This document outlines different areas of law, including state law, contracts, intellectual property rights, copyright, patents, and trademarks. It defines key terms related to these areas. For example, it defines copyright as "an intangible incorporeal right to certain literary, scholarly, scientific and artistic productions." It also summarizes the characteristics, elements, and stages of contracts. The document then provides more detailed descriptions and definitions of copyright, patents, and trademarks/trade names/service marks. It describes the works and duration protected by each and concludes by summarizing the differences between copyright, patents, and trademarks.
This document outlines the Electronics Engineering Law of 2004, which establishes a Professional Regulatory Board of Electronics Engineering to regulate the registration, licensing, and practice of professional electronics engineers, electronics engineers, and electronics technicians in the Philippines. It defines key terms, establishes the composition and powers of the regulatory board, and details the nature and scope of practice for each profession. The law aims to provide comprehensive regulation of electronics engineering professions in the country.
This document is the Republic Act No. 9292 which establishes a Professional Regulatory Board of Electronics Engineering to regulate the registration, licensing, and practice of professional electronics engineers, electronics engineers, and electronics technicians in the Philippines. It defines key terms related to electronics engineering fields. It outlines the scope of practice for each category, including professional electronics engineers having sole authority to provide consulting services and sign/seal technical documents. It establishes a 3-member board appointed by the President to administer the provisions of this act, including issuing, suspending, or revoking registration certificates and identification cards.
The document outlines the Electronics and Communications Engineering Act of the Philippines (Republic Act No. 5734). It establishes rules for the practice of electronics and communications engineering, including requirements for certification and registration. A Board is created to administer examinations, issue certificates, and enforce the law. Uncertified individuals are prohibited from using the title of electronics and communications engineer. Violations of the Act are subject to fines and imprisonment. The law aims to regulate the profession and protect public safety.
This document summarizes key provisions of RA 9292 or the Electronics Engineering Law of 2004 in the Philippines. It establishes a Professional Regulatory Board of Electronics Engineers to regulate the profession. Licensed electronics engineers are classified into three types and must pass a licensure exam covering subjects like math, engineering sciences, and electronics. Foreign professionals must ensure reciprocity by having at least two Filipino employees in their home country. A single accredited professional organization is also established.
Design of Low Cost Line Impedance Stabilization Network Using RLC Components ...IRJET Journal
This document describes the design of a low-cost line impedance stabilization network (LISN) using RLC components to test information technology equipment according to CISPR-22 standards. It first provides background on electromagnetic compatibility standards and the purpose of a LISN. It then details the design process, including using low-pass and band-pass filters with specific cutoff frequencies to stabilize input impedance and filter noise. Simulation results using ADS software show the designed LISN provides good impedance matching at low cost.
This document outlines the objectives, outcomes, and content of the course "EC8004 – Wireless Networks" taught at Karpagam Institute of Technology. The course objectives are to understand wireless network concepts, analyze network layer solutions, study 3G/4G protocols and applications, and learn about internetworking between WLANs and WWANs. Key topics covered include IEEE 802.11 standards, wireless LAN technologies, infrastructure and ad-hoc networks, and the protocol architecture of 802.11 including physical, data link and management layers. The intended outcomes are for students to be conversant with 3G/4G networks, design wireless environments, and implement applications for mobile devices.
Peter Kitema Kilonzo is seeking a challenging position where he can learn and create new ideas. He has a diploma in telecommunications engineering and is Cisco CCNA certified. He has over 10 years of experience in technical engineering roles, managing sales and installations of networking, CCTV, and access control systems. His experience includes working with Office Technologies Ltd and Securex Agencies (K) Ltd, where he provided technical support, solutions, training and maintenance services to clients. He has skills in LAN, WAN, GSM, fiber optics, and power systems installation.
This document outlines the Electronics Engineering Law of 2004, which establishes a Professional Regulatory Board of Electronics Engineering to regulate the registration, licensing, and practice of professional electronics engineers, electronics engineers, and electronics technicians in the Philippines. It defines key terms, establishes the composition and powers of the regulatory board, and details the nature and scope of practice for each profession. The law aims to provide comprehensive regulation of electronics engineering professions in the country.
This document is the Republic Act No. 9292 which establishes a Professional Regulatory Board of Electronics Engineering to regulate the registration, licensing, and practice of professional electronics engineers, electronics engineers, and electronics technicians in the Philippines. It defines key terms related to electronics engineering fields. It outlines the scope of practice for each category, including professional electronics engineers having sole authority to provide consulting services and sign/seal technical documents. It establishes a 3-member board appointed by the President to administer the provisions of this act, including issuing, suspending, or revoking registration certificates and identification cards.
The document outlines the Electronics and Communications Engineering Act of the Philippines (Republic Act No. 5734). It establishes rules for the practice of electronics and communications engineering, including requirements for certification and registration. A Board is created to administer examinations, issue certificates, and enforce the law. Uncertified individuals are prohibited from using the title of electronics and communications engineer. Violations of the Act are subject to fines and imprisonment. The law aims to regulate the profession and protect public safety.
