Thursday, November 30, 2006

Theory of Science by Philosophy Principles


1. The Breakthrough - Pursuing a 'Scientific Discovery'

When I saw that a special synthetic cord was performing so well on a self-watering potted plant I realized that the device called 'wick' had trespassed the boundary of knowledge allowing an enhanced hydrological functioning far beyond of what happens to oil lamps. Then, I figured out that a special interface to connect saturated zone with the unsaturated hydraulic zone for a reliable and continuous water supply since the plastic composition of the fibers was resistant to microbiological degradation. Initially I understood that such cord made of synthetic material could not work anymore on oil lamps portraying an important gap for a new hydrological functioning ready for a deeper exploration.

Why did it happen?
First, I had to help my wife care for her African Violet plants that were not doing well regarding their watering regime. There was around 20 plants and some of them were perishing due to problems associated to watering being excessive or scarce. After two months of trials the problem was solved easily by immersing each pot to a large bowl of water soaking the rooting compartment and afterwards raising it to get rid of excessive (saturated) water. Such operation repeated every three days were providing enough water content to reestablish a vigorous green physiological response preventing malfunctioning and getting rid of excessive water at the rooting system.

The soaking operation was working out for the plants but it was not that practical with large numbers. It was becoming a burden to repeat each three days since the plants were recovering in quality and quantity. Suddenly I decided to make the watering process an automatic operation employing what was knows as a 'wick watering' commonly used as a temporary option to people going away on vacation. I employed some special cords that I had brought from the US during my PhD and the result was so splendid that I tested the material to check if the cord had artificial fibers. The cords I employed would fail on oil lamps and then I started to realize the features of a new hydrological functioning I had bumped to by doing a sort of advanced gardening at home. I had no difficulties to design some simple home experiments since I lived in a house plenty of room to gather precious information that later were used to file many patents.

Second, I was a PhD in Soil Science/Spatial Applied Hydrogeology graduated at Pennsylvania State University, USA accumulating so far 14 years of education in Agricultural Sciences. Also, my college was in Animal Production while my master was in Animal Nutrition where I ran experiments on balance of nitrogen and energy. I was just playing an advanced gardening at home. Just by chance, Bill Clinton was the speecher of my commencement on May 10, 1996 when he was delivering his first speech for reelection. Well, all politicians say the same thing, but I do recall when he said that some of us would be creating new jobs or technology never dreamed before. As matter of fact, its seems that I found out a huge hydrological gap in science and technology with a high potential to bring outstanding changes down the line to many industries related to fluid moving on porosity.

Third, I am a person that just enjoy learning and exploiting new boundaries of knowledge never dreaming of getting rich or famous, but aiming that my scientific curiosity could pay itself. My PhD was accomplished in 3.5 years with honors and some hardship since I was getting doctorate in Soil Science but my background was Animal Nutrition MSc and Animal Husbandry BSc. Also, there was another important discovery during my training on higher education. I figured out that scientists are not learning about Philosophy of Science even though their titles say that they are PhD. Graduate programs at top universities enrolling PhD students do not require them to attend classes on Philosophy of Science and it can easily be checked around like I did that time. Schooling myself about Theory of Science I figured out that Philosophy is the academic discipline to provide insights how science works. We could almost conclude that PhDs are near illiterate on the functioning of science since they do not learn deeply about Philosophy of Science to master the boundaries of knowledge and existence for a coherent scientific practice. The truth is that scientists are not learning enough about Philosophy of Science to justify their titles as Ph. D.

2. Theory of Science

Epistemology
'What can I know and I how do I know that I know it?'
The ultimate step in science is understanding and comprehension.
A PhD is not a person that knows everything but the exact boundaries of knowledge dividing that part that humans already know and the other part that is unknown. It is important to be honest to admit where the boundary is laying.
Theory of knowledge is very important because very frequently people are assuming that they do know about some subject when evidence may prove otherwise. I just figured out that experts behind wicking devices have no understanding on Hydrology background not even to gauge fluid conduction by Unsaturated Hydraulic Conductivity.
Knowledge boundaries is highly dependent on our senses to understand the functioning of nature and it gets more difficult when the dimension is too small or too large, too close or too far away, too long in the past or not part of our present yet.


