The 62th Quarterly Magazine

Taiwan Weaving Industry Association

Weaving Digest

 

Public Hearings where Weaving and Spinning Industries Recommend the Increase of Foreign Labor Assignment Ratio

The Way of Taiwan Weaving Industry to Face Impact of ASEAN 10 Plus 1 and ECFA

Learning the Experience of Italy in the Development of Textile Industry

Research of Marketing Strategy for Taiwan Environment Friendly Textiles

Scale and Development Strategy of Industrial Textile Market

 

 

Published by Taiwan Weaving Industry Association

Printed with Subsidy of Trade Promotion Fund Management Board, Ministry of Economic Affairs

Issued in July, 2010

 

 

 

Technology & Communication

 

Application of Ultra Fast Photonic Processing Technology in Functional Textiles

Data Provided by Thomson Biotechnology Co., Ltd. (TBT)

 

History: Previously, most functional textiles are long fabric products. For example, far infrared warming textiles are long fibers containing bamboo charcoal, short fibers can only have auxiliaries added in post-process for soaking or be coated to have functionality, but the effective period is not long. In the paper, an ultra fast photonic processing technology is introduced that can be applied to all fibers, including cotton, linen, silk, fustian, rayon, polyester, nylon, PP etc. and is rapid without polluting environment in processing cloth or finished product.

 

Preface

The universe contains plastid and non-plastid as a combination of microscope world and macro-scope world. All substances have their [physical spectrum] characteristics, which can be known as we use spectrum instrument to test. As the same reason, human body is a [biologic radiation source] which can radiates various types of energies circumferentially, and may be excited and hurt by external electromagnetic wave/UV ray/IR ray and various hazardous ionizing radiations. It is not only an electric field, but also a thermal field and optical effect field. It is a comprehensive physical field, in which there are lots of biological activities relating to life.

 

All substances are composed of molecules, atoms and electrons. These basic mass points keep on vibration or rotation even in the ground state. These motions have their own constant frequencies. Take human body as an example, as we render external physical fields with the same vibration frequent, that is, an electromagnetic wave with the same frequency as human body and enlarged energy (about 100 million times), it will actuate these basic mass points to generate a [resonance phenomenon] similar to vibration science. If the phenomenon is in a optimal matching absorption state, excitation in a positive feedback manner would occur within a limited range.

 

In view of prosperous green energy industry, the functional nanometer material technology has been developed to ultra nanometer extreme, that is, photonic particles” [quantum effect], while far IR light (electromagnetic) fluctuation may be defined, in academic terminology, as [biological photoelectron], which is called [biological energy /birth light wave], and is applied to a wide industrial range, especially in bio-technology/health care field. Currently known far IR application products ma cover sweat shirt, bra, energy bracelet, sports silicone bracelet, facial mask, ache salve mull, wristband, kneecap, socks, blinder, magic kerchief, golf gloves, baseball striking gloves, plastic wrap, silicone nipple, water filter activation sleeve, drop and other process facilities, such as medicine factory, winery, mineral water factory, foods factory and cosmetics factory.

 

In view of limitations and shortages of biological ceramic powder in process, such as radiation possibility, rough tactility, damage to parts of textile machine, complex nanometer process, and magnet polarity problem, obscure far IR performance of bamboo charcoal, Thomson Biotechnology considers to apply the speed of ultra fast photonic technology (between picoseconds and femtosecond) in combination with material application technology. According to Einsten’s [quantum photoelectric effect] theory, by implant a 4 o 14 μm FIR terahertz wave (21 THz to 75 THz) into material at room temperature to produce generated light in textile material with Raman effect and energy level stack, there are following applications:

 

Industrial Applications

• Functional textile: the optimal product in preventive medicine for activation of blood cells, promotion of metabolism, modification of constitution and fast treatment of physiological pain.

Figure 1 The bananas on the right side are processed with ultra fast photonic technology and covered by PE plastic wrap for two weeks such that the right deadline can be extended.

• Sports goods: This can prevent sports hurt by increasing muscle strength and improve softness.
• Foods industry: This increases activity of foods, increases anti-oxidation capability, prolong fresh time, and reduce the use of preservative.
• Beauty bio-meditation: actuate activity of facial mask and maintenance water tool for rapid absorption of ….

 

Advantages of Product Technology

• New model patents certified by many countries.
• Ultra fast radiation processing technology of biological photoelectric particles and far IR rays.
• Fully green process and product.
• No side effect with inspection and safety data of related units.
• Applicability to cloth, garment, long fiber, short fiber (cotton, linen, wool).
• Strong penetration (processing is available without unwrapping plastic pack).
• Capability to improve blood circulation, improve immunity and adjustment of temperature.
• Capability to release instantly physiologic pains of human body, improve stamina, muscle strength, endurance, softness, sports explosive power and immediate stamina restoration.
• 4 years of effective duration for textile performance application set currently, which can be prolonged or shortened as need.
• Strong sales demonstration, which is intuitive and provides inspection data of related units.
• Washing durability.
• Competitive processing price in the market.

