Tonejet developed the world's first full-color digital can printer from 1994 to 2010 through a process of invention, prototyping, and manufacturing scale-up. Key steps included developing single-channel printheads in 1994, multi-channel "W-heads" by 2002, and mass-producible "Delta heads" by 2006. Printhead technology transitioned from individually machined components to replication using casting and lithography. Systems can now print various substrates like cans, sheets, and webs at high speeds like a postcard in 0.1 seconds. Tonejet adds value through customized short-run printing unavailable through traditional processes.
Mr. OTM defeated Mr. TIMWOOD in a boxing match by using various strategies to remove waste from logistics operations. OTM identified multiple types of waste created by TIMWOOD, such as transportation, inventory, motion, waiting, overproduction, overprocessing, and defects. OTM implemented solutions using its capabilities to continuously improve operations and sustainably remove waste. These solutions included optimizing container loading, ensuring fitment parts were not left out during shipments, resequencing stops to address last minute changes, pooling transportation to the same regions, automating invoice data loading, and using mobile apps to track shipments and reduce damages and waiting times. By removing over 80% of the waste created by T
The PVT Corner Package enables designers to systematically design for process variations using a consistent flow. It provides an analyze, identify, and fix workflow to efficiently handle PVT corner simulations, reducing the number of simulations needed through sampling methods. This improves designer efficiency over traditional ad hoc methods for simulating PVT corners.
This document provides a summary of reexamination requests received by the US Patent and Trademark Office (USPTO) between December 12-18, 2012. It lists 6 patent numbers that received requests for reexamination, along with details for each including the patent number, control number, request date, requester, type of reexamination requested, patent title, assignees, inventors, primary class, and other classes. The document provides abstracts describing the inventions covered by the patents.
Richard Smith discusses how future transmission networks will need to more than double their capacity by 2050 to support increasing electrification of heat and transport. Distribution networks will see two-way power flows and more distributed generation like solar PV. Smart network initiatives will interconnect grid supply points and allow local dispatch to control flows. Transmission is already largely smart but will need new automation, monitoring, and control technologies to dynamically optimize asset utilization as generation and demand patterns change rapidly over short timescales.
This diagram shows an electric vehicle architecture that uses compressed hydrogen fuel cells to power 4 in-wheel motors, with super-capacitors providing additional power storage. The vehicle has a composite monocoque body structure and carries a compressed hydrogen fuel tank.
Las métricas son medidas utilizadas en ingeniería de software para evaluar programas, documentación, procesos de desarrollo y mantenimiento, y otros aspectos. Permiten comparar resultados con valores de referencia para tomar decisiones de mejora. Algunas métricas comunes miden el tamaño del código, la estructura de datos, el esfuerzo de desarrollo y la calidad. Las métricas son útiles para estimar trabajos, medir la productividad, y mejorar la calidad y productividad a través del uso de nuevas herramientas.
Revolutionising Textile Decoration & Finishing With Digital Inkjet TechnologyXennia Technology
Xennia's Dr. Tim Phillips gave a talk at the Textile Coating & Laminating Conference in Cannes, France in Nov 2010, titled "Revolutionising textile decoration and finishing with digital inkjet technology". The talk discussed the great benefits of inkjet technology for textile decoration and finishing, with placement of precise quantities of fluid accurately on the substrate leading to increased productivity, reduced waste and environmental impact, combined with the possibility of adding advanced functionality.
Mr. OTM defeated Mr. TIMWOOD in a boxing match by using various strategies to remove waste from logistics operations. OTM identified multiple types of waste created by TIMWOOD, such as transportation, inventory, motion, waiting, overproduction, overprocessing, and defects. OTM implemented solutions using its capabilities to continuously improve operations and sustainably remove waste. These solutions included optimizing container loading, ensuring fitment parts were not left out during shipments, resequencing stops to address last minute changes, pooling transportation to the same regions, automating invoice data loading, and using mobile apps to track shipments and reduce damages and waiting times. By removing over 80% of the waste created by T
The PVT Corner Package enables designers to systematically design for process variations using a consistent flow. It provides an analyze, identify, and fix workflow to efficiently handle PVT corner simulations, reducing the number of simulations needed through sampling methods. This improves designer efficiency over traditional ad hoc methods for simulating PVT corners.
This document provides a summary of reexamination requests received by the US Patent and Trademark Office (USPTO) between December 12-18, 2012. It lists 6 patent numbers that received requests for reexamination, along with details for each including the patent number, control number, request date, requester, type of reexamination requested, patent title, assignees, inventors, primary class, and other classes. The document provides abstracts describing the inventions covered by the patents.
