through the sacrificial layer deposition and removal process.
• Vacuum sealing with a passivation layer (protective film) and shielding layer ensures structural stability without affecting other metal layers.
• Increases process compatibility based on TEOS (Tetraethyl orthosilicate).
• Affects other metal layers. Implementing a structurally stable CMOS-NEM reconfiguration logic by manufacturing the package only within a specific area

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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.

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Feed with improved omega fatty acid ratios formulated from sweet sorghum and oats

This technology is a feed composition formulated with specific weight proportions of sweet sorghum, oats, additional ingredients such as grains, salt, minerals, and calcium carbonate, and probiotics.

Conventional feed makes it difficult to achieve the recommended ratio of omega-3 to omega-6 fatty acids in livestock products, creating a need for low-cost feed with enhanced health functionality.

By feeding livestock this composition, which utilizes low-cost ingredients like sweet sorghum, oats, and probiotics, the omega fatty acid ratio in livestock products can be improved to meet WHO-recommended levels.

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Key Features:

• Sweet sorghum included at 20–40 parts by weight per 100 parts of the feed composition to improve fatty acid ratios
• Oats included at 6–8 parts by weight per 100 parts of the feed composition to serve as roughage
• Additional ingredients included at 20–55 parts by weight, consisting of one or more of the following: grains, salt, minerals, and calcium carbonate
• Probiotics included at 0.5–1.5 parts by weight per 100 parts of the feed composition to facilitate fermentation and maturation of the mixture

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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 additional points during evaluations for priority procurement of excellent inventions.

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High purity trans-resveratrol economic production system

This technology is about a method of producing trans-resveratrol, a high value-added product, by using magnetic photosynthetic membrane vesicles together with immobilized biosynthetic enzymes.

Existing trans-resveratrol production methods had limitations such as low yield, complicated purification, and high cost. This technology proposes an innovative in vitro production method using magnetic photosynthetic cell membrane vesicles and immobilized enzymes to increase economic efficiency through repeated reuse of high-cost coenzymes and reduce production costs through efficient recovery and reuse of enzymes. In addition, the final product, trans-resveratrol, can be easily separated in the form of a high-purity precipitate, simplifying the purification process, and providing high-quality resveratrol through stereo-specific production, improving the possibility of industrial mass production of high-value resveratrol.

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Key Features:

• Enzyme-based synthesis: Using 4-coumaric acid and malonic acid as starting materials, trans-resveratrol is synthesized through three major enzymes (4-coumaric acid-Coenzyme A ligase, malonyl Coenzyme A synthetase, and stilbene synthase).
• Coenzyme (ATP) regeneration system: Photosynthetic cell membrane vesicles absorb light energy, continuously converting the ATP consumed during the reaction from ADP. Regeneration
• Magnetic-based recovery: Magnetic particles are contained inside the photosynthetic cell membrane vesicles, and after the reaction, they are simply separated from the reaction solution with a magnet and reused.
• The magnetic photosynthetic cell membrane vesicles regenerate ATP from ADP and Pi using light energy and resupply it to the reaction

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This technology was developed through the cutting-edge convergence technology development research project of the Ministry of Science, ICT and Future Planning.

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A precise object tracking system that excels even in low-quality images

This technology relates to an object tracking method and object tracking system. It relates to an object tracking method and device that is robust to the environment by obtaining multiple histograms for at least two features of a target object, selecting the one feature with the maximum cost among them, and applying a particle filter to track the object.

To overcome these limitations, this technology presents a particle filter-based object tracking technique that combines multiple histograms and Minimax estimation techniques. Accurate tracking is possible in any environment by analyzing two or more feature information, selecting the optimal feature, and calculating the particle weight.

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Key Features:

• A new object tracking method that combines the Minimax estimation technique with the Monte Carlo sampling (particle filter) method
• Simultaneously generates multiple histograms for multiple features such as the color (RGB, HSV) and shape (HOG) of the object
• Calculate the Bhattacharya distance with the reference model to obtain the cost, and select the one feature with the largest cost (maximum distance) among them
• Track lighting, shade, brightness changes, etc. through the Minimax technique When an interfering factor occurs, maintain stable tracking performance by using the feature most affected by the factor as a standard

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A precise object tracking system that excels even in low-quality images

This technology relates to an object tracking method and object tracking system. It relates to an object tracking method and device that is robust to the environment by obtaining multiple histograms for at least two features of a target object, selecting the one feature with the maximum cost among them, and applying a particle filter to track the object.