Metaphysics
'What really exist in the universe? '
It is impossible to prove that something does not exist'.
It is intriguing how short scientists and public in general understand the boundaries of existence. Science only works with existing objects which can be dealt in one way or another. What does not exist there is nothing to talk about or even to prove. Whenever a scientist say that something does not exist it is a real violation to principles of science. What does not exist cannot have any sensible word that fits to it in case it does not exist. There is no way to describe what does not exist. A good PhD never talks about things that does not exist because science only deals with existing objects.


Logics
"What is the best way to setup my thinking in order to make it as clear as possible?'
Albert Einstein said that 'God does not play dice'. Nature has a different profile because randomness is not uniform in time and space since the hydrological cycle easily can prove it when rainfall brings continuous random droplets that end up packing together in the drainage structure leaving the watershed always by a unique point downstream. Over time continuous recharge of a watershed makes a drainage structure that carves a concentrating structure of discharge and life may have been born on such wonders of nature functioning where chaos can have a variable structure on natural phenomena.


History of Science
It should portray human evolution toward science and nature. The quantification system is modeling the outcome of science in the last 300 years pushing science to benefit the economic system favoring most development toward profit. The problem of such profile is that Nature endorse neither quantitative systems nor the economy. In few words there is a side effect to the poor as starvation for not having enough food while there is a strong consequence for the wealthy as obesity for not controlling food intake in balance with energetic requirements.

Who is more intelligent man or woman?
Quantitative evaluation can provide numbers that screen a different gender result in performance while the qualitative system allows us to give simple words expressing a difference, like 'better'. Just as analogy I could do the same analytical evaluation regarding the dexterity between my right and my left hand typing over this cold keyboard under my fingers. It is possible to set innumerous experiments to gauge the differential performance between my right and my left hand regarding their skills to perform many tasks. I am a right-handed person and it should provide results not favoring my left hand. Can I conclude that my right hand is better than my left hand? Why does it happen this way? Was I supposed to have two right hands or have both equally skilled? My conclusion is that Nature neither endorse the quantitative nor the qualitative system, making better or worse very subtle toward the principles of nature. My brain trains more one side to perform mechanical tasks that requires just one side to accomplish it and my mind saves time and energy training just one side instead of both.

When I read an scientific paper comparing the physiological response to push a button between a monkey and a pig about their intelligence I wonder myself who is more intelligent: the monkey, the pig, the scientist doing the experiment, or the reader reading the article. First pigs never had buttons on their mud during their evolution, neither had monkeys any button to press on the trees to get their bananas. If man is intelligent since apparently it came from apes, perhaps we should eat more bananas and gobble less pills.

In the eyes of Nature functioning Man and Woman are not comparable and should blend together to complement their physiological tasks and guide humans toward eternity. People trying to measure it are not skilled in the philosophy of science to understand the core principles of Nature functioning. Consequently they may end up bringing conclusions on the difference between Man and Woman that nature neither agree nor care about.

If we could conclude that man is more intelligent than woman regarding scientific production, then woman could indeed blame man for the junk that so frequently violates principles of science.


3. Is it worth to pursue a 'Scientific Discovery'?

It is not easy to answer this question since the personal reward is complex to evaluate considering the outcome toward the hardship of a huge challenge. Financially it may bring rewards, but after 9 years in the project I have not yet score a penny. So, working a long time involved in a project hard to have economic response is a challenge to most dreaming scientists belonging to our modern economic society that constantly brings bills for paying.


Toward the eyes of Nature it may not be worth it because humans are spoiling their existence and not helping much nature working by itself handling our evolution. Man always dreamed about harnessing nature but the truth is that man is collecting the consequences from its endeavors messing with a complex mechanism beyond our limited comprehension.

Scientists that do understand nature functioning can start concluding with their sense that modern life is not making life better from some simple logical conclusions below:

1. Food had always been the most important factor for survival and growth since man always ran after food. Nowadays the food is excessive and the food industry is chasing humans at every corner making it hard to run away from food. I am providing this insight that it is easier to provide food than producing it abundantly and ask people not to eat excessively.

2. Man always thought as being clever to develop machinery to make all the hard work. After so many machineries developed to make almost everything man is realizing that as consequence our muscles are going flaccid. Nowadays it becomes complicated to convince obese people that machinery was developed but human muscles are not supposed to be retired and a continuous body fitness is part of maintenance to keep their strength and fluid dynamics. I am developing another insight that it is easier to develop machinery than to develop it and demand people to continue working their bodies.