Richard Smith discusses how future transmission networks will need to more than double their capacity by 2050 to support increasing electrification of heat and transport. Distribution networks will see two-way power flows and more distributed generation like solar PV. Smart network initiatives will interconnect grid supply points and allow local dispatch to control flows. Transmission is already largely smart but will need new automation, monitoring, and control technologies to dynamically optimize asset utilization as generation and demand patterns change rapidly over short timescales.
This diagram shows an electric vehicle architecture that uses compressed hydrogen fuel cells to power 4 in-wheel motors, with super-capacitors providing additional power storage. The vehicle has a composite monocoque body structure and carries a compressed hydrogen fuel tank.
Las métricas son medidas utilizadas en ingeniería de software para evaluar programas, documentación, procesos de desarrollo y mantenimiento, y otros aspectos. Permiten comparar resultados con valores de referencia para tomar decisiones de mejora. Algunas métricas comunes miden el tamaño del código, la estructura de datos, el esfuerzo de desarrollo y la calidad. Las métricas son útiles para estimar trabajos, medir la productividad, y mejorar la calidad y productividad a través del uso de nuevas herramientas.
Revolutionising Textile Decoration & Finishing With Digital Inkjet TechnologyXennia Technology
Xennia's Dr. Tim Phillips gave a talk at the Textile Coating & Laminating Conference in Cannes, France in Nov 2010, titled "Revolutionising textile decoration and finishing with digital inkjet technology". The talk discussed the great benefits of inkjet technology for textile decoration and finishing, with placement of precise quantities of fluid accurately on the substrate leading to increased productivity, reduced waste and environmental impact, combined with the possibility of adding advanced functionality.
IP. Lacharmoise - InnovativeThin Film Devices for Photovoltaic Automotive App...ponencias.eurosurfas2011
Cetemmsa is a technology center specialized in applied research in flexible surface treatments for printed electronics. It aims to transfer technology to companies through device integration, prototyping, and industrial engineering to provide a competitive edge. Its capabilities include materials and printing research, as well as the development of printed sensors, circuits, photovoltaics, and solid state lighting through techniques like inkjet printing, screen printing, and roll-to-roll processing. One project focuses on developing flexible organic photovoltaic modules for automotive applications using printing methods.
Fire Plast Italia was founded in 1970 by Pier Luigi Merlo and focuses on injection moulding and mould manufacturing. In the early 1990s, Merlo's children Mauro and Nadia joined the company as Managing Director and Administration Director respectively under the new name Fire Plast Italia. Fire Plast has since become a leader in moulding for the automotive industry with facilities in Santena and Canelli, Italy. The company provides design, manufacturing, and production services for plastic injection moulding.
Sirris Innovate 2011 - Smart products by printing, prof. Marc Van Parys, Sens...Sirris
Prof Van Parys reports about recent smart product democases using thermochrome and luminescent sensor inks. This resulted in fascinating new products like a baby suit that changes color (when wet), or a bikini that measures light intensity and indicates the amount of sun screen to apply to the skin.
Hybrid processes combine multiple manufacturing technologies to overcome limitations of conventional machining. This presentation defines hybrid processes as combining active principles that significantly influence the machining process. It provides examples of hybrid technologies like vibration-assisted machining, laser-assisted machining, and combinations of EDM/ECM with other processes. The goal of hybrid processes is to enable machining of difficult materials more efficiently.
Universal Instruments provides complete, flexible, and integrated manufacturing solutions. It aims to advance with new products, adapt to emerging market needs, and help customers achieve sustainable competitive advantages. The company has a global presence and offers a comprehensive portfolio including insertion mount and surface mount machines, as well as solutions for emerging green markets like solar, SSL, and electric vehicles. It continues to succeed through new product launches, expanded customer bases, and a heritage of innovation dating back to its founding in 1919.
NanoMas Technologies produces silver and other metal nanoparticles using a patented process suitable for large-scale production. Their nanoparticles can be formulated into inks for various printing methods like gravure, inkjet, and aerosol jet printing to produce conductive patterns on flexible substrates. These patterns can be sintered at low temperatures below 180°C to achieve high conductivity comparable to pure metals. Applications demonstrated include solar cell metallization, printed sensors, and organic thin-film transistors.
This document provides a 20th anniversary edition of The Digital Fact Book, a reference manual for the television broadcast and post-production industries. It includes information on Quantel and the history of digital technology, abbreviations, TV standards descriptions, digital terms, and tutorials. The editor acknowledges contributions from industry experts and encourages comments or additions.
