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有关快速成型制造的最新出版物和专利

增材制造

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这是我们最新精选的有关快速成型制造的全球出版物和专利,这些出版物和专利在众多科学在线期刊中进行了分类,主要涉及快速成型制造、三维打印、熔融沉积、烧结、立体光刻、金属打印、快速成型、逐层打印和能量沉积。.

Multi-material braided feedstock system for additive manufacturing

Patent published on the 2026-06-11 in WO under Ref WO2026122510 by ARIZONA BOARD OF REGENTS ON BEHALF OF ARIZONA STATE UNIV [US] (Hsu Keng [us], Fonseca Nathan [us])

Abstract: A system for creating multi-material feedstock for additive manufacturing includes a hollow stepper motor, a linear axis motor on which the hollow stepper motor is mounted, a braiding coupler attached to the hollow stepper motor, the braiding coupler configured to accommodate multiple wire filaments, an extruder module, and a controller configured to operate the hollow stepper motor and the extruder module simultaneously to twist and braid the multiple wire filaments into a single braided feedst[...]


Our summary: The system creates multi-material feedstock for additive manufacturing. It incorporates a hollow stepper motor and a linear axis motor for operation. The braiding coupler twists and braids multiple wire filaments into a single feedstock.

multi-material, additive manufacturing, braided feedstock, extruder module

Patent

Thermal spray deposition method, and thermal spray deposition apparatus

Patent published on the 2026-06-11 in WO under Ref WO2026119931 by CAMBRIDGE ENTERPRISE LTD [GB] (Kokkinos Georgios [gb], O'neill William [gb], Brown Sam [gb], Sparkes Martin [gb], Cockburn Andrew [gb])

Abstract: A thermal spray deposition method for additive manufacturing is provided. The method comprises the steps of: arranging a deposition nozzle for depositing a material onto a substrate; arranging a flow separator, relative to the substrate and the deposition nozzle, so that the flow separator is positioned to split a flow of material emanating from the deposition nozzle, and to allow material deposited on the substrate to form a structure conforming to a surface of the flow separator; and spraying [...]


Our summary: A thermal spray deposition method for additive manufacturing involves a deposition nozzle and a flow separator. The flow separator splits the material flow to create structures conforming to its surface. An accompanying thermal spray deposition apparatus is also described.

thermal spray, additive manufacturing, deposition nozzle, flow separator

Patent

Simultaneous filament and reinforcement wire extrusion for enhanced 3d printing

Patent published on the 2026-06-11 in US under Ref US20260158746 by INT BUSINESS MACHINES CORPORATION [US] (Keen Martin G [us], Rakshit Sarbajit Kumar [in], Fox Jeremy R [us], Garcia Delgado Carolina [mx])

Abstract: According to one embodiment, a method, computer system, and computer program product for simultaneous filament and reinforcement wire extrusion for 3D printing is provided. The present invention may include concurrently dispensing a semi-molten primary material and a secondary reinforcement material having a higher melting point than the primary material onto a structure; operating a controlled energy source to sever the secondary reinforcement material during operational scenarios; utilizing co[...]


Our summary: The invention describes a method for simultaneous extrusion of filament and reinforcement wire in 3D printing. It involves dispensing a primary semi-molten material alongside a secondary reinforcement material. The process utilizes computational methods to assess flow characteristics and regulate the deposition actions based on the properties of the reinforcement material.

3D printing, filament extrusion, reinforcement wire, computational methodologies

Patent

Aligned liquid crystal elastomer structures for mechanical damping

Patent published on the 2026-06-11 in US under Ref US20260159710 by OREGON STATE UNIV [US] (Cook Adam W [us], Leguizamon Samuel C [us], Bischoff Adam [us], Roach Devin [us])

Abstract: Direct ink write (DIW) 3D printing, an extrusion-based additive manufacturing (AM) approach, is used to prepare aligned, monodomain liquid crystal elastomer (LCE) lattice structures which can be used for multi-strain rate mechanical damping, ranging from quasi-static compression to dynamic shock and vibration. LCE structures can not only dissipate strain energy in quasi-static environments because of their lattice architectures, but also harness the dynamic energy dissipation properties of the a[...]


