Kite construction

Romeo Victor Heredia

Patent: 4015802
Filed: Jan 12, 1976
Issued: Apr 5, 1977

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Discuss.

Kite

Charles W. Hughes

Patent: 1892985
Filed: Feb 27, 1932
Issued: Jan 3, 1933

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Discuss.

Parachute supported aircraft with controlled wing collapse and inflation

[[Notice that the system is a kite system.]]

 Carl K. Towley III

Patent

: 7048227
Filed: Nov 10, 2003
Issued: May 23, 2006
Application number: 10/705,682

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(design) 
Kite 
by Chan Choong

Patent number: D223716
Filing date: Nov 23, 1970
Issue date: 1972
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Method of packing and deploying a foldable kite 

James E. Fink

Patent number: 3198458
Filing date: May 6, 1963
Issue date: Aug 3, 1965

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Flexible wing aerial delivery system

Peter F. Girard

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Inflatable kite

Louis Lawrence Laske

Patent number: 3952975
Filing date: May 13, 1974
Issue date: Apr 27, 1976

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Controllable parachute

Curtis W. Hughes
Loy B. Brydon

Patent number: 3228635
Filing date: Apr 24, 1963
Issue date: Jan 11, 1966

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Control devices for flexible wing aircraft

Francis M.Rogallo

Patent number: 3396921
Filing date: Jan 17, 1964
Issue date: Aug 13, 1968

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Flexible aerodynamic body

Alan F. Cummings

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Discuss. 

 

Wing deployment method and apparatus

James E. Webb

with respect to an invention of John Dale Sutliff

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Patent number: 3301511
Filing date: Jan 28, 1965
Issue date: Jan 31, 1967

Discuss.

Flexible wing aircraft

Joseph E. Forehand

Patent number: 3275271
Filing date: Nov 27, 1964
Issue date: Sep 27, 1966

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Discuss this free-flight kite system:

Method of deploying a flexible wing vehicle

Harry E. Rollins

Patent number: 3386687
Filing date: Jul 1, 1966
Issue date: Jun 4, 1968

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Discuss.
 

Parachute

David T. Barish

Patent number: 3525491
Filing date: May 10, 1968
Issue date: Aug 25, 1970

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Discuss.

See all his other kite patents (free-flight kite patents of governable parachute type also).

5064148NavigableflatkiteCorrected.pdf   for full patent instruction.

Navigable flat kite

Christian Kunze
Till Habermann
both of Germany

Patent number: 5064148
Filing date: Jun 6, 1990
Issue date: Nov 12, 1991

 A publication of the patent had a diagram-presentation error that was offcially corrected. We have gathered the corrected pages and made a file. Click through the above link that reaches the file in our group files.  If you happen upon an uncorrected copy, notice that the drawing does not make sense related to the topic of the kite patent.

Discuss

Kite

Wilfred A. Nowka
of Hastings, Nebraska

Patent number: 2437038
Filing date: Nov 18, 1946
Issue date: Mar 2, 1948

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Discuss.

Toy kite

Eugene H. Williams

Patent number: 3074673
Filing date: Nov 6, 1961
Issue date: Jan 22, 1963

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Discuss.

Target kite

Francis M. Rogallo

Patent number: 3296617
Filing date: Jan 23, 1963
Issue date: Jan 3, 1967

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Discuss.
See Francis M. Rogallo's other  kite patents.

 

Kite with rod and tackle combination

Fred A. Waldmann

Patent number: 3358399
Filing date: Jan 22, 1965
Issue date: Dec 19, 1967

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Discuss.

Box-like kite

Julius M. Christoffel

Patent number: 3967798
Filing date: Apr 3, 1975
Issue date: Jul 6, 1976

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Discuss.

Kite 

Duane M. Sterling

Patent number: 4958787
Filing date: Mar 9, 1989
Issue date: Sep 25, 1990

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Discuss.

Mechanism for extendable rotor blades for power generating wind and ocean current turbines and means for counter-balancing the extendable rotor blades

James G. P. Dehlsen

Patent number: 6923622
Filing date: Jan 15, 2003
Issue date: Aug 2, 2005
Application number: 10/342,910

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Discuss.

Kite

Percy Thomas Astle

Patent number: 2208786
Filing date: Dec 3, 1938
Issue date: Jul 23, 1940

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Discuss.

Pneumatic kite

Milford Haas

Patent number: 2486158
Filing date: May 5, 1948
Issue date: Oct 25, 1949

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Discuss.

(sail tech avialble for kite sails)

Pocket Sail

Frank M. Willard

Patent number: 2159923
Filing date: Mar 31, 1938
Issue date: May 23, 1939

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Discuss.

