Thesis defence about “Analysis of the changing patent infringement risk situation in a digital transformation scenario” by Leonhard Brader at the MIPLM 2020
The GAZOTRACK 4, multigas detector. This new generation handheld device can detect four gases at the same time- offering an all in one solution. The GAZOTRACK 4 can be used for a wide range of detection situation.
New Opportunity & Applications by IIoT Technology -Water, Electricity, GasICPDAS
Frank Cheng of ICP DAS Co., LTD presented on new opportunities and applications using IIoT technology. The presentation discussed what IIoT is and how it relates to M2M and IoT. Key benefits of IIoT include improved quality, increased efficiency, decreased costs and reduced inventory. Example opportunities include predictive maintenance, self-optimizing production, and connected cars. Applications discussed included water monitoring, gas monitoring, and power management systems. ICP DAS provides solutions for these types of IIoT applications.
The Fyrite InTech is a combustion analyzer designed to measure stack temperature, oxygen levels, and calculate efficiency in residential furnaces. It features an easy-to-read LCD display, internal data storage, and field-replaceable sensors to minimize downtime. The compact, portable device provides accurate efficiency readings and diagnostics with intuitive push-button operation for reduced service times.
RFID Technology, Advanced Storeroom Control
The AccuPort utilizes passive RFID technology and CribMaster Inventory Management software to effectively manage any type of inventory in a centrally located tool crib or storeroom environment. This secure RFID portal system streamlines operations by eliminating manual logs and barcode scanning. Transactions are recorded in real time, providing a high
level of accuracy to reduce stockouts and gain better control of your indirect materials.
This document provides an overview of RFID technology and converting RFID labels. It discusses how RFID is increasingly being used for tracking goods and the opportunities this presents for printers and converters. It outlines the machine and process modifications needed to produce RFID labels, such as avoiding hard nips and using antistatic materials. The document also covers best practices for handling, testing, and packaging RFID labels.
The GAZOTRACK 4, multigas detector. This new generation handheld device can detect four gases at the same time- offering an all in one solution. The GAZOTRACK 4 can be used for a wide range of detection situation.
New Opportunity & Applications by IIoT Technology -Water, Electricity, GasICPDAS
Frank Cheng of ICP DAS Co., LTD presented on new opportunities and applications using IIoT technology. The presentation discussed what IIoT is and how it relates to M2M and IoT. Key benefits of IIoT include improved quality, increased efficiency, decreased costs and reduced inventory. Example opportunities include predictive maintenance, self-optimizing production, and connected cars. Applications discussed included water monitoring, gas monitoring, and power management systems. ICP DAS provides solutions for these types of IIoT applications.
The Fyrite InTech is a combustion analyzer designed to measure stack temperature, oxygen levels, and calculate efficiency in residential furnaces. It features an easy-to-read LCD display, internal data storage, and field-replaceable sensors to minimize downtime. The compact, portable device provides accurate efficiency readings and diagnostics with intuitive push-button operation for reduced service times.
RFID Technology, Advanced Storeroom Control
The AccuPort utilizes passive RFID technology and CribMaster Inventory Management software to effectively manage any type of inventory in a centrally located tool crib or storeroom environment. This secure RFID portal system streamlines operations by eliminating manual logs and barcode scanning. Transactions are recorded in real time, providing a high
level of accuracy to reduce stockouts and gain better control of your indirect materials.
This document provides an overview of RFID technology and converting RFID labels. It discusses how RFID is increasingly being used for tracking goods and the opportunities this presents for printers and converters. It outlines the machine and process modifications needed to produce RFID labels, such as avoiding hard nips and using antistatic materials. The document also covers best practices for handling, testing, and packaging RFID labels.
The highly sensitive detector tubes are designed for evaluation of the potential presence of ultra toxic chemical substances in the air and are resistant to interfering substances
Opticon Việt Nam là văn phòng đại diện của Opticon Hà Lan. Chuyên cung cấp, phân phối các loại máy quét mã vạch chất lượng cao mang thương hiệu Nhật Bản. Sản phẩm máy quét của Opticon rất đa dạng từ máy quét cầm tay, máy quét để bản, máy quét dùng trong công nghiệp, máy quét di động... có thể quét tốt các loại mã vạch 1D và 2D
i.roc® Ci70 -Ex webinar 1/3 - Increasing Mobile Computing ROI in hazardous areasecom instruments GmbH
This webinar will cover how you can:
» Maximise the return on your mobile computing investments
» Reduce the Total Cost of Ownership of the solution
» Safely expand your mobile applications into hazardous areas
» Reduce the end user's toolkit from 3 tools to 1
Topics covered include:
• What is RFID?
• Item identification - Barcode or RFID?
• ecom RFID portfolio
• How and where can I use RFID?
• What are the advantages and benefi ts of RFID?
Application Story -- Smart Building with IIoT technologyICPDAS
This document discusses smart building solutions from ICP DAS. It begins with an overview of smart buildings and the integrated system ICP DAS provides compared to traditional separate systems. Examples of applications discussed include meeting room booking systems, building automation, home automation, smart front communication, lighting control systems, AC management systems, and parking lot applications. The document emphasizes the benefits of ICP DAS's total solutions in enabling energy savings, excellent air quality, and requiring no administrator through integrated management of various building systems.
The document describes the Crowcon F-Gas detector, a fixed point gas detector that uses infrared (IR) sensor technology to detect refrigerant gases and sulfur hexafluoride (SF6). It provides dependable detection with a long-life IR sensor, high reliability, and low maintenance costs. The F-Gas detector delivers accurate and stable performance over many years with minimal calibration requirements. It helps users comply with F-Gas regulations while reducing leakage and improving efficiency.
Tetra is a single button, robust multigas monitor designed to reliably detect gases in tough environments. It features intelligent sensor modules, shockproof construction, and self-checking software. Tetra provides continuous 12 hour operation on a rechargeable battery and detects oxygen, toxic, and flammable gases with audible, visual, and vibrating alarms. It is simple to use, interchangeable sensor modules, and compatible with PC software for calibration and data logging.
The Edge Data Centre is an innovative integrated data center infrastructure solution by Rittal, specifically designed for mission critical server room applications. Ease of manageability and growth potential are some of the biggest benefits of going with an integrated infrastructure.
