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Inventor: Wolf-Dieter Keppel, Remscheid, Germany |
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Assignee: Mannesmann & Keppel Electronics, Remscheid, Germany |
| Filed
Dec. 8, 1971 Appl. No.:205842 |
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Foreign Application Priority Data: Dec. 10, 1970 Germany
...2060751 |
| June. 23, 1971 Germany ...2131117 |
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Information about this Patent on
Google
View this Patent at USPTO |
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ABSTRACT |
Fluid flow regulator for intercalation in conduits through which
flows a medium to be |
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regulated, having a housing with interengaging inner and outer
members, the inner |
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being in form of an axial, profiled core portion, at least one
housing member |
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intermittent flow passages therein, together with at least one
seating surface |
| for an
elastically deformable sealing member which constitutes flow
throttling means. |
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bypass valve my be provided in an axial inlet passageway of the
regulator. The |
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sealing member is preferably annular but may have a different
profile, such as |
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rectangular, lip shaped or other. The flow passages are radially
or axially disposed |
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respective axial or radial operation of the sealing member as a
result of a pressure |
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difference of the medium being regulated between the inlet and
outlet sides. |
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FUNCTIONAL DESCRIPTION |
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As shown in Fig. 1 the Liquid
Medium enters the Flow Regulator at [p1] in the direction the
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arrow indicates and leaves the
Regulator on the Outlet side [p2]. |
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The Liquid Medium is in almost
all applications water. |
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Fig. 2 shows in Position 1 the
O-Ring [d] in expanded and resting Position due to no Medium |
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Flow and consequently no presents
of pressure. This situation changes in Position 2 when |
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Pressure and Medium Flow
increase. Simultaneously the O-Ring is drawn against the |
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Protuberances [f] and reduces the
through let area [F2] |
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The Protuberances [f] of the
Profiled Core [c] are designed in a manner that in Position 2 |
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and later at high pressure in
Position 3 the nominal flow value this core was designed for |
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remains constant. In other
words the O-Ring [d] penetrates the Profiled Core
[c] |
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continuously deeper with
increasing pressure narrowing the Through Let areas [F2] and
(F3]. |
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The curve / diagram below shows 3
different Regulators which have a constant flow under |
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increasing and decreasing
pressure conditions. |
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The
question is: "Why does the O-Ring perform in this way?" The
answer is: The differential |
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pressure which occurs between
[p1] and [p2] and the narrowing pass way between |
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the inner diameter of the O-Ring
and the Profiled Core increase the speed of the medium to |
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a very high extend which leads to
a Venturi or Vacuum like effect which forces the O-Ring |
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towards the center. |
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The design of this Patent appears
to be simple - however, it was never discovered before, |
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until I stumbled over it during
needle valve testing in 1970. This makes this Regulator a |
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remarkable discovery. |
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After almost 40 years this
regulator is still sold exactly the way I designed it and adds
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up to many millions distributed
all over the world. When this regulator came on the market
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it revolutionized industries like
Instantaneous Water Heaters, Faucets, Shower Heads, |
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Filters, Aerators, Solenoid Valves, Appliances
and many other industrial applications. |
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More Curves & Model
Drawings - Descriptions |
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There is a Company in Connecticut
which manufactures this Regulator on a large scale: |
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Take a look |
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The Significance of this Fluid Flow Regulator lies in its Patent
Value and |
Classification which is defined by five
Categories and ranks between 4 & 5. |
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Level |
Description |
Percentage of all
Inventions |
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1 |
Apparent Problem Solutions (Metaphor) |
32% |
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2 |
Design / Product Improvement (Metaphor) |
45% |
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3 |
Invention
Inside of Paradigm |
18% |
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4 |
Invention
Outside of Paradigm |
4% |
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5 |
True
Discovery |
1% |
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This may sound for some of you exaggerated - but it is not after
taking a close look. |
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The decision if this Fluid Flow
Regulator is an Invention outside of Paradigm or |
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a True Discovery should be in the
eye of the beholder. However my conviction is that |
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this Invention is without
any doubt at Level 4 because it doesn't meet any criteria |
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which allow the conclusion that
this Invention is inside of Paradigm. |
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TERMINOLOGY |
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A Metaphor
is the linking of two sets of concepts so one set of concepts is
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understood in terms
of
another. |
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A Paradigm
is the set of common
beliefs and agreements shared between scientists |