Our summary: Aligned liquid crystal elastomer structures are fabricated using direct ink write 3D printing. These structures enable effective mechanical damping across various strain rates. The invention enhances energy dissipation capabilities in both quasi-static and dynamic environments.

liquid crystal elastomers, mechanical damping, 3D printing, energy dissipation

Patent

Additive manufacturing of solid-state zirconate membrane

Patent published on the 2026-06-11 in US under Ref US20260158437 by VALERO SERVICES INC [US] (Herrera Jason Daniel [us], Popelar Carl F [us], Miller Michael A [us], Poerner Matthew A [us])

Abstract: The present disclosure provides methods for manufacturing monolithic membrane structures using additive manufacturing of lithium zirconate-based materials. The methods enable creation of complex internal geometries optimized for carbon dioxide (CO2) separation and capture from gas mixtures. Further, the disclosure provides specific material formulations combining lithium zirconate with various additives and process parameters for successful additive manufacturing. The resulting monolithic membra[...]


Our summary: The disclosure presents methods for creating monolithic lithium zirconate-based membranes using additive manufacturing. These membranes have optimized internal geometries for effective CO2 capture from gas mixtures. The technology supports industrial applications for solid-state CO2 capture.

Additive manufacturing, zirconate membrane, CO2 separation, chemisorption

Patent

Stator for a fluid machine, fluid machine comprising such a stator, and method for manufacturing such a stator

Patent published on the 2026-06-11 in US under Ref US20260160263 by LAIR LIQUIDE SA POUR LETUDE ET L’EXPLOITATION DES PROCEDES GEORGES CLAUDE [FR] (Abdo Youssef [fr])

Abstract: [0000] A stator for a fluid machine, comprising: a volute in the form of a channel defined about the stator and delimited by a side wall comprising a first end wall and a second end wall which define a maximum height of the volute, the side wall also comprising an internal perimeter and an external perimeter defining a maximum width of the volute, a pipe connected to the volute and, together with the volute, delimiting a circuit for the flow of a fluid between an inlet section and an outlet sect[...]


Our summary: The stator is designed for a fluid machine and features a volute for fluid flow. It includes a pipe and a set of vanes within a defined circuit. The entire structure is produced as a single piece using an additive manufacturing process.

stator, fluid machine, additive manufacturing, vanes

Patent

Virtual Reality Setup to Assess Space-Time Geometry Effects on Retrospective Temporal Perception

Published on 2026-06-09 by @MIT

Abstract: AbstractThis pilot study introduces an innovative approach to researching time perception in virtual reality (VR) by utilizing the Neos Metaverse Engine to design an experimental setup. Participants engaged in trials to assess how Euclidean and non-Euclidean (equi-affine) geometries affect time perception by observing a dot moving along an elliptical trajectory with varying velocity profiles. The study highlights the potential of VR technology, emphasizing the benefits of developing and running [...]


Our summary: This study explores time perception in virtual reality using the Neos Metaverse Engine. Participants assessed the effects of different geometries on their perception of time through an experimental setup. The findings suggest that VR technology provides a valuable framework for future research in this area.

Virtual Reality, Time Perception, Neos Metaverse, Experimental Setup

Publication

Geometry-resolved suppression of patch-potential heating in skeleton-electrode ion traps

Published on 2026-06-02 by Chon-Teng Belmiro Chu, Hao-Chung Chen, Ting Hsu, Hsiang-Yu Lo, Ming-Shien Chang and Guin-Dar Lin @IOP SCIENCE

Abstract: We present a quantitative, geometry-resolved framework to evaluate the effects of patch-potential noise in realistic three-dimensional Paul-trap structures. As a concrete application, we analyze a skeleton-electrode architecture and compare its performance against a conventional blade trap under identical ion-to-electrode distances and matched confinement parameters. The skeleton geometry achieves a suppression of motional heating exceeding 50%, with heating rate ratios of for the axial mode and[...]


Our summary: A geometry-resolved framework evaluates patch-potential noise in Paul-trap structures. The skeleton-electrode architecture reduces motional heating by over 50% compared to conventional designs. Heating maps reveal noise contributions primarily from surfaces within 500 µm, guiding effective electrode reconfiguration strategies.

patch-potential, ion traps, motional heating, electrode architecture

Publication

涵盖的主题: 增材制造、三维打印、熔融沉积、烧结、立体光刻、金属打印、快速成型、逐层打印、能量沉积、超强吸收、水凝胶、仿生、催化剂活化、混合增材制造、PBF-LB/M、双光子聚合、表征和建模。.

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