Nesu smart phone card indonesia portfolio

Corporate Governance & ResponsibleTesting Report

MOBILERADIATIONSHIELDPORTFOLIO

MultiPurpose Brochure 2016/2017

WE AIM TO PROVIDE PROTECTION FOR YOU

AND YOUR FAMILY FROM THE HARMFUL EFFECTS OF

ELECTRO MAGNETIC RADIATION

NESU Portfolio


Content

Introduction

Product information

Testing Organisations

Why NESU Smart Phone Card

Negative Energy

Positive Energy

Aftersales and Marketing support

Appendix

Confirmation Presencia - Class Impex

Confirmation for PT Indonesu Inti Nusantara

Confirmation for Class Gulf Trading

Development of NESU

Research and Development

Patenting

International Awards

Certificates

Trademark

Letter or Recommendation

Certificate of Membership

TEST Report by SGS

TEST Report by BION

TEST Report by TERMOGRAFFIA

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CONTENTS

NESU Portfolio

67TEST Report by IBBU & IMEDIS

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INTRODUCTION

DON CSOKE, MSc. Eng.CEO Class Impex LLP, Singapore

NESU is an acronym for ‘Nirvana-Energy-Sun-Universe’. The NESU Card is a patented product in the European Union and has passed tests in prominent International laboratories. The NESU Card has been awarded several Gold medals at International invention fairs in the USA, the UK, Taiwan, Malaysia, Macau, Romania, Russia, Kuwait and Croatia.

Kindest regards,

Not everyone is aware of the looming dangers in our day-to-day communication through mobile devices.

WELCOME

Very soon every person on Earth will have at

least one mobile phone. Our mission is

related to the Health and Safety Awareness

of users, more specifically, about the

awareness of Harmful Electro Magnetic

Radiation (EMR) caused by mobile

communication. We are offering a unique

solution, for your own protection, with the

NESU Smart Phone Card. Once attached

on a mobile device, it will protect you.

The NESU Card will also shield you from EMR originated from other devices. It has a soothing effect on the meridians, prevents nerve degeneration and restores meridian of the blood flow. During tests, it was reported that the use of mobile devices indeed lead to a negative effect (“negative” energy) on certain parts of the human body, whereas the energy becomes “positive” when the NESU card is placed on the mobile device.

The NESU Card prevents the absorption of negative radiation from mobile devices into the human body, helps against electro-smog and is recommended for everybody who use mobile devices or who is in any way exposed to EMR.

NESU Portfolio

We look forward to a long lasting, healthy relationship and healthy mobile communication.

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PRODUCTINFORMATION

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JOIN NESUNOW

AND BEPROTECTED

The NESU Card is made in the European Union. The material composition is copper, titanium, quartz, silver and gold, without chemical treatment involved. It is non-toxic, friendly to the human body. Furthermore, it does not affect a device's signal strength in any way.

NESU Portfolio

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TESTING ORGANISATIONSVERIFICATION AND QUALITY

As the world's leader in inspection, verification, testing and certification, SGS is a global benchmark for quality and integrity. The core services offered include the inspection and verification of quantity, weight and quality of traded products; the testing of product quality and performance against various health, safety and regulatory standards, and to make sure that these goods meet the requirements of standards set by governments, standardization bodies or by SGS customers. They operate a network of more than 1,650 offices and laboratories worldwide.http://www.sgs.com

MedNet Gmb, Münster, Germany is an internationally operating sales and marketing organisation for medical and pharmaceutical components and services. They represent companies from all over the world, who distinguish themselves by innovative products. Their customer base are companies in Europe, mainly in the area of medical and pharmaceutical industries, but also companies producing industrial applications. http://www.medneteurope.com

WHEN YOU NEED TO BE

SURE

IBBU – Biosensorik und Bioenergetische Umweltforschung (IBBU Institute of Biosensors and Bio-energetic Environmental Research), Lieboch, AustriaIMEDIS - Center of Intellectual Medical Systems, Moscow, RussiaWorld’s renowned research centre for environmental science and electromagnetic pollution, IMEDIS and IBBU are a collective. Consisting of employees of the Moscow Power Engineering Institute along with physicians of various professions. IMEDIS has more than 15 years of experience in device development, software and medical methods in fields such as energy information; uniting abilities of modern computers and latest scientific breakthroughs from the 21st century and beyond. Most effective procedures feature a combination of bio-resonance therapy with well-known methods of electro-punctural diagnosis, in addition to therapy and homeopathy.http://imedis.ru - http://www.ibbu.at

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Intertek Testing Services de Mexico, is one of the world’s most trusted providers of quality solutions for many of the world›s leading brands and companies. From auditing and inspection, to testing, training, and certification, Intertek adds value to customers’ products, assets and processes. It helps customers improve performance, gain efficiencies in manufacturing and logistics, overcome market constraints, and reduce risks. For more than 130 years, companies around the world have depended on Intertek to ensure the quality and safety of their products, processes and systems.http://www.intertek.com

A Croatian Institute of public health that specializes in professional healthcare and prevention of diseases. Andrija Štampar Teaching Institute of Public Health is leading and accompanying the City of Zagreb and its citizens on their journey to achieve health as «a state of complete physical, mental and social well-being”. Institute activities include public health, epidemiology, health ecology, microbiology, school medicine, prevention of addiction, and mental healthcare. The Institute is a teaching unit of the School of Medicine, University of Zagreb from Zagreb and School of Medicine, Josip Juraj Strossmayer University from Osijek. http://www.stampar.hr

Thermografia de Mexico specializes in thermographic inspections of countless systems and installations. These allow clients to classify any damage or faults found in a designated area and pick the best time for maintenance. They also provide recommendations on repairs based on the severity of a problem. Verification procedures involve electrical systems, mechanical systems, thermal installations and many more. This brings countless advantages, since it allows for inspections during normal industrial operations with zero interruptions. http://www.termografia.com.mx

KONČAR – Electrical Engineering Institute Inc. Zagreb, Croatia, finds solutions that are recognized on international markets. Qualified and accredited laboratories of the Institute offer services of testing electrical equipment and mechanical components, as well as diagnostic tests on site. Institute also has a unit for conformity assessment of products in accordance with international standards. The Institute builds its long-term sustainable development in the areas of electrical power engineering and clean transport on: R&D services, competent laboratories, competitive advanced IT solutions and smart sensors. http://www.koncar-institut.com

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TESTING ORGANISATIONFOR QUALITY ASSURANCE

TEST REPORTS & CERTIFICATES

ARE IN THE APPENDIX SECTIONNESU is always continuing the Research and testings with various organisation to prove and ensure the quality of the our product

NESU Portfolio

Biomagnética is an institute created by Mtro. Antonio Salas Velasco, who bears more than 30 years of experience in studies, researching and working on new methods concerning human balance and health. The methods used in this institute are set according to their medical philosophy, which proposes that all diseases begin with an existential imbalance (PSI).These methods range from clinical hypnosis for seeking psychological sources of diseases to bioenergy methods such as acupuncture, laying on of hands, holistic massage, and so much more. http://www.biomagnetica.mx