 

 

See also his other inflatable-kite patents.

Inflatable kite

Russell A. Pohl

Patent number: 3003722
Filing date: Jun 1, 1956
Issue date: Oct 10, 1961

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Discuss.

Torpedo recovery device

Robert W. Cameron

Patent number: 4717092
Filing date: Jan 3, 1986
Issue date: Jan 5, 1988

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Discuss

Flexible wing STOL assist system for aircraft

Peter F. Girard

Patent number: 3135482
Filing date: Dec 26, 1962
Issue date: Jun 2, 1964

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Discuss.

 

Balloon

Bernard Sayers

Patent number: 4050653
Filing date: Mar 15, 1976
Issue date: Sep 27, 1977

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Discuss.

Free wing flyer

John D. Nicolaides

Patent number: 4375280
Filing date: May 13, 1977
Issue date: Mar 1, 1983

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Discuss.

Balloon

James P. Gage

Patent number: 23163
Issue date: Mar 8, 1859

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 Discuss.

Gliding obliquely while ascending.
Gliding  obliquely while descending.

LTA hang gliding.

Gravity gliding (GG)

Gravity LTA HG (GLTAHG).

 

 

Wind monitoring assembly and method

 Charles F. Woodhouse

Patent number: 4152933
Filing date: Mar 21, 1977
Issue date: May 8, 1979

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Discuss.

Spinning amusement device with tethered object

 Patrick J. Turner

[We concern similar system where kiting principle gets involved in addition to the basic claims herein.]

Application number: 10/335,565
Publication number: US 2003/0124950 A1
Filing date: Jan 3, 2003
 

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Discuss.

Autorotator kite

Abraham Flatau

Patent number: 3526377
Filing date: May 22, 1967
Issue date: Sep 1, 1970

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Discuss claims, etc.

Kite

Wallace J. Harmon

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Discuss.

Appearance design patent for

Kite

Paolo Ferrari

Patent number: D273211
Filing date: Oct 26, 1981
Issue date: Mar 27, 1984

Kite  construction

Russell S. Hall

Patent number: 3250500
Filing date: Mar 23, 1964
Issue date: May 10, 1966

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Discuss.
 

Multi-keeled kite

Edwin L. Grauel

Patent number: 3740008
Filing date: Oct 12, 1971
Issue date: Jun 1, 1973

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Discuss

 

Fishing kite

Richard P. Lee

Patent number: 4469296
Filing date: Mar 15, 1982
Issue date: Sep 4, 1984

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Discuss.

:Aerofoil kite wind power station
SEE PATENT: http://tinyurl.com/LeeINTERESTED
And see a copy:
http://groups.yahoo.com/group/kitepatents/files/PatentsSome/
for CN101230840B.pdf  
 
1.  Aerofoil kite wind power station
 Inventor:
JINLUN HUANG [CN] Applicant:
JINLUN HUANG [CN] EC:
Y02E10/70 IPC:
F03D5/00
F03D9/00 Publication info:
CN101230840 (A)
2008-07-30
CN101230840 (B)
2010-12-29 Priority date:
2007-01-22

 
Bibliographic data: CN 101230840  (A)

Aerofoil kite wind power station  

Page bookmark CN 101230840  (A)  -  Aerofoil kite wind power station
Publication date: 2008-07-30
Inventor(s): JINLUN HUANG [CN] + (HUANG JINLUN)
Applicant(s): JINLUN HUANG [CN] + (HUANG JINLUN)
Classification: - international:F03D5/00; F03D9/00
- European:Y02E10/70

Application number: CN20071066816 20070122 
Priority number(s): CN20071066816 20070122
  View INPADOC patent family  
  View list of citing documents  
Also published as: CN 101230840  (B)

 

Abstract of  CN 101230840  (A)
Translate this text
The invention utilizes a centipede kite structure which is connected in series by a plurality of kite discs extending to be very long and a favorable lift force principle. Aviation pneumatic requirements are then combined with the invention which is provided with a wing kite composed of a wing disc j and an aircraft wing k disclosed in the picture. The wing kite with a plurality of blades is then connected in series into a 3-kilometer-long aircraft wing kite by a kite rope a and a kite three rope ja, and then is flied into 5 to 6-meter-high sky. The upmost end of the kite is connected with the same kite. Moreover, a big conical wind cylinder is tied horizontally to the connection point. A wind outlet at the small end of the wind cylinder is provided with an auxiliary turbo-type windmill generator set.; The generated electricity is transmitted to a station on the ground by cables contained in the kite three rope ja and the kite rope a. A cylinder wing, a flap wing and a tail rudder are arranged on the wind cylinder, so that the wind cylinder can generate electricity by suspending in the high sky horizontally. A wing shaft ka of the aircraft wing is used as a pivot shaft, and an angle of attack of the aircraft wing can be regulated. The flap wing and the tail rudder of the wing cylinder are both automatically controlled by an electronic intelligent neural network. Operation accumulation hours of storm, heavy snow and wind borne sand in the high sky exceed a wind generating station on the ground. The present invention enables a region without wind energy resources to use wind energy electricity in the high sky.
Bibliographic data: CN 101230840  (A)
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Aerofoil kite wind power station  