With a growing selection of antenna choices and sensor ICs, SMARTRAC’s sensor tag and inlay family offers state-of-the-art products with great flexibility to accurately measure moisture and temperature conditions in industrial, healthcare and many other applications.
Sensor inlays and tags are passive UHF inlays equipped with RFMicron’s Magnus® IC family. These RFID sensor inlays offer great performance, and are a perfect choice where moisture and temperature detection is an important requirement. Their specific antenna design acts as a resistor/inductor/capacitor (RLC) tuned circuit to enable an antenna to sense its environment. The antenna converts environmental data into an impedance change, and the sensor tag IC translates this into a sensor code, as it dynamically matches antenna impedance to die impedance.
These single-chip sensor inlay and tag solutions are cost-efficient and easy to implement, and work on different surface materials ranging from textiles to metal parts to construction materials. They can be deployed where active or semi-active sensors are not practical, and involve no battery maintenance, costs or problems with product lifetime or recycling. Delivery formats are dry and wet to suit all converting-industry needs.
The Detective+ is a transportable multigas area monitor from Crowcon that provides effective warning of gas hazards through loud and clear alarms. It has a rugged, water resistant design with clear display and can monitor up to 4 gases simultaneously. The Detective+ can be linked with up to 12 other units using Detective Net wireless technology to provide perimeter or area monitoring over distances of up to 100 meters.
Software & Patenting: IP Outside Your Comfort ZoneBen Hoyle
A presentation given as a CIPA Webinar on 25 February 2014.
Provides an introduction to software as it relates to patenting and an overview of current practice in UK and Europe. Details of relevant legislation and case law are provided, together with some tips for drafting.
Provided according to the terms set out here: http://www.eip.com/legal.php - i.e. does not constitute legal advice and should be taken as guidance.
II-SV 2017: How to effectively monitor Technological Developments in IPDr. Haxel Consult
Modern, cutting-edge developments are not reflected in current patent classification systems, which tend to catalogue established technologies. Identifying patent portfolios in such emerging fields proves a challenging job for patent and technology experts.
Going beyond the mere identification of new IP, additional value may be added using a regional geographic weighting combined with consolidated portfolio owner information.
Effective monitoring of the technological field is achieved by training active-learning search engines to hunt for highly relevant patent documents, thus keeping IP portfolios for emerging technologies up to date. The system we have developed permits extremely accurate updates with drastically reduced noise and with low workload which have proven to be invaluable in a world of drastically increasing data blur.
The document discusses intellectual property protection in Greece and abroad. It covers the typical steps in commercializing a research invention, including evaluating commercial potential, intellectual property protection through patents or other means, licensing, and revenue generation. It provides an overview of the patenting process and requirements in Greece, as well as filing for patents in other countries or regions like Europe. The types of intellectual property protection are also summarized, along with statistics on university and corporate patenting activity.
Patentability of Computer Related Inventions (CRIs) in IndiaArun Narasani
The patentability requirements for Computer Related Inventions (CRIs) under Indian Patent Law have been unclear. It is generally understood that a CRI must demonstrate “technical effect” and the relevant claims must have “machine limitation”, in addition to the basic patentability requirements of novelty, inventive step, and industrial applicability.
However, the phrase “technical effect” has not been defined properly. Further, the legal basis for technical effect requirement has not been clarified.
In this session, we will take a close look at the guidelines for examination of CRIs published recently by the Indian Patent Office to gain some insights regarding the "technical effect" requirement.
Take Aways:
- Understand evolution of patent law with reference protection of CRIs
- Understand “technical effect” requirement and legal basis for the requirement
- Understand patentability of CRIs in India through examples
Sierra Monitor Corporation is a company founded in 1979 that provides fire and gas detection solutions and protocol gateways. It has headquarters in Milpitas, California and sales offices around the world. Sierra Monitor's Sentry IT product line provides scalable fire and gas detection systems using various sensors and approvals from agencies like UL and FM. The company also offers FieldServer protocol gateways that allow connectivity and data sharing between various industrial equipment and protocols to enable industrial internet of things solutions.
Sierra Monitor Corporation is an industrial IoT company founded in 1979 that provides fire and gas detection solutions, protocol gateways, and cloud-based monitoring services. It has sales offices worldwide and its flagship product, Sentry IT, is a fire and gas detection system that integrates with building automation and industrial control systems. FieldServer is Sierra Monitor's line of protocol gateway devices that support over 140 protocols and provide connectivity between industrial assets and to the cloud.
The document provides an introduction to the Internet of Things (IoT). It discusses the history and growth of IoT, including forecasts of 20-50 billion connected devices by 2020. Key enabling technologies for IoT are described, such as sensors, actuators, embedded systems, connectivity standards, and cloud computing. Example applications of IoT are highlighted in areas like smart cities, homes, cars, and industrial settings. However, security and privacy challenges are also noted as areas that must be addressed for IoT to reach its full potential.
Industry 4.0, the 4th Industrial revolution, is redefining manufacturing in 2020.
Smart Factory, Smart Manufacturing, Digital Manufacturing, Artificial Intelligence, Big Data etc. are commonly herd terms nowadays. But what exactly do they mean? What is Industry 4.0? What were Industry 1.0, 2.0 and 3.0? How does Industry 4.0 positively impact the way a Factory manufactures? What are the benefits of Industry 4.0? How can a factory become a Smart Factory? How to get started with Industry 4.0 journey? How to achieve manufacturing excellence using Industry 4.0 route? What is Digital Manufacturing and Smart Manufacturing?
These and some of these questions are answered in this updated (July 2020) Industry 4.0 IIoT Webinar Presentation (PPT, PDF).
The highly sensitive detector tubes are designed for evaluation of the potential presence of ultra toxic chemical substances in the air and are resistant to interfering substances
Opticon Việt Nam là văn phòng đại diện của Opticon Hà Lan. Chuyên cung cấp, phân phối các loại máy quét mã vạch chất lượng cao mang thương hiệu Nhật Bản. Sản phẩm máy quét của Opticon rất đa dạng từ máy quét cầm tay, máy quét để bản, máy quét dùng trong công nghiệp, máy quét di động... có thể quét tốt các loại mã vạch 1D và 2D
i.roc® Ci70 -Ex webinar 1/3 - Increasing Mobile Computing ROI in hazardous areasecom instruments GmbH
This webinar will cover how you can:
» Maximise the return on your mobile computing investments
» Reduce the Total Cost of Ownership of the solution
» Safely expand your mobile applications into hazardous areas
» Reduce the end user's toolkit from 3 tools to 1
Topics covered include:
• What is RFID?