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LMATS is accredited in accordance with ISO/IEC 17025 by NATA, Australia; comprising of highly professional teams of qualified Metallurgist, Engineers, Engineering Technologists, Inspectors, and NDT personnel. Offering advanced testing services through many of its laboratories. Recent advancements in capability are thanks to ECA technologies from Eddyfi and PAUT & TOFD Olympus OmniScan MX2. The combination of these professionals from different fields ensures that clients have benefit, by implementing cost-effective inspection procedures that will comply with the regulatory requirements.http://www.lmats.com.au

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10Bion, Institute for bioelectromagnetics and new biology is a private research Institute, established in 1990, listed in the registry of research organizations of the Ministry of Educations, Science and Sports of the Republic of Slovenia in 1992 and is an accredited research establishment.The Institute›s activities are concentrated in the following areas:• science and research,• technological development,• educational,• testing products with difficult to prove effects andhttp://www.bion.si

..... WHEN YOU NEED TO BE SURE

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FOR QUALITY ASSURANCE

Wireless Technology - the Sickness of a new age Scientists have estimated our daily exposure to Electro Magnetic Radiation (EMR) is 100 million times higher than 50 years ago.

There is a severe health risk:"Mobile phones are a Silent Killer." - States by doctors and scientists.We believe this is the single most important fact that every mobile phone user must not ignore. Precautions must be taken without delay.

Our undertaking is related to Health and Safety Awareness, more specifically, about the awareness of Harmful Electro Magnetic Radiation caused by mobile communication. We offer a unique, patented, tested and internationally recognized and awarded practical solution called the NESU Smart Phone Card.The NESU Card is not a SIM card, it is like an external memory chip, charged with energy in the form of specifically chosen frequencies.

Simply stick a NESU Card onto your mobile phone and it will protect you. The NESU Card provides an invisible field of energy to the caller, with no signal interference. It can be applied to any type of mobile phone and other mobile device i.e. tablets and laptops.

We would like to invite you to this initiative and work together for a healthy, vibrant society.

Radiation and risk of cancer

The

Hum

an b

rain

is exposed To High levels of Electro M

agnetic

WHY NESU SMART PHONE CARD?

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NEGATIVE ENERGYHARMFUL EFFECTS WITHOUT NESU

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The

Hum

an b

rain

is exposed To High levels of Electro M

agnetic

Cell phone radiation is transmitted from an antenna in all directions, Most of the signal and energy is lost in the space. Only small portions of the signal to/from the base station is received. Severe energy incident is affecting the human head.

Facts 4

The human body is exposed on a daily basis to Electro Magnetic Radiation (EMR) through the use of mobile

devices.

Facts 1

Not everyone is aware of this invisible EMR Hazard caused by mobile communication devices.

Facts 2

TYPICAL BASE STATION

Radiation hits the head and pene-trates into the skull. Experiment shows radiation penetration: adult (25%), 10 year old (50%) and 5 year old (75%). It is a SILENT KILLER: Leeds to loss of sleep, Headache, Fatigue, Memory loss, Ringing ears, Low energy, Depression, Irritability,Brain tumors, Leukemia, Lymphoma Cancer etc…

Facts 3

Radiation and risk of cancer

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NESU CARDS SHIELDS YOU

By absorbing negative radiation, The

NESU Card stabilizes the energy field

and thus negates harmful effects of

cell phone radiation on human

bodies without weakening the signal

strength.

Facts 2

The NESU Card turns any negative impact of a mobile device on the human energy field into a neutral and positive one. It stabilizes the energy field around a person who is negatively affected.

Facts 1

The NESU Card protects the mobile user, not the cell phone.

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POSITIVE ENERGY

NESU Portfolio

Facts 3

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ELECTRO-MAGNETIC WAVES

ELEC

TRO

-MA

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ETIC

WA

VES

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CLASS IMPEX LLP. is committed to providing after sales support to our clients.

These include:

1. Holding awareness sessions to clients and public communities on how to enjoyhealthier mobile conversation experiences and how the NESU Card helpsachieve this aim.

2. Holding training workshops for clients and their sales staff on direct selling ofNESU Cards to customers

3. Provide training and after sales support, in particular on how to replace theNESU Card on the mobile sets safely, without damaging the card or the phone.

4. Providing translated copy of the NESU manuals for different markets/countries.

5. Providing support required by the clients for their marketing activities, includingdetailed information, imagery, testimonies as well as reviewing content formarketing needs.

6. Willingness to co-brand the product on large quantities as agreed by bothparties.

AFTERSALES AND MARKETING SUPPORT

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MOBILERADIATIONSHIELDPORTFOLIO

APPENDIX

NES

UPO

RTFO

LIO

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Presencia d.o.o., Podrebernica 15a, 10000 Zagreb, Croatia, EU, e-mail: [email protected], web: www.nesu.eu, upisana u registar trgovačkog suda u Zagrebu, Matični broj: 2346257, OIB: 71434725544, PDV ID br. HR71434725544, žiro račun: IBAN: HR7723400091110318461, SWIFT code: PBZGHR2X, temeljni kapital uplaćen u cijelosti 20.000,00 kn kod Privredne banke Zagreb.

PRESENCIA d.o.o. with registered seat in Republic of Croatia, Podrebernica

15a, 10000 Zagreb, personal identification number (OIB) 71434725544,

registered at the court registry of the Commercial court in Zagreb under

registry number 0 8 0 6 4 5 7 4 1 , r e p r e s e n t e d b y t h e d i r e c t o r M r .

D r a z e n V u l a m a ( h e r e i n a f t e r : "Presencia d.o.o.") hereby issues the following:

CONFIRMATION

Presencia d.o.o., as the manufacturer and supplier of NESU SMART PHONE

CARD, is granting its approval for CLASS IMPEX LLP, Limited Liability

Company, registered in Singapore under reg. number T13LL0320H, with

corporate office at 8 Temasek Boulevard #42-00, Suntec Tower Three,

Singapore 038988, Singapore, r e p r e s e n t e d b y M r . ( D o n ) L a j o s C s o k e ,

D i r e c t o r , ( h e r e i n a f t e r : " CLASS IMPEX LLP" ) t o a c t a s t h e E x c l u s i v e

Distributor to import, market and distribute NESU SMART PHONE CARD in

the territory of: Republic of Indonesia, Malaysia, Singapore, Brunei

Darussalam and the State of Qatar.

The Exclusive Distribution Agreement shall remain in force for period of 5

( in words: f i ve) years f rom th e day of i ts s igni ng, with the possi bi l i ty

o f prolongation for the period of another 5 (in words: five) years.

This co nfirmatio n is issu ed by Presencia d.o.o., the manufacturer and

supplier of NESU SMART PHONE CARD to CLASS IMPEX LLP f or the

purposes of e vide nce as the Exclusive Distributor of NESU SMART PHONE

CARD on the territory of: Republic of Indonesia, Malaysia, Singapore, Brunei

Darussalam and the State of Qatar and cannot be used for any other purpose.