Page bookmarkCN 101230840  (A)  -  Aerofoil kite wind power station
Publication date: 2008-07-30
Inventor(s): JINLUN HUANG [CN] + (HUANG JINLUN)
Applicant(s): JINLUN HUANG [CN] + (HUANG JINLUN)
Classification: - international:F03D5/00; F03D9/00
- European:Y02E10/70

Application number: CN20071066816 20070122 
Priority number(s): CN20071066816 20070122
  View INPADOC patent family  
  View list of citing documents  
Also published as: CN 101230840  (B)

 

Abstract of  CN 101230840  (A)
Translate this text
The invention utilizes a centipede kite structure which is connected in series by a plurality of kite discs extending to be very long and a favorable lift force principle. Aviation pneumatic requirements are then combined with the invention which is provided with a wing kite composed of a wing disc j and an aircraft wing k disclosed in the picture. The wing kite with a plurality of blades is then connected in series into a 3-kilometer-long aircraft wing kite by a kite rope a and a kite three rope ja, and then is flied into 5 to 6-meter-high sky. The upmost end of the kite is connected with the same kite. Moreover, a big conical wind cylinder is tied horizontally to the connection point. A wind outlet at the small end of the wind cylinder is provided with an auxiliary turbo-type windmill generator set.; The generated electricity is transmitted to a station on the ground by cables contained in the kite three rope ja and the kite rope a. A cylinder wing, a flap wing and a tail rudder are arranged on the wind cylinder, so that the wind cylinder can generate electricity by suspending in the high sky horizontally. A wing shaft ka of the aircraft wing is used as a pivot shaft, and an angle of attack of the aircraft wing can be regulated. The flap wing and the tail rudder of the wing cylinder are both automatically controlled by an electronic intelligent neural network. Operation accumulation hours of storm, heavy snow and wind borne sand in the high sky exceed a wind generating station on the ground. The present invention enables a region without wind energy resources to use wind energy electricity in the high sky.
Lift,
JoeF
cc: Dave Santos, KiteLab Group   http://kitelabgroup.com

This is an application for a patent:

Method of utilization a flow energy and power installation for it

Alexander Alexandrovich Bolonkin

Application number: 9/946,497
Publication number: US 2003/0066934 A1
Filing date: Sep 6, 2001

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Discuss.

This post is incomplete. Further development of facts and discussion is invited

Kite power generator

Kit Nicholson
Hamish Nicholson
Marc Rickets

Abstract

The Kitepower Generator uses one or more kites that go through a oscillating cycle of motion creating varying forces on their tether lines. These varying forces are converted into rotation, using a crankshaft. The cycle of motion may be driven by the inherent kite design or through the action of two or more tether lines connected to a crankshaft. The pull from the lines is stronger when they pull out and weaker when they are being pulled in. The cycle of motion may involve flapping, swirling, waving, swooping, veering or feathering. Several kites may be connected or combined into a single composite kite. Efficiency is higher with three or more lines so that one is always pulling out strongly. Various techniques keep kites aloft in still or stormy weather.

Kite-Flying Device

Daniel William Sargent
of Davis, California

US 1372909
Filed: September 29, 1917
Approved: March 29, 1921

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Discuss.

Monoplane kite

Conrad Dahl

Patent number: 1545946
Filing date: Sep 20, 1923
Issue date: Jul 14, 1925

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Notice the foundations for a hang glider upon having the mooring moving falling.  Bowsprit. Kingpost. Monoplane. Tail.

See other Dahl kite patents.

Kite

George W. Ayling

Patent number: 1568360
Filing date: Mar 19, 1925
Issue date: Jan 5, 1926
 

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Traveler for kite-strings

Elmer Folsom
Eugene H. Packard

Patent number: 589373
Filing date: Jul 16, 1894
Issue date: Aug 31, 1897

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Flying object

by

Toshiji Takami,

Toshio Ito,

Fusako Kawaguchi

Patent number: 4377265
Filing date: Dec 4, 1980
Issue date: Mar 22, 1983

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Discuss.