This document is the 20th anniversary edition of The Digital Fact Book, a reference manual for the television broadcast and post-production industries. It includes information on digital technology and its impact on media production. The book was created by Quantel, a company that developed early digital video technology, and acknowledges contributors from the industry. It provides tutorials, standards information, and a directory of Quantel contacts.
Fire Plast Italia was founded in 1970 by Pier Luigi Merlo and focuses on injection moulding. In the early 1990s, Merlo's children Mauro and Nadia joined the company as Managing Director and Administration Director respectively, renaming it Fire Plast Italia. Fire Plast has since become a leader in manufacturing large injection moulding tools and provides moulding services, with plants in Santena for mould manufacturing and Canelli for moulding. After over 40 years in business, Fire Plast Italia has a reputation for quality and serves major automotive companies.
[Harvard CS264] 15a - The Onset of Parallelism, Changes in Computer Architect...npinto
The document discusses changes in computer architecture and Microsoft's role in the transition to parallel computing. It notes that computer cores are increasing rapidly and that Microsoft aims to make parallelism accessible to all developers through tools like Visual Studio. It also outlines Microsoft's involvement in GPU computing through technologies like DirectX and efforts to support GPU programming across its software stack.
intel PDF 32nm Technology Update Mark Bohrfinance6
This document provides a summary of Intel's 32nm technology. It discusses:
1) Intel being the first to demonstrate working 32nm processors and having its 32nm process on track for production readiness in Q4 2009.
2) Both CPU and SoC versions of Intel's 32nm process being available.
3) Intel's strength as an integrated device manufacturer allowing it to continue delivering new process technologies every two years.
apsPCB provides comprehensive solutions for printed circuit board and probe card design, manufacturing, and repair. Their solutions include:
1) Design and production of PCBs and probe cards from schematic design through manufacturing, with capabilities like fine pitch multi-layer boards down to 0.4mm.
2) A probe card repair station that can maintain, improve, and repair probe cards 50% faster than other options.
3) A variety of spring pin and contact technologies for probe cards and test sockets with fine pitches down to 0.2mm and capabilities for high frequency, high current, and wide temperature ranges.
Kurt De Somviele has over 20 years of experience in quality management roles. He has worked in quality positions at several companies, including Tele Atlas, Barco, Bombardier Transportation, and Newell Rubbermaid - Dymo. His experience includes implementing quality standards like ISO 9001 and ISO/TS 16949, as well as quality tools such as APQP, FMEA, and problem solving methods. He has managed international quality teams and focused on areas like process improvement, supplier quality, and new product development.
The document summarizes Topcon's GPT-9000A and GTS-900A robotic total station systems. It highlights the key features and specifications of the instruments including their cable-free design, X-TRACTM quick-lock target tracking technology, long range 2000m reflectorless measurements, integrated 2.4GHz radio communications, and full color touchscreen interface. The document positions Topcon as the leader in precision survey instrumentation and robotic total station technology.
This document provides an overview of Terminal Technologies (I) Pvt. Ltd, an Indian company that specializes in automotive interconnect components. The company aims to be a leader in interconnection technologies for automotive and electrical industries. It has manufacturing facilities in Mumbai and Pune equipped with high speed stamping lines, injection molding, tooling capabilities and quality certifications. Terminal Technologies serves major automotive OEMs in India with billions of terminals and connectors.
This document summarizes a masterclass on the future of conductive printing held on November 27, 2012 in Belgium. It discusses two main printing technologies: inkjet printing and aerosol jet printing (AJP). For inkjet printing, it covers technology, printing requirements, results from the CLIP project testing silver and copper nanoparticle inks. For AJP, it describes the technology, compares it to other techniques, discusses conductive ink applications, and shows examples of 3D and flexible substrate printing done at Sirris with AJP. The conclusions state that AJP is well-suited for direct printing on 3D substrates and a wide range of ink viscosities, while inkjet can be scaled up for larger area printing.
Design and Fabrication of a Multifunctional Scanning Probecurtistaylor80
This document describes the design and fabrication of a multifunctional scanning probe with an integrated tip changer for fully automated nanofabrication. It addresses the need for probe-based nanofabrication tools by enabling sub-1nm resolution without costly cleanroom processes. A thermally-actuated MEMS gripper is designed to change probe tips, improving throughput and addressing issues like tip wear. Finite element analysis is used to model and optimize the cantilever design. A prototype is fabricated using a 3-mask SOI process. The integrated tip changer is intended to enable applications like rapid nanoprototyping and desktop nanofactories.