Zagreb, May 9th 2014

PRESENCIA d.o.o.

D r a z e n V u l a m a

D i r e c t o r

8 Temasek Boulevard #42‐00, SUNTEC Tower Three

Singapore 038988 Tel: +65 6546 2800

www.class‐impex.com

Exclusive Distributor of NESU Smart Phone Card

CLASS IMPEX LLP , L imited L iab i l i ty Company, reg istered at ACRA in Singapore under reg. number T13LL0320H, with corporate of f ice at 8 Temasek Boulevard #42-00, Suntec Tower Three, Singapore 038988, Singapore, represented by Mr. Don L. Csoke, Director , (here inaf ter : "CLASS IMPEX LLP") , issuing on the 20th of Feb. , 2014 the fo l lowing:

CONFIRMATION

CLASS IMPEX LLP as the Exclus ive Dist r ibutor of NESU SMART PHONE CARD for the terr i tory of : Republ ic of Indonesia, Malaysia, Singapore, Brunei Darussalam and State of Qatar is conf i rming that PT INDONESU INTI NUSANTARA wi th corporate of f ice at Wi jaya Grand Center B lok G.3, J l Wi jaya I I Kebayoran Baru, Jakarta Selatan; SIUP No.: 15607-04/PM /1.824.271; (here inaf ter “PT INDONESU INTI NUSANTARA” has been appointed as a Dist r ibutor to import , market and d ist r ibute NESU SMART PHONE CARD in the terr i tory of Republ ic of Indonesia.

The Dist r ibutor appointment sha l l remain in force for per iod of 5 ( f ive) years f rom the day of i ts s igning wi th the possib i l i ty of extension.

This conf i rmat ion is issued by CLASS IMPEX LLP , the Exclusive Dist r ibutor and suppl ier of NESU SMART PHONE CARD to PT INDONESU INTI NUSANTARA for the purposes of evidence as a Dist r ibutor of NESU SMART PHONE CARD on the terr i tory of Republ ic of Indonesia and cannot be used for any other purpose.

CLASS IMPEX LLP.

Don L. Csoke Director SEA

8 Temasek Boulevard #42‐00, SUNTEC Tower Three

Singapore 038988 Tel: +65 6546 2800

www.class‐impex.com

Exclusive Distributor of NESU Smart Phone Card

CLASS IMPEX LLP , L imited L iab i l i ty Company, reg istered at ACRA in Singapore under reg. number T13LL0320H, with corporate of f ice at 8 Temasek Boulevard #42-00, Suntec Tower Three, Singapore 038988, Singapore, represented by Mr. Don L. Csoke, Director , (here inaf ter : "CLASS IMPEX LLP") , issuing on the 07 May 2015 the fo l lowing:

CONFIRMATION

CLASS IMPEX LLP as the Exclus ive Dist r ibutor of NESU SMART PHONE CARD for the terr i tory of : Republ ic of Indonesia, Malaysia, Singapore, Brunei Darussalam and State of Qatar is conf i rming that CLASS GULF TRADING WLL wi th corporate of f ice at P.O. BOX 55117, Doha, State of Qatar , Registered at Min istry of Economy & Commerce, L icence No. : 71583. ; (hereinaf ter “CLASS GULF TRADING WLL” has been appointed as a Dist r ibutor to import , market and d ist r ibute NESU SMART PHONE CARD in the terr i tory of State of Qatar .

The Dist r ibutor appointment sha l l remain in force for per iod of 5 ( f ive) years f rom the day of i ts s igning wi th the possib i l i ty of extension.

This conf i rmat ion is issued by CLASS IMPEX LLP , the Exclusive Dist r ibutor and suppl ier of NESU SMART PHONE CARD to CLASS GULF TRADING WLL for the purposes of ev idence as a Dist r ibutor of NESU SMART PHONE CARD on the terr i tory of State of Qatar and cannot be used for any other purpose.

CLASS IMPEX LLP

Don L. Csoke Director SEA

NESU smart phone card

development

Prepared by: Dražen Vulama, CEO Presencia d.o.o.

Zagreb, Croatia, February 2014

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Milestones in the development of

NESU smart phone card

AN IDEA IS BORN

The idea about the development of a product with the purpose of protecting people from the negative effect of radiation of cellular phones came to life in the year 2001, after the meeting of three people who began researching the same: Mr. Slavko Lauš, Mr. Heinz Reinisch and Mr. Jurica Mavrović.

Mr. Heinz Reinisch is an inventor active in various fields of expertise, who at first took the position of mentor and team leader (energy, water purging etc.), Slavko Lauš is an expert in metals, alloys and other sorts of materials, while from his childhood on Jurica Mavrović has researched and mastered frequencies, radio waves etc.

After those three individuals have shared their experiences, they decided to start with first experiments. Those beginnings were mostly related to the finding of materials that are suitable for receiving quantum program and keeping the same.

RESEARCH AND DEVELOPMENT

In the period 2001-2008 the research was focused on not only on the discovery of suitable materials, but also on the energy field of a human being as well as the frequencies of people and materials. After a while and the using of different methods, the first prototype of the card was made and given for testing. The test results came out positive, meaning that it was proven that it is possible to protect and even enhance the human energy field by using the card.

The research itself was based on the system of trial and error, that eventually lead to the discovery of the ideal ratio of copper (known to be an excellent conducting medium), titanium (superb conducting medium that is light but exceptionally solid in the same time), quartz (which is piezoelectric and therefore commonly used in high-frequency radio and ultrasonic technology; also it is memory material). Such an alloy was protected by its German manufacturer within the same year in favor of the company Presencia d.o.o.

For the last few years, the program itself and the frequency is being perfected by Mr. Lauš and Mr. Mavrović.

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CERTIFICATION AND PATENTING

In 2008 Mr. Vulama joins the project as the commercial and marketing associate. In the same year, the company Presencia d.o.o. was founded with the purpose of giving the project a legal and commercial basis.

In the period 2008–2011 series of trials were made with volunteers from Croatia and Austria. After positive feedbacks the decision was made to send the product for a final testing to the IBBU Institute in Austria that cooperates with the IMEDIS Institute in Moscow. The testing lasted from June to October 2011 and resulted in the confirming of the efficiency of NESU.

This is when the product was ready to be presented globally.

In 2012, Mr. Mavrović and Mr. Lauš have filed the patent for NESU under no. P20120303A – named device for the protection of human health from the negative effects of radiation of cellular phones.

PRODUCTION START-UP AND MARKET ENTRY

In January 2012, the company Presencia d.o.o. has assembled a team of individuals who worked on the design of the product, sales strategy, marketing etc.

In 2012 Presencia d.o.o. has filed for trademark protection of name and logo for NESU smart phone card in Croatia and 50 more countries worldwide. In 2013 the trademark protection for NESU was confirmed.