To overcome these limitations, this technology presents a particle filter-based object tracking technique that combines multiple histograms and Minimax estimation techniques. Accurate tracking is possible in any environment by analyzing two or more feature information, selecting the optimal feature, and calculating the particle weight.

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Key Features:

• A new object tracking method that combines the Minimax estimation technique with the Monte Carlo sampling (particle filter) method
• Simultaneously generates multiple histograms for multiple features such as the color (RGB, HSV) and shape (HOG) of the object
• Calculate the Bhattacharya distance with the reference model to obtain the cost, and select the one feature with the largest cost (maximum distance) among them
• Track lighting, shade, brightness changes, etc. through the Minimax technique When an interfering factor occurs, maintain stable tracking performance by using the feature most affected by the factor as a standard

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Method for Manufacturing a Grain Sweetener by Roasting and Molding Brown Rice Soaked in Vegetable Extract

This technology involves a method for producing brown rice granules by soaking brown rice in a mixed extract of grape seed powder, kohlrabi, eggplant, and frisée, followed by steaming, roasting, pulverizing, and extrusion molding.

Existing sweeteners have limited versatility, creating a need for a natural, grain-based sweetener that can be used across a wide variety of dishes.

By roasting, pulverizing, and molding brown rice infused with a vegetable extract, this technology can be applied as a natural grain sweetener for products such as scorched rice (nurungji), soups, and instant rice.

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Key Features:

• Preparation of a mixed extract by adding water to grape seed powder, kohlrabi, eggplant, and frisée, followed by extraction and filtration.
• Soaking dried brown rice in the prepared mixed extract for a set period.
• Steaming the soaked brown rice to make cooked brown rice, then roasting and pulverizing it into brown rice powder.
• Extrusion molding the brown rice powder into brown rice granules for use as a sweetener.

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This patent is owned by IPBank. Purchasing this patent provides access to commercialization support programs, technology transfer, and recommendations for commercialization funding guarantees, as well as bonus points during evaluations for priority procurement of excellent inventions.

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Computing resource saving blockchain transaction verification technology

This technology relates to a blockchain-based transaction verification system and method that can increase the efficiency of computing resources while maintaining the integrity of transaction verification by randomly assigning block verification rights to a small number of nodes using a block hash-based algorithm.

The existing blockchain transaction verification method had the problem of severe waste of computing resources because all nodes participated. To solve this inefficiency, this technology utilizes a block hash-based algorithm to randomly assign block verification authority to only a small number of nodes, thereby reducing computing resource usage by 94% while maintaining transaction integrity. At the same time, it has the effect of guaranteeing integrity even if a small number of nodes verify the transaction.

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Key Features:

• Only a small number of nodes randomly assigned block verification authority verify transactions
• Verification authority is assigned through an unpredictable algorithm using the hash value of the previous block and its own node ID
• Since verification authority changes in real time and unpredictably every time a block is created, integrity is secured by blocking the possibility of collusion and attack by a small number of nodes
• Only a small number of nodes perform verification to reduce resource consumption of the entire network and operate efficiently

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Brown rice processing device for scorched rice using eccentric twisting compression rollers

This technology is a brown rice processing device for making scorched rice, consisting of an inclined brown rice supply chute, a compression roller assembly with first and second rollers that feature textured surfaces and rotate in opposite directions, and a twisting drive mechanism that eccentrically rotates the rollers.

Scorched rice made from brown rice often has a hard texture that does not soften easily in water, creating a need for a processing device that can soften the brown rice.

This technology uses compression rollers to press and crush the brown rice, while the twisting drive mechanism creates a rubbing effect through eccentric rotation, allowing the brown rice to soften easily in water when used in the scorched rice manufacturing process.