Tour HP Science of Supplies 2010 a Milano. Alla tavola rotonda hanno partecipato Jochen Ziegler -- EMEA LES Marketing Manager, Robert Lados - Supplies Portfolio Manager IPG EMEA - IWS Category, e Marco Lanfranchi - LaserJet & Enterprise Solution Director, Imaging and Printing Group, HP italiana. C'era anche Blogosfere!
The document discusses a breakthrough grid-scale energy storage technology called EnergyNest thermal energy storage (TES). EnergyNest offers a modular and scalable solution for grid-scale energy storage at a low cost of $20-25/kWh that is environmentally friendly and has a long system life of over 50 years. EnergyNest has successfully demonstrated its technology through an operational pilot and is working with partners across Europe, China, and the Middle East to execute its first commercial projects and revenue. The global market for large-scale energy storage is expected to grow significantly, and EnergyNest's proprietary technology positions it well to succeed in this growing industry.
The document discusses investing in life sciences and new avenues for financing life science companies. It notes that while life sciences is a lucrative market, individual investors and entrepreneurs face challenges accessing large funding amounts due to requirements for technical expertise and large minimum investments. New crowdfunding platforms aim to open up life science investing to more people by allowing smaller investments and leveraging community reviews to evaluate opportunities. These platforms could complement but not replace traditional financing by giving companies and investors more options to support early-stage life science ventures.
IP. Lacharmoise - InnovativeThin Film Devices for Photovoltaic Automotive App...ponencias.eurosurfas2011
Cetemmsa is a technology center specialized in applied research in flexible surface treatments for printed electronics. It aims to transfer technology to companies through device integration, prototyping, and industrial engineering to provide a competitive edge. Its capabilities include materials and printing research, as well as the development of printed sensors, circuits, photovoltaics, and solid state lighting through techniques like inkjet printing, screen printing, and roll-to-roll processing. One project focuses on developing flexible organic photovoltaic modules for automotive applications using printing methods.
Fire Plast Italia was founded in 1970 by Pier Luigi Merlo and focuses on injection moulding and mould manufacturing. In the early 1990s, Merlo's children Mauro and Nadia joined the company as Managing Director and Administration Director respectively under the new name Fire Plast Italia. Fire Plast has since become a leader in moulding for the automotive industry with facilities in Santena and Canelli, Italy. The company provides design, manufacturing, and production services for plastic injection moulding.
Sirris Innovate 2011 - Smart products by printing, prof. Marc Van Parys, Sens...Sirris
Prof Van Parys reports about recent smart product democases using thermochrome and luminescent sensor inks. This resulted in fascinating new products like a baby suit that changes color (when wet), or a bikini that measures light intensity and indicates the amount of sun screen to apply to the skin.
Hybrid processes combine multiple manufacturing technologies to overcome limitations of conventional machining. This presentation defines hybrid processes as combining active principles that significantly influence the machining process. It provides examples of hybrid technologies like vibration-assisted machining, laser-assisted machining, and combinations of EDM/ECM with other processes. The goal of hybrid processes is to enable machining of difficult materials more efficiently.
Universal Instruments provides complete, flexible, and integrated manufacturing solutions. It aims to advance with new products, adapt to emerging market needs, and help customers achieve sustainable competitive advantages. The company has a global presence and offers a comprehensive portfolio including insertion mount and surface mount machines, as well as solutions for emerging green markets like solar, SSL, and electric vehicles. It continues to succeed through new product launches, expanded customer bases, and a heritage of innovation dating back to its founding in 1919.
NanoMas Technologies produces silver and other metal nanoparticles using a patented process suitable for large-scale production. Their nanoparticles can be formulated into inks for various printing methods like gravure, inkjet, and aerosol jet printing to produce conductive patterns on flexible substrates. These patterns can be sintered at low temperatures below 180°C to achieve high conductivity comparable to pure metals. Applications demonstrated include solar cell metallization, printed sensors, and organic thin-film transistors.
This document provides a 20th anniversary edition of The Digital Fact Book, a reference manual for the television broadcast and post-production industries. It includes information on Quantel and the history of digital technology, abbreviations, TV standards descriptions, digital terms, and tutorials. The editor acknowledges contributions from industry experts and encourages comments or additions.
This document is the 20th anniversary edition of The Digital Fact Book, a reference manual for the television broadcast and post-production industries. It includes information on digital technology and its impact on media production. The book was created by Quantel, a company that developed early digital video technology, and acknowledges contributors from the industry. It provides tutorials, standards information, and a directory of Quantel contacts.
