Keltie’s patent attorneys are skilled not only in patent searching, but in interpreting the output of a patent search, and in helping you understand what it means for your technology and your business.
There are several reasons why you might need to conduct a patent search, and Keltie's patent attorneys can work with you to decide the best type of search for you, and put together a cost-effective strategy to get you the information and guidance you need.
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A first key aspect of patent searching is to determine novelty for a new concept: whether what you have invented is genuinely new or not. This is also known as a prior art search or novelty search. A novelty search will help you find relevant prior art early in your innovation process and can help to guide your product or process development path towards patentable options. It can also be used beofre you begin the costly process of drafting a patent applciation, to asses whether a patent application has a good chance of being granted. Novelty searches can also help you to find out whether others’ patents are novel, which can be a useful step if your entry into a market is impeded by a blocking patent.
A second type of search is a clearance or freedom-to-operate (FTO) search and this aims to check that your innovation or proposed activities do not infringe the patent rights of other parties. Obviously, you would not want to launch a new product or service and be sued for patent infringement immediately afterwards. The financial costs and reputational damage of defending a patent infringement suit can be significant even if a settlement is reached without having to undergo a court hearing. A clearance search aims to assess and clarify that risk by identifying any third party patents that might be relevant so that you can determine whether to proceed with your proposed activities.
A third type of search is called a patent landscape search that enables you to gain a high level of understanding around the patents and patent owners involved in a specified area of technology. Patent landscape searches help you to identify areas where the innovation is concentrated, or alternatively where it is sparse such that ‘white space’ opportunities exist. Keltie attorneys are experienced in using sophisticated patent analytics platforms to break down highly complex landscapes and use these to provide meaningful commercial intelligence.
Searching is a vitally important skill for these three reasons, but you have to ask the right questions in your processes. Many thousands of patents are filed and published each year and whilst there are a number of free online patent searching sites available, the key is understanding the diversity of information contained within the results.
The detail and complexity in the patent system means that if you ask the wrong questions as part of the search process you could be rewarded with unhelpful noise, or even miss the most important documents altogether. The search process can be overwhelming, but an expert patent attorney from Keltie can help.
As patent experts, we make it our priority to understand what your intellectual property needs are. More often than not, the scope of a search strategy will evolve as we learn more about your business plans. With our help, we can focus the search appropriately to your budget and required level of comfort. Our expertise in devising searching strategies means our clients get the results that serve them and the needs of their business well.
At Keltie, we have access to the best subscription databases and some of the most able search specialists. We use these highly sophisticated approaches to break down search queries and use advanced analytics to look at the results in order to fragment and prioritise the output. We conduct detailed, sector-level and landscape focused work to review the bigger picture and also drill down to granular levels of detail.
We take time to ask you the right questions so that we can devise the right search queries. At Keltie, our patent attorneys will help you to navigate the patent system, add their wealth of expertise and deliver the most beneficial patent strategy for your business.
Services you may be interested in
Decades of experience as attorneys, engineers and scientists in industry and research underpin the approach of our patent team. We are resolutely commercial and take time to understand your technology and your business.
Keltie’s patent attorneys are skilled not only in patent searching, but in interpreting the output of a patent search, and in helping you understand what it means for your technology and your business.
Why file a patent application? Patents can serve multiple purposes during their lifetime. They grant the owner a period to enjoy the exclusivity of their invention before others can use it. They give the owner powerful rights recognised in law to prevent infringement. But they are also valuable intellectual property which can enhance the ability of the owner to exploit their technology commercially through licensing or sale of the invention.
A key reason to invest in patent protection is to prevent others from copying your innovation. The patent system is intended to allow you, as a creator, to enjoy exclusivity around your technology for a set period of time. Patents allow you to leverage that exclusivity in order to develop your commercial position.
What is the Patent Box? Patent Box is a tax incentive scheme designed to encourage innovation within the UK. Introduced in 2013, it is a government-backed initiative whereby company profits which are derivable from patented technology are taxed at a lower rate than standard corporation tax. The system is intended to provide a strong and supportive environment for innovation within the UK.
The attorneys in our Trade Mark Group are among the leading brand protection experts in the UK and Europe. Through our associate network, we coordinate brand protection all over the world. The Group comprises multi-lingual European and UK trade mark attorneys with backgrounds in law, engineering and business. Their expertise extends through the full lifecycle, from searching and filing through to opposition and litigation, including enforcement and appeal. The Group also has vast experience in online enforcement.
Before you start using a trade mark, it is good practice to conduct a search to check that the trade mark is free to use. Conducting this type of search can be challenging because there are so many trade marks in use across many different fields of commerce. This makes it difficult for people without trade mark qualifications to navigate other brand-owners’ rights, and avoid or manage potential conflict.