This document summarizes key provisions of RA 9292 or the Electronics Engineering Law of 2004 in the Philippines. It establishes a Professional Regulatory Board of Electronics Engineers to regulate the profession. Licensed electronics engineers are classified into three types and must pass a licensure exam covering subjects like math, engineering sciences, and electronics. Foreign professionals must ensure reciprocity by having at least two Filipino employees in their home country. A single accredited professional organization is also established.
Design of Low Cost Line Impedance Stabilization Network Using RLC Components ...IRJET Journal
This document describes the design of a low-cost line impedance stabilization network (LISN) using RLC components to test information technology equipment according to CISPR-22 standards. It first provides background on electromagnetic compatibility standards and the purpose of a LISN. It then details the design process, including using low-pass and band-pass filters with specific cutoff frequencies to stabilize input impedance and filter noise. Simulation results using ADS software show the designed LISN provides good impedance matching at low cost.
This document outlines the objectives, outcomes, and content of the course "EC8004 – Wireless Networks" taught at Karpagam Institute of Technology. The course objectives are to understand wireless network concepts, analyze network layer solutions, study 3G/4G protocols and applications, and learn about internetworking between WLANs and WWANs. Key topics covered include IEEE 802.11 standards, wireless LAN technologies, infrastructure and ad-hoc networks, and the protocol architecture of 802.11 including physical, data link and management layers. The intended outcomes are for students to be conversant with 3G/4G networks, design wireless environments, and implement applications for mobile devices.
Peter Kitema Kilonzo is seeking a challenging position where he can learn and create new ideas. He has a diploma in telecommunications engineering and is Cisco CCNA certified. He has over 10 years of experience in technical engineering roles, managing sales and installations of networking, CCTV, and access control systems. His experience includes working with Office Technologies Ltd and Securex Agencies (K) Ltd, where he provided technical support, solutions, training and maintenance services to clients. He has skills in LAN, WAN, GSM, fiber optics, and power systems installation.
Mohamed Kotb Mahmoud El Ghandour's curriculum vitae provides personal and educational details. He graduated from Helwan University in 2007 with a degree in Computer and Programming. His experience includes training courses and work as a site engineer and maintenance engineer for various mobile network operators in Egypt and Sudan. He has skills in Microsoft Office, programming languages, and mobile telecommunications equipment installation and maintenance.
Anteneh Temesgen Ejigu has provided his curriculum vitae. He has a MSc in Communication System Engineering from Bahir Dar University and a BSc in Electrical Engineering also from Bahir Dar University. He has worked for Ethio Telecom for over 10 years in various roles related to radio access networks, transmission systems, and procurement. He is proficient in Amharic, English, GSM, UMTS, and has received training from ZTE, Huawei, and France Telecom. He provides three references from Ethio Telecom.
The document discusses the composition and responsibilities of the Board of Electrical Engineering in the Philippines. The Board is composed of a chairman and two members appointed by the President and oversees the regulation of electrical engineers. The Board issues Certificates of Specialty to professional electrical engineers who have been screened and recommended by an accredited electrical engineering association for fields where they have specialized knowledge, training, and experience.
This document is a curriculum vitae for Awua John Ubiku, a Ugandan national born in 1973. His objective is to provide maintenance, repair, installation and programming services for police telecommunications equipment and other electronics. He has worked as an ICT Technician for the ICT Maintenance department in Kampala, Uganda since 2002. His experience includes maintenance planning, equipment repair, network installation, and training junior staff. His qualifications include diplomas in Telecommunication Engineering and satellite technology as well as technical certificates. He provides three professional referees.
This document proposes a project to design an advanced signal disrupting device with an LCD display. The device aims to block transmission signals by creating interference with undedicated signal frequencies. It will function as both a radio frequency jammer and GSM jammer, blocking commercial FM radio bands and GSM signals. The system design will include power supply, intermediate frequency, radio frequency, and antenna blocks to disrupt signals. It will use a microcontroller and LCD display to indicate jamming of signals using radio waves. The project aims to block mobile phone signals within a range of 850MHz to 2170MHz frequencies for security applications.
The document outlines Harlingen Consolidated Independent School District's policies regarding electronic communication and data management. It discusses providing access to electronic resources for instructional and administrative purposes. It also addresses acceptable use, internet safety, filtering, monitoring use, intellectual property rights, and disclaimer of liability. The policies are aimed at controlling access to inappropriate online content, ensuring student safety, preventing unauthorized access, and restricting disclosure of private student information.
Bharat Electronics Limited (BEL) is an Indian state-owned aerospace and defense company headquartered in Bangalore. It was established in 1954 and has nine manufacturing units located across India. BEL manufactures advanced electronics and communication equipment for the Indian Armed Forces and Indian Space Research Organisation. It has a strong R&D base and manufactures products like radars, naval systems, electronic voting machines, and telecom equipment. BEL aims to be a globally competitive company in defense electronics and other fields through in-house R&D and strategic partnerships.