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Key Features:

• A brown rice supply chute installed at an incline to transport milled brown rice, featuring a rice-moving groove with a width equal to that of the brown rice.
• First and second rollers with textured outer surfaces, arranged with a gap smaller than the width of the brown rice and driven in opposite directions.
• A twisting drive mechanism installed on at least one of the rollers to eccentrically rotate the roller in the longitudinal direction.
• A twisting drive structure consisting of an eccentric shaft installed at one end of the second roller and a drive motor that powers the eccentric shaft.

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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 additional points during evaluations for the priority procurement of excellent inventions.

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Biomimetic fiber network for cell tissue regeneration scaffold

This technology relates to a method of manufacturing a fiber network of extracellular matrix (ECM) proteins. Existing methods of manufacturing extracellular matrix protein networks were different from in vivo mechanisms or difficult to control the shape.

This technology utilizes anionic copolymer micropatterns to precisely manufacture an extracellular matrix protein fiber network similar to that in vivo, making it possible to effectively control the shape and arrangement of a single or complex protein network.

This technology contributes to in vitro development, cell adsorption and differentiation research of various tissues, and can be used as a cell culture scaffold essential for the development of biomaterials and medical devices, and as a restorative material for tissue regeneration.

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Key Features:

• Using an anionic copolymer with a micro-pattern, the fiber formation mechanism of extracellular matrix proteins in vivo is precisely simulated
• The anionic copolymer micro-pattern provides negative charges at specific locations to induce the extracellular matrix proteins to self-align and organize, forming a regular fiber network
• Extracellular matrix proteins such as fibronectin and laminin are cultured on the fabricated micro-pattern to form a fiber network that self-assembles along the pattern. Induction
• Complex protein networks can be manufactured by cultivating not only a single protein but also two or more types of proteins sequentially or simultaneously, enabling the simulation of various tissue environments

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This technology was developed through support from the National Research Foundation of Korea's artificial cell structure and function simulation research project.

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Recovery of sodium aluminate and MMA from waste artificial marble via alkali treatment

This technology involves mixing waste artificial marble powder with sodium hydroxide to dissolve and react with aluminum hydroxide to produce sodium aluminate, which is then separated and recovered from PMMA through solid-liquid separation.

Conventional recovery methods suffer from high energy consumption due to thermal decomposition and difficulty in efficiently recovering aluminum compounds using alkalis.

By recovering sodium aluminate and PMMA through alkali treatment and solid-liquid separation without the need for thermal decomposition, this technology can be applied to waste recycling processes to recover resources with minimal energy.

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Key Features:

• A pretreatment process that selects and prepares powder with a uniform particle size to recycle waste artificial marble.
• A slurrying process that mixes sodium hydroxide with the selected waste artificial marble powder to dissolve the aluminum hydroxide and ensure fluidity.
• A reaction process that involves mixing the slurry with water and heating it at 60–200°C for 1–3 hours to produce sodium aluminate.
• A solid-liquid separation process that uses a separator to isolate sodium aluminate from the remaining solid PMMA.

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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 additional points during evaluations for priority procurement of excellent inventions.

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90% efficient conversion of carbon dioxide with porous amalgam electrode

This technology concerns the manufacturing method of an amalgam electrode and the electrochemical reduction method of carbon dioxide using an amalgam electrode.

The existing amalgam electrode manufacturing method had difficulties in efficiently converting carbon dioxide due to limitations in implementing porous electrodes, but this technology provides a method of forming an amalgam layer on the surface of a porous substrate electrode by electrodepositing mercury and metal.

This technology overcomes the shortcomings of existing methods and utilizes a large surface area to achieve excellent conversion efficiency of up to 90% or more in the electrochemical reduction reaction of carbon dioxide. It also provides environmental benefits by utilizing safe dental amalgam formulations.

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Key Features:

• Manufacture an amalgam electrode using an electroplating method
• Submerge the substrate electrode in a solution containing metal ions such as mercury, silver, tin, and copper, and sequentially deposit metal layers through an electrochemical reduction reaction
• Applicable to porous substrates, greatly increasing the effective surface area of the electrode
• Stable electrolysis is possible even at high current densities, and efficiency lasts for more than 21 hours

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This technology was developed through support from the Korea Institute of Energy Technology Evaluation and Planning's research project to develop innovative technology for the existing production process of high-value chemical products using captured CO₂.