How to file a trade mark The trade mark filing process can be relatively straightforward. In theory, all an applicant needs to do is access the relevant trade mark website, enter the word they wish to create a mark for, add the relevant goods and services to apply to the mark and pay the fee.
What is trade mark protection? Trade mark protection is a means of securing a monopoly right in a word, logo, shape, colour or sound that acts as an identifier of origin, allowing consumers to immediately determine the source of the goods or services offered under that particular trade mark or brand.
Keltie's attorneys have an unusual wealth of expertise and experience in design rights. We help clients protect their designs, exploit their rights and mitigate risks.
If you are launching a new product there is a risk that it will infringe third party design rights. You can reduce the likelihood of costly conflict down the line, or at least be better informed of potential risk, by conducting a design search and clearance assessment before product launch. To do this, we search for relevant earlier rights - both registered and unregistered designs - help you assess the risk these pose to you, and guide you in any action that you might take to reduce and mitigate risk.
To protect your design with a registered right, a formal application must be made to the appropriate IP office. Obtaining a design registration is relatively quick (a matter of weeks or months in the EU and UK), which can be very useful for creators because it means rights and therefore protection can be granted swiftly.
As the owner of a design right, you are able to take action against another party if they market a product that is too visually similar to yours, without your permission. If their product is identical to your design, or if it differs in some ways but the impression the consumer takes from their product matches your design, you may be able to take action.
What is online brand protection? Protecting the value of your brand online is a lot to do with reputation management. In the age of the internet and social media, brands are global, accessible and more easy to engage with than ever before. Online brand protection services from Keltie seek to protect the credibility and equity you have built within your business and include our enforcement, monitoring and detection capabilities.
What is online brand monitoring? Monitoring involves the process of observing and tracking uses of your brand online. It is a key aspect of your business’ operations to both understand your customers’ sentiment towards the brand and uncover any instances where your intellectual property rights have been infringed.
A domain name provides a platform for visibility of a brand in an online space. It is a destination address for the web traffic generated around a brand name. However, simply put, a domain is a word, and a word can be trade marked. Often, people secure a domain name first in their process of creating a new product or service. Whilst an online presence is a key part of launching a new brand, it is a mistake to think that because you own a domain name, you will be able to secure a matching trade mark. The process should work the other way around - where a domain name becomes an additional asset secured following the clearance and registration of a trade mark.
People who work in this area
Eleanor graduated from the University of Dundee in 2018 with a first-class honours degree in Biological Chemistry and Drug Discovery. During this time, she developed a keen interest in medicinal chemistry and early-phase drug development. In 2016, she won the University’s Carnelly Prize for a proficiency in chemistry, along with the Graham Smith Prize for achieving the highest grades in her degree stream. Her dissertation was focused on synthesising covalent fragments for use in fragment-based drug discovery.
Shakeel (Shak) founded Keltie's IT, Telecoms and Electronics practice over 20 years ago and heads up a talented team who advise on patent issues regarding various areas of technology, but primarily in electronic and software technology.
Matt graduated from UCL in 2017 with a bachelor’s degree in Biochemistry. He subsequently obtained a master’s degree entitled ‘Cellular Therapy from Bench to Market’, a program which blended biology and business to explore the science, regulation and routes to market underpinning advanced therapies. His thesis was a business plan to commercialise a stem cell-derived therapy for Parkinson’s disease. Following this, Matt joined the Cell and Gene Therapy Catapult as a laboratory technician gaining experience in ddPCR, cell culture, non-viral gene editing techniques, flow cytometry, as well as upstream and downstream processing of AAV (viral vector) for gene therapy applications.
Emma graduated from Imperial College London in 2009 with a master's degree in Physics, before continuing her studies in the field and at Imperial College by undertaking a PhD in the Photonics Group, followed by a year and a half as a Research Assistant. During this time her research focused on the development of high power diode pumped solid state lasers, using both end-pumped and side-pumped geometries, for use in medical and industrial applications in particular.
Philip specialises in patent matters in the fields of physics, electronics, mechanical engineering and information technology. He has particular experience in automotive engineering, together with expertise in mobile telecommunications, semiconductor devices, thermal printing technology and consumer electronics; including ink-jet and laser printers, projectors, digital cameras and LCD displays. In addition to drafting and prosecuting patent applications before the EPO and UKIPO, he also advises on the infringement and validity of UK and European patents and deals with registered designs. Philip also has experience of carrying out patent watches, freedom to operate searches and European opposition work.