The product was officially presented at the INPEX 2012, the largest innovation and new technologies exhibition in the United States.

Although the first specimens of the finished product were ready to be placed on the market, the decision was made to make additional trials of material in order for the same to be certified as safe for the human body:

- October 2012, Andrija Štampar Institute in Zagreb – certified,

- November 2012, SGS Switzerland in its branch in USA – certified,

- May 2013, LMATS (NATA) Australia – certified.

SUPPORT

The entire NESU project is supported by the Croatian Chamber of Economy, the Croatian Alliance of Innovators, the Croatian Ministry of Health and the City of Zagreb – City office for Economy Labour and Entrepreneurship.

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INTERNATIONAL AWARDS AND RECOGNITION/CREDITS OF NESU

It is the intention of Presencia d.o.o. to present the product NESU globally, and this is why NESU was within the last year showcased on numerous innovation fairs in which it was also regularly awarded and acknowledged as the ideal combination of new technology and innovation:

� BIS 2013, London, UK

� INST 2013, Taipei

� INPEX 2013, Pittsburgh, USA

� International Innovation & Invention Expo 2013, Macao

� EUROINVENT 2013, Romania

� Arhimed 2013, Moscow, Russia

� Technology Expo 2013, Kuala Lumpur, Malaysia

� IIFME 2012, Kuwait

� INOVA 2012, Croatia

� INPEX 2012, Pittsburgh, USA

� EUROINVENT 2012, Romania

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BIS 2013, London, UK

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2013 TAIPEI INT’L INVENTION SHOW & TECHNOMART

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INPEX 2013, Pittsburgh, USA

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International Innovation & Invention Expo 2013, Macao

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EUROINVENT 2013, Romania, EU

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Arhimed 2013, Moscow, Russia

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Technology Expo 2013, Kuala Lumpur, Malaysia

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IIFME 2012, Kuwait

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INOVA-HR 2012

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INPEX 2012, Pittsburgh, USA

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EUROINVENT 2012, Romania

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SPECIAL AWARDS

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TRADE MARK

� State Intellectual Property Office of the Republic of Croatia issued official document bywhich request for Trade Mark “NESU” has been accepted and is valid from October 15th

2012 until October 12th 2022.Trade Mark “NESU” has been registered in the State Intellectual Property Office underthe number Z20121735.

� State Intellectual Property Office of the Republic of Croatia issued official document bywhich request for TM “NESU smart phone card” has been accepted and is valid fromOctober 15th 2012 until October 12th 2022.Trade Mark “NESU smart phone card” has been registered in the State IntellectualProperty Office under the number Z20121736.

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RECOMMENDATIONS

� The City of Zagreb recommends Presencia Ltd as reliable business partner.

� The Croatian Chamber of Economy confirms Presencia Ltd as a member of Affiliationfor Innovations of the Croatian Chamber of Economy.

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DONATION

Ministry of Science, Education and Sports gave its approval to Presencia Ltd. to donate NESU to students of Elementary and High schools in Croatia.

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Test Report No. 2968467-CH01 Date: December 4, 2012 Page 1 of 4

“This document is issued by the Company subject to its General Conditions of Service printed overleaf, available on request or accessible at http://www.sgs.com/en/Terms-and-Conditions.aspx and, for electronic format documents, subject to Terms and Conditions for Electronic Documents at http://www.sgs.com/en/Terms-and-Conditions/Terms-e-Document.aspx. Attention is drawn to the limitation of liability, indemnification and jurisdiction issues defined therein. Any holder of this document is advised that information contained hereon reflects the Company’s findings at the time of its intervention only and within the limits of Client’s instructions, if any. The Company’s sole responsibility is to its Client and this document does not exonerate parties to a transaction from exercising all their rights and obligations under the transaction documents. This document cannot be reproduced except in full, without prior written approval of the Company. Any unauthorized alteration, forgery or falsification of the content or appearance of this document is unlawful and offenders may be prosecuted to the fullest extent of the law. Unless otherwise stated the results shown in this test report refer only to the sample(s) tested and such sample(s) are retained for 90 days only.”

SGS North America Inc. 291 Fairfield Ave., Fairfield, NJ 07004, USA t (973) 575-5252 f (973) 575-7175 www.us.sgs.com/cts

Member of the SGS Group (SGS SA)

Presencia d.o.o. Podrebernica 15a, 10000 Zagreb, Croatia

The following sample(s) was/were submitted and identified by/on behalf of the client as:

Nesu Card Sample/Style #: 20 pcs

Sample Received Date: 11/26/2012

Testing Period: 11/29/2012 – 12/4/2012

Test Requested : Please refer to the result summary.

Test Method & Results : Please refer to next page(s).

Result Summary : Test Requested Comment European Directive 2011/65/EU Annex II (RoHS); recasting 2002/95/EC PASS

Signed for and on behalf of SGS North America, Inc. Prepared By:

Sandip Ramolia Chemist, Chemistry Laboratory

Veronica Marrero Report Writer, Chemistry Laboratory

http://www.sgs.com/en/Terms-and-Conditions.aspx

http://www.sgs.com/en/Terms-and-Conditions/Terms-e-Document.aspx

www.us.sgs.com/cts





1. European Directive 2011/65/EU Annex II (RoHS); recasting 2002/95/EC:

Cadmium, Lead, Mercury, Hexavalent Chromium, Polybromobiphenyl (PBB) and Polybromodiphenyl ether (PBDE) content

Method : With reference to IEC 62321:2008. Lead, Cadmium and Mercury were analyzed by Inductively Coupled Argon Plasma Spectrometry, Chromium (VI) was analyzed by UV-Visible Spectroscopy and PBB, PBDE were analyzed by Gas Chromatography – Mass Spectrometry (GC-MS).

Result (mg/kg) Test Item 1

Detection Limit (mg/kg)

Permissible Limit (mg/kg)

Cadmium (Cd) ND 5 100 Lead (Pb) 13 5 1000 Mercury (Hg) ND 5 1000 Hexavalent Chromium by spot test / boiling water extraction

(Cr(VI)) Negative # #

Sum of PBBs ND -- 1000 Monobromobiphenyl ND 5 -- Dibromobiphenyl ND 5 -- Tribromobiphenyl ND 5 -- Tetrabromobiphenyl ND 5 -- Pentabromobiphenyl ND 5 -- Hexabromobiphenyl ND 5 -- Heptabromobiphenyl ND 5 -- Octabromobiphenyl ND 5 -- Nonabromobiphenyl ND 5 -- Decabromobiphenyl ND 5 -- Sum of PBDEs ND -- 1000 Monobromodiphenyl ether ND 5 -- Dibromodiphenyl ether ND 5 -- Tribromodiphenyl ether ND 5 -- Tetrabromodiphenyl ether ND 5 -- Pentabromodiphenyl ether ND 5 -- Hexabromodiphenyl ether ND 5 -- Heptabromodiphenyl ether ND 5 -- Octabromodiphenyl ether ND 5 -- Nonabromodiphenyl ether ND 5 -- Decabromodiphenyl ether ND 5 -- Comment PASS -- --

Sample Description: 1. Nesu Card



www.us.sgs.com/cts





Note : 1. ND = Not Detected = denoted less than reporting limit

Remark : 1. # = Negative means the absence of CrVI on the tested areas; Positive means the presence of CrVI on the tested areas. The detected CrVI concentration in the boiling-water-extraction solution is equal to or greater than 0.02 mg/kg with 50cm2 sample surface area.