• Item identification - Barcode or RFID?
• ecom RFID portfolio
• How and where can I use RFID?
• What are the advantages and benefi ts of RFID?
Application Story -- Smart Building with IIoT technologyICPDAS
This document discusses smart building solutions from ICP DAS. It begins with an overview of smart buildings and the integrated system ICP DAS provides compared to traditional separate systems. Examples of applications discussed include meeting room booking systems, building automation, home automation, smart front communication, lighting control systems, AC management systems, and parking lot applications. The document emphasizes the benefits of ICP DAS's total solutions in enabling energy savings, excellent air quality, and requiring no administrator through integrated management of various building systems.
The document describes the Crowcon F-Gas detector, a fixed point gas detector that uses infrared (IR) sensor technology to detect refrigerant gases and sulfur hexafluoride (SF6). It provides dependable detection with a long-life IR sensor, high reliability, and low maintenance costs. The F-Gas detector delivers accurate and stable performance over many years with minimal calibration requirements. It helps users comply with F-Gas regulations while reducing leakage and improving efficiency.
Tetra is a single button, robust multigas monitor designed to reliably detect gases in tough environments. It features intelligent sensor modules, shockproof construction, and self-checking software. Tetra provides continuous 12 hour operation on a rechargeable battery and detects oxygen, toxic, and flammable gases with audible, visual, and vibrating alarms. It is simple to use, interchangeable sensor modules, and compatible with PC software for calibration and data logging.
The Edge Data Centre is an innovative integrated data center infrastructure solution by Rittal, specifically designed for mission critical server room applications. Ease of manageability and growth potential are some of the biggest benefits of going with an integrated infrastructure.
With a growing selection of antenna choices and sensor ICs, SMARTRAC’s sensor tag and inlay family offers state-of-the-art products with great flexibility to accurately measure moisture and temperature conditions in industrial, healthcare and many other applications.
Sensor inlays and tags are passive UHF inlays equipped with RFMicron’s Magnus® IC family. These RFID sensor inlays offer great performance, and are a perfect choice where moisture and temperature detection is an important requirement. Their specific antenna design acts as a resistor/inductor/capacitor (RLC) tuned circuit to enable an antenna to sense its environment. The antenna converts environmental data into an impedance change, and the sensor tag IC translates this into a sensor code, as it dynamically matches antenna impedance to die impedance.
These single-chip sensor inlay and tag solutions are cost-efficient and easy to implement, and work on different surface materials ranging from textiles to metal parts to construction materials. They can be deployed where active or semi-active sensors are not practical, and involve no battery maintenance, costs or problems with product lifetime or recycling. Delivery formats are dry and wet to suit all converting-industry needs.
The Detective+ is a transportable multigas area monitor from Crowcon that provides effective warning of gas hazards through loud and clear alarms. It has a rugged, water resistant design with clear display and can monitor up to 4 gases simultaneously. The Detective+ can be linked with up to 12 other units using Detective Net wireless technology to provide perimeter or area monitoring over distances of up to 100 meters.
Software & Patenting: IP Outside Your Comfort ZoneBen Hoyle
A presentation given as a CIPA Webinar on 25 February 2014.
Provides an introduction to software as it relates to patenting and an overview of current practice in UK and Europe. Details of relevant legislation and case law are provided, together with some tips for drafting.
Provided according to the terms set out here: http://www.eip.com/legal.php - i.e. does not constitute legal advice and should be taken as guidance.
II-SV 2017: How to effectively monitor Technological Developments in IPDr. Haxel Consult
Modern, cutting-edge developments are not reflected in current patent classification systems, which tend to catalogue established technologies. Identifying patent portfolios in such emerging fields proves a challenging job for patent and technology experts.
Going beyond the mere identification of new IP, additional value may be added using a regional geographic weighting combined with consolidated portfolio owner information.
Effective monitoring of the technological field is achieved by training active-learning search engines to hunt for highly relevant patent documents, thus keeping IP portfolios for emerging technologies up to date. The system we have developed permits extremely accurate updates with drastically reduced noise and with low workload which have proven to be invaluable in a world of drastically increasing data blur.
The document discusses intellectual property protection in Greece and abroad. It covers the typical steps in commercializing a research invention, including evaluating commercial potential, intellectual property protection through patents or other means, licensing, and revenue generation. It provides an overview of the patenting process and requirements in Greece, as well as filing for patents in other countries or regions like Europe. The types of intellectual property protection are also summarized, along with statistics on university and corporate patenting activity.
Patentability of Computer Related Inventions (CRIs) in IndiaArun Narasani
The patentability requirements for Computer Related Inventions (CRIs) under Indian Patent Law have been unclear. It is generally understood that a CRI must demonstrate “technical effect” and the relevant claims must have “machine limitation”, in addition to the basic patentability requirements of novelty, inventive step, and industrial applicability.
However, the phrase “technical effect” has not been defined properly. Further, the legal basis for technical effect requirement has not been clarified.
In this session, we will take a close look at the guidelines for examination of CRIs published recently by the Indian Patent Office to gain some insights regarding the "technical effect" requirement.
Take Aways:
- Understand evolution of patent law with reference protection of CRIs
- Understand “technical effect” requirement and legal basis for the requirement
- Understand patentability of CRIs in India through examples
Sierra Monitor Corporation is a company founded in 1979 that provides fire and gas detection solutions and protocol gateways. It has headquarters in Milpitas, California and sales offices around the world. Sierra Monitor's Sentry IT product line provides scalable fire and gas detection systems using various sensors and approvals from agencies like UL and FM. The company also offers FieldServer protocol gateways that allow connectivity and data sharing between various industrial equipment and protocols to enable industrial internet of things solutions.
Sierra Monitor Corporation is an industrial IoT company founded in 1979 that provides fire and gas detection solutions, protocol gateways, and cloud-based monitoring services. It has sales offices worldwide and its flagship product, Sentry IT, is a fire and gas detection system that integrates with building automation and industrial control systems. FieldServer is Sierra Monitor's line of protocol gateway devices that support over 140 protocols and provide connectivity between industrial assets and to the cloud.