Anthony entered the patent profession in 2009, initially working at a large agrochemical company, before moving into private practice in 2015. During his time in private practice, Anthony has also worked on secondment for a biotechnology company in Switzerland and an academic institute in the UK.
Kim has been at the forefront of the AI technological wave and has helped shape the strategy and AI patent portfolios of several of the world’s largest patent filers. Kim was rated as a Rising Star 2022 by Managing IP in recognition of her expertise in this area. She has spoken widely on the subject and was an invited Speaker at the recent WIPO-KIPO Interactive Online Workshop on AI & IP. Kim has also been a regular contributor to the IAM magazine’s thought leadership section on AI. Kim is a strategic thinker and loves helping her clients navigate the complex legal framework surrounding AI to obtain commercially valuable Intellectual Property, keeping detectability, licensing and potential litigation at the front of her thinking.
Joeri is a UK, Dutch and European patent attorney with more than 15 years of experience in supporting his clients’ IP needs with high quality drafting, prosecution and opposition work and sound commercial and strategic advice. He has helped many clients to use their patent portfolio for the benefit of their business or to strategically move around the competition’s IP. Joeri spent a considerable part of his career in-house at a large and innovative multinational corporation, where he developed a deep love for combine harvesters and other agricultural technology.
Eddie studied Natural Sciences at the University of Cambridge, specialising in organic and biological chemistry. Prior to specialising in chemistry, Eddie also studied materials science and physics options.
Mark is an experienced patent attorney who brings a background as a mechanical engineer to bear in his work with a broad range of clients and technologies, and always enjoys getting to the heart of an invention and its importance to his client.
Charly graduated from the University of Bristol in 2017 with a first class Master’s degree in Engineering Design. Her degree covered a range of multidisciplinary topics and towards the end of her studies she specialised in composite structures and advanced materials.
Gemma specialises in patents in the field of Mechanical and Chemical Engineering and has a wealth of experience covering a broad range of technical fields including automotive, aerospace, composites, powder metallurgy, industrial and medical gases, medical devices, food processing, battery technology and downhole oil-well technologies. Gemma works with clients of all sizes from start-ups to multinational corporations and is known for her easy and approachable manner.
Asawari has a broad academic background in life sciences, biochemistry and food science. She works in the Life Sciences and Chemistry team where she supports clients in a range of technology areas including precision medicine, gene therapy, bioinformatics, medical devices and diagnostics.
Dev represents biotech and chemicals clients based in the UK, Europe, and US. He has worked in the life science and chemicals specialisms for over 25 years and has established a practice focusing on provision of strategic advice to early stage and rapid growth technology companies. Dev enjoys working with a wide variety of clients to help them develop valuable IP positions most often for companies seeking to partner or licence their technology.
Sean deals with all forms of intellectual property but spends most of his time on patents and designs. His patent practice extends over a huge range of technologies, from catalysts to computers. He is also involved with designs ranging from textiles to logos.
Sullivan leads Keltie's Sustainability Practice, and deals with technologies in many sectors, across the full range of engineering disciplines, including mechanical, electronic, materials, control systems, and software-related inventions.
Tom read Natural Sciences at the University of Cambridge, studying chemistry and physics before specialising in Materials Science with areas of study including: thin films, energy harvesting, thermodynamics, biomedical materials, materials for optoelectronic devices, and nuclear materials. Tom’s Master’s project involved the study and construction of sustainable composite structures for use in magnetoelectric energy harvesting devices and free standing thin films for use in such devices.
Madeleine completed a PhD in Quantum Magnetism at University College London (UCL) in 2023, which makes her one of a select few in the IP profession to have an advanced qualification in a Quantum Technology related field.
Joseph’s core interests lie in the fields of materials, manufacturing, sustainability and digital technologies. These stem from a varied route to a patent career, via mathematics and nuclear engineering. Joseph enjoys the process of getting absorbed 'into a creation' and appreciating the detailed work and thought that goes into it. He also enjoys the diversity of working with clients of all sizes from large international companies, to UK-based SMEs and independent inventors.
Jonathan is a Partner in the Life Sciences and Chemistry team and leads Keltie's Cambridge office. He has extensive experience of working with clients in a wide range of technology areas including agri-tech, sustainability, pharmaceuticals, chemistry, therapeutic treatments, personal care devices, medical devices, medical diagnostics, healthcare, biotechnology, regenerative stem cell therapies, food packaging, gene-editing (CRISPR), CAR-T cell-based therapies, materials, catalysts, energy technologies and cosmetics.