The department aims to provide world-class instrumentation and control engineering education through quality teaching and a dedicated faculty. Electronic instrumentation and control is a growing field due to increased automation across industries. The department has 10 faculty members and 14 well-equipped labs to support hands-on learning in areas like measurement, control systems, and industrial automation. It organizes training workshops and industry visits to help students gain practical skills.
Intellectual property rights (IPR) provide legal protection for creations of the human intellect. There are several primary rights including copyrights, patents, trademarks, industrial designs, utility models, and geographical indications. IPR promotes innovation by granting inventors exclusive rights over their creations for a limited time, allowing them to benefit commercially. However, the registration process can be lengthy and expensive, and enforcing IPR may lead to legal disputes and create monopolies. Overall IPR aims to balance private incentives for creation with wider public access to new ideas and technologies.
This document outlines the key provisions of the Intellectual Property Code of the Philippines. It establishes the Intellectual Property Office (IPO) to administer and implement intellectual property policies and protections. The IPO is headed by a Director General and divided into bureaus that handle patents, trademarks, legal affairs, and other functions. The code defines intellectual property rights and seeks to strengthen protections while promoting innovation, technology transfer, and economic development. It aims to streamline IP registration and enhance enforcement of rights in the Philippines.
This document outlines the key provisions of the Intellectual Property Code of the Philippines. It establishes the Intellectual Property Office (IPO) to administer intellectual property rights in the country. The IPO is headed by a Director General and is divided into bureaus that handle patents, trademarks, legal affairs, documentation, information technology, and administration. The IPO examines applications and registers intellectual property. It also aims to promote technology transfer and the use of intellectual property to support national development. The code defines intellectual property rights and the IPO's role in enforcing rights and settling disputes.
This document is the Republic Act No. 9292 which establishes the Professional Regulatory Board of Electronics Engineering in the Philippines. It creates the board to regulate the profession and licenses of professional electronics engineers, electronics engineers, and electronics technicians. The board is given powers to administer licensing exams, maintain professional rosters, investigate complaints and enforce compliance with technical standards. It outlines the qualifications and terms for board members. The purpose is to develop competent electronics professionals through credentialing and ensure standards for practice.
1. Intellectual property refers to creations of the mind like inventions, literary works, artistic works, symbols and designs used in commerce.
2. IP laws like patents, copyrights, and trademarks aim to protect knowledge created through human effort and promote further creativity by giving owners limited monopoly over their creations.
3. Protecting IP benefits both creators through financial returns and the public through access to new inventions and creative works.
The document discusses various types of intellectual property rights including patents, copyrights, trademarks, industrial designs, integrated circuits, geographical indications, and trade secrets. It provides details on what each type of intellectual property protects, how long protection lasts, and the overall importance of intellectual property rights in promoting innovation and creativity.
Intellectual property refers to creations of the mind such as inventions, literary works, symbols, and designs. Intellectual property rights protect these creations and include the rights to reproduce, distribute, license, sell, and exploit them. Unlike physical goods, intellectual creations cannot be contained within regions due to technology enabling free flow of information globally. Intellectual property rights are private rights that laws confer as monopolies to stimulate innovation and creativity by granting rights holders exclusive commercial benefits for their creations. Major sources of intellectual property rights are international conventions and treaties that have created a complex system of standards for national intellectual property laws.
This document outlines the key provisions of the Intellectual Property Code of the Philippines, including establishing the Intellectual Property Office (IPO) to administer intellectual property rights. The IPO is headed by a Director General and divided into bureaus focused on patents, trademarks, legal affairs, documentation/technology transfer, IT, and administration. The code defines intellectual property rights and technology transfer arrangements. It also establishes the functions and organizational structure of the IPO to examine applications and register intellectual property rights.
The document discusses various forms of intellectual property rights including copyright, related rights, trademarks, industrial design, patents, and unfair competition. Copyright protects original literary and artistic works. Related rights protect performers, producers, and broadcasters. Trademarks distinguish goods and services in the marketplace. Industrial design covers the aesthetic features of products while patents protect innovative functions. Unfair competition laws prevent confusing or misleading practices between competitors.
Overview of intellectual property rightsMathu Shan
The document provides an overview of intellectual property rights, including copyrights, patents, trademarks, trade secrets, and other forms. It discusses what types of creations each protects, how long protections last, and laws governing them. The overall purpose of intellectual property law is to promote progress by providing limited exclusive rights to inventors and creators in exchange for disclosure of their works.
The document discusses intellectual property laws in India, focusing on patents, copyright, and trademarks. It provides definitions and requirements for patents, inventions that can and cannot be patented, the patent application process, rights conferred to patent holders, and provisions for compulsory licensing. For copyright, it discusses what works are protected, rights of copyright holders, and the registration process. For trademarks, it defines trademarks, their purpose and functions, and provisions regarding registrability including absolute and relative grounds for refusal of registration.
Presentation on intellectual property rightsMedha Shahi
The document discusses different types of intellectual property including patents, trademarks, copyright, designs, trade secrets, and geographical indications. It provides details on each type of intellectual property such as what they protect, requirements for protection, rights conferred, and duration of protection. Patents protect inventions and last 20 years. Trademarks protect signs that identify goods/services and guarantee quality. Copyright protects original creative works. Design protection covers the appearance of articles. Trade secrets protect confidential business information. Geographical indications identify goods originating from a particular region.
