This technology relates to a pharmaceutical composition for the prevention or treatment of onychomycosis and tinea.
Existing antifungal agents have encountered a technical limitation where their high affinity for keratin in the skin and nails significantly reduces drug penetration, thereby diminishing their preventive and therapeutic effects against tinea. Accordingly, the present invention proposes an antifungal method comprising at least one selected from luliconazole and luliconazole salts.
The pharmaceutical composition according to this technology does not exhibit crystal precipitation even with temperature changes during long-term storage. When applied to the affected area of the skin and nails, it prevents the formation of fine precipitates after the volatile solvent evaporates, thereby significantly improving drug penetration. Furthermore, by inhibiting the keratin affinity of the active ingredient, the antifungal agent, when applied to the affected area, it further enhances drug penetration, demonstrating excellent preventive and therapeutic effects against tinea pedis and onychomycosis.
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본 기술은 코드 분리 기반 스마트 자동차 제어 방법 및 이를 수행하기 위한 장치에 관한 것입니다. 특히 핵심코드 분리와 단계 인증을 이용한 스마트 자동차 제어 보안 기술입니다.
기존 기술에서는 스마트 차량 키에 저장된 데이터와 관련된 해킹 및 재생 문제를 해결하고, 보안 및 인증 방법을 강화하고자 한다를 해결할 필요가 있었습니다. 이에 본 기술은 제1 코드 생성 유닛, 제2 코드 생성 영역, 통신 유닛, 인증 수행 유닛, 메인 코드 조인트, 및 엔진 코드 조인트와 같은 구성 요소를 가진 스마트 카 제어 장치를 포함하는 구성을 제안합니다.
이에 따라 본 기술은 중요 코드를 분리하고 인증 검사를 구현함으로써 스마트 차량에서 보안 및 인증 프로세스를 개선할 수 있습니다. 자동차·이동수단·소프트웨어 분야에서 활용 가치가 있습니다.
This technology relates to an engine oil discharge device and an engine oil discharge method using it. Specifically, it is an engine oil automatic discharge technology using compressed air and vacuum storage.
Existing technologies faced challenges such as slow engine oil extraction and residue remaining in the engine oil pan, as well as the need for expensive specialized equipment and difficulties in using it in mobile mode. To address these issues, this technology proposes a configuration that includes a compressed air supply unit, an oil discharge unit, and an oil tank unit, along with an exhaust controller for managing the internal space of the engine oil pan and oil tank.
Accordingly, this technology can improve the efficiency of engine oil extraction and storage, as well as enhance the quality and uniformity of the oil change process. It has high utility value in the automotive, mobility, machinery, and equipment sectors.
This technology relates to a high-strength electromagnetic shielding carbon nanotube nonwoven fabric using water-soluble highly branched supramolecular linkers and its manufacturing method. Specifically, it is a high-strength EMI shielding CNT nonwoven fabric technology using water-soluble supramolecular linkers.
Existing technologies needed to overcome the limitations of conventional electromagnetic shielding materials, such as high specific gravity, cost, corrosiveness, and low workability, which arose from using nano carbon/polymer composites. To address this, the present technology proposes a configuration that includes a carbon nanotube nonwoven fabric for electromagnetic shielding, manufactured through the π-π bonding of carbon nanotubes and the highly branched structure of polymeric supramolecular linkers.
Accordingly, this technology improves the mechanical strength and thermal properties of CNT nonwoven fabrics, making them suitable for industrialization and environmentally friendly. It has value for use in advanced materials, electronic components, and electronic device fields.
This technology relates to composite-structured conductive yarn, fabric manufactured using it, and a method for manufacturing composite-structured conductive yarn. Specifically, it is a manufacturing technology for composite-structured conductive yarn with durability and signal transmission capabilities.
Conventional technologies faced limitations in existing conductive yarn manufacturing methods, such as reduced elasticity and conductivity, necessitating the provision of composite-structured conductive yarn with improved durability and signal transmission characteristics. Accordingly, this technology proposes a configuration that includes a composite-structured conductive yarn comprising a yarn that incorporates plied yarn and covered yarn, with the covered yarn being enveloped by the plied yarn.