The document provides an introduction to the Internet of Things (IoT). It discusses the history and growth of IoT, including forecasts of 20-50 billion connected devices by 2020. Key enabling technologies for IoT are described, such as sensors, actuators, embedded systems, connectivity standards, and cloud computing. Example applications of IoT are highlighted in areas like smart cities, homes, cars, and industrial settings. However, security and privacy challenges are also noted as areas that must be addressed for IoT to reach its full potential.
Industry 4.0, the 4th Industrial revolution, is redefining manufacturing in 2020.
Smart Factory, Smart Manufacturing, Digital Manufacturing, Artificial Intelligence, Big Data etc. are commonly herd terms nowadays. But what exactly do they mean? What is Industry 4.0? What were Industry 1.0, 2.0 and 3.0? How does Industry 4.0 positively impact the way a Factory manufactures? What are the benefits of Industry 4.0? How can a factory become a Smart Factory? How to get started with Industry 4.0 journey? How to achieve manufacturing excellence using Industry 4.0 route? What is Digital Manufacturing and Smart Manufacturing?
These and some of these questions are answered in this updated (July 2020) Industry 4.0 IIoT Webinar Presentation (PPT, PDF).
Almost every area, device, sensor, software, etc are connected to each other. The ability to access these devices through a smartphone or through a computer is called IoT.
Opportunities of Industry 4.0-
More reliable and consistent productivity and output and better quality products
Enabling innovation across many applications, with much larger economic impact on growth
Energy-efficient and environmentally sustainable production and systems
Effective use of human and material resources
This document discusses Industry 4.0, which refers to the current trend of increased automation and data exchange in manufacturing technologies using cyber-physical systems, the internet of things, cloud computing, and cognitive computing. It is considered the fourth industrial revolution. The document provides an overview of the four industrial revolutions from the introduction of steam power in Industry 1.0 to the increased automation using sensors and machine learning in Industry 4.0 today. It also discusses key aspects of Industry 4.0 like cyber-physical systems, the internet of things, benefits and examples of IIoT (industrial internet of things) systems.
Overview of Sierra Monitor Corporation, the organization that FieldServer is a part of. Connect and Protect is our mission. The FieldServer group provides the Connect and Sentry IT is the Protect portion, providing systems for the detection of combustible and toxic gas.
Industry 4.0 has widespread application across Industries (Manufacturing, Logistics, Mobility etc.). In case of manufacturing and processing industries Industry 4.0 means Smart Manufacturing using IIoT (Industrial Internet of Things or simply Industrial IoT) in a connected smart factory.
It enables an Organization to make smart data-driven decisions based on Big Data, Artificial Intelligence and Machine Learning. Industry 4.0 IIoT has several benefits such as Resource Optimization, Cost Reduction, Automation, Predictive Maintenance and Prescriptive Analytics and Control etc.
UniConverge Technologies Pvt Ltd, is working in Industry4.0 / Industrial IoT (IIOT) , Machine Learning, Artificial Intelligence, Cloud Computing based products. The talk has been delivered at various universities, Engineering Colleges/Institutes.
IP strategies to protect your cloud technology-Florian Michalek, Bardehele Pa...Mind the Byte
This document discusses strategies for protecting cloud technology with intellectual property (IP). It begins by explaining that computer-implemented inventions involving cloud computing can be patentable if they have a technical character and meet patentability requirements. It then provides examples of patented cloud computing inventions and guidelines from the European Patent Office. The document also addresses issues of confidentiality for cloud-based research and prior art disclosures on the internet.
GARE du MIDIH Open Digital Platforms the adoption of a standards-based open...MIDIH_EU
The Open Digital Platform importance in the Industrial Digital Transformation. Three MIDIH use cases: Lighthouse pilots - how they have benefits from MIDIH Open Source platform
The document discusses the Internet of Things (IoT) and enabling technologies. The IoT involves connecting a huge number and variety of devices, generating terse machine-to-machine data as opposed to large human-to-machine data. Enabling technologies include RFID, PLC, and wireless sensor networks. The future of IoT includes the Industrial Internet to improve efficiency in industries like transportation. Cisco and GE estimate the IoT will generate $14-32 trillion annually in economic activity. Developers can use languages like C#, Python and Java ME 8 to code sensors, actuators and handle incoming IoT data.
PROFINET - The backbone of IIoT.
IOT, IIOT, Industrie 4.0 are becoming popular topics of conversation, but what do they mean and where does PROFINET fit into the equation? This presentation will try to explain this and provide a clearer idea of the benefits of using PROFINET as part of an overall move towards these concepts, collectively known as the 4th Industrial Revolution.
BIOGRAPHY
Peter Thomas is a Process Control and Automation Engineer with Control Specialists Ltd. He is Chairman of the PROFIBUS & PROFINET International Training Centre (PITC) Workgroup and is a member of the PROFIBUS UK Steering Committee.
IBM Bluemix Paris Meetup #21-20170131 Meetup @Ingima - MangOH to AirVantage t...IBM France Lab
This document summarizes a presentation given by Sierra Wireless on their mangOH open source hardware platform, AirVantage IoT cloud platform, and a demo connecting a sensor to the cloud using these technologies. The presentation introduced mangOH as a flexible open source hardware solution for prototyping IoT devices, AirVantage as an end-to-end cloud platform for managing devices and applications, and demonstrated a simple sensor-to-cloud application using mangOH, AirVantage and IBM Bluemix. Representatives from Sierra Wireless discussed their solutions for building the Internet of Things.
The document discusses integrating IP into business models. It outlines generic IP strategies including fortress monopoly, value-added monopoly, hub monopoly, and value chain monopoly. These strategies are aimed at creating competitive advantages. It also provides an example of how Thermomix uses IP to protect its unique cooking appliance and recipes. The presentation emphasizes developing a 360-degree IP strategy matrix to align IP objectives with overall business goals.