This document provides an overview of intellectual property rights in India. It discusses the various types of IPRs including patents, copyrights, trademarks, geographical indications, industrial designs, integrated circuit layout designs, and plant varieties. For each IPR type, it describes what qualifies for protection, ownership and duration of rights. It also discusses relevant Indian legislation and international treaties. The document concludes by mentioning some websites for further information on IPRs.
Mohamed Kotb Mahmoud El Ghandour's curriculum vitae provides personal and educational details. He graduated from Helwan University in 2007 with a degree in Computer and Programming. His experience includes training courses and work as a site engineer and maintenance engineer for various mobile network operators in Egypt and Sudan. He has skills in Microsoft Office, programming languages, and mobile telecommunications equipment installation and maintenance.
Anteneh Temesgen Ejigu has provided his curriculum vitae. He has a MSc in Communication System Engineering from Bahir Dar University and a BSc in Electrical Engineering also from Bahir Dar University. He has worked for Ethio Telecom for over 10 years in various roles related to radio access networks, transmission systems, and procurement. He is proficient in Amharic, English, GSM, UMTS, and has received training from ZTE, Huawei, and France Telecom. He provides three references from Ethio Telecom.
The document discusses the composition and responsibilities of the Board of Electrical Engineering in the Philippines. The Board is composed of a chairman and two members appointed by the President and oversees the regulation of electrical engineers. The Board issues Certificates of Specialty to professional electrical engineers who have been screened and recommended by an accredited electrical engineering association for fields where they have specialized knowledge, training, and experience.
This document is a curriculum vitae for Awua John Ubiku, a Ugandan national born in 1973. His objective is to provide maintenance, repair, installation and programming services for police telecommunications equipment and other electronics. He has worked as an ICT Technician for the ICT Maintenance department in Kampala, Uganda since 2002. His experience includes maintenance planning, equipment repair, network installation, and training junior staff. His qualifications include diplomas in Telecommunication Engineering and satellite technology as well as technical certificates. He provides three professional referees.
This document proposes a project to design an advanced signal disrupting device with an LCD display. The device aims to block transmission signals by creating interference with undedicated signal frequencies. It will function as both a radio frequency jammer and GSM jammer, blocking commercial FM radio bands and GSM signals. The system design will include power supply, intermediate frequency, radio frequency, and antenna blocks to disrupt signals. It will use a microcontroller and LCD display to indicate jamming of signals using radio waves. The project aims to block mobile phone signals within a range of 850MHz to 2170MHz frequencies for security applications.
The document outlines Harlingen Consolidated Independent School District's policies regarding electronic communication and data management. It discusses providing access to electronic resources for instructional and administrative purposes. It also addresses acceptable use, internet safety, filtering, monitoring use, intellectual property rights, and disclaimer of liability. The policies are aimed at controlling access to inappropriate online content, ensuring student safety, preventing unauthorized access, and restricting disclosure of private student information.
Bharat Electronics Limited (BEL) is an Indian state-owned aerospace and defense company headquartered in Bangalore. It was established in 1954 and has nine manufacturing units located across India. BEL manufactures advanced electronics and communication equipment for the Indian Armed Forces and Indian Space Research Organisation. It has a strong R&D base and manufactures products like radars, naval systems, electronic voting machines, and telecom equipment. BEL aims to be a globally competitive company in defense electronics and other fields through in-house R&D and strategic partnerships.
The department aims to provide world-class instrumentation and control engineering education through quality teaching and a dedicated faculty. Electronic instrumentation and control is a growing field due to increased automation across industries. The department has 10 faculty members and 14 well-equipped labs to support hands-on learning in areas like measurement, control systems, and industrial automation. It organizes training workshops and industry visits to help students gain practical skills.
Intellectual property rights (IPR) provide legal protection for creations of the human intellect. There are several primary rights including copyrights, patents, trademarks, industrial designs, utility models, and geographical indications. IPR promotes innovation by granting inventors exclusive rights over their creations for a limited time, allowing them to benefit commercially. However, the registration process can be lengthy and expensive, and enforcing IPR may lead to legal disputes and create monopolies. Overall IPR aims to balance private incentives for creation with wider public access to new ideas and technologies.
This document outlines the key provisions of the Intellectual Property Code of the Philippines. It establishes the Intellectual Property Office (IPO) to administer and implement intellectual property policies and protections. The IPO is headed by a Director General and divided into bureaus that handle patents, trademarks, legal affairs, and other functions. The code defines intellectual property rights and seeks to strengthen protections while promoting innovation, technology transfer, and economic development. It aims to streamline IP registration and enhance enforcement of rights in the Philippines.