3. In our evolution human appetite was developed by Nature to be strong making us eat wildly during our journey from the past chasing food whenever we could reach it. Then, human appetite was tuned to make us highly voracious during times when food had always being scarce. I have this other insight that our appetite entrapped in our DNA is still the same very wild that should not be unleashed.

4. Life principles are based on continuous survival and when we die we can take with us neither fame nor wealth in the recycling process. It is much more important to pursue a balance in life caring for our survival and then extending it toward a healthy end. I think that the most accomplishment of my adventure pursuing this 'scientific discovery' was to have the opportunity to understand such subtle fundamentals to my own good like having BMI as 23.5, very low consumption of alcohol, and a perfect body fitness. If lucky I may enjoy along life for having a good body maintenance.

5. When an infertile person receive a medical treatment and become able to procreate it sounds like a magic of human knowledge. I think that we are spoiling an important mechanism in human evolution dealing with quality control. We are just putting back to production what nature is discarding like it has been doing since the beginning. It is like going to an assembling line of a manufacturing industry and fire all people at quality control letting all products, good or malfunctioning, reach the end of production.

I will always be wondering myself how wise can man be for violating nature rules.

Are humans really intelligent?

Wednesday, November 29, 2006

Hydrology History on High Technology

Hidrological Events


USPTO
is disrespecting scientific common knowledge in Soil Physics and Hydrogeology regarding fluid moving on porosity as portrayed by the following long standing historical profile:

1856Saturated Hydraulic Flow;
Henry Darcy in France introduced the first conceptions of fluid moving on porosity when he was studying
water flow dynamics on sandy filters. He proposed a famous Darcy's Law equation for Saturated Hydraulic Flow: ' the velocity of flow is proportional to the hydraulic gradient'.

1907Unsaturated Hydraulic Flow:
Near a century ago in order to describe water flow through unsaturated soil which is above the water table Edgard Buckingham proposed a modification of Darcy's Law in 1907 trying to describe mathematically fluid flowing on porosity.

1958 - Evaporation from a Water Table:
An upward flow from a water table to a bare soil surface was studied by Gardner and Fireman.

2004Unsaturated/Saturated Hydraulic Flow: US Pat. 6,766,817 p.1 line 65 : '
A fluid that possesses a positive pressure can be generally defined in the field of hydrology as saturated fluid. Likewise, a fluid that has a negative pressure (i.e., or suction) can be generally defined as an unsaturated fluid. Fluid matric potential can be negative or positive. For example, water standing freely at an open lake, can be said to stand under a gravity pull. The top surface of the liquid of such water accounts for zero pressure known as the water table or hydraulic head. Below the water table, the water matric potential (pressure) is generally positive because the weight of the water increases according to parameters of force per unit of area. When water rises through a capillary tube or any other porosity, the water matric potential (e.g., conventionally negative pressure or suction) is negative because the solid phase attracts the water upward relieving part of its gravitational pull to the bearing weight.
The suction power comes from the amount of attraction in the solid phase per unit of volume in the porosity'.

Darcy, H. 1856. Les Fontaines Publiques de la Ville de Dijon. Dulmont, Paris.

Buckingham, E. 1907. Studies of the movement of soil moisture. Bulletin 38. U.S. Department of Agriculture Bureau of Soils, Washington, DC.

Gardner, W.R. 1958. Some steady state solutions of the unsaturated moisture flow equation with application to evaporation from a water table. Soil Sci. 85:229-232.

Gardner, W.R. and M. Fireman, 1958. Laboratory studies of evaporation from soil columns in the presence of water table. Soil Sci. 85:244249.


Technological and Scientific Evolution by Quick Internet Access

Recently information technology by Internet has changed so abruptly regarding accessibility allowing information from any patent to be gathered instantly online. With a few strokes on the keyboard all patents can be screened thoroughly for trends of IP violations of technical boundaries trespassing since their functioning has to be expressed by strong core words unavoidable in the advanced technical writing. This new tool for technological survey ends up difficult for canny experts to circumvent IP limits by exploiting shallow technical expressions as well as employing borderline etymology.