Red, blue, and black ocean strategies describe different approaches to business competition. Red oceans represent existing markets with fierce competition, while blue oceans involve creating new markets without competition through value innovation. Black oceans take blue ocean strategies a step further by creating new ecosystems that make competition irrelevant, such as those developed by companies like Microsoft, Apple, and Amazon. These strategies can be used to understand the evolution of industries towards greater collaboration represented by concepts like Industry 4.0.
Competitive advantage refers to factors that allow a company to produce goods or services better or more cheaply than competitors. These factors generate more sales and superior margins. Competitive advantages come from various sources like cost structure, branding, quality, distribution network, intellectual property, and customer service. They allow companies to achieve higher profits compared to rivals and generate value. A competitive advantage distinguishes a business and makes customers prefer its products over others. The document then provides Apple as an example, discussing how Apple leverages intellectual property strategically to maintain advantages like product differentiation, legal defense of its position, market dominance, and encouragement of ongoing innovation.
This document proposes a quantitative framework for investors to assess a company's intellectual property (IP) strategy and management. It involves grading companies on their IP processes in key areas like IP strategy, risk management, generation and enforcement. Questions are provided for each area linked to potential investment risks. Companies are given scores in each area for comparison. The framework aims to provide a simple, standardized way for investors to understand a company's IP management early in the investment process and identify risks. It could guide further IP due diligence and show the likelihood of a company successfully generating and exploiting IP to support its business goals.
Social Gateway Presentation at the HTB summer camp 2023MIPLM
This document provides guidance on best practices and examples for using LinkedIn to promote events and build an online community. It recommends posting engaging content that sparks discussion, features people involved with the organization, and is timed with influencers to reach new audiences. Analytics and tools like Sales Navigator can help optimize the LinkedIn strategy. Examples include a publication plan, teasing an upcoming event, and following up after an event by sharing results and gathering feedback. The goal is to create an active LinkedIn community that continues discussions and brings in broader networks.
- appliedAI is an initiative in Europe that aims to shape the innovative power of AI and advance industries in their AI journeys.
- It provides a holistic framework for trustworthy AI, including an AI maturity assessment model and supporting over 250 companies.
- Value is only created at high levels of AI maturity, when AI is broadly embedded in an organization and transforming its DNA. Successful implementation requires advancing across all dimensions of technology, data, processes, culture and other factors.
This document discusses trends relevant to intellectual property from the IP Trend Radar 2022. It provides summaries of a group's industry makeup, the relevance of different trends, and key topics within high-ranking trends. The group represents diverse industries and company sizes, with research and development departments ranging from under 10% to over 51% of employees. The most relevant trends centered around protecting knowledge and adapting to new technologies like artificial intelligence and new materials. Sections analyzed trends such as the fight to protect know-how, regulatory changes like the Unified Patent Court, and new business models involving ownership concepts and ecosystems.
The document summarizes IP trends observed by various practitioners from different regions and industries. Key trends discussed include an increase in IP litigation and emphasis on monetizing IP during economic downturns. There is also a shift towards more remote and flexible working arrangements at IP offices and law firms in response to COVID-19. Emerging areas like the metaverse, NFTs, and AI are creating new challenges around IP protection and ownership. Collaboration between IP stakeholders is growing to promote the importance of IP globally.
This document discusses strategic intellectual property (IP) considerations for medical technology companies, including opportunities to boost growth as a small-to-medium enterprise (SME). It describes using an IP strategy to create exclusive market positions for customers by offering benefits that are distinctive, long-lasting, and legally defensible. The effects of digital transformation on business models are examined, with IP used to protect new digital elements that affect key parts of the business model and achieve competitive advantages. Examples are provided for patent strategies regarding magnetic resonance imaging under transaction-based and pay-per-use business models.
1. The document discusses intellectual property strategies for digital products, noting the importance of considering ecosystem scale and frequency of innovation.
2. It provides examples of how willingness-to-pay in digital markets is driven by both ecosystem size and how often products are innovated.
3. Intellectual property rights and contracts regarding intellectual property are equally important due to these characteristics of digital products and customers.
This document discusses risk management practices and their application to intellectual property management and trade secret management. It presents frameworks that IP managers can use for risk management, including OECD principles, open-source standards, normative risk standards, academic publications, and commercial consultancies. The document analyzes how risk is addressed in the DIN 77006, ISO 31000, ISO 9001, and ISO 56005 standards and identifies 26 risk themes. It proposes a potential structure for an intellectual property risk management framework based on harmonizing aspects of these various standards and frameworks.
The document compares the business models of Apple Pay and Alipay, outlining their different resources, markets, value propositions, and marketing strategies, with Apple Pay focusing on partnerships with banks and credit card companies in developed countries while Alipay works with Alibaba's e-commerce platforms and provides more financial services through its ecosystem in China.
This document summarizes the intellectual property and business strategy of Nintendo, a leading video game company. It provides an overview of the gaming industry and market, then discusses Nintendo's history and the importance of IP protection to the company since its founding. The document outlines Nintendo's extensive trademark and patent portfolio and how it uses interlocking IP rights to protect its hardware and software. It also examines Nintendo's business strategies over time and its current focus on digitalization, mobile gaming, and expanding into related industries. Sustainability issues for the gaming sector are also briefly discussed.
This document discusses the impact of NFTs on trademark rights for fashion brands. It provides background on NFTs and discusses the rise of digital-only fashion items represented as NFTs. The document considers whether established fashion brands could have claims for trademark infringement or passing off against creators of digital fashion items that copy their brands. It analyzes these claims under EU and UK trademark law and common law. It concludes that passing off claims have the highest likelihood of success, while direct trademark infringement claims face obstacles regarding dissimilar goods. Inconsistent standards for proving economic harm also impact anti-dilution claims.
Presentation at the IP-Dagen 2022 by Prof. WurzerMIPLM
This document discusses the impacts of digital transformation on intellectual property from the perspective of IP system users. It identifies three main dimensions of impact:
1. The objects protected by IP are changing, shifting from physical components and products to more digital and intangible things like apps, platforms, brands in the metaverse, and artificial intelligence systems.
2. The ways IP is used are changing, moving from pure protection of products toward connectivity, exchange, services, user journeys, and user experiences.