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A brokerage platform that connects travelers with customized travel packages by consolidating quote requests and facilitating travel agency bidding.

This technology involves a management server that registers the primary service regions of travel agencies and allows travelers to submit quote requests for specific destinations and dates. These requests are sent as bids to agencies specializing in those regions to provide customized travel proposals. With user consent, quote requests from travelers seeking the same destination and schedule can be bundled for bidding.

Traditional package tours force travelers to adhere to pre-set itineraries, making it difficult to accommodate individual preferences, while independent travel lacks support for unexpected local issues. For travel agencies, the high cost of advertising to attract customers from the general public remains a significant burden.

This technology allows travelers to specify whether they are open to joining others (Y/N) and set preferences for the gender and age of potential travel companions. Requests that match these criteria are bundled into a single quote, and emergency support requests are routed directly to the assigned agency. Applicable to custom quote comparison services, small-group matching apps, and online channels for local agencies, it enables travelers to get reasonable quotes for their desired itineraries while helping agencies acquire interested customers without advertising costs.

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Key Features:

• Receiving a travel agency registration request from an agency terminal, including information on their primary service regions.
• Extracting requests with identical travel destinations and schedules from the travel quote requests received from user terminals.
• First, extracting quote requests where the user has opted to join others, and second, filtering those that match in terms of gender and age group criteria.
• Sending a bid participation request, including the consolidated quote request, to the terminals of selected travel agencies based on their service regions.

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Liposome that improves drug delivery efficiency by introducing extracellular matrix (ECM) and cytoskeleton

This technology is about cell-like liposomes. Existing liposomes have limitations in drug delivery due to instability in the body and low delivery efficiency, but it provides cell-like liposomes and an improved drug delivery system using them.

The developed liposome contains an extracellular matrix (ECM) and cytoskeleton in a phospholipid membrane composed of anionic lipids and neutral lipids, so it has strength and flexibility similar to real cells and can dramatically increase drug delivery efficiency by securing high stability and affinity in vivo.

This technology overcomes the shortcomings of existing drug delivery systems and builds a next-generation drug delivery system that is biocompatible and stable, and cell-like liposomes have the characteristics of improved strength and flexibility.

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Key Features:

• Manufacturing a phospholipid membrane composed of anionic lipids, neutral lipids, and ion-permeable carriers
• Introducing a single-molecule cytoskeleton (e.g., G-actin) into the phospholipid membrane through methods such as application of electricity
• Binding the extracellular matrix to the liposome surface through ionic bonding with anionic lipids, and stably coating the surface through self-assembly polymerization reaction
• Thanks to a cell-like structure, it is resistant to changes in the external environment Has resistance

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This technology was developed through support from the National Research Foundation of Korea's artificial cell structure and function simulation research project.

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Recovery of aluminum and MMA from waste artificial marble using acid treatment and solid-liquid separation

This technology involves turning waste artificial marble powder into a slurry and reacting it with an acid compound to extract aluminum components, followed by solid-liquid separation to isolate and recover aluminum compounds and PMMA.

Conventional recovery methods rely on thermal decomposition, which is energy-intensive and makes it difficult to efficiently separate and recover aluminum and MMA from waste artificial marble.

By recovering resources through acid treatment and solid-liquid separation without the need for thermal decomposition, this technology can be applied to waste recycling processes to recover aluminum compounds and MMA with minimal energy consumption.

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Key Features:

• A pretreatment process that selects and prepares powder with a uniform particle size for recycling waste artificial marble
• A slurrying process that mixes water with the selected waste artificial marble powder to ensure fluidity
• An aluminum compound reaction process that mixes an acid compound into the slurry and heats it to react the aluminum components with the acid
• A solid-liquid separation process that uses a separator to isolate the aluminum compounds from the solid PMMA

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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 additional points during evaluations for priority procurement of excellent inventions.

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