There is a strong continuing IP violation trend hurting basic principles of Hydrology easy of checking online portraying dynamic features (# 29/11/06):

  1. Unsaturated Hydraulic Flow ....................................... 3
  2. Unsaturated Hydraulic Conductivity.........................17
  3. Saturated Hydraulic Conductivity ........................... 24
  4. Hydraulic Conductivity ............................................. 404
  5. Capillary pumping ......................................................214
  6. Capillary/capillarity/wick/wicking ................... 93,314
  1. Heat/Thermal Conductivity ................................61,033
  2. Wick/wicking .........................................................21,784
  3. Heat Pipe/Wick ........................................................1,169


Hydrology has been deeply neglected on patenting affairs since 93,314 issued patents on porosities but only 9 of them measure Unsaturated Hydraulic Flow which three of them are Tubarc patents: 6,766,817, 6,918,404, and 7,066,586

It can be observed above that the conduction of heat is mentioned in 61,033 issued patents while the conduction of fluid is mentioned only in 404 issued patents while Unsaturated Hydraulic Flow only 17.


In the process of quantification analytically it is easier to measure fluid conduction than heat conduction since it involves mass flow transport requiring less complex techniques. Then, in a long range this trend on patenting can change more favorably toward hydrology as Hydrogeologists and Soil Scientists figure out that applied hydrology of fluids moving on porosity has a huge potential for high technology regarding fluidic devices to many industries.

CONSEQUENCES OF A PERSISTENT SCIENTIFIC VIOLATION

When the same phenomenon is admitted with multiple etymology on patenting affairs USPTO may end up approving the same claims to different parties. This creates a broad conflicting condition distorting the intellectual property system. It allows inventors to bypass IPs with alternative writing violating the principles of Science and The Law. As consequence like is happening to Hydrology, a huge technological gap prevails repelling any advanced evolution and making it difficult for a sound science to settle in.

With time fast communication technology should help to reduce such problems associated to human knowledge that deals with expanding boundaries of high technology and science. It is reasonable to assume that a fast and accessible communication is a strong allied to bring science and technology within sound functioning since cross checking become common place.


POSSIBLE CAUSES FOR THIS DISTORTING TREND IN HYDROLOGY

1. Most of hydrological studies done by Hydrologists have been carried out only with natural porosities running in the environment.

2. Applied Hydrology working with artificial porosities have been carried out mainly by professionals outside Hydrological sciences.

3. Patenting affairs involving applied hydrology to fluids moving on porosity are handled by Patent Attorneys, Patent Examiners, and Inventors that are not involved with Hydrological Sciences like Hydrogeology or Soil Physics.

4. The patenting systems is allowing some subtle circumvention by employing superficial technological expressions or borderline etymology not used in common texts books or scientific literature.

5. The patenting business is seen as a strong industry that pushes toward distortion in order to protect the market sometimes trespassing boundaries of science and the Law.

6. Isolation of many sciences and poor communication having some difficulties to work more interrelated to other fields of science.

Saturday, November 25, 2006

Measuring Unsaturated Hydraulic Flow

Developing a Dynamic Water Balance

Easy for laypeople and all sorts of experts to play or carry out experiments with an advanced hydrology long ignored on high technology for fluid applications to porosity at patenting affairs

In a simple approach using two lower-halves of disposable plastic bottles and a nylon cord it becomes easy to built a highly advanced self-watering pot as a soil-water-plant system that allows a constant measurement of Unsaturated Flow providing continuous parameters of Unsaturated Hydraulic Conductivity (mm/s). One lower half is set in the bottom as the water compartment. The other lower half is set in the top attached over the water deposit. The rooting media compartment on top should have two small holes in the bottom for a nylon cord insertion as an upsided 'U' having to hanging legs that reaches the bottom as a continuous flexible connection interface between water in the deposit and the rooting media porosity. This device can supply water constantly by Unsaturated Flow attending constant evaporative demands.

Unsaturated Hydraulic Conductivity is expressed as a volume of fluid (
mm3) crossing an area (mm2) by unit of time (s), simplified to mm3/mm2/s or simply mm/s. This figure below depict the spatial dynamics of continuous Unsaturated Flow from a point at the water table showing horizontal and vertical spread of water.