3. The ways companies and IP experts interact are changing, transitioning from in-person and static/unidirectional interactions toward 24/7 social media engagement, community building, and two-sided digitalization
This document discusses licensing strategies for storylines and characters in the video game industry. It provides an overview of how intellectual property is protected and monetized in video games, including through licensing agreements. Specifically, it describes how video game developers and publishers expand their businesses by applying inbound licensing to increase game value and outbound licensing to create new revenue streams. It also notes some common legal issues around licensing video game elements, such as ownership disputes and infringement claims.
This document discusses the impacts of digital transformation on intellectual property from the perspective of IP system users. It identifies three main dimensions of impact:
1. The objects protected by IP are changing, shifting from physical components and products to more digital and intangible things like apps, platforms, brands in the metaverse, and artificial intelligence systems.
2. The ways IP is used are changing, moving from pure protection of products toward connectivity, exchange, services, user journeys, and user experiences.
3. The ways companies and IP experts interact are changing, transitioning from in-person and static/unidirectional interactions toward 24/7 social media engagement, community building, and two-sided digitalization
FOOD PSYCHOLOGY CHARLA EN INGLES SOBRE PSICOLOGIA NUTRICIONALNataliaLedezma6
Our decisions about what to put on our plate are far more intricate than simply following hunger cues. Food psychology delves into the fascinating world of why we choose the foods we do, revealing a complex interplay of emotions, stress, and even disorders.
Panchkula offers a wide array of dining experiences. From traditional North Indian flavors to global cuisine, the city’s restaurants cater to every taste bud. Let’s dive into some of the best restaurants in Panchkula
The Menu affects everything in a restaurant; as our friend and FCSI consultant Bill Main says, “The Menu is your blueprint for profitability.”
Let’s start with the segment. What will be your marketing and brand positioning? It depends on what menu items you serve. What type of cooking methods and equipment will you use? GUEST EXPERIENCE = FACILITY (Space) DESIGN + MENU + SERVPOINTS™
W.H. Bender & Associates
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Effective food packaging provides number of purposes. It functions as a container to hold and transport the food product, as well as a barrier to protect the food from outside contamination such as water, light, odours, bacteria, dust, and mechanical damage by maintaining the food quality. The package may also include barriers to keep the product's moisture content or gas composition consistent. Furthermore, convenience is vital role in packaging, and the desire for quick opening, dispensing, and resealing packages that maintain product quality until fully consumed is increasing. To facilitate trading, encourage sales, and inform on content and nutritional attributes, the packaging must be communicative. For storage of food there is huge scope for modified atmosphere packaging, intelligent packaging, active packaging, and controlled atmosphere packaging. Active packaging has a variety of uses, including carbon dioxide absorbers and emitters, oxygen scavengers, antimicrobials, and moisture control agents. Smart packaging is another term for intelligent packaging. Edible packaging, self-cooling and self-heating packaging, micro packaging, and water-soluble packaging are some of the advancements in package material.
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Cacao, the main component used in the creation of chocolate and other cacao-based products is cacao beans, which are produced by the cacao tree in pods. The Maya and Aztecs, two of the earliest Mesoamerican civilizations, valued cacao as a sacred plant and used it in religious rituals, social gatherings, and medical treatments. It has a long and rich cultural history.
2. Content
• Patent infringement
• Internet of Things (IoT)
• Patent infringement risk analysis
• Analysis Part I
• Analysis Part II
• Applicability of Analysis
• Conclusion
3. Patent infringement
• Patent law is territorial law. International harmonisations as TRIPS, EPC etc.
• Focus on exemplaric regulations from TRIPS EPC PatG
• Patentable subjects?
• in all fields of technology,
• provided that they are new,
• involve an inventive step
• are capable of industrial application. (TRIPS Art 27, EPC Art 52)
• Term of patent protection: period of twenty years counted from the filing date (TRIPS Art 33)
All technical industry products, that were new and inventive the last 20 years can possibly be patent
protected, today.
• Right of the patent owner
• prevent third parties from the acts of: making, using, offering for sale, selling, or importing (TRIPS Art 28
(1))
• Claims of patent owner against infringer are typically (PatG):
• Stop infringement
• Get damages if infringement is commmited careless or intentional (PatG Art 139)
• Exclusive right to license
Sources: World Trade Organisation, TRIPS Trade-Related Aspects of Intellectual Property Rights
European patetn convention EPC
Deutsches Patentgesetz PatG
4. Patent infringement - Infringers perspective
• Patent infringement with or without awareness
• In worst case stopping infringement
• stop making, using, offering for sale, selling, or importing of features or products
• of using the processes, potentially relevant in value creation (TRIPS Art 28 (1))
• Potentially damages or a subsequent license contract
• Infringer strong dependent on patent owner, wich has the exclusive right to
give a license for a patent (TRIPS Art 28 (2))
• Except FRAND -> costs
• Except Compulsory license
Sources: World Trade Organisation, TRIPS Trade-Related Aspects of Intellectual Property Rights
5. Internet of Things (IoT)
• IoT enabler of indsutry 4.0 and digitalisation of products next to Big
Data, Cloud computing, Aritificial intelligence etc.
• IoT enables real world objects with speech, vision, hearing, smell,
and touch, so inanimate things can perform jobs more accurately and
responsively collaboratively and with learning
-> enables products to provide additional customer benefits
• IoT architecture
• Physical layer, perception layer, transmission layer, computation layer and
application layer
• Interaction of technologies in different layers
Source: Amy J.C. Trappey et al. A review of essential standards and patent landscapes for the Internet of Things: A key enabler for Industry 4.0 2017
6. Internet of Things (IoT)
• Application Layer
• Computation Layer
• Transmission Layer
• Perception Layer
• Physical Layer
Source: Wurzer MIPLM 2020 Strategy Development
Amy J.C. Trappey et al. A review of essential standards and patent landscapes for the Internet of Things: A key enabler for Industry 4.0 2017
7. Internet of Things (IoT)
Vorwerk Thermomix TM31
• the last „offline“ Version
• launched 2004
Vorwerk Thermomix TM6 physical product
• physical product
• Wifi Interface
• Touch display,
• launched 2019
On the first view a quite similar physical product, but….
Source: Vorwerk website
Internet
8. Internet of Things (IoT)
• Additional customer benefits and differentiation criteria in TM6
• Provided by additional digital functionalities
• Provided by technologies of the additional layers
Source: Vorwerk product video, youtube
9. Patent infringement risk analysis
• Does the digital transformation to an IoT solution change the patent
infringement risk situation for the providing company?