Flowchart for RoHS:

Note : 1. For Cr(VI), spot test is adopted for metal sample. 2. The Cd, Pb and Hg contents test on polymeric samples were dissolved totally by pre-

conditioning method according to above flow chart.

Cr6+

Solvent Extraction

Concentrate / Dilute

extracted solution

Clean-up with florisil column

Solution

GC-MS

PBBs, PBDEs

Acid Digestion with appropriate acid

Filtration

Solution

a. Dry Ashingb. Dissolution by

HNO3/HCl

Residue

ICP/AAS

Pb, Cd, Hg

Cutting / Preparation

Weigh Sample

Alkaline Extraction

Filtration, pH, Clean-up

Add reagent for color development

UV-VIS



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Sample Photo:

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Ljubljana, September 15th, 2015 No.: 50/2015

MOBILE PHONE RADIATION PROTECTION

TEST REPORT

NESU

SMART PHONE CARD

Sponsor:

JMV 2 d.o.o. Štajerska cesta 48 1231 Ljubljana-Črnuče Slovenija

Researcher:

Inštitut Bion d.o.o. Stegne 21 1000 Ljubljana Slovenija

BION, INŠTITUT ZA BIOELEKTROMAGNETIKO IN NOVO BIOLOGIJO, d.o.o. BION, INSTITUTE FOR BIOELECTROMAGNETICS AND NEW BIOLOGY, Ltd.

Stegne 21, SI-1000 Ljubljana, Slovenia

t: +386 (0)1 513 11 46 m: +386 (0)51 377 388

e: [email protected] i :www.bion.si

The Bion Institute »NESU SMART PHONE CARD« testing

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CONTENTS

1. INTRODUCTION .............................................................................................................. 3

2. TESTING PROCEDURE .................................................................................................. 3

2.1. MEASURING PHYSIOLOGICAL PARAMETERS – INFORMATION ABOUT THE METHOD ...................................................................................................................... 6

3. RESULTS AND DISCUSSION ........................................................................................ 7

4. CONCLUSIONS .............................................................................................................. 10

5. SOURCES ........................................................................................................................ 11


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1. INTRODUCTION

At the request of the sponsor, we tested the mobile phone radiation protection »NESU Smart Phone Card« (hereinafter: NESU or NESU card) by monitoring short-term effects of the product on various physiological parameters (skin conductivity, heart rhythm, muscular activity, respiration, temperature and some other derived parameters). Using a physiological parameters measurement device, we monitored people for five minutes prior and fifteen minutes after using the mobile phone (during this time the mobile phone was positioned next to their head). We employed various statistical methods to compare and evaluate the values of the above-mentioned parameters during the call and after the call, with the NESU protection and without it (i.e. control).

2. TESTING PROCEDURE

The tests took place from the 7th to the 10th of September, on the premises of the Bion Institute. The testing was conducted with ten people (hereinafter: test subjects or participants), aged from 12 to 60 years, nine male and one female. Before the testing began, all participants were instructed not to have any heavy meals for at least one hour and not to drink any coffee, alcohol or energy drinks for at least three hours prior to the testing. The measurements were taken twice at the same time of day, in order to minimize the effect of other daily activities (for example if the subject was tired after an eight hour working day both times).

During the testing the participants would sit in a comfortable chair for approximately half an hour (Image 3). Throughout the testing period we measured their skin conductivity, heart rhythm, muscular activity, respiration and temperature. The first minutes of measurements were used to obtain reference values for every test subject for every day. Then the research assistant gave the test subject a mobile phone, from which they called a mobile number, but the call was not answered. The test subject kept calling for five minutes, all the while keeping the mobile phone at their right ear. After that the subject would seat relaxed in the chair for the next fifteen minutes, with the mobile phone located approximately ten centimetres from their head. During this time the mobile phone was turned on, but there were no incoming or outgoing calls. We used the Samsung Galaxy S5 model for the purposes of this testing.

Because the right arm was in use, all of the measuring electrodes required for the testing were attached to the left arm (+ electrode and grounding for the heart rhythm, both electrodes for muscular activity, additional electrodes were attached to the fingers for skin conductivity and temperature) and to the right leg (- electrode for heart rhythm). This way we avoided the interference that might have been caused by holding a mobile phone with the arm that has all the electrodes attached. The research assistant was present in the room for the first seven minutes in order to make sure the procedure was followed, and then left the room for the third part of the experiment. The NESU card was located between the mobile phone battery and its cover (Image 1).


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Every test subject had the NESU card inserted in his or her mobile phone (Image 2) on one day and not on the other. The order was random and it was a double blind test, so that neither the test subject nor the research assistant knew whether the mobile phone had a NESU card inserted or not.

Image 1: Inserting the NESU card on the battery of the Samsung Galaxy S5 mobile phone (battery and NESU card are both covered with the battery cover).

Image 2: NESU card, used for the testing.


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Image 3: The chair on which the test subjects were sitting during the tests. The image depicts the position of the mobile phone during the third phase of the testing.

After all the measurements were taken, the collected data were exported to an Excel file with one-second sampling rate. The data was graphically represented and statistically processed with Gnumeric and RKWard software. For every test subject we first calculated thirty-second median values and then standardized the data to the median of the first two minutes. Using these data we calculated total median values for all ten test subjects and then created the graph for the measured parameters.


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We were looking for statistically significant differences within the first two minutes, when the test subjects were only sitting in the chair, the next five minutes, when the test subjects were dialling, and final fifteen minutes following the dialling. Due to a small quantity of data we used the Sign test for the first seven minutes and the Wilcox signed-rank test for the ensuing fifteen minutes. The statistical test was therefore carried out on four (in the first two minutes), ten (in the following five minutes) and thirty (in the last fifteen minutes) units of data respectively. We carried out the Levene Test for Equality of Variances in order to check whether the NESU card caused changes in the variability of data. The results of both statistical tests were corrected using the Holm–Bonferroni correction for multiple comparisons (Holm, 1979).

On the basis of the 30 median values we calculated the percentage of the effect of the NESU mobile phone radiation protection for every parameter compared to the control (the difference in the value of the parameter between the NESU card and the control compared to the value of the control).