Fire Plast Italia was founded in 1970 by Pier Luigi Merlo and focuses on injection moulding. In the early 1990s, Merlo's children Mauro and Nadia joined the company as Managing Director and Administration Director respectively, renaming it Fire Plast Italia. Fire Plast has since become a leader in manufacturing large injection moulding tools and provides moulding services, with plants in Santena for mould manufacturing and Canelli for moulding. After over 40 years in business, Fire Plast Italia has a reputation for quality and serves major automotive companies.
[Harvard CS264] 15a - The Onset of Parallelism, Changes in Computer Architect...npinto
The document discusses changes in computer architecture and Microsoft's role in the transition to parallel computing. It notes that computer cores are increasing rapidly and that Microsoft aims to make parallelism accessible to all developers through tools like Visual Studio. It also outlines Microsoft's involvement in GPU computing through technologies like DirectX and efforts to support GPU programming across its software stack.
intel PDF 32nm Technology Update Mark Bohrfinance6
This document provides a summary of Intel's 32nm technology. It discusses:
1) Intel being the first to demonstrate working 32nm processors and having its 32nm process on track for production readiness in Q4 2009.
2) Both CPU and SoC versions of Intel's 32nm process being available.
3) Intel's strength as an integrated device manufacturer allowing it to continue delivering new process technologies every two years.
apsPCB provides comprehensive solutions for printed circuit board and probe card design, manufacturing, and repair. Their solutions include:
1) Design and production of PCBs and probe cards from schematic design through manufacturing, with capabilities like fine pitch multi-layer boards down to 0.4mm.
2) A probe card repair station that can maintain, improve, and repair probe cards 50% faster than other options.
3) A variety of spring pin and contact technologies for probe cards and test sockets with fine pitches down to 0.2mm and capabilities for high frequency, high current, and wide temperature ranges.
Kurt De Somviele has over 20 years of experience in quality management roles. He has worked in quality positions at several companies, including Tele Atlas, Barco, Bombardier Transportation, and Newell Rubbermaid - Dymo. His experience includes implementing quality standards like ISO 9001 and ISO/TS 16949, as well as quality tools such as APQP, FMEA, and problem solving methods. He has managed international quality teams and focused on areas like process improvement, supplier quality, and new product development.
The document summarizes Topcon's GPT-9000A and GTS-900A robotic total station systems. It highlights the key features and specifications of the instruments including their cable-free design, X-TRACTM quick-lock target tracking technology, long range 2000m reflectorless measurements, integrated 2.4GHz radio communications, and full color touchscreen interface. The document positions Topcon as the leader in precision survey instrumentation and robotic total station technology.
This document provides an overview of Terminal Technologies (I) Pvt. Ltd, an Indian company that specializes in automotive interconnect components. The company aims to be a leader in interconnection technologies for automotive and electrical industries. It has manufacturing facilities in Mumbai and Pune equipped with high speed stamping lines, injection molding, tooling capabilities and quality certifications. Terminal Technologies serves major automotive OEMs in India with billions of terminals and connectors.
This document summarizes a masterclass on the future of conductive printing held on November 27, 2012 in Belgium. It discusses two main printing technologies: inkjet printing and aerosol jet printing (AJP). For inkjet printing, it covers technology, printing requirements, results from the CLIP project testing silver and copper nanoparticle inks. For AJP, it describes the technology, compares it to other techniques, discusses conductive ink applications, and shows examples of 3D and flexible substrate printing done at Sirris with AJP. The conclusions state that AJP is well-suited for direct printing on 3D substrates and a wide range of ink viscosities, while inkjet can be scaled up for larger area printing.
Design and Fabrication of a Multifunctional Scanning Probecurtistaylor80
This document describes the design and fabrication of a multifunctional scanning probe with an integrated tip changer for fully automated nanofabrication. It addresses the need for probe-based nanofabrication tools by enabling sub-1nm resolution without costly cleanroom processes. A thermally-actuated MEMS gripper is designed to change probe tips, improving throughput and addressing issues like tip wear. Finite element analysis is used to model and optimize the cantilever design. A prototype is fabricated using a 3-mask SOI process. The integrated tip changer is intended to enable applications like rapid nanoprototyping and desktop nanofactories.
Tour HP Science of Supplies 2010 a Milano. Alla tavola rotonda hanno partecipato Jochen Ziegler -- EMEA LES Marketing Manager, Robert Lados - Supplies Portfolio Manager IPG EMEA - IWS Category, e Marco Lanfranchi - LaserJet & Enterprise Solution Director, Imaging and Printing Group, HP italiana. C'era anche Blogosfere!