• Exemplary analysis of Thermomix
• Why is Thermomix suitable as analysis example?
• Thermomix represents an Internet of Things concept -> layer model applicable
• Information about point in time of digital transformation of Thermomix
available
• Differentiation criteria mainly outside the physical product (-> patented by
Vorwerk)
• Patents regarding physical exist before digital transformation
Source: Wurzer et al. Vorwerk Thermomix Case Study
10. Patent infringement risk analysis
• Methodology
• Part I
• Comparison of the Patentportfolio of Vorwerk before and after 2004
• Identification of additional patented technologies of Vorwerk
• Mapping of additional technologies to Interent of Things layers
• Verification of Thermomix relevance with example patents
• Part II
• Confirmation of technology relevance with citation analysis
• Analysis of regions covering additional technologies
• Size of additional technology fields
• Filing dynamic in additional technology fields
• Owner structue in additional technology fields
11. Patent infringement risk analysis
• Strasbourg 1971
• Technological classification of patents
• Assigned by patent office
• Multiple assignment per patent possible
• Folder structure
Source: Espacent, European patent office
• IPC Classification
12. Analysis Part I - Dataset
Data set definition
Search Database Questel Orbit
Search Date 20.08.2020
Assignee Vorwerk
Keywords in Fulltext* Kitchen or cook* or recipe
Publication date Before and after 01.01.2004
13. Analysis Part I – Portfolio comparison
0
5
10
15
20
25
A47J H02K A47L A23G B02C B05B B22D B65H D06F F04D F24C G01C G01G
Thermomix patent potfolio before 01.01.2004
KITCHEN EQUIPMENT; COFFEEMILLS; SPICEMILLS; APPARATUSFORMAKINGBEVERAGES
Dynamoelectricmachines
Noise of dataset: DOMESTIC WASHING OR SUCTION CLEANERS IN GENERAL
14. Analysis Part I – Portfolio comparison
IPC class Denomination of the IPC class
Assigned number of
patents in class
A47J
KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING
BEVERAGES
23
H02K Dynamo electric machines 6
A47L DOMESTIC WASHING OR SUCTION CLEANERS IN GENERAL noise
A23G
COCOA; COCOA PRODUCTS, e.g. CHOCOLATE; SUBSTITUTES FOR COCOA OR
COCOA PRODUCTS; CONFECTIONERY; CHEWING GUM; ICE-CREAM;
PREPARATION THEREOF
1
B02C CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN 1
B05B SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES 1
B22D
CASTING OF METALS; CASTING OF OTHER SUBSTANCES BY THE SAME PROCESSES
OR DEVICES
1
B65H HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES 1
D06F LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES noise
F04D NON-POSITIVE-DISPLACEMENT PUMPS 1
F24C
OTHER DOMESTIC STOVES OR RANGES; DETAILS OF DOMESTIC STOVES OR
RANGES, OF GENERAL APPLICATION
2
G01C
MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION;
GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
1
G01G WEIGHING 2
G01K
MEASURING TEMPERATURE; MEASURING QUANTITY OF HEAT; THERMALLY-
SENSITIVE ELEMENTS NOT OTHERWISE PROVIDED FOR
1
15. Analysis Part I – Portfolio comparison
Assignable to additional IoT layers
Noise of Dataset, DOMESTIC WASHING OR SUCTION CLEANERS IN GENERAL
Assignable to physical layers ?
16. Analysis Part I – IoT layer assignment
IPC class Name of the class
Assigned IoT
layer
A47J
KITCHEN EQUIPMENT; COFFEE MILLS; SPICE
MILLS; APPARATUS FOR MAKING BEVERAGES
Physical Layer
B01F
MIXING, e.g. DISSOLVING, EMULSIFYING,
DISPERSING
H05B
ELECTRIC HEATING; ELECTRIC LIGHTING NOT
OTHERWISE PROVIDED FOR
A23L
FOODS, FOODSTUFFS, OR NON-ALCOHOLIC
BEVERAGES, THEIR PREPARATION OR
TREATMENT,
F16C
SHAFTS; FLEXIBLE SHAFTS; MECHANICAL MEANS
FOR TRANSMITTING MOVEMENT IN A FLEXIBLE
SHEATHING; ELEMENTS OF CRANKSHAFT
MECHANISMS; PIVOTS; PIVOTAL CONNECTIONS;
ROTARY ENGINEERING ELEMENTS OTHER THAN
GEARING, COUPLING, CLUTCH OR BRAKE
ELEMENTS; BEARINGS [5]
17. Analysis Part I - IoT layer assignment
IPC class Name of the class
Assigned IoT
layer
G05D
SYSTEMS FOR CONTROLLING OR REGULATING
NON-ELECTRIC VARIABLES
Perception
Layer
G05B
CONTROL OR REGULATING SYSTEMS IN
GENERAL; FUNCTIONAL ELEMENTS OF SUCH
SYSTEMS; MONITORING OR TESTING
ARRANGEMENTS FOR SUCH SYSTEMS OR
ELEMENTS
Perception
Layer
G08C
TRANSMISSION SYSTEMS FOR MEASURED
VALUES, CONTROL OR SIMILAR SIGNALS
Transmission
Layer
H04L
TRANSMISSION OF DIGITAL INFORMATION, e.g.