Like this figure above is showing It is reasonable to consider the fact that the flow of a fluid certainly can be observed in "real time" to quantify the detailed pattern structure of the motion. Consequently, mass motion involves measurements of time and distance. Simple experiments like this drying paper hanging in a wall can demonstrate spatially in less than an hour the attainable boundaries reachable by Unsaturated Hydraulic Flow. Water moves upward from a single point from the water table as a reference line offering a constant fluid supply from the Saturated Zone to attend a continuous demand throughout the Unsaturated Zone.

On the right this simple self-watering potted device is made of an ice-cream pot, When is sealed to prevent losses by evapotranspiration it can be used to provide a precise measurement of Unsaturated Hydraulic Conductivity. Water moves upward through a porous cord till reaching balance assessing its fluid conductibility when water is supplied constantly to attend unsaturated hydraulic gradients in the upper part. When the pot is open it provide results about variable Unsaturated Flow attending losses by evapotranspiration. This self-watering system in the picture registered (US pat. 6,766,817) the highest value of 2.18 mm/s of Unsaturated Hydraulic Conductivity which is many order times larger than reported by scientific literature. This happens because of molecular connectivity allowing a concentration of Unsaturated Hydraulic gradient to narrower pathways.

Experiments were carried out employing 2 kg of shadow dried soil which takes around 24 hours to achieve complete balance. For the highest Unsaturated Flow parameter the first 100 ml of water took just 27 minutes to move upward. Clayey soils achieved balance of unsaturation at about 44%, while sandy soils 33% and coarse sand 22% of water content v/v .


Developing a Dynamic Water Balance


An African Violet like in the left figure plant transpires around 24 ml of water per day. A water deposit of half liter (500 ml) is enough to supply luxurious water supply for root uptake to a single plant for around three weeks.

There is a common variation of water requirements by the plant depending on the plant size as well as weather conditions like temperature, wind velocity, and air humidity increasing or decreasing water losses by evapotranspiration accordingly.

Assuming that this plant on the left is consuming around 1.0 ml of water per hour that moves upward by two legs of 3 mm nylon cord.
Volume = 1.0 ml = 1.0 c
m3 = 1000 mm3
Area = 2 * π * r
2 = 2 * 3.14159 * 1.52 = 14.14 mm2
Time = 1 hour = 3600 seconds
Unsaturated Hydraulic Conductivity = 1000 m
m3 /14.14 mm2 /3600 s
Unsaturated Hydraulic Conductivity = 0.02 mm/s = 1.18 mm/min

The conductibility requirement of water transmission for this device above for African Violets is 110 times smaller than the maximum parameter achieved registering the value of 2.18 mm/s US pat. 6,766,817.

History

Henry Darcy proposed a Law about Saturated Hydraulic Flow in 1856 while Edgard Buckingham in 1907 suggest a modification for Unsaturated Hydraulic Flow. US pat. 6,766,817 is the first one to mention 'Unsaturated Hydraulic Flow' while 93,207 patents on capillary/capillarity/wick/wicking only 9 measured Unsaturated Hydraulic Conductivity. Today an advanced hydrology can provide an important technological edge for many industries delivering an enhanced hydrology like self-sustaining capability as shown by self-watering potted plants.

Wednesday, November 22, 2006

Scientific Flaw in Soil Physics

Unsaturated Hydraulic Flow


US Pat. 6,766,817 is the first patent to mention the expression of 'Unsaturated Hydraulic Flow' on patenting affairs.

This important fact is outlining some clear consequences from an outstanding scientific flaw in Soil Physics possibly driving to a huge technological gap in the applied hydrology related to fluids moving on porosity for fluidic devices. Such event undoubtedly portrays strong evidences on how much hydrology has been neglected in the area of applied hydrodynamics dealing with unsaturated hydraulic flow for fluids moving on porosity devices since.

Unsaturated Hydraulic Flow is a simple common knowledge that has been recorded for more than a century in the scientific literature of Hydrology - Soil Physics.

This knowledge is so common that Henry Darcy was studying water flow dynamics on sandy filters in 1856 when he proposed his famous Darcy's Law equation for Saturated Hydraulic Flow: ' the velocity of flow is proportional to the hydraulic gradient'. Near a century ago in order to describe water flow through unsaturated soil Egard Buckingham proposed a modification of Darcy's Law in 1907 trying to describe mathematically fluid flowing on porosity.