 

Experience Effect of Functional Textile

• Rapid increase of insufficient blood oxygen.
• Enhancement of blood cell activity, natural expansion and circulation of blood vessel by about 15% to 30%.
• Improvement of CVD (cardiovascular disease). (Increase of carbon monoxide concentration)
• Significant improvement of physiological body pains.
• Improvement for softness and muscle strength of athlete.
• Strength increase, pressure release

 

The far (middle) IR process in the current phase is divided into three types: (1) adding mineral powders , (2) microelement thermal radiation conduction , and (3) high energy light wave radiation implantation .

 

The processing and manufacturing theory structure according to the third type is discussed herein. The 21 THz to 75 THz high frequency variation (activity) biological optical dynamics radiates (penetrates) the processed object. By means of the spectrum absorption property of material, minor material quality changes. After energy level (eV) is created, the quantum physical property of far IR 4 to 14 μm fluctuation is applied to the processed object.

 

The biological photoelectron technology involves technology scopes, such as quantum physics, optics, biology, polymer material, ultra-nanometer science and life information. They are currently applied widely to medical science, national defense, national economy, scientific research and spatial technology.

 

Optical radiation occupies a wider band in light spectrum, which is usually from 0.01 μm to 1000 μm, and can be divided into UV, visible and IR bands, in which the visible band occupies only a very small portion with wavelength between 0.38 to 0.76 μm, that is, the human eye recognizable range. Because of the limitation of atmospheric property, the main bands used by the industry for R&D are: near UV band, near IR band, 3 to 5 μm middle IR band and 8 to 14 μm far IR band.

 

Table 1 Difference between Traditional Far IR Powder and the Patented Biological Light Wave Processing Technologies

 

Difference Comparison / Item	Old Biological Ceramic (Far IR) Technology	Latest Biological Photoelectric Technology	Remarks
Original Nation of Development	Germany/Japan 1980~	Taiwan / 2004~	Taiwan TBT independent R&D with patents certificated in many countries in the world
Nanometer Level	50~100 Nanometer	Ultra nanometer
Application Source	Rare earth metal/tourmaline/medical stone/alumina	Solar filter resonant energy harvesting and pressurization
Birth Light Band	3~15 μm far IR invisible light	3~15 μm far IR invisible light biological wave
Oscillations per Second	298000 KC/sec (300 MHz)	3~30 terahertz (THz)
Radiation Source	Ceramic powder: alumina/tourmaline/rare earth metal	Biological photoelectric particle
Washing Durability	Poor	Good
Side Effect	Possible ionized radiation ray	No
Common Frequency Resonance	Slow, insignificant	Fast
Heating Requirement	Partial portions have to be heated to 50~60 degrees or radiated by sun	Room temperature release
Fluctuation Particle/Density	Typical, low radiation power	High density
Application Scope	Textile/Ceramic container	Metal/Gem/Textile/Water/Wood/Food/Beauty care/Plastic wrap/filter element
TTRI Blood Flowing Test	Improvement rate of 15~20% (according to purity)	Improvement rate of 20~30%
Molecule Regularization	Limited force increase	Muscle strength increase by instant resonance

 

Introduction to Ultra Fast Photonic Processing Technology

• With the advanced scientific high frequency (Terahertz) oscillation technology, the high density, macromolecule giant far IR waves 4 to 14 μm is aggregated to the laser energy conversion equipment made of diamond material (typically quartz oscillation material) optical radiation head. The (optical wave turning) top speed radiation (femtosecond ~ picosecond) is utilized for it to penetrate onto the processed material. The quantum state photoelectric effect (Eiesten’s theory – Quantum Theory) is generated in an [energy level transition stacking] way. Subsequently, regenerative light (Ramon Effect) is generated on entity materials, such as long and short fabric textile/leather, to manufacture and produce functional textile with sub-high frequency far IR quantum physical characteristics.
• Next, the sub-energy level (textile …) material radiates 4 to 14 μm (3 ~ 30 THz) FIR wave into human body. Resonant absorption is made through 70% above water and 60 to 70 trillion cells in the human body (4 to 14 μm bio-resonance) for cells which lose electrons (aging) to recover. Further, cells and bloods are activated to metabolize cell waste, drive nutrition absorption, and improve immunity.
• Different from typical traditional interference electrically plugged mechanical electronic energy, it is not far IR mineral powder with [ionized radiation] line doubt, either. There is also not positive and negative polarity issue of magnet. The user of medical machines, such as pace maker/hearing aid is not affected. Instead, it is a natural green environment friendly (ROHS Appliance) “pure biological physical energy” processing process.