The document discusses a breakthrough grid-scale energy storage technology called EnergyNest thermal energy storage (TES). EnergyNest offers a modular and scalable solution for grid-scale energy storage at a low cost of $20-25/kWh that is environmentally friendly and has a long system life of over 50 years. EnergyNest has successfully demonstrated its technology through an operational pilot and is working with partners across Europe, China, and the Middle East to execute its first commercial projects and revenue. The global market for large-scale energy storage is expected to grow significantly, and EnergyNest's proprietary technology positions it well to succeed in this growing industry.
The document discusses investing in life sciences and new avenues for financing life science companies. It notes that while life sciences is a lucrative market, individual investors and entrepreneurs face challenges accessing large funding amounts due to requirements for technical expertise and large minimum investments. New crowdfunding platforms aim to open up life science investing to more people by allowing smaller investments and leveraging community reviews to evaluate opportunities. These platforms could complement but not replace traditional financing by giving companies and investors more options to support early-stage life science ventures.
Carbodeon produces nanoDiamond additives that provide significant improvements to the thermal conductivity of polymers without impacting their electrical properties. They have achieved a 20-200% increase in thermal conductivity of engineering polymers and over 200% increase in wear resistance of electroless nickel coatings. Their nanoDiamonds come in various surface chemistries and dispersions to suit different applications. They have several granted patents and commercial applications in areas like thermal interface materials, thermally conductive thermoplastics, and coatings. Their ongoing work involves developing in-house mixtures of nanoDiamonds with other fillers for easier dispersion and targeting applications in electronics, LEDs, and electric vehicles.
Dr. Paul Cain of FlexEnable gave a presentation on the company's organic thin-film transistor (OTFT) technology for flexible electronics. FlexEnable has developed the lowest cost and most flexible platform using OTFTs that can be used for LCD, OLED, and sensor applications. Their OTFT technology has been proven for industrial manufacturing and offers high performance with low temperature processing, high mobility, bendability, and stability compared to other technologies like amorphous silicon. FlexEnable is working with partners to commercialize applications of their OTFT technology like flexible displays and sensors for wearables, automotive, and other markets.
The document summarizes the 2008 report by the US National Academy of Engineering that identified 14 Grand Challenges for Engineering to address over the next century. It discusses the process used to identify these challenges and observations about the challenges. It also briefly mentions the 2017 UK Industrial Strategy report by Michael Heseltine. The 14 Grand Challenges included providing clean energy and water, improving health technologies, enhancing security, and advancing science. The challenges were intended to improve life worldwide and reflect the interdependence of engineering, science and medicine. They have largely stood the test of time in addressing important issues.
Xaar is a leading manufacturer of industrial inkjet printheads. Inkjet technology is increasingly being used in advanced manufacturing for applications such as decor, direct-to-shape printing, electronics, energy, construction, and 3D printing. Xaar's piezoelectric inkjet printheads offer advantages for manufacturing including non-contact printing, compatibility with a wide range of fluids, scalability, and high productivity. Case studies presented show how inkjet printing is being used for applications such as display manufacturing, solar cell production, and nanoimprint lithography.
Materials, energy, storage and heat transferJustin Hayward
Dr Siva Bohm of Talga Technologies Limited gave a presentation on the company and its graphene materials. Talga owns three high-grade graphite resources in Sweden and has developed an electrochemical exfoliation process to produce graphene and micrographite directly from raw ore. This scalable process could enable Talga to become the world's largest supplier of these materials. Talga is focusing on applying its graphene products to improve performance in sectors like energy storage, coatings, composites, and construction materials.
The document summarizes graphene research and facilities at the University of Manchester. Over 250 researchers study graphene and related 2D materials across 30 academic groups. The University has the £61m National Graphene Institute (NGI) for fundamental research and the £60m Graphene Engineering Innovation Centre (GEIC) for industry-led development. The NGI focuses on academic research to prove concepts while the GEIC collaborates with academia to scale production and develop applications from electronics and sensors to composites and membranes.
1. The document discusses Angelica Anton, founding partner of Silk Ventures, and her perspectives on scaling stories in Asia.
2. It outlines some of the challenges of operating in China, such as funding, IP protection, bureaucracy, and relationship building.
3. China has ambitious goals for artificial intelligence, aiming to be a world leader in AI innovation and market share by 2030 with the AI sector valued at over $1 trillion.
This document discusses energy storage solutions for various applications from Rolls-Royce's perspective. It notes that while battery technology is improving, batteries alone cannot meet the demanding energy storage needs of all applications like large aircraft and trans-oceanic flights. A range of solutions will be needed, including batteries, fuel cells, and supercapacitors. The document also outlines Rolls-Royce's work on more electric aircraft and engines like the UltraFan that represent opportunities for energy storage.