Accordingly, this technology can improve the durability and signal transmission characteristics of conductive yarn while minimizing noise caused by movement in fabrics manufactured using these yarns. It has application value in the fields of apparel, textiles, healthcare, pharmaceuticals, and electronic devices.
The present invention relates to a vise jig, and more specifically, to a vise jig that can be detachably installed on the fixed and movable jaws of a vise, allowing for quick and easy securing of workpieces with various curved shapes.
While existing power vises offer many advantages, such as reduced processing time by allowing simultaneous clamping and machining of same-sized products in parallel, their fixed and movable jaws have flat clamping surfaces. This makes it difficult to stably and securely clamp workpieces with curved shapes. Furthermore, the need to custom-manufacture separate jigs for each workpiece shape incurs significant production costs, and the repeated installation and removal of jigs leads to decreased work efficiency. To address these issues, we propose a clamping unit equipped with multiple flexible clamping pins that protrude elastically according to the workpiece's shape, thereby pressing and securing the workpiece.
This innovative vise jig is detachably installed on the fixed and movable jaws of a vise. It features multiple elastic flexible clamping pins that protrude to conform to the shape of workpieces with various curved forms, allowing for quick and easy clamping of such workpieces.
This technology relates to a method and apparatus for extracting dynamically loaded files. Specifically, it is a security analysis technology for efficiently extracting analysis files from dynamically loaded malicious apps.
In existing technologies, there was a need to efficiently extract only the files necessary for analysis from malware applications, especially those utilizing dynamic loading technology. To address this, the present technology proposes a configuration that includes a dynamic loading file sampling method for extracting files with extended importance, and a dynamic loading file apparatus for performing a second analysis to identify deleted files.
Accordingly, by extracting only the files necessary for analysis and identifying deleted files, this technology improves the efficiency of malware analysis, leading to more accurate and reliable results. It has practical value in the software, IT, and internet sectors.
This technology relates to an adaptive dynamic analysis method, an adaptive dynamic analysis platform, and a device equipped with it. Specifically, it is an adaptive dynamic analysis technology that enhances analysis coverage in a container execution environment.
Existing technologies needed to overcome the limitations of traditional dynamic analysis methods by introducing a task suspension function to expand analysis coverage and improve analysis accuracy. Accordingly, this technology proposes a configuration that includes an adaptive dynamic platform with a Linux host and containers, a dynamic analysis process, and a container manager process for suspending application execution and collecting analysis information.
As a result, this technology can improve the accuracy of dynamic analysis by expanding analysis coverage and collecting environmental information necessary for dynamic analysis. It has value for utilization in the software, IT, and internet fields.
This technology relates to a data caching method in information-centric network-based delay-tolerant networks, and a recording medium and apparatus for performing the same. Specifically, it is an information-centric DTN data caching technology that incorporates buffer status and validity period.
Conventional approaches needed to provide caching services in delay-tolerant networks with limited node buffer capacity, addressing efficient management of node buffer capacity and considering cases where multiple requesting nodes exist for the same data. Accordingly, this technology proposes a configuration that includes a buffer verification unit, a caching policy component, and a validity period setting unit for controlling data caching and deletion based on node buffer capacity.
As a result, this technology can improve node buffer capacity management and enhance caching services in delay-tolerant networks. It has application value in the fields of broadcasting, telecommunications, IT, internet, and software.
This technology relates to a congestion control method in an information-centric network environment where delay-tolerant network technology is applied, and a recording medium and apparatus for implementing it. Specifically, it is a congestion control technology that manages message flooding in information-centric, delay-tolerant networks.
Previous technologies faced the challenge of resolving network-wide congestion caused by limited network resources and redundant data generation in information-centric network environments where delay-tolerant network technology (delay tolerant network description) is applied. To address this, the present technology proposes a configuration that involves recording immunity information for overlapping messages in a network environment combining an information core network and a delay-tolerant network, and using this information to control message flooding.
Accordingly, this technology can improve message delivery performance by controlling overall network overhead and efficiently delivering messages in a delay-tolerant network environment. It has practical value in the fields of broadcasting, telecommunications, IT, internet, and software.