Most experts working with fluids moving on porous devices are not totally aware about Hydrology background missing hydrodynamics conceptions of Saturated and Unsaturated Zones which are commonly taught in Hydrogeology and Soil Physics. This common knowledge was emphasized accordingly:

US Pat. 6,766,817 p.1 line 65 : 'A fluid that possesses a positive pressure can be generally defined in the field of hydrology as saturated fluid. Likewise, a fluid that has a negative pressure (i.e., or suction) can be generally defined as an unsaturated fluid. Fluid matric potential can be negative or positive. For example, water standing freely at an open lake, can be said to stand under a gravity pull. The top surface of the liquid of such water accounts for zero pressure known as the water table or hydraulic head. Below the water table, the water matric potential (pressure) is generally positive because the weight of the water increases according to parameters of force per unit of area. When water rises through a capillary tube or any other porosity, the water matric potential (e.g., conventionally negative pressure or suction) is negative because the solid phase attracts the water upward relieving part of its gravitational pull to the bearing weight. The suction power comes from the amount of attraction in the solid phase per unit of volume in the porosity'.


Basic Conceptions:

Considering the fact that the flow of a fluid can be observed in "real time" to quantify the detailed patterns of the motion. Consequently, mass motion involves measurements of time and distance. Simple experiments like a drying paper hanging in a wall can demonstrate spatially the attainable boundaries reachable by Unsaturated Hydraulic Flow upward from a single point inserted in the water table as a reference line and a constant fluid supply attending a continuous demand.

Unsaturated Hydraulic Conductivity is expressed as a volume of fluid ( mm3) crossing an area ( mm2) by unit of time (s), simplified to mm3/mm2/s or simply mm/s. This simple self-watering potted device in the first figure can be used to provide continuous measurement of Unsaturated Hydraulic Conductivity of the cord fluid conductibility supplying water to replace losses due to evapotranspiration processes. This self-watering system has two legs of a 3 mm nylon cord. US Pat. 6,766,817registered the highest value of 2.18 mm/s of Unsaturated Hydraulic Conductivity which is many order size larger than reported by scientific literature. It happens because of molecular connectivity allowing a concentration of Unsaturated Hydraulic Gradient to narrow pathways.

Metaphysics and Epistemology of Science would consider the existence of an outstanding scientific flaw in Soil Physics regarding a strong bias from Saturated Zone toward Unsaturated Zone. This bias is easy to verify and probably is driving to a massive scientific flaw in Soil Physics resulting to strong consequences on patenting affairs about hydrology of fluids moving on porosity. As matter of fact, Unsaturated Hydraulic Flow was preached to be much more complicated than necessary indeed. The effect at patenting affairs also leading to a massive IP violation of science can be seen at 'Ignoring Hydrology by Violation of Science'.

Like is displayed in the figure above , most experiments gauging Saturated Hydraulic Conductivity should be performed horizontally as it happens in nature since water infiltrated in the soil moves downhill toward the river in the bottom of the valleys as ground water flow.

The conceptions of Saturation are impairing a clear understanding of Unsaturation that seems to have different features not being totally symmetrical in their theoretical functioning as claimed by theory of classical scientific literature. According to the first figure above showing that Saturated Zone in the bottom are horizontally limitless regarding the distance since the hydraulic gradient can run many kilometers, hundreds or thousands, downhill while Unsaturated Zone as showed in the hanging paper just move a few inches upward from the water table. This takes place because Unsaturated Flow is dependent on molecular connectivity to link attraction power from the solid surface of porosity to retain and/or conduct the moving fluid. It is very likely that all theoretical approach behind Unsaturated Flow be flawed losing support from Metaphysics of Science - molecular connectivity conception suggests that the fundamentals of Saturated Hydraulic Flow be totally dissociated from Unsaturated Hydraulic Flow since the driving force in the flow is highly dependent on the spatial geometry of porosity.

The first figure on top show that Unsaturated Hydraulic Flow is more relevant going upward from the water table and that lateral flow is highly reduced. Even though, due to the bias from Saturated Hydraulic Flow measurement, Unsaturated Hydraulic Flow has been measured horizontally on a distance that may not hold naturally. As showed in the right figure, this standard steady state method of gauging unsaturated flow horizontally is very likely to be flawed since the fluid moving is pulled by a fluid gradient which is not totally from the solid surface of the porosity since the prevailing flow vertically is more relevant as already depicted by an 'imaginary capillary tube' in the first figure to provide the insights about Saturated and Unsaturated Hydraulic Zones.