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about how problems should be
understood and addressed, also a class of all items
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that can be substituted into the
same position and/or a generally accepted |
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perspective of a particular
discipline at a given time. |
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Let me know your Thoughts and
Opinions |
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Economical Background
of this
Invention over the last 40 years |
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The Market success of many million of these Fluid Flow
Regulators sold |
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and still distributed with climbing sales quantities, even the
Patent |
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has expired years ago, proves that this invention is
unique |
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and was never surpassed by anything better (Price, Accuracy,
Reliability). |
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Brief Historical Summery |
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Starting with the Industrial Revolution in the 18th
Century in
Europe and the United States |
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many
mechanical patents were issued and many fell in these times in
the category of True |
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Discoveries which is not surprising. However, after World War I
and II significant Discoveries |
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became more
and more rare and mechanical Inventions turned towards
Patents based on |
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on
existing prior art showing combinations of known Technology or
Product Improvements. |
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Inventions Outside
of Paradigm and True Discoveries are almost exclusively achieved
by |
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the Chemical / Pharmatheutical
Industries or are the results of modern Physics like |
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(Nano Technology) |
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Click the Banner above to see the entire
Patent. |
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Method for Producing Fluid Flow Regulators
US Patent 4,632,791 |
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Inventors: Wolf-Dieter Keppel, Chicago, USA |
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ReinHard C. Mannesmann, Herrsching, Germany |
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Assignee: ReinHard C. Mannesmann, Herrsching, Germany |
| Filed
Jan.18, 1984 |
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A Patent concerning a Method for plastic injecting mold manufacturing
to |
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achieve higher part precision and an increase in mass production
capability. |
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BRIEF DESCRIPTION |
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This Patent was based on the
fact that the Plastic Injection Mold manufacturing was very |
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difficult and time consuming using an EDM
Sinker to pre-burn the contour of the Profiled Core |
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and then grinding the
contour with a pneumatic pencil grinder (equipped with a cylindrical |
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diamond pin) step by step
larger, producing Samples on a Plastic Molding Machine after
every |
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change, running Lab
tests and then performing corresponding changes until the
Regulation |
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Curve was completed to the
required Flow Regulation Specifications. However, every molding |
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insert was unique and could
not be duplicated. A 4-insert mold required that every insert
had |
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to "developed" individually. |
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At this time the first "Wire
EDM" Machines appeared on the market which had the capability |
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to cut a complex contour into
a piece of pre-drilled metal based on programmable software. |
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Changing the injection mold design
with Wire EDM was extremely time consuming compared |
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to the previous diamond
grinding method. Performing any Profiled Core changes the
process |
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sequence of program data
changes, Wire EDM burning into a new blank, installing the
burned |
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disk insert into an plastic
injection mold, producing a sample and testing the result in a |
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Laboratory required the
repetition of this above described R&D process over and over
until |
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the profile in the disk
delivered results to specification. However, ones the core
profile |
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burned into the insert disk
was perfect for production the big advantage of this method |
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was that the software data
allowed to manufacture large numbers of duplicate insert disks. |
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This method made it possible
to manufacture for large Production Molds which were |
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capable of manufacturing a
large quantity of identical Flow Regulator in just one |
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Injection Molding Machine
cycle which is very cost effective and recovered the R&D |
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cost in a short period of
time. |
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The Patent Claims for this
method were accepted in this time as an Invention even |
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Wire EDM was developed under
the idea of precise metal part reproduction among |
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other applications. |
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A Patent of this kind is
obviously an "Apparent Problem Solution" (Metaphor)
and |
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falls in the Category 1 of the above table. |
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Click the Banner above to see pages of the Patent. |
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Self-Drilling Rivet Gun -
Patent Application DOC. No.
20090031545 |
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Inventor: Wolf-Dieter Keppel,
Chicago, USA |
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Assignee: ABEO LLC. Omaha, NE |
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Filed: 2007 |
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This Self-Drilling Rivet Gun was
developed by me from the "Idea" to a finished first Prototype. |
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The first Prototype was a design
based on a pneumatic / hydraulic principal.