 

Wavelength

Wave Number

Visible Light, IR Light, MMW (Millimeter Wave), Microwave

THz Zone

Molecule Revolution

Molecule Inner Revolution Grid Vibration

Vibration

Electron Motion

Electron Spin Resonance

Terahertz: 1THz = 300μm = 33.3 cm^-1 = 4.13 meV

Cycle Wave Number

Figure 2 Spectrum Distribution Diagram

 

 

Table 2 Look-up Table for Performance Reference of Biological Photoelectric Textile (1)

★ Use the cloth weight of the black/300g warming underwear as test criteria

 

Test Item/Material under Test	Cotton	Linen	Wool	Silk	Nylon	PET	PP	Rayon	blending
FIR Radiation Rate ±2%	88	88	88	88	84	84	84	84	86
Blood Circulation Test ±2%	25%	25%	25%	25%	20%	20%	20%	20%	22%
Thermal Elevation Test ±0.3℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃
Ionized Radiation Test <0.5uSv/h ±0.05	0.15	0.15	0.15	0.15	0.15	0.15	0.15	0.15	0.15

Notes: a. All above cloth uses cloth weight of black/300g warming underwear as test criteria

b. T/C blending cloth is based on 65% of cotton and 35% of PET

c. The FIR inspector is based on the spectrograph/equipments of EECS, NTOU, and #302 model passive tester.

d. The constituents of various long and short fibers are different. The base conditions are different. Mass, thickness and color darkness will also affect spectral absorption. Optical absorption and excitation of natural organic material are superior to macromolecule synthetic material. Thereby, the data difference of radiation rate is presented. Only empirical values are shown in the table.

 

 

Table 3 Look-up Table for Performance Reference of Biological Photoelectric Textile (2)

★ Use the cloth weight of the white/200g warming underwear as test criteria

 

Test Item/Material under Test	Cotton	Linen	Wool	Silk	Nylon	PET	PP	Rayon	blending
FIR Radiation Rate ±2%	86%	86%	86%	86%	83%	83%	83%	83%	85%
Blood Circulation Test ±2%	23%	23%	23%	23%	19%	19%	19%	19%	21%
Thermal Elevation Test ±0.3℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃	1℃
Ionized Radiation Test <0.5uSv/h ±0.05	0.15	0.15	0.15	0.15	0.15	0.15	0.15	0.15	0.15

Notes: a. All above cloth uses cloth weight of white/200g warming underwear as test criteria

b. T/C blending cloth is based on 65% of cotton and 35% of PET

c. The FIR inspector is based on the spectrograph/equipments of EECS, NTOU, and #302 model passive tester.

d. The constituents of various long and short fibers are different. The base conditions are different. Mass, thickness and color darkness will also affect spectral absorption. Optical absorption and excitation of natural organic material are superior to macromolecule synthetic material. Thereby, the data difference of radiation rate is presented. Only reference empirical values are shown in the table.

 

Intuitive Entity Experience:

a. The muscle strength of leg is increased, the muscle strength is increased after the functional textile is dressed (Figure 3).

Press and test for one time before wearing the biological photoelectric clothes

Dress the biological photoelectric clothes

Press and test again with vertical pressure

Figure 3 Muscle strength of leg is increased, the muscle strength is increased after the functional textile is dressed

 

b. The softness of the waist is improved after wearing the functional textile (Figure 4)

Please note the position and distance of the hand knife

Figure 4 Softness of the waist is improved after wearing the functional textile

 

c. The sense of balance is improved after dressing the functional textile (Figure 5)

Figure 5 Lower right: sense of balance is improved after dressing (wearing) the functional textile

 

d. Experiences of lifting heavy object such as bucket and weight (Figure 6)

Figure 6 Right: arm strength is increased after wearing (dressing) the functional textile

 

Instrument Test Items

• FIR radiation rate test after multiple times of washing: 88.5% (Figure 7)

Figure 7 FIR radiation rate test after 5 times of washing: 88.5%

Note: The FIR test data before washing is 88.8%

• Test report of TTRI blood circulation improvement (Figure 8)

Figure 8 Blood Circulation Improvement Test of wristband: 30%

• Temperature elevation report of THERMAL image

Case 1. Data

Case 1. Attached Figure

Average Elevated Temperature: 1±0.3℃

 

Case 2

Non-hazardous ionized radiation test

Test report certified by the authority approved by the Atomic Energy Council, Executive Yuan

Note: It is regarded as hazardous substance if the dose of ionized radiation exceeds 0.5 uSv/hour.

 

Case 3

Cloth after biological photoelectric processing < 0.5 uSv/hour (approved as safety)

Radiation Background Value on the Desktop

 

Patents

China New Model Patent ZL 2007 2 0049543.8

Taiwan New Model Patent No. M270823

China New Model Patent

ZL 2007 2 0049543.8

 

Thomson Biotechnology Co., Ltd. (TBT)

Thomson Photoelectron Co., Ltd.

 

Address: 7F.-4, No. 109, Sec. 6, Minquan E. Rd., Neihu Dist., Taipei City 114, Taiwan (R.O.C.)

Contact: General Manager Ming-Zong Li

TEL: 02-2790-0580

Website: www.99energy.com