TELEGRAPHIC COMMUNICATION
Transmission
Layer
G06F ELECTRIC DIGITAL DATA PROCESSING
Computation
Layer
18. Analysis Part I - Verification
• Verification with example patents of the new identified classes
• Perception Layer
• EP3206096
• Title: CONTROLLING FOOD PROCESSING STEPS OF A MULTI-FUNCTION
COOKING APPARATUS AND REMOTE KITCHEN APPLIANCES
• IPC group: G05D 23
SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
Control of temperature
-> Physical product multi-function cooking apparatus as actuator
• EP3269280
• Title: CONTROLLING MULTI-FUNCTION COOKING APPARATUSES
• IPC group: G05B 15
CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL
ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING
ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
Systems controlled by a computer
-> Physical product multi-function cooking apparatus as actuator and sensor
19. Analysis Part I - Verification
• Transmission Layer
• EP3186899,
• Title: SYSTEM COMPRISED OF AN ELECTRICAL KITCHEN APPLIANCE AND AN
ADD-ON MODULE
• IPC group G08C 17
TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR
SIGNALS, Arrangements for transmitting signals characterised by the use
of a wireless electrical link
-> Exchange of data with a kitchen machine
• EP2801928
• Title: METHOD FOR COPY-PROTECTED STORAGE OF INFORMATION ON A DATA
CARRIER
• IPC group H04L 29
TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC
COMMUNICATION Systems controlled by a computer
-> Copy protected data transfer to household appliance
20. Analysis Part I - Verification
• Computation Layer
• EP3590393
• Title: METHOD FOR DIGITIZING A COOKING PROCESS, KITCHEN APPARATUS
AND SYSTEM FOR DIGITIZING A COOKING PROCESS
• IPC group:G06F-016
ELECTRIC DIGITAL DATA PROCESSING Information retrieval; Database
structures therefor; File system structures therefor
-> Information data processing regarding cooking process
• New identified classes and assignement to IoT Layers verified with
example patents covering Thermomix TM5 or TM6 functionalities.
21. Analysis Part I - Result
• New IPC classes identified
where Vorwerk filed for
their digtial transformed
products TM5 and TM6
• Relevance of example
patents for TM5 or TM6
verified
-> Additional digital
technology used in TM5 and
TM6 located in identified
classes
-> New identified classes (not
visible before 2004) contain
potentially patent
infringement relevant third
party patents
IPC class Name of the class
Assigned IoT
layer
G05D
SYSTEMS FOR CONTROLLING OR REGULATING
NON-ELECTRIC VARIABLES
Perception
Layer
G05B
CONTROL OR REGULATING SYSTEMS IN
GENERAL; FUNCTIONAL ELEMENTS OF SUCH
SYSTEMS; MONITORING OR TESTING
ARRANGEMENTS FOR SUCH SYSTEMS OR
ELEMENTS
Perception
Layer
G08C
TRANSMISSION SYSTEMS FOR MEASURED
VALUES, CONTROL OR SIMILAR SIGNALS
Transmission
Layer
H04L
TRANSMISSION OF DIGITAL INFORMATION, e.g.
TELEGRAPHIC COMMUNICATION
Transmission
Layer
G06F ELECTRIC DIGITAL DATA PROCESSING
Computation
Layer
22. Analysis Part II – Citation analysis
• Citation Analysis of Example patents, cited and citing patents
• Citation performed by Patent Owner, Examiner or Third party
applicant
• Patents with focus in direction kitchen machine visible
• Patents with general aspects of IoT layers as sensor and actuator
technology, information and communication technology or data
processing visible
• Confirms that additional IPC classes and IPC groups describe
additional area in patent literature, where additional potentially
relevant patents regarding Thermomix are located.
23. Analysis Part II – Size of relevant area
IPC class Layer Number of patents
A47J-043 Physical Layer 69.281
G05D-023 Perception Layer 74.873
G05B-015 Perception Layer 33.437
G08C-017 Transmission Layer 80.191
H04L-029 Transmission Layer 478.598
G06F-016 Computation Layer 119.882
• Main IPC groups of physical device compared to additional groups
based on example patents
24. Analysis Part II – Filing Dynamic
• Taking 18 month non disclosure in regard
• G05B-015 (Perception Layer) and H04L-029 (Transmission Layer) had
a maximum in 2015 and in 2016 and following slight lower numbers.
• G06F-016 (Computation Layer) had until 2014 low numbers, strong
increased until 2018 to nearly 40000.
• Overall growing tendency of the additional identified IPC groups
based on example patents
25. Analysis Part II – Patent owner
• A47J-43
1. Joyoung
2. Shaoxing Supor Domestic Electrical Appliance
3. Midea
• Domestic appliance provider, including Vorwerk place 10.
• G05D-23
1. Hitachi
2. Toshiba
3. Mitsubishi Electric
• Big technology companies, Midea 7.
• G05B-15
1. Panasonic
2. Honeywell
3. Toshiba
• Big technology companies outside domestic appliance market
26. Analysis Part II – Patent owner
• G08C-017
• State Grid Corporation of China
• Siemens
• Samsung Electronics
• H04L-029
• Huawei
• IBM
• ZTE
• G06F-016
• Alibaba Holding
• IBM
• Tencent Technology
27. Analysis Part II - Result
• Field of possible relevant patents significant extended
• Based on example patents, increasing by factors and growing
• For completeness further research neccessary
• New patent owners
• Big technology companies outside domestic appliance market
28. Applicability of analysis
• Internet of Things concept
• real world product
• additional digital technologies
• Technology of additional layers different to technology of physical product
• Limits
• Analysis not valid for products including already IoT layer technology in
physical product.
• Example: Mobile Communication Tester
• Technology of transmission layer already included in physical product.
29. Conclusion
• Increased patent infringement risk, due to significant increased
technological areas in patent literature
• Increased patent infringement risk management effort
• Identification
• Extended search field
• Potentially more relevant patents identifiable, in additional fields
• Evaluation
• Increased number of patents
• Unknown or new patent owner
• Risk control
• Increased number of patents
• Unknown or new patent owner
• Avoiding of economic damage and Freedom to operate
• Big new patent owner
• Further research neccesary for organisation of significant increased patent
infringement risk management.
Source: DIN 77006
30. Conclusion
• Examples for influence on strategic positioning in industry
• Risk that competitive forces are increased due to increased patent infringement risk
-> risk of lower profitbility.
• Higher risk for…
• Increased bargaining power of customer – exclusive USP available?
• Increased threat or substitute products – increased costs for estalished product
• Increased threat of suppliers – interoperability with communication standard
• Increased threat of new entrant – patent infringement as lever reducing or removing entry
barrier
• Increased bargaining power of complementor – forced cooperation, share in cooperation
Increased threat of rivalry of direct competitors – differentitation criteria exclusive available
-> minor increased risk of threat based on direct competitiors patent portfolio
(as long as the big technology companies are not direct competitors)
• For a complete industry analysis including the role of the new patent
owners is further information and reseach neccessary
Source: Wurzer MIPLM 2020, Strategy Deveopment
Michael E. Porter, The Five Competitive Forces That Shape Strategy, 2006