I utilized in my |
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R&D work Pro/Engineer (3D) and
AutoCad (2D) Software. |
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The biggest problem to overcome
was to engineer a mechanism which had the capability to |
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to provide a rotational movement
for Drilling and then move into a position for Pulling a pop
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rivet with a force of over
2000psi. Both function had to be combined utilizing parts which
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were common for both functions
and also provide a channel for the separated mandrel |
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to through the gun including the
air motor and hydraulic assembly into a collector basket |
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for disposal. This Rivet Gun and
an electrical version is intended for worldwide distribution. |
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Both versions contain numerous
inventions which are partially included in the pending |
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Patent which can be viewed by
clicking the Link below. |
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At this point I want to thank Mr.
Jim Eggers (CEO)
and Mr.
Graig Wolf
(CFO) from
ABEO LLC. |
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located in Omaha, NE for hiring
me as an Engineering Consultant to accomplish this complex
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task. These Gentlemen not only
financed this Project but also had the patience to wait for |
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optimized results which I
delivered to them with great pride. See
"My Credentials". |
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Please visit ABEO LLC's web site:
http://abeollc.com/index.php and
see a video of the |
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first successful Prototype test
and other interesting information. |
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Self-Drilling Rivet Gun is a very Versatile System: From light
commercial work to heavy |
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industrial work, this component can be adapted for several
applications: |
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- Steel Framing
- HVAC Duct Work
- Architectural Sheet Metal
- Structural Steel Framing
- Automotive Assembly
- Aircraft Manufacturing
- Metal Building Fabrication
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Patent |
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ABSTRACT OF THE DISCLOSURE |
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A rivet gun for setting a
self-drilling rivet in one or more work pieces has a tool body |
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having a handle for gripping, a
rotation assembly having a motor attached to an axially |
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adjustable shaft and a chuck to
thereby impart rotation to the chuck adapted to grip |
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and rotate the shank of the
self-drilling rivet. A hydraulic assembly having a pull bushing |
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is connected to a piston rod
attached to a piston and a retraction assembly having |
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a mandrel clamp and a mandrel
clamp ring is connected to a spring guide biased toward |
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the mandrel clamp by a spring to
thereby compress the mandrel clamp to grip and |
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retract the shank, set the
self-drilling rivet in the work pieces and detach the shank |
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from the self-drilling rivet. |
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Self-Drilling Rivet Gun -
Patent Application DOC. No.
20090031545
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Click on Image below |
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XENON |
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Medical - Dual Xenon Lamp
Light Source for Endoscopy in Operating Rooms |
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Inventor: Wolf-Dieter Keppel, Chicago, USA |
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Unfortunately this is one of my
inventions which never made it to the Patent Office because |
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my partner bailed out of his
financial promise - and Inventors are usually poor. |
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This concept was great: |
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An Uninterruptible
Operating Room Light Source
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This new medical Light Source
Invention was the first result of my Medical Device |
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Development program and was intended
be used during Minimally Invasive Surgery when |
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Endoscopes (Laparoscopes,
Arthroscopes, Cystoscopes etc.) are applied and |
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penetrate dark areas of the human
body. In many cases the Abdominal Cavity which is |
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expanded by pressurized CO2
Gas during Endoscopy to provide space during procedures. |
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A failure in Light supply to these
instruments interrupts the surgical procedure until |
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the fiber optic light cable has to be
plugged into a spare light source or until one is located. |
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This can be dangerous for the
patient. During the time a new Light Source has to be |
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connected or brought over from
another Operating Room uncontrolled bleeding may occur |
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or infectious fluid might reach other
organs and cause later complications. |
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The Light Source which I developed
avoids this problem. The light Source has 2 Xenon |
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light bulbs which face each other.
One lamp was primary and always used. However, if this |
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primary bulb failed or even started
to flicker a fiber optic cable directed to this primary lamp
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transmitted the he light condition to
a photo cell located on an electronic circuit board. |
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This photo cell gives a signal to an
electronic processor chip which was programmed to trigger |
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a sequence of events: The secondary
light bulb was supplied with power and turned a prism |
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by 900 redirecting the
light flow from the primary lamp to the secondary lamp within a
fraction |
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of a second. This was an ideal
solution and well received by surgeons I talked to. |
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Please click on the
Image above to view the Patent Application. |
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Click here to see the Picture Gallery of
this Light Source |
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Email:
DKconsulting@mindspring.com |
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