It seems that the main ways to gauge Unsaturated Hydraulic Flow is to remove each molecule in the fluid without pulling the remainder left behind to avoid affecting the fluid matric gradient by traction letting just absence of molecules take effect. So far this can be achieve only by evaporation or by employing a Reversible Unsaturated Hydraulic Siphon which makes the molecules detach themselves as they cross downward below the water table reference line achieving positive fluid matric gradient.

Unsaturated Hydraulic Flow flaw in Soil Physics seems to be a simple consequence of a prevailing belief trend trying to complicate or making exaggeratedly complex some natural phenomena that can end up being quite simple when nature functioning is comprehended on the core binding to the principles.

Friday, November 17, 2006

Ignoring Hydrology by Violation of Science

(Express mail delivered on October 30, 2006 #EB010104345BR)

General Counsel
U.S. Patent and Trademark Office
P.O. Box 1450
Alexandria, Virginia 22313-1450


NOTIFICATION OF MASSIVE IP VIOLATION


USPTO is issuing thousands of patents that violate principles of science regarding common knowledge in Geo and Soil Sciences consequently infringing IP rights at US Pat. 6,766,817, 6,918,404, and 7,066,586, according to the principles of Theory of Science (Epistemology, Metaphysics, Logics, and History of Science).

Etymology requires Epistemology and Metaphysics of Science to comply with a correct expression when describing objects to preserve precise existential boundaries. Ex: All balls are supposed to be spherical as football is a sport intrinsically to play a ball using foot. All balls are required to keep their specific round geometry otherwise it trespasses existential Metaphysics hurting their connotation.

All acquired claims are bound to the precise Etymology of their expression; wick/wicking is bound to the precise functioning of oil lamps regarding its hydrology and functioning temperature. No wick works with flow downward since the flame is on the top. Also, all wicks need to stand to high temperature of a flame of oil lamps.

Wick/wicking invented by the Stone Age Man around 70,000 years ago is a porous device to conduct fuel upward toward a flame of oil lamps, requiring specific Thermodynamics and Hydrodynamic compliances.

Capillary
/Capillarity is the fluid conduction inside micro tube structures like capillaries

Etymology requires that all wicks as porous devices to work out on oil lamps abiding to Thermodynamics and Hydrodynamics. Any wick that fails on oil lamps betrays its own conceptions losing existential boundaries.

Hydrology
is the common science that has due knowledge to address fluids moving on porosity and such field of science avoid using wicks due to the Thermodynamics connection not important to Hydrological functioning. Hydrology also ignores wicks because of limited functioning of oil lamps.

Hydrogeology and Soil Physics are the correct sciences to handle common knowledge of fluids moving on porosity working for a long time on natural porosities endowing a higher understanding on hydrodynamic conceptions.

This Massive IP Violation is neglecting Hydrological insights to patenting affairs that is very easy of verification:

Heat Conduction is assessed by Heat/Thermal Conductivity and 60,608 issued patents mention it.

Fluid Conduction on porosity is assessed by Unsaturated Hydraulic Conductivity but only 17 patents mention it even 21,651 issued patents on wick/wicking porosity never gauged spatial dynamics of fluid conduction on such porous devices because experts do not have appropriate hydrological background.

Experts assessing Thermal Conductivity are not aware about Fluid Conductivity on porosity since 1,152 patents show this shortcoming on Heat Pipe/Wick not addressing Unsaturated Hydraulic Conductivity. It means that inventors gauging Heat/Thermal Conductivity are not gauging Unsaturated Hydraulic Conductivity depicting an important flaw about conductivity when heat is assessed while fluid is neglected on the same device functioning.


MASSIVE IP VIOLATION

  1. Allowing wicks that fail on oil lamp functioning.

  2. Allowing capillarity derivative outside tube structures of capillaries.

  3. Allowing capillary pumping on 208 issued patents violating the expression of ‘Unsaturated Hydraulic Flow from Soil Physics/Hydrogeology (double Etymology disrespecting common scientific knowledge). There is neither pumping on capillarity nor on Unsaturated Flow since fluid moves in response to a gradient of Unsaturated Hydraulic Conductivity.