Timo joined Keltie in 2017 after graduating from the University of Birmingham with a first class Master’s degree in Mechanical Engineering. At university, Timo’s studies covered subject areas including advanced mechanics, sustainable energy systems, advanced vehicle engineering, biofuels and combustion, and micro and nano technologies. Timo completed his dissertation project in partnership with the Dearman Engine company, focussing on the application of polymers in cryogenic ambient expansion engines and in particular on in-cylinder lubrication methods. Timo gained industrial experience alongside his studies, undertaking internships at Cummins Turbo Technologies and at Jaguar Land Rover where he was part of the Special Vehicle Operations team working on a limited-edition Range Rover project.
Jo is one of the partners in the Engineering Group at Keltie and has worked as a qualified attorney in general physics and engineering fields for 20 years. She has a particular specialism in automotive engineering, in particular fuel injection systems and injection control strategies, but also with powertrain systems, brakes and engine control systems. Jo has worked with several prominent and multi-national companies in the automotive sector and has managed their extensive, global patent portfolios. She also advises on infringement and freedom-to-operate strategies.
Laura is a Partner in the Life Sciences and Chemistry team. She has a broad academic background in biochemistry and specialises in patent matters relating to biotechnology, precision medicine, immunology, gene therapy, pharmaceuticals, medical devices, stem cells and regenerative medicine, diagnostics, medicinal chemistry, and chemical technology such as petrochemicals and catalysts.
Richard is a highly experienced patent attorney working across a range of high-tech fields, with particular interests in cryptography, telecommunications, artificial intelligence, and quantum computing – the more complex the technology, the better. His practice is split between large corporate clients and start-ups and scale-ups, and his primary motivation is to make sure that his clients obtain, maintain, and use their intellectual property in the way that makes the most commercial sense for them.
Mark is a UK patent and design attorney and European patent attorney with a technical background in high energy physics. In 2012, Mark began his PhD in Physics at the University of Birmingham where he was part of the particle physics group. He studied the properties of top-antitop quarks produced at the Large Hadron Collider. As part of his research program, Mark worked at CERN in Geneva for 15 months, assisting in the operation of the ATLAS experiment, before completing his PhD in 2016. Mark previously studied Mathematics and Physics at the University of Warwick, where he graduated with a first class Masters degree in 2009.
Mike has a broad academic background in chemistry, medicinal chemistry, biochemistry, molecular biology and cellular biology, which experience was greatly enhanced during nine years of cutting-edge research in fields of biochemistry and molecular biology. He has authored many peer-reviewed publications and is an inventor of many patents.
Rhona graduated from the University of Glasgow in 2018 with a first class Master’s degree in Biomedical Engineering. During this time, she spent six months at a biomechanical engineering lab at Ecole Polytechnique in Paris, where she worked on a project that involved modelling the migration of endothelial cells. Rhona then went on to study for a PhD in Optical Medical Imaging with Healthcare Innovation and Entrepreneurship, a PhD that was jointly awarded by the Universities of Edinburgh and Strathclyde.
Monica is a UK patent and design attorney and European patent attorney with a technical background in computational materials science. Her current patent practice bridges a range of technical fields including software technology, materials science, nanotechnology, electronic devices, fuel production and storage systems, cryptography and financial technologies.
Colin’s professional experience spans a variety of technical areas, including software- and mathematical-based technologies such as Artificial Intelligence / Machine Learning, e.g. for drug discovery, electronics-based technologies such as consumer electronics and embedded electronic control system applications, and engineering technologies such as in the automotive, wind energy and agricultural sectors.
Mark is part of Keltie's IT, Telecoms and Electronics team and advises on all parts of the patent process including invention harvesting, patent drafting and prosecution, oppositions and appeals, IP audit, portfolio management and IP due diligence work including freedom to operate opinions. Mark also advises on design issues including the preparation and filing of registered designs. Mark represents SMEs, multinational clients, individuals and universities at the UKIPO, EPO, WIPO and EUIPO.
Amelia studied physics at the University of Liverpool and graduated with a first in 2016. Her studies included semiconductor applications, material physics, nuclear physics and quantum and atomic physics. Amelia has work experience in biophysics research, medical device manufacturing and machine testing and interned at Manchester Medical School and The Christie Hospital in 2015, where she analysed MRI data with an oncologist and clinician scientist.
Nathaniel joined Keltie in 2016 and has experience in drafting and prosecuting patent applications from a wide range of technological fields. His work principally relates to high-tech sustainability technologies in the automotive, agricultural, and renewable energy fields, amongst a broad portfolio that stretches from electrical and industrial power management systems to fashion, packaging and consumer products.