This document outlines the key provisions of the Intellectual Property Code of the Philippines. It establishes the Intellectual Property Office (IPO) to administer intellectual property rights in the country. The IPO is headed by a Director General and is divided into bureaus that handle patents, trademarks, legal affairs, documentation, information technology, and administration. The IPO examines applications and registers intellectual property. It also aims to promote technology transfer and the use of intellectual property to support national development. The code defines intellectual property rights and the IPO's role in enforcing rights and settling disputes.
This document is the Republic Act No. 9292 which establishes the Professional Regulatory Board of Electronics Engineering in the Philippines. It creates the board to regulate the profession and licenses of professional electronics engineers, electronics engineers, and electronics technicians. The board is given powers to administer licensing exams, maintain professional rosters, investigate complaints and enforce compliance with technical standards. It outlines the qualifications and terms for board members. The purpose is to develop competent electronics professionals through credentialing and ensure standards for practice.
1. Intellectual property refers to creations of the mind like inventions, literary works, artistic works, symbols and designs used in commerce.
2. IP laws like patents, copyrights, and trademarks aim to protect knowledge created through human effort and promote further creativity by giving owners limited monopoly over their creations.
3. Protecting IP benefits both creators through financial returns and the public through access to new inventions and creative works.
The document discusses various types of intellectual property rights including patents, copyrights, trademarks, industrial designs, integrated circuits, geographical indications, and trade secrets. It provides details on what each type of intellectual property protects, how long protection lasts, and the overall importance of intellectual property rights in promoting innovation and creativity.
Intellectual property refers to creations of the mind such as inventions, literary works, symbols, and designs. Intellectual property rights protect these creations and include the rights to reproduce, distribute, license, sell, and exploit them. Unlike physical goods, intellectual creations cannot be contained within regions due to technology enabling free flow of information globally. Intellectual property rights are private rights that laws confer as monopolies to stimulate innovation and creativity by granting rights holders exclusive commercial benefits for their creations. Major sources of intellectual property rights are international conventions and treaties that have created a complex system of standards for national intellectual property laws.
This document outlines the key provisions of the Intellectual Property Code of the Philippines, including establishing the Intellectual Property Office (IPO) to administer intellectual property rights. The IPO is headed by a Director General and divided into bureaus focused on patents, trademarks, legal affairs, documentation/technology transfer, IT, and administration. The code defines intellectual property rights and technology transfer arrangements. It also establishes the functions and organizational structure of the IPO to examine applications and register intellectual property rights.
The document discusses various forms of intellectual property rights including copyright, related rights, trademarks, industrial design, patents, and unfair competition. Copyright protects original literary and artistic works. Related rights protect performers, producers, and broadcasters. Trademarks distinguish goods and services in the marketplace. Industrial design covers the aesthetic features of products while patents protect innovative functions. Unfair competition laws prevent confusing or misleading practices between competitors.
Overview of intellectual property rightsMathu Shan
The document provides an overview of intellectual property rights, including copyrights, patents, trademarks, trade secrets, and other forms. It discusses what types of creations each protects, how long protections last, and laws governing them. The overall purpose of intellectual property law is to promote progress by providing limited exclusive rights to inventors and creators in exchange for disclosure of their works.
The document discusses intellectual property laws in India, focusing on patents, copyright, and trademarks. It provides definitions and requirements for patents, inventions that can and cannot be patented, the patent application process, rights conferred to patent holders, and provisions for compulsory licensing. For copyright, it discusses what works are protected, rights of copyright holders, and the registration process. For trademarks, it defines trademarks, their purpose and functions, and provisions regarding registrability including absolute and relative grounds for refusal of registration.
Presentation on intellectual property rightsMedha Shahi
The document discusses different types of intellectual property including patents, trademarks, copyright, designs, trade secrets, and geographical indications. It provides details on each type of intellectual property such as what they protect, requirements for protection, rights conferred, and duration of protection. Patents protect inventions and last 20 years. Trademarks protect signs that identify goods/services and guarantee quality. Copyright protects original creative works. Design protection covers the appearance of articles. Trade secrets protect confidential business information. Geographical indications identify goods originating from a particular region.
This document provides an overview of intellectual property rights in India. It discusses the various types of IPRs including patents, copyrights, trademarks, geographical indications, industrial designs, integrated circuit layout designs, and plant varieties. For each IPR type, it describes what qualifies for protection, ownership and duration of rights. It also discusses relevant Indian legislation and international treaties. The document concludes by mentioning some websites for further information on IPRs.
This document discusses various types of intellectual property rights (IPR) in India including patents, copyrights, trademarks, and geographical indications. Patents provide exclusive rights over inventions for 20 years and must satisfy criteria of novelty, creativity, and utility. Copyrights protect original creative works for 60 years. Trademarks identify products/services and can be renewed every 10 years. Geographical indications (GIs) identify products originating from specific regions. India's IPR framework complies with international treaties and provides statutory protection for these intellectual property types.
The document discusses different types of intellectual property including patents, trademarks, copyright, and trade secrets. It provides details on what each type protects such as patents protecting inventions and processes, trademarks protecting brands and logos, copyright protecting artistic and literary works, and trade secrets protecting confidential business information. The document also outlines some benefits of intellectual property protection like stimulating research and development and protecting creators' moral and material interests.