Thomas Swan & Co. Ltd. is a UK-based company that produces performance chemicals and advanced materials, including graphene. The company has a long history in the chemical industry and has been producing graphene through a scalable liquid phase exfoliation process since 2014. This process allows for the flexible production of a range of 2D materials, such as graphene, boron nitride, and molybdenum disulfide, in dispersions and powders. Thomas Swan sells these 2D materials and 2D material-enhanced composites for applications requiring improved mechanical, thermal, and barrier properties.
CityVerve is Manchester's £15 million smart city project that aims to demonstrate the benefits of connecting everyday objects through IoT. Led by Manchester City Council, it involves 21 organizations working together to transform the city. Central to CityVerve is BT's data hub, which will aggregate data from various sources and make it available to developers and applications via an interoperability standard called Hypercat. The project aims to provide a replicable, sustainable, and scalable model for other cities to implement smart city solutions around transport, healthcare, energy, and the environment.
Top 5 breakthroughs in energy storage materialsJustin Hayward
Katarzyna Sokół from the University of Cambridge presented on overcoming limitations of current batteries using 2D materials. She discussed several 2D material hybrids and their applications in batteries and supercapacitors, including a nickel cobalt hydroxide-reduced graphene oxide hybrid for asymmetric supercapacitors that showed remarkable cycling stability. She also presented on several sodium ion battery materials that demonstrated superior cycling performance, high reversible capacity, and capacity retention at high current densities, such as Na0.4Mn0.54Co0.46O2 nanosheets and ultrathin NiO nanosheets. Finally, she discussed novel 2D polymer sheets that showed superior stability, quick charging/discharging, and
FGV Cambridge Nanosystems is a graphene production and technology company established in 2012 with 20 employees from 11 countries. It has an annual graphene production capability of 19 kg per day in its 2500 square meter factory. The company produces high quality graphene flakes and uses them to develop graphene-enabled technologies like flexible heaters, conductive inks for printing, and graphene additives to improve lithium-ion batteries. It works with businesses in automotive, aerospace and other industries to develop prototype and commercial applications of its graphene materials and technologies.
This document discusses emerging production technologies like additive manufacturing (3D printing) and whether their adoption constitutes a "fourth industrial revolution." It identifies several potential barriers to the uptake of these technologies, including issues around materials, design, skills/education, costs/investment, standards/regulation, testing, and intellectual property protection. The document argues that overcoming these barriers is important to improve the commercialization of new production technologies and maximize their impacts on business models, locations of production activities, and the skills and capabilities needed to create and capture value from them. It questions whether technological innovation alone will drive productivity growth or if broader changes are needed to fully realize the potential of emerging technologies.
The document discusses how 2D materials can advance energy storage and discusses several research projects utilizing 2D materials for lithium and sodium-ion batteries. It summarizes that integrating selected 2D lithium host materials into 3D architectures can improve electrochemical performance through increased surface area and diffusion pathways. Composite 2D-3D microstructures incorporating graphene offer multiple functional enhancements for energy storage systems. There is a need to explore advanced manufacturing methods for nanostructured materials.
AI and automation will significantly impact productivity and jobs. While AI can boost productivity through automation of routine tasks, it may also displace many jobs. To manage this transition and ensure the benefits of AI are widely shared, governments and companies should [1] establish ethical oversight of AI systems, [2] invest profits from AI into retraining displaced workers, and [3] explore options like universal basic income to support those impacted by job disruption. Overall, AI has the potential to dramatically increase global GDP if its development and applications are properly managed.
This document discusses graphene, a two-dimensional material with many extraordinary properties. It lists graphene's properties such as flexibility, anti-flammability, strength, and thermal and electrical conductivity. Potential applications are discussed for graphene in various industries like aerospace, automotive, electronics. Challenges in graphene production and commercialization are mentioned. The document also provides information on graphene production methods and development support from organizations.
This document discusses computer vision and ethics in artificial intelligence. It covers topics like deep learning for computer vision, multi-task learning using uncertainty, and video semantic segmentation. It also discusses the trolley problem in ethics and provides examples of unethical AI today. Some concrete problems in autonomous vehicle safety are identified, including trust, fairness, interpretability and avoiding reward hacking. The document concludes that while deep learning can help machines perceive and act from data, models also need to understand ethics themselves to be applied safely in real-world situations.
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Sold to Powergen
in 1997
in 1997
Sold to Mettler-Toledo
in 1998
16. the Tonejet process: science
• electrostatic concentration and ejection of particles from a fluid
• the Tonejet printhead creates the meniscus shape and enables an electric field
to be applied to the ink surface.