As a member of Keltie’s IT, Telecoms and Electronics team, Samantha specialises in handling software and computer-implemented inventions, and particularly enjoys working with clients applying emerging ‘next generation’ digital technologies (such as artificial intelligence, machine learning and 5G) across a variety of technical fields. She is especially interested in the application and cross-over of such technologies in the field of precision medicine.
Sarah graduated from Imperial College London in 2015 with a Master’s Degree in Physics with a Year in Europe. Her studies included a wide range of Physics topics which included quantum mechanics, plasma physics, quantum computing, general relativity, cosmology and electromagnetism.
Emily specialises in the fields of materials science, engineering and design. She leads the Advanced Materials and Manufacturing practice at Keltie, and co-leads the Design Group. Her practice covers a wide range of technical fields including nanotechnology, glass processing, advanced materials, energy storage, construction, packaging, food technology, medical devices, automotive and aerospace engineering, electronics, software and user interfaces.
Sectors we work in
No matter what your product, aesthetics are invaluable. They are the first impression of a product: the contours, shapes, colours and textures that catch our eye as we see, use and interact with it. Not only does a distinct aesthetic have its own value, but it can enhance function, reinforce brand recognition and loyalty, and drive consumer choice.
Keltie’s specialist AI and Quantum Technologies team is one of the largest in the UK. We are the heavy hitters: Neural Networks, Game Theory, hidden Markov models, Long Short-Term Memory networks, post-quantum cryptography - nothing phases us.
Branding has a key role to play in any industry. Brands are the flags that fly on behalf of a business or product. They are an identifier of origin that allows consumers to recognise where their products or services are coming from, so it is crucial that those brands resonate with consumers. They must also be kept free of problems that inhibit their ability to be the vehicle that drives a business.
Whether it is the development of novel materials and compounds, or the improvement of industrial processes to make them cleaner or more productive, chemical sciences underpin many of the aspects which are key to addressing the challenges of the 21st century. The diversity of innovation in chemistry is vast, with industry-leading companies combining resources and skills to create new products designed to solve problems and enhance our understanding.
Engineering inventions can be found in hugely complex products, or deceptively simple creations. They can encompass almost any field of technology, and often several fields at once.
More so than almost all other scientific fields, our knowledge, understanding and expertise in biology has increased at a phenomenal pace over the past few decades. Since the high throughput sequencing power used in the human genome project was unleashed at the beginning of the 21st century, multiple '-omics' disciplines now characterise a diverse field that offers such enormous potential for medicine, food production, wellbeing and human expression.
Modern technologies and advancements in product design and manufacturing contribute to our being able to lead a more sustainable and improved lifestyle. These in turn are increasing both the expectancy and quality of life we are able to enjoy as consumers by combatting health challenges and diseases, improving diagnostics and developing new therapies.
Materials science and the technologies involved in manufacturing processes underpin almost every element of technological development. The function, quality, longevity and financial value of products are all impacted by their material make up and the mechanisms involved in their production.
Precision medicine, also referred to as personalised or stratified medicine, is an emerging approach for disease treatment and prevention in which medical decisions, treatments and products are tailored to a subgroup of patients by taking into account the individual characteristics of each patient.
There are few greater challenges than starting a company from scratch but the rewards for taking a great idea or innovation and turning it into a successful business are substantial. At their inception, new companies grow quickly, driven by the dedication of owners and their will to make them profitable, but usually with limited financial resources. In order to become established and find a strong position within the market, startups need to attract external investment.
Sustainability or Green Technology is a hugely prominent sector as public consciousness, awareness and engagement with the ‘green agenda’ grows. As consumers, our behaviour can have a significant environmental impact and has prompted substantial strategic and financial support from national governments and the UN as they look to industry to develop sustainable solutions, products and technologies.
The rise of the internet and modern telecommunications has been underpinned by our ability to program computers to carry out complex operations. Almost every aspect of our lives has been advanced by developments in technology and software, making previously slow or complicated processes easier, faster and in some cases, cheaper.
12.03.2024
Ireland and the Unified Patent CourtDespite being an enthusiastic participant in the European Union, Ireland has sat on the sidelines of the EU’s Unified Patent Court (‘UPC’) project so far. But not for much longer – the Irish Government has announced that the necessary constitutional referendum will be held in June 2024 and that Ireland’s ratification of the UPC Agreement will be fast-tracked if the referendum passes.
06.11.2023
Sculpting proteins with code: Use of generative AI in protein designIn this article, we discuss how generative AI can provide a shortcut for developing therapeutic candidates.
19.06.2023
Quantum Computing and PatentingThe Quantum technology sector has experienced accelerated growth in the last decade, driven by increased investment in research and development, advancements in the technology, and an expanding list of applications for which quantum technologies can be used.
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