This document discusses intellectual property rights. It defines intellectual property as creations of the mind such as inventions, literary works, designs, and symbols. Intellectual property rights enable creators to benefit financially from what they invent or create. The document then describes different types of intellectual property like copyrights, patents, trademarks, industrial designs, and geographical indications. It also discusses the importance of intellectual property rights for supporting jobs, economic growth, consumers, and innovation.
Intellectual property refers to creations of the mind like inventions, artistic works, and symbols. It is divided into industrial property and copyright. Industrial property includes patents, trademarks, and designs while copyright covers literary, artistic, and other creative works. Intellectual property rights allow creators to benefit from their work and investments by preventing unauthorized use of their creations. These rights promote innovation and drive economic growth by incentivizing further creation and investment in new ideas. They help balance private and public interests by rewarding creators while also benefiting society.
This document provides an introduction to intellectual property. It defines intellectual property as creations of the mind such as inventions, literary works, and symbols. There are two main categories of intellectual property: industrial property, which includes patents, trademarks, industrial designs, and geographic indications; and copyright, which includes literary works, films, music, art, and designs. Intellectual property rights allow creators to benefit from their work and are balanced with considerations of public welfare. The document outlines specific intellectual property rights including patents, trademarks, industrial designs, geographic indications, and copyrights.
The document outlines Turkey's Law on Technology Development Zones, with the following key points:
1. The law aims to support technology-intensive production and entrepreneurship by facilitating cooperation between universities, research institutions, and businesses. This is intended to help develop new technologies, products, and jobs.
2. Technology Development Zones are established near universities or research centers to integrate academic, economic, and social structures. Companies located in these zones work to commercialize technological inventions.
3. Zones are identified and established by decree. A managing company is responsible for the zone's planning, infrastructure development, management, and ensuring activities comply with the law's objectives.
Similar to Nature of laws, legal relations and responsibilities, intellectual property rights, RA 9292 (20)
Business law for the students of undergraduate level. The presentation contains the summary of all the chapters under the syllabus of State University, Contract Act, Sale of Goods Act, Negotiable Instrument Act, Partnership Act, Limited Liability Act, Consumer Protection Act.
What are the common challenges faced by women lawyers working in the legal pr...lawyersonia
The legal profession, which has historically been male-dominated, has experienced a significant increase in the number of women entering the field over the past few decades. Despite this progress, women lawyers continue to encounter various challenges as they strive for top positions.
This document briefly explains the June compliance calendar 2024 with income tax returns, PF, ESI, and important due dates, forms to be filled out, periods, and who should file them?.
The Future of Criminal Defense Lawyer in India.pdfveteranlegal
https://veteranlegal.in/defense-lawyer-in-india/ | Criminal defense Lawyer in India has always been a vital aspect of the country's legal system. As defenders of justice, criminal Defense Lawyer play a critical role in ensuring that individuals accused of crimes receive a fair trial and that their constitutional rights are protected. As India evolves socially, economically, and technologically, the role and future of criminal Defense Lawyer are also undergoing significant changes. This comprehensive blog explores the current landscape, challenges, technological advancements, and prospects for criminal Defense Lawyer in India.
Genocide in International Criminal Law.pptxMasoudZamani13
Excited to share insights from my recent presentation on genocide! 💡 In light of ongoing debates, it's crucial to delve into the nuances of this grave crime.
सुप्रीम कोर्ट ने यह भी माना था कि मजिस्ट्रेट का यह कर्तव्य है कि वह सुनिश्चित करे कि अधिकारी पीएमएलए के तहत निर्धारित प्रक्रिया के साथ-साथ संवैधानिक सुरक्षा उपायों का भी उचित रूप से पालन करें।
Lifting the Corporate Veil. Power Point Presentationseri bangash
"Lifting the Corporate Veil" is a legal concept that refers to the judicial act of disregarding the separate legal personality of a corporation or limited liability company (LLC). Normally, a corporation is considered a legal entity separate from its shareholders or members, meaning that the personal assets of shareholders or members are protected from the liabilities of the corporation. However, there are certain situations where courts may decide to "pierce" or "lift" the corporate veil, holding shareholders or members personally liable for the debts or actions of the corporation.
Here are some common scenarios in which courts might lift the corporate veil:
Fraud or Illegality: If shareholders or members use the corporate structure to perpetrate fraud, evade legal obligations, or engage in illegal activities, courts may disregard the corporate entity and hold those individuals personally liable.
Undercapitalization: If a corporation is formed with insufficient capital to conduct its intended business and meet its foreseeable liabilities, and this lack of capitalization results in harm to creditors or other parties, courts may lift the corporate veil to hold shareholders or members liable.
Failure to Observe Corporate Formalities: Corporations and LLCs are required to observe certain formalities, such as holding regular meetings, maintaining separate financial records, and avoiding commingling of personal and corporate assets. If these formalities are not observed and the corporate structure is used as a mere façade, courts may disregard the corporate entity.