2.1. MEASURING PHYSIOLOGICAL PARAMETERS –

INFORMATION ABOUT THE METHOD

Measuring physiological parameters allows us to monitor the changes that happen in the organism in real time, so that we can observe the state of the test subjects throughout the experiment. The device enables us to get an electrocardiogram (EKG) using three electrodes, so that we can monitor heart rhythm and any changes of it. Muscular activity (electromyogram, EMG) is measured on the ulna of the left arm, which allows us to monitor muscular activity on the outer part of the arm. This way we can test artefacts that appear on the EKG due to hand movements. Skin conductivity and temperature is measured at the fingertips on the left hand, where conductivity supposedly changes the most. Measuring skin conductivity is also used in lie detectors, because perspiration and blood circulation are influenced by the parasympathetic nervous system, which is a part of the autonomic nervous system, and therefore is not conscious. It is generally accepted that skin conductivity increases under stress (increased perspiration and increased blood circulation), but the responses can be much more complicated. The respiration is monitored with an elastic band, which measures the extension of the stomach and from which the number of breaths per minute can be calculated using special software.


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3. RESULTS AND DISCUSSION

Measurement analysis shows a difference between the control and the NESU card. The most obvious difference between the two sessions was found in muscular activity and heart rate (Image 4 or Image 5), where differences are visible without the assistance of statistics. Certain differences were also found when comparing temperature and course of respiration (Image 6 and Image 7). The statistical analysis has also shown statistically significant differences in these four parameters in at least one of the three periods of measurement (Table 1).

Image 4: This image depicts the course of normalized median of muscular activity in ten test subjects. The blue and green triangles indicate the moment when test persons commenced the call on their mobile phones, while the blue and green circles indicate the end of the call.

Image 5: This image depicts the course of normalized median of heart rate in the ten test subjects. The blue and green triangles indicate the moment when test persons commenced the call on their mobile phones, while the blue and green circles indicate the end of the call. The bold green and blue lines show a sliding average obtained from three points of the normalized median heart rhythm (thinner and paler lines in the background).


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When monitoring muscular activity (Image 4), we found that all the normalized values (with exception of one point) were higher with the NESU card than with the control. The difference between both sessions became apparent immediately after dialling and increased steadily, then begun to decrease slowly.

Contrary to the muscular activity test, monitoring the heart rate showed that the ratio between the NESU card and control (Image 5) reversed after the call ended. When compared to the first two minutes, the test subjects’ heart rate at the time of the call had decreased more when the NESU card was used, than it did with the control, whereas the ratio reversed after the call ended. Towards the end of the test the difference between both sessions began to diminish gradually. Looking at all 22 minutes of measurements, we can see that the heart rate was much more stable with the NESU card than the control, because there were no sudden changes that occurred with the latter.

The same was found for the temperature (Image 6), which was more stable when the NESU card was used that with control. A raised temperature on the finger was noted in both sessions, but the increase in temperature was higher in control. In both cases the temperature gradually dropped immediately after the call ended, but the drop in the temperature was more noticeable with the control. With the use of the NESU card the temperature was approximately at the same level as it was at the beginning of the testing, but it dropped with the control.

Image 6: This image depicts the course of normalized median of the temperature measured on the finger of the left hand in the ten test subjects. The blue and green triangles indicate the moment when test persons commenced the call on their mobile phones, while the blue and green circles indicate the end of the call. The bright green and bright blue lines show a linear trend for individual sessions.

The course of respiration parameter (Image) increased a lot more with control than it did when the NESU card was used, where the parameter remained stable. After the call ended, the parameter increased noticeably when the NESU card was used, but remained stable with the control. By the end of the test, the parameter had increased more when the card was used than with control.


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Image 7: This image depicts the course of normalized median course of respiration in ten test subjects. The blue and green triangles indicate the moment when test persons commenced the call on their mobile phones, while the blue and green circles indicate the end of the call. Light green and light blue lines indicate the linear trend of individual session.

Table 1: The summary of statistical analysis conducted on the basis of 30 s medians for an individual parameter for all test persons. The values are corrected with the Holm - Bonferroni correction for multiple comparisons (Holm, 1979). Green background indicates cells with statistically significant difference between control and the NESU card (p<0.05). Labels: EMG – muscular activity, HR – heart rate, SC – skin conductivity, BPM – breaths per minute, RESP – course of respiration, TEMP – temperature, HRV – heart rate variability, RESPV – relative depth of respiration. Due to insufficient quantity of data, we used the Sign test instead of the Wilcoxon signed-rank test for the first seven minutes of measurements.

Sign test / Wilcoxon

signed-rank test Levene's test

parameter 0-2

min

2-7

min

7-22

min

0-2

min

2-7

min

7-22

min

EMG 1,000 0,365 0,000 1,000 0,144 0,681 HR 1,000 1,000 0,000 1,000 1,000 0,207 SC 1,000 0,365 0,274 1,000 1,000 1,000 BPM 1,000 1,000 0,111 1,000 0,779 1,000 RESP 1,000 0,041 0,012 1,000 1,000 0,226 TEMP 1,000 0,041 0,374 1,000 1,000 0,001 HRV 1,000 1,000 1,000 1,000 1,000 1,000 RESPV 1,000 1,000 1,000 1,000 1,000 1,000

A statistical analysis (Table 1) showed statistically significant differences (p>0.05) in muscular activity, heart rhythm (while resting by the phone), course of respiration (during a call and while resting by the phone), and temperature (during a call). There is also a statistically significant variability of data (Levene's test) in temperature while resting (after a call), which is evident from the chart (Image 6), since this parameter was considerably more stable when the NESU card was in use.


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The performance or effectiveness (Table 2) was most prominent in the third part of the testing (while resting by the phone), with the greatest effect being observed in muscular activity.

Table 2: An overview of effectiveness of the NESU card when compared to control. Percentage of effectiveness is calculated as a difference in value of the normalized parameter between NESU and control compared to the normalized value of control. Red background indicates cells with lower values of the parameter of the NESU card when compared to control. Labels: EMG – muscular activity, HR – heart rate, SC – skin conductivity, BPM – breaths per minute, RESP – course of respiration, TEMP – temperature, HRV –heart rate variability, RESPV –relative depth of respiration.

EMG HR SC BPM RESP TEMP HRV RESPV

0-2 min 0% 0% 0% -1% 0% 0% 1% 1% 2-7 min 7% -1% -3% -1% 0% 0% -4% 5% 7-22 min 31% 3% 4% -3% 0% 0% -1% 3%

4. CONCLUSIONS

This present study suggests that the NESU card is effective at energizing and establishing equilibrium. In the time period after the phone call the following statistically significant differences were found, when compared to the control: greater muscular activity, faster heart rate and higher hand temperature at the end of measurements. These three parameters indicate that participants had a higher level of body energy (e.g. greater muscle tone), and that, simultaneously, the values of many parameters were more constant during the course of testing (stability), when the tested persons were using the NESU card.

Based on the conducted measurements we award

the Energy Influence Quality Certificate to

»NESU SMART PHONE CARD«


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5. SOURCES

Brosschot J. F., Dijk E. Van, Thayer J. F., 2007. Daily worry is related to low heart rate variability during waking and the subsequent nocturnal sleep period. Int. J. Psychophysiol., 63, 1: 39–47.

