Product Design, Manufacturing & Innovation Resources

最新の出版物:遠隔操作式水中ビークル(ROUV)および遠隔操作式ビークル(ROV)に関する特許

Remotely Operated Vehicle (ROV)

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Remotely operated underwater vehicles
ROUV(遠隔操作型水中ロボット)およびROV(遠隔操作型水中ロボット)における革新は、高度な設計と技術統合を通じて、海底作業を強化する。

遠隔操作型水中ビークル (ROUV) と遠隔操作型ビークル (ROV) は、高度なスラスタ制御、テザー管理、水中ナビゲーション、センサー融合を統合し、海底環境で精密な操作を実行します。重要なコンポーネントには、耐圧ハウジング、マニピュレータシステム、ソナーイメージング、リアルタイムテレメトリが含まれ、さまざまな深度と複雑な地形での検査、メンテナンス、データ取得を可能にします。研究の進歩は、自律アルゴリズム、流体力学的最適化、電力管理、および コミュニケーション protocols to enhance operational endurance and maneuverability. This collection compiles the latest peer-reviewed publications and patents detailing innovations in vehicle design, control architectures, mission planning, and payload integration driving subsea robotic capabilities.

これは、遠隔操作水中ビークル (ROUV) および遠隔操作ビークル (ROV) に関する世界中の英語の出版物と特許の最新のセレクションです。多数の科学オンラインジャーナルから、スラスタ制御、水中ナビゲーション、テザー管理、ソナーシステム、ROV マニピュレーター、水中通信、ROV 自律性、耐圧ハウジング、ROV ペイロード、流体力学、ROV ミッション計画、水中イメージング、水中ビークル、ROV 制御システム、ROV 電力管理、ROV 深度定格、ROV 浮力、ROV スラスタ、ROV ソナー、ROV ビデオストリーミング、遠隔操作水中ビークル、遠隔操作ビークル、ROV 位置決め、ROV 障害物回避、ROV データ取得、ROV 検査に分類され、焦点を絞っています。

Single-molecule force spectroscopy system

Patent published on the 2026-10-15 in WO under Ref WO2026213682 by THE UNIV OF BRITISH COLUMBIA [CA] (Li Isaac [ca], Yasunaga Adam [ca])

Abstract: Single-molecule force spectroscopy systems are described. The systems include a microfluidic device with microchannels; inlets; outlets; and chambers, with the chambers having a functionalized surface with one or more targets; a force-generating component tethered to the target; a liquid reagent for flowing through the microfluidic device; and an optical, electrical or electrochemical device or system for measuring a property of the target or the force-generating component within the chambers. T[...]


Our summary: Single-molecule force spectroscopy systems utilize microfluidic devices with functionalized chambers. These systems measure forces on targets using a force-generating component and liquid reagents. The components are designed to exhibit hydrodynamic drag under fluidic conditions.

microfluidics, single-molecule, force spectroscopy, hydrodynamic drag

Patent

Hydrodynamic cavitation generator

Patent published on the 2026-10-14 in SK under Ref SK2872026U by BAJCIK SLAVOMIR [SK] (BajČÍk SlavomÍr [sk])

Abstract: The technical solution presents a structural arrangement of a hydrodynamic cavitation generator for generating controlled cavitation. The device consists of a static hermetic housing with an inlet and an outlet, in which a cylindrical drum rotor is rotatably mounted on a central shaft. This one rotor is provided with a grid of blind cylindrical holes on its circumference. A working gap in the range of 0.5 mm to 2 mm is defined between the rotor and the inner wall of the housing. By rotating one [...]


Our summary: The hydrodynamic cavitation generator features a static hermetic housing with a rotatable cylindrical drum rotor. It generates controlled cavitation by creating a working gap between the rotor and housing. The adiabatic collapse of microbubbles results in continuous hydro-acoustic heating and homogenization of the medium.

cavitation, hydrodynamics, rotor, hydro-acoustic heating

Patent

Dynamic DWI detects respiratory modulation of brain parenchymal hydrodynamics

Published on 2026-09-24 by @MIT

Abstract: AbstractThe circulation of cerebrospinal fluid (CSF) within the brain parenchyma and its exchange with interstitial fluid (ISF) are essential for maintaining homeostasis and clearing interstitial waste. However, the physiological forces driving parenchymal hydrodynamics remain unclear. Cardiac pulsation alone may be insufficient to drive parenchymal flow, while respiration has emerged as an additional contributor. To date, however, most respiration-related studies have focused on the ventricular[...]


Our summary: This study investigates the influence of respiration on brain parenchymal hydrodynamics using dynamic diffusion-weighted imaging. It finds that parenchymal fluid motion is coupled with respiration, exhibiting a latency of 0.7 seconds. The research suggests that both respiration and cardiac pulsation play complementary roles in regulating brain fluid dynamics.

Dynamic DWI, parenchymal hydrodynamics, respiratory modulation, cerebrospinal fluid

Publication

Multistage stimuli-responsive nanoparticle platform for intracellular delivery of biologics and drug conjugates thereof

Patent published on the 2026-09-24 in WO under Ref WO2026198863 by LIU QIYONG PETER [US] (Liu Qiyong [us])

Abstract: A multistage, stimuli-responsive nanoparticle platform (TRIDENT) for targeted intracellular delivery of biologic therapeutics is disclosed. The platform comprises an amine-functionalized crosslinked dextran shell on an iron oxide core, with a tunable hydrodynamic diameter of 15-60 nm designed to exceed the renal filtration threshold while enabling tumor accumulation via the EPR effect. Therapeutic payloads — including nanobodies, antibody fragments, peptides, enzymes, and protein-drug conjugat[...]