Alter Ego: If there is such a unity of interest and ownership between the corporation and its shareholders or members that the separate personalities of the corporation and the individuals no longer exist, courts may treat the corporation as the alter ego of its owners and hold them personally liable.
Group Enterprises: In some cases, where multiple corporations are closely related or form part of a single economic unit, courts may pierce the corporate veil to achieve equity, particularly if one corporation's actions harm creditors or other stakeholders and the corporate structure is being used to shield culpable parties from liability.
Guide on the use of Artificial Intelligence-based tools by lawyers and law fi...Massimo Talia
This guide aims to provide information on how lawyers will be able to use the opportunities provided by AI tools and how such tools could help the business processes of small firms. Its objective is to provide lawyers with some background to understand what they can and cannot realistically expect from these products. This guide aims to give a reference point for small law practices in the EU
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Synopsis On Annual General Meeting/Extra Ordinary General Meeting With Ordinary And Special Businesses And Ordinary And Special Resolutions with Companies (Postal Ballot) Regulations, 2018
8. COPYRIGHT
“An intangible incorporeal right to certain literary,
scholarly, scientific and artistic productions granted by
statute to the author or creator of the work and giving
him, his heirs and other assigns the exclusive and sole
privilege to . . .”
9. I. Print, reprint, publish, copy, distribute and photo-
reproduce the work
II. Translate, arrange, adapt, and convert the work
from dramatic to non-dramatic and vice-versa
III. Exhibit, perform, represent, produce or reproduce
the work for profit
IV. Make any other use or disposition of it
10. WORKS PROTECTED:
a. books, manuscripts, directories, gazettes
b. periodicals
c. lectures and sermons
d. letters
e. dramatic compositions and choreographic works
f. musical compositions
g. works of drawing, painting, architecture, sculpture
and other works of art
h. reproductions of works of art
11. i. ornamental designs
j. maps, sketches, plans and charts
k. drawings or plastic works
l. photographic works
m. cinematographic works
n. computer programs
o. prints, labels, tags and copies, box wraps
p. dramatizations, translations of literary, musical,
artistic works or works of the government
q. collections of literary, scholarly or artistic work
12. WORKS NOT PROTECTED:
a. work of any government officer or employee as part of
his regularly prescribed duties
b. statutes, rules and regulations of government offices
and decisions rendered by courts
c. reports of media by current events
13. DURATION:
a. lasts from the moment of the creation of the work and up
to a period of 50 years after the death of the author or last
surviving co –author
b. if the work is anonymous, the protection shall last 50 years
after publication
c. performers’ works (actors, singers, musicians, dancers,
etc.), products of sound recordings & broadcasting stations
are protected for 20 years counted from the end of the
performance year, recording or broadcast
14. PATENT
“An exclusive right acquired over an invention to sell,
use and make the same whether for commerce or
industry.”
15. PATENTABLE INVENTIONS:
i. it is new; it must possess novelty, originality and
precedence
ii. it consists of a useful machine, manufactured
product or substance or process or improvement
16. INVENTIONS NOT PATENTABLE:
i. immoral or against public policy
ii. mere ideas or abstract theorems
iii. process not directed to making or improving a
commercial product
18. TRADEMARKS, TRADENAMES AND
SERVICE MARKS
Trademark – word, name, design symbol, etc. used by a
manufacturer or merchant on his goods to identify and
distinguish them from those sold or manufactured by
others
Tradename – name, device or word used by a manufacturer,
industrialist, or merchant to identify his business, vocation
or occupation from that of others
Service mark – mark used in the sale or advertising of
services to identify the services of one person and
distinguish them from the services of others
19. ENTITLED TO REGISTER AND USE:
i. owner actually using the mark or name
ii. long continuous user
iii. prior and first user
iv. alien owners
20. NON – REGISTRABLE TRADEMARKS,
TRADENAMES AND SERVICE MARKS:
i. immoral, deceptive and scandalous
ii. bearing the Phil. flag and coat of arms
iii. names of living persons and names of deceased Phil.
presidents
iv. similar to the registered mark of another
v. deceptive or consists of geographical names
23. RA 9292
FEBRUARY 2, 2004
“An act providing for a more responsive
& comprehensive regulation for the
registration, licensing, and practice of
PROFESSIONAL ELECTRONICS
ENGINEERS, ELECTRONICS
ENGINEERS & ELECTRONICS
TECHNICIANS, repealing RA 5734...”
24. ART. 1 – GEN. PROVISIONS
Sec 1: Title –
“ELECTRONICS
ENGINEERING LAW of
2004”
Sec 2: Statement of Policy
Sec 3: Definition &
Interpretation of Terms
25. (a) Electronics - the science dealing with the
development and application of
devices and systems involving the flow of electrons or other
carriers of electric
charge, in a vacuum, in gaseous media, in plasma, in
semiconductors, in solid-state
and/or in similar devices, including, but not limited to,
applications involving optical,
electromagnetic and other energy forms when transduced or
converted into electronic
signals.
26. (b) Professional Electronics
Engineer - a person who is qualified to hold
himself/herself out as a duly registered/licensed
Professional Electronics Engineer under this Act and to
affix to his/her name the letters "PECE".