Holm S., 1979. A simple sequentially rejective multiple test procedure. Scandinavian Journal of Statistics 6, 2: 65–70.

Rajendra Acharya U., Paul Joseph K., Kannathal N., Lim C. M., Suri J. S., 2006. Heart rate variability: a review. Med. Biol. Eng. Comput., 44, 12: 1031–51.

Whitley E., Ball J., 2002 a. Statistics review 4: Sample size calculations. Crit. Care, 6: 335–341.

Whitley E., Ball J., 2002 b. Statistics review 6: Nonparametric methods. Crit. Care, 6: 509–513.

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Institute of biosensors and bio-energetic environmental

research

partner of the Center for Intellectual Medical Systems “IMEDIS”,

Moscow, Russia

Short summary bioenergetic measuring

while using NESU anti-radiation devices

Scientific project management: DI Dr. Naomi Kempe Date of preparation: July 2011, amended in October 2011 Date of performance measurement: June 2011, amended in October 2011 Measure and report: DI Dr. Naomi Kempe, DI Christian Leopold

Aim of the study

The aim of the study was to examine whether the state of homeostasis is reduced or enhanced when using NESU in a mobile device. In addition, it was necessary to examine to what extent NESU reduces or eliminates the electromagnetic loads. In the study, special attention was paid to the state of the vegetative nervous system, as well as to the changes in energy flow in the meridian system. The measurements were performed on 6 patients in cooperation with IMEDIS.

On October 17th, 2011, the 6th participant was re-tested with the new version of NESU, because it turned out that the previous NESU had a strong effect on children.

The following measurements were conducted: - “Measurement of squares” - “Bio-functional segment diagnostics” - “Bio-functional organ-metric” - “IMEDIS-test” (vegetative resonance test), with a few selected parameters.

At a neutral site at the Institute IBBU, the measurements were conducted on a number of volunteers. Firstly, the state of a person without a mobile device – the “real status”, was measured. After that, the status of the same person after a telephone call of about nine minutes was measured, using a mobile device without NESU. In the last step, the same measurements were performed again, but after a telephone call of about nine minutes using a mobile device with NESU installed.

The exact details of measurements can be read in the full report. This summary only presents the results of a few measurements.

Measurement of squares

“Measurement of squares” is a method that provides information on the general distribution of energy in the body. The measurement is carried out in four ways (electrodes for measurement): hand-arm, hand-foot (right), hand-foot (left) and foot-foot. Measurement results are presented in the diagram and the table below. A fall of the pointer in relation to the initial measurement value indicates decreased function of the part of the body covered by the measurement

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Table 1: Limits

Normal limitations 82 – 88 Energy deficit < 82 Energy excess > 88

Table 2: General distribution of energy in the body- results

Person prior to use of mobile device

Person after using mobile device without NESU

Person after using mobile device with NESU

Amplitude Fall of the pointer Amplitude Fall of the pointer Amplitude Fall of the pointer Arm-hand 72 2 61 10 76 2Hand-right foot 81 3 72 8 78 2Hand-left foot 85 2 74 9 88 1Foot-Foot 91 0 88 0 91 2Δ 19 27 15Σ - PP 7 27 7Average 82,25 73,75 83,25

When measuring a person who is talking on a mobile device that has not had NESU installed, the mean value of the measurements (arm-hand, hand-foot (right), hand-foot (left), foot-foot) compared to the mean value of the measurements of the “real status” of the person was reduced by 8.5 units (from 82,25 to 73,75 units). Once a person has used a mobile device with NESU installed, a mean value of the measurements was even higher than the mean value of the measurements of the “real status” of the person (83,25 units). In each of the four methods of measurement (hand-arm, the hand-foot (right), hand-foot (left), foot-foot) it was measured by how many units the pointer fell. The total biggest drop was recorded in the use of mobile device without NESU (27 units) compared to that of a mobile device with NESU installed. The total amount for which the pointer fell with NESU was the same as the “real status” of the person (7 units). In the “real status” of the person, the difference between the maximum and the minimum amplitude” was 19 units.

After the use of a mobile device without NESU, the difference between the maximum and the minimum amplitude rose to 27 units, while with the person using the same mobile device with NESU the difference decreased to 15 units. Based on the above facts, the energy values of people who used the mobile device without NESU dropped, whilst the energy values of people who used NESU remained the same or became better.

Bio-functional segment diagnostics

Bio-functional segment diagnostics provides information on the condition of the vegetative nervous system. The measurement was conducted using seven extracts (electrode pairs) on hands, feet and head. There were three measurements conducted in total.

Between measurements, a load cycle followed, and the reaction of the homeostasis was observed. This way, one can capture the dynamics of the control functions. The results are presented in the form of two different estimates.

Table 3: State of the vegetative nervous system – results

State of the person in the “real state“

State of the person after using a mobile device without NESU

State of the person after using a mobile device with NESU 1

Integral parameters

Initial state After the stress test Initial state After the stress

test Initial state After the stress test

I. General type of nonspecific body reactivity

Slight energy deficit (hypoenergy)

No changes Slight energy deficit (hypoenergy)

No changes Energy within the normal limitations No changes

II. VNS-toneSlight parasimpathicotony

No changes Slight parasimpathicotony

No changes Vitality No changes

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Comparison (VNS): with NESU / without NESU 300%

Comparison (focal organs): with NESU / without NESU 300%

Improvement

very high

high

moderate

weak

no changes

weak

moderate

high

very high

Deterioration

III. Intake of oxygen through the tissue Normal Normal Normal

IV. Immunologicalreactivity Immunological tension Immunological tension Normal

V. Vegeto-irritational syndrome (location):

Bilateral sub-quadrant (abdomen-lesser pelvis-organs)



VI. Suspicion ofwater syndrome Genitourinary (hyper) Genitourinary (hyper) Genitourinary (hyper)

VII. Regulator type Limited Limited Normal

The results showed that the condition of the person prior to using a mobile device and after the use of a mobile device without NESU was the same, meaning in both cases it was measured a slight energy deficit. However while measuring the person after the use of mobile device with NESU, the energy in the body increased and the body was within normal limits. Also, measurements show that the vegetative nervous system in a person before and after the use of mobile device without NESU had expressed mild parasimpaticotony, whilst a person after use of mobile devices with NESU showed that the vegetative nervous system was normal. When measuring a person’s immunity to stress it was measured that by using NESU in the mobile device, the body shifted from a state of physical tension to a normal state. The syndromes listed under IV and V remain unchanged. The regulation type changes with NESU from a limited to a normal state. These measurements have shown that when using a mobile device with NESU, the status of the body significantly improved in these parameters.

Figure 1: Comparison of the effects of mobile phones on specific organs and the vegetative nervous system with and without NESU

First participant: The differential diagnosis shows a slightly positive change using NESU. The glands in the head, the heart and the lungs show a slight stress reaction while using a mobile phone without NESU. The intestines get better. NESU also causes a slight improvement of the urinary tract and the lungs.