Our summary: The TRIDENT platform is a multistage, stimuli-responsive nanoparticle system designed for targeted intracellular delivery of biologics. It features a crosslinked dextran shell on an iron oxide core, allowing for tumor accumulation while overcoming renal filtration. The platform enables cytosolic release of therapeutic payloads and supports treatment of heterogeneous tumors.

nanoparticles, intracellular delivery, stimuli-responsive, drug conjugates

Patent

Suspension fork sealhead for increased component lubrication

Patent published on the 2026-09-23 in GB under Ref GB2704821 by FOX FACTORY INC [US] (William M Becker [us], Damon Gilbert [us])

Abstract: A suspension fork comprising a fork leg comprising an upper tube 103 and a lower tube 106 slidably engaged with one another for compression and rebound, a damper assembly 172 positioned within the fork leg, the damper assembly 172 comprising a shaft 164 and a sealhead 168 coupled to the shaft 164, and a reservoir 176 configured to retain bath oil 174 in proximity to the sealhead 168. The sealhead 168 is sized and positioned to splash bath oil 174 upwards D1 when the sealhead 168 is driven into t[...]


Our summary: The suspension fork features a sealhead designed for enhanced lubrication. The sealhead splashes bath oil upwards during compression to lubricate internal components. Its hydrodynamic profile ensures controlled oil displacement for optimal performance.

suspension fork, sealhead, lubrication, hydrodynamic profile

Patent

Method and system for determining the viability of biological particles

Patent published on the 2026-09-23 in EP under Ref EP4810940 by UNIV DEGLI STUDI DI CATANIA [IT] (Bucolo Maide Angela Rita [it], Guarino Francesca [it], Cutuli Emanuela [it])

Abstract: Method for determining a degree of vitality of first biological particles comprising a procedure of subjecting (Step 2) a first dilution of said first biological particles to a periodic hydrodynamic stimulus and of comparing a relative temporal trend of a first signal representative of a velocity of the biological particles in response to the hydrodynamic stimulus with a second reference trend representative of a reference velocity signal and of calculating (Step 4) a vitality value of the biolo[...]


Our summary: The method assesses the vitality of biological particles by applying a hydrodynamic stimulus. It compares the velocity response of the particles to a reference trend. A vitality value is calculated based on the deviation from the reference signal.

biological particles, vitality assessment, hydrodynamic stimulus, signal comparison

Patent

Microstirring devices, systems, and methods for sublingual drug delivery

Patent published on the 2026-09-10 in WO under Ref WO2026188001 by THE REGENTS OF THE UNIV OF CALIFORNIA [US] (Wang Joseph [us], Qualliotine Jesse [us], Chen Chuanrui [us], Askarinam Nelly [us])

Abstract: Disclosed are devices, systems and methods for microstructure-based microstirring for sublingual drug delivery. In some embodiments, a microrobotic sublingual pill device is disclosed that can rapidly and efficiently deliver a substance (a drug) through a sublingual route caused by a microstirring technique controlled by the microstirrer structures embedded in the pill device, which can actively enhance the transport of the one or more substances through localized hydrodynamic flow upon contact [...]


Our summary: The content discusses devices and methods for microstirring to enhance sublingual drug delivery. A microrobotic pill device is designed to improve substance transport through localized hydrodynamic flow. The microstirring technique is activated upon contact with saliva, facilitating efficient drug absorption.

microstirring, sublingual delivery, drug delivery systems, microrobotics

Patent

Spherical MgSiO3&ndash;NH2 Adsorbents with Optimized Surface Chemistry for Humidity-Enhanced Direct Air CO2 Capture

Published on 2026-02-03 by Sungho Park, Hyeok-Jung Kim @MDPI

Abstract: Amine-functionalized solid adsorbents are widely recognized as promising candidates for direct air capture of CO2; however, their practical deployment remains constrained by humidity-dependent adsorption behavior and poor packed-bed operability arising from irregular particle morphology and fines generation. Rather than focusing solely on maximizing intrinsic adsorption capacity, this study addresses these process-level limitations through an integrated design strategy combining particle morphol[...]


Our summary: This study presents optimized spherical magnesium silicate adsorbents for CO2 capture. It addresses limitations in humidity-dependent adsorption and particle morphology. The adsorbents show enhanced performance under humid conditions, achieving significant carbon dioxide capture capacities.

Adsorbents, CO2 capture, Surface chemistry, Humidity-enhanced

Publication

取り上げるトピック: 遠隔操作車両、遠隔操作水中車両、スラスタ制御、テザー管理、水中航法、センサー融合、耐圧ハウジング、マニピュレータシステム、ソナー画像処理、リアルタイムテレメトリ、自律アルゴリズム、流体力学的最適化、電力管理、通信プロトコル、車両設計、制御アーキテクチャ、ミッション計画、ペイロード統合、ISO 13628、ISO 16608、ISO 19901、ISO 9001、およびISO 14001。

用語集

Remotely Operated Underwater Vehicle (ROUV): 遠隔操作可能な潜水装置で、水中探査、検査、データ収集を目的として設計されている。通常、カメラ、センサー、操作ツールなどを備え、有線または無線通信で動作し、海洋調査、石油・ガス開発、環境モニタリングなどに利用されている。

Remotely Operated Vehicle (ROV): 遠隔操作される潜水艇または水上艇で、通常は水中探査、点検、またはメンテナンスに使用される。カメラ、センサー、および工具を装備し、深海や汚染地域など、人間にとって危険な環境下でも運用される。

歴史的背景

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(日付が不明または関連性がない場合、例えば「流体力学」などでは、その注目すべき出現時期の概算値が提示されます。)

10年目 周年

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