(c) Electronics Engineer - a person
who is qualified to hold himself/herself out
as a duly registered/licensed Electronics Engineer under this
Act and to affix to
his/her name the letters "ECE".
27. (d) Electronics Technician - a person
who is qualified to hold himself/herself
out as a duly registered/licensed Electronics Technician
under this Act and to affix to
his/her name the letters "ECT".
(e) Electronics and
Communications Engineer - a
person who is qualified to
hold himself/herself out as a duly-registered/licensed
Electronics and
Communications Engineer under Republic Act No. 5734.
28. (f) Computer – any of a variety of electronic
devices that is capable of
accepting data, programs and/or instructions, executing the
programs and/or
instructions to process the data and presenting the results.
(g) Information and
Communications Technology -
the acquisition, production, transformation, storage and
transmission/reception of data and information by
electronic means in forms such as vocal, pictorial, text,
numeric or
the likes; also refers to the theoretical & practical
applications & processes utilizing
such data and information.
29. (h) Communications - the process
of sending and/or receiving information,
data, signals and/or messages between two (2) or
more points by radio, cable, optical
wave guides or other devices and wired or wireless
medium
30. (i) Telecommunications - any
transmission, emission or reception of voice,
data, electronic messages, text, written or printed matter,
fixed or moving pictures or
images, words, music or visible or audible signals or sounds,
or any information,
intelligence and/or control signals of any design/format and
for any purpose, by wire,
radio, spectral, visual/optical/light, or other electronic,
electromagnetic and
technological means.
31. (j) Broadcast, Broadcasting - an
undertaking the object of which is to transmit
audio, video, text, images or other signals or messages for
reception of a broad
audience in a geographical area via wired or wireless means.
(k) Industrial Plant - includes all
manufacturing establishments and other
business endeavors where electronic or electronically-
controlled machinery or
equipment are installed and/or are being used, sold,
maintained, assembled,
manufactured or operated.
32. (l) Commercial Establishment -
shall include but not be limited to office buildings, hotels,
motels, hospitals, condominiums, stores, apartments,
supermarkets, schools, studios, stadia, parking areas,
memorial chapels/parks, watercraft & aircraft used for
business or profit, and any other building/s or area/s for
business purposes,
where electronic or electronically-controlled machinery or
equipment are installed
and/or are being used, sold, maintained, assembled,
manufactured or operated.
33. (m) Consulting Services - as used
in this Act, shall include services requiring
adequate technical expertise, experience and
professional capability in undertaking
advisory and review, pre-investment or feasibility
studies, design, planning,
construction, supervision, management and related
services, and other technical
studies or special studies in the field of electronics
engineering.
34. (n) Accredited Professional
Organization - the integrated and
accredited
national organization of Professional Electronics
Engineers, Electronics Engineers
and Electronics Technicians.
35. Sec 4: Categories of Practice
(a) Professional Electronics Engineer (PECE)
(b) Electronics Engineer (ECE)
(c) Electronics Technician (ECT)
36. Sec 5: Nature & Scope of Practice of Electronics
Engineering and Electronics Technician Professions
(a) Electronics Engineer - investigation, analysis,
synthesis, planning, design,
specification, research and development, provision,
procurement, marketing and sales, manufacture and
production, construction and installation,
tests/measurements/control, operation, repair, servicing,
technical support and maintenance of electronic
components, devices, products, apparatus, instruments,
equipment, systems, networks, operations and processes
in the fields of electronics,
37. including communications and/or telecommunications,
information and
communications technology (ICT), computers and their
networking and
hardware/firmware/software development and applications,
broadcast/broadcasting,
cable and wireless television, consumer and industrial
electronics, electrooptics/
photonics/opto-electronics, electro-magnetics, avionics,
aerospace,
navigational and military applications, medical electronics,
robotics, cybernetics,
biometrics and all other related and convergent fields;
38. it also includes the
administration, management, supervision and regulatory
aspects of such works and
activities; similarly included are those teaching and training
activities which develop
the ability to use electronic engineering fundamentals and
related advanced
knowledge in electronics engineering, including lecturing
and teaching of technical
and professional subjects given in the electronics
engineering and electronics technician curriculum and
licensure examinations.
39. (b) Professional Electronics Engineer - embrace and
consist of all of the above plus the sole authority to
provide
consulting services as defined in this Act and to sign and
seal electronics plans,
drawings, permit applications, specifications, reports
and other technical documents
prepared by himself/herself and/or under his direct
supervision.
40. (c) Electronics Technician profession - embrace and
consist of any non-engineering work or activity relating to
the installation, construction, operation, control, tests and
measurements, diagnosis, repair and maintenance,
manufacture and production, sales and marketing of any
electronic component/s, device/s, products, apparatus,
instruments, equipment, system/s, network/s, operations
and processes located on land, watercraft, aircraft,
industrial plants or commercial establishments, including
the teaching and training of technical and professional
subjects given in the electronics technician curriculum and
licensure exams.