I believe that any Court of Law will comply with Etymology requirements and make vacant claims that failed to describe the aimed objects. Balls are only valid for spherical objects, while wicks allow only the hydrology of oil lamps combined to high temperature of flames, and capillarity is the fluid movement inside cylindrical structures.

Wicks from oil lamps can be used to conduct fluids on many fluidic applications. But, if there is any change on their structure leading to a failure on oil lamps, Metaphysics of Science signals that the wick connotation becomes void. Wicking hydrology can only work upward toward the flame on top.

Every week around 8% of all issued patents and patent applications is associated to applied hydrology of fluids moving on porosity devices according to a search of these words: wick/wicking/capillary/capillarity/porous/porosity.


My suggestion to the General Counsel is the following:

  1. Hire around 8% of Patent Examiners (320) with background in Soil Physics or Hydrogeology to handle technically patents that deals with fluid moving on porosity (Unsaturated Flow).

  2. Notify patent holders that granted patents on wick/wicking hydrology need compliance to their precise Etymology and their patents become vacant in case the claimed wick devices fail on oil lamps upward toward a flame (Hydrodynamics + Thermodynamics). Wicking cannot work downward.


  3. Notify patent holders that granted patents on ‘capillary pumping’ are invalid because such expression violates common knowledge in Soil Physics/Hydrogeology where this phenomenon is called ‘Unsaturated Hydraulic Flow’ commonly reported on text books for academic teaching.


  4. Notify patent holders that granted patents on capillarity derivatives need compliance to the Etymology and their patents become vacant in case the devices are not a tube like geometric figure of capillaries. Capillarity is the ‘Unsaturated Hydraulic Flow’ only inside micro capillaries and does not allow it on porosity which requires multidirectional flow restrained by tube geometry.


US Pat. 6,766,817 p.2 line 27
– ‘Random irregular porous systems utilized for unsaturated flow employ general principles of capillary action, which require that the tube geometry fit properly to the porosity, which is generally analogous to dimensions associated between capillary tubes and the voids in the random porosity. Random porosity has an irregular shape and a highly variable continuity in the geometrical format of the void space, which does not fit to the cylindrical spatial geometry of capillary tubes. This misunderstanding still holds true due to the fact that both capillary tubes and porosity voids are affected by the size of pores to retain and move fluids as unsaturated conditions. Consequently, an enhanced porosity for unsaturated flow that deals more clearly with the spatial geometry is required. This enhanced porosity becomes highly relevant when moving fluids between different locations by unsaturated conditions if reliability is required in the flow and control of fluid dynamic properties’.

US Pat. 6,766,817 p.2 line 60 – ‘Specialized scientific literature about unsaturated zones also recognizes this shortcoming. For example: "Several differences and complications must be considered. One complication is that concepts of unsaturated flow are not as fully developed as those for saturated flow, nor are they as easily applied." (See Dominico & Schwartz, 1990. Physical and Chemical Hydrogeology. Pg. 88. Wiley). Concepts of unsaturated flow have not been fully developed to date, because the "capillary action" utilized to measure the adhesion-cohesion force of porosity is restrained by capillary tube geometry conceptions. The term "capillary action" has been wrongly utilized in the art as a synonym for unsaturated flow, which results in an insinuation that the tube geometry conception captures this phenomenon when in truth it does not’.

Since measuring fluid conduction on porosity is easier than measuring heat conduction I believe that after this massive IP violation is fixed the number of patents addressing Unsaturated Hydraulic Conductivity should increase in 20 to 40 years from the present 17 to around 100,000 new issued patents abiding to Theory of Science. This should take place because a spatial quantitative assessment increases reliability and control on hydrodynamics properties of fluid moving on porous systems also restoring advanced scientific Hydrological support to fluidic devices needing an enhanced macro and microporosity and dynamics between hydrological zones.

I trust that USPTO basic policy is to avoid violating principles of science requiring inventors to employ correct Etymology and also preventing duplicity of terminology respecting common knowledge from all interrelated sciences. Coherence on connotation system is the correct way to hone the advancement of technology.

Kind regards,


Campinas, Brazil, October 20, 2006



Elson Silva, Ph. D.
Tubarc Technologies, LLC
Av. Dr. Júlio Soares de Arruda, 838 Parque São Quirino
CEP 13088-300 - Campinas - SP - Brazil
Phone 55 *19 3256-7265
Email: el_silva@uol.com.br