Bio-functional organometry

In bio-functional organometry, measurements were performed at control points of meridians (points on the fingers and toes) on both sides of the body. The results are shown in the table below:

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Table 4: Measurement of meridian points - results

Person in the 'real state' State of a person after the use of a mobile device without NESU

State of a person after the use of a mobile device with NESU Second participant

R L Σ R L Σ R L Σ

N0 (normal limits without pointer drops Δ) 9 7 16

N0 (normal limits without pointer drops Δ)

9 7 16

N0 (normal limits without pointer drops Δ)

9

N1 (normal limits with pointer drops Δ) 7 8 15

N1 (normal limits with pointer drops Δ)

7 8 15

N1 (normal limits with pointer drops Δ)

7

Above the normal limits 3 1 4

Above the normal limits

3 1 4

Above the normal limits

3

Below the normal limits 1 4 5

Below the normal limits

1 4 5

Below the normal limits

1

Organ dysfunction 2 4 6 Organ dysfunction

2 4 6 Organ dysfunction

2

Total PD (pointer drops) 34 35 69 Total PD (pointer drops)

34 35 69 Total PD (pointer drops)

34

Number of meridians on which the pointer dropped 11 11 22

Number of meridians on which the pointer dropped

11 11 22

Number of meridians on which the pointer dropped

11

RIGHT LEFT

Phone with NESU Phone without NESU

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When this type of participant used a cell phone without NESU, significant deterioration in the measured values showed, while the use of NESU even improved those values. In the ‘real state’, 31 meridians were within the normal limits, while after using a cellphone without NESU, only 28 meridians were within the normal limits. But while using a mobile device with NESU, the number of meridians within the normal limits even rose to 33. During the measurement of dysfunction, in the 'real state' of the participants without a cellphone, the number was 6. While using a cell phone without NESU, the number of dysfunctions rose to 11. While using a cellphone with NESU, the number shrunk to 6 again. This effect could also be seen while measuring the pointer drops. In the ‘real state’, the total number of pointer drops was 69, while using cell phones without NESU it rose to 130, and while using cellphones with NESU it went back to 33.

NESU also has a positive impact on the number of meridians that showed pointer drops. In the ‘real state’, the number was 22. Without NESU, it rose to 28, while shrinking to 14 while using a cellphone with NESU.

IMEDIS-Test (Vegetative resonance test)

Using the “IMEDIS test”, people’s responses were measured on resonance vibration materials (a variety of endogenous or exogenous load, nosodes, organic products, etc.). The load corresponds to the matter. If there is a response from the concerned resonance supplements, then there is a load. The results are presented in table format. In this case, only the load is observed, not the filter.

Participant type no. 6 Person in the 'real state'

State of the person after using a phone without

NESU

State of the person after using a phone with

NESU

Geopathogenic load - - - Radioactive load ++ ++ ++

Electromagnetic load ++ +++ + Degree of acidosis SS SSSS S

possibility of adjustment 22 14 25 possibility of adjustment - - - possibility of adjustment - - - index of biological age 9 10 6 index of biological age - - - index of biological age - - -

The new measurements with the new NESU again show a tendency of the values to deteriorate while using a cell phone without NESU and to improve while using a cell phone with NESU. Despite the worse starting position because of external factors and the environment that day, NESU achieved better results compared to the results of the measurements of the previous version.

Summary of results and conclusion

The sixth participant was tested at a neutral site. Firstly, the state of a person without a mobile device was measured. After that, the status of the same person after a telephone call of about 10 minutes was measured, using a mobile device without NESU. In the last step, the same measurements were performed again, but after using a mobile device with NESU installed, which showed different results.

During the measurement of squares and the bio-functional segment diagnostics, the third participant has generally shown an improvement of values, while the second one has shown one change towards an energy deficit, which is the reason for a delay of the protection enforcement.

The sixth participant (a 10 year old child) has shown significant changes. This young organism reacts very strongly to the influence of NESU.

During the bio-functional organometry, the fourth participant has shown similar, mostly too low values, which have been decreasing while using a cell phone without NESU. Using a cell phone with NESU, the values went

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back to the 'real state' values again. On two participants (no.1 and no.6), who already had higher than average values in their 'real states', NESU had a little too much effect, raising their values even further. This effect was very present while testing the sixth participant (the 10 year old child).

The vegetative resonance test shows that almost all "problem areas" of the NESU system have been improved. One needs to pay attention to the fact that a much longer phone conversation using a phone with NESU can have an effect on the organism, especially if the body has enough power to maintain these positive changes in the long term.

NESU shows that a large percentage of participants achieved the desired effect, although sometimes there are significant changes in the entire control parameter. The use should be specifically adapted to people (stage of adaptation, level of effect, etc.)

Of course, it is not allowed to give statistical statements. It is only possible to record the observed tendencies.

External factors, especially the ones having a direct effect on the morphogenetic field of living objects, can cause very different reactions. For example, if an allergist would almost feint as a reaction to electricity, a less sensitive person could have only a slight reaction. The same is true for radioactive and geopathogenic loads. This sensitivity is not always constant. One part depends on the state of homeostasis and dynamic processes in the body. This counts for interferences with the functioning of the body, as for the establishment of relaxation.

These dynamic processes during the development of devices such as NESU, must be taken into account. It seems that generally, NESU helps setting up a force field, but the specific data packages do not entirely cover the duration of those dynamic processes. So there are a variety of responses from the participants. Interestingly, the effect of NESU as a protective measure shows to be very different in the energy field and the field of management (nervism).

The measurement of the 6 participants was conducted during different lunar stages. Participants who were tested closer to the full moon, showed the biggest case of the above mentioned instability. This also indicates that NESU's data is in the spectrum of protective action.

Conclusion: NESU protection shows a significant effect on the quality of homeostasis of 6 participants. However, the effect is still not optimal, since it highly depends on the individual sensibility of each user. It takes one further determination of the spectrum of protective information.

Update – October 17th, 2011:

Since it was established that NESU could have a strong effect on children, the sixth participant was tested again on October 17th, 2011, using the same load, but an altered version of NESU. Again, the results have shown a strong reaction while using a cell phone without NESU. This time, the results while using a cell phone with NESU were significantly more similar to the average result. Details are included in the respective chapters.

IBBU – Biosensorik und Bioenergetische Umweltforschung (Institute of biosensors and bio-energetic environmental research) (in cooperation with the Center for Intellectual Medical Systems “IMEDIS”, Moscow, Russia)

Lieboch, August 16th, 2011 Dr. Noemi Kempe Dipl. Ing. Christian Leopold and October 23rd, 2011

/stamp/ IBBU – Biosensorik und Bioenergetische Umweltforschung A-8501 Lieboch, Drosselgasse 10 Tel. ++43 (0) 31 36 / 61 0 43

PT INDONESU INTI NUSANTARAPhone : +6221 7658 039Mobile : +62 8787 7382 123Email : [email protected] : www.indonesu.co.id

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