Ink
flow
• the Tonejet ink is a key part of the ejection
process, the force is applied direct to the Concentra.on
charged particles.
• the electric field draws the particles into a E
fine concentrated jet. the longer the pulse
the more ink is ejected.
• Tonejet ink flows continuously through the
ejection region.
17. D-head
• number of ejectors: 1
• print swathe: 42µm
• head dimensions: 10mm
by 50mm by 40mm
• manufacturing method:
Scalpel blade (hand cut)
• print frequency: 2kHz
• time to print a post card:
1 hour, 12 minutes
21. use of computer modelling
• variety of models used:
– 2D electrostatic modelling
– 3D electrostatic modelling
– computer fluid dynamics
– all embracing 3D electro-fluidic model
• models developed in parallel with
direct observation with:
– high speed camera
– strobe imaging
22. the Tonejet process
concentrate
• non-contact
• prints concentrated ink
• no special substrate
concentrate
treatment
• continuous greyscale
control
• ejects large range of
dilute
pump
printhead
materials
suspension
23. Verification: W-head
• number of ejectors: 64
• print swathe: 10.5mm
• head dimensions: 40mm
by 40mm by 60mm
• manufacturing method:
machined ceramic (every
feature individually
machined)
• print frequency: 16kHz
• time to print a post card:
1 minute, 8 seconds
40. Delta 1 head
• number of ejectors: 252
• print swathe: 42mm
• head dimensions: 75mm
by 25mm by 65mm
• manufacturing method:
replication from a master
and lithography
• print frequency: 24kHz
• time to print a post card:
12 seconds
41. Chiron head
• number of ejectors:
1024
• print swathe: 170mm
• head dimensions:
300mm by 150mm by
150mm
• manufacturing method:
replication from a
master and lithography
• print frequency: 24kHz
• time to print a post
card: 2 seconds
42. Delta 2 head module
• number of ejectors:
2560
• print swathe: 105mm
• head dimensions:
210mm by 120mm by
300mm
• manufacturing method:
replication from a
master and lithography
• print frequency: 24kHz
• time to print a post
card: 0.1 seconds
43. drive voltage
Year Hardware Pulse
voltage (V)
Pre1994 Valve amp – one 1000
ejector
1994 One drive card 800
per ejector
1996 Big 64 channel 600
drive cards
1998 500
2002 Miniature 64 400
channel drive
cards
2007 250-300
2009 Miniature 640 250-300
channel drive
card
47. Value of manufacturing for Tonejet
• You will put more product down the process pipe in the first week of full
commercial operation than in the entire development program
• A successful new process will be as good as its predecessor in all key
respects, and better in some.
• Reduction in BOM costs
• Increases in printed throughput
• Growth of I.P. Portfolio
• Speedier response to changes in market needs
49. Value of manufacturing for Tonejet
• You will put more product down the process pipe in the first week of full
commercial operation than in the entire development program
• A successful new process will be as good as its predecessor in all key
respects, and better in some.
• Reduction in BOM costs
• Increases in printed throughput
• Growth of I.P. Portfolio
• Speedier response to changes in market needs
50. Printhead evolution
printhead no. m’f’g BoM/ejector print time to print
ejectors method vs today frequency a postcard
D-head 1 scalpel, 12.5 X 2kHz 1hr 12 min
hand cut
W-head 64 machined 2X 16kHz 1 min 8 secs
ceramic
Delta 1 head 252 cast & 2.5 X 24kHz 12 secs
lithography
Chiron head 1024 cast & 2X 24kHz 2 secs
lithography
Delta 2 2560 cast & 1X 24kHz 0.1 secs
module lithography
51. Value of manufacturing for Tonejet
• You will put more product down the process pipe in the first week of full
commercial operation than in the entire development program
• A successful new process will be as good as its predecessor in all key
respects, and better in some.
• Reduction in BOM costs
• Increases in printed throughput
• Growth of I.P. Portfolio
• Speedier response to changes in market needs
53. Value of manufacturing for Tonejet
• You will put more product down the process pipe in the first week of full
commercial operation than in the entire development program
• A successful new process will be as good as its predecessor in all key
respects, and better in some.
• Reduction in BOM costs
• Increases in printed throughput
• Growth of I.P. Portfolio
• Speedier response to changes in market needs
55. Value to the economy
• Employment : 50% in 5 years
feeding on Cambridge expertise
• Supply Partnerships – expanding their capabilities
Work with key partners able to produce high specification
components to enable sub-contract manufacturing of proven
components
Part of TSB funded consortium of UK businesses
• Enhancing Cambridge (and wider) expertise
Tonejet staff being targeted by others!