专利摘要:
A vessel equipped with a single screw comprising a hull being symmetrical with regard to the hull cener line and a propeller shaft (3) being positioned eccentrically from the hull center line (2). The propeller shaft is positioned at a ratio (d/D) of 5 to 25%, where d represents a distance between the propeller shaft and the hull center line and D represents a diameter of the propeller.
公开号:SU1600625A3
申请号:SU874203017
申请日:1987-07-29
公开日:1990-10-15
发明作者:Матсумото Норихиро
申请人:Ниппон Кокан Кабусики Кайся (Фирма);
IPC主号:
专利说明:

This invention relates to shipbuilding, in particular to the positioning of a propeller on a ship.
The purpose of the invention is to increase the pro ductive qualities.
Figure 1 shows the vessel, a general view of the measles; tg, 2 - flow diagram in the form of velocity vectors at the inlet B, the plane of rotation of the propeller; Fig, 3 - installation of propellers. on the hull of the vessel; 4, the same embodiment.
The vessel contains the hull 1, tach filled symmetrically with respect to the median plane 2 of the vessel of the form. The ship has a propeller 3 mounted on the shaft 4. The aft end of the shaft 4 is offset from the center plane 2 of the vessel in the direction of rotation of the propeller 3 to distance d in accordance with 10% inequality
 25%, where D is the diameter of the propeller.
Installing the propeller 3 of the right rotation (clockwise) on the starboard side or the propeller of the left rotation (counterclockwise) on the left side of the ship's hull increases the propeller propeller efficiency, because the torus circulates in the opposite direction of rotation
Screw, which has the effect of increasing the speed of rotation of the screw.
权利要求:
Claims (1)
[1]
Invention Formula
The vessel containing the hull symmetrical with respect to the diametrical plane of the vessel shape and one propeller mounted on the shaft, the stern end.
about
which is offset from the median plane of the ship in the direction of rotation of the propeller, characterized in that, in order to increase propulsive qualities, the ratio of the distance from the median plane of the ship to the stern end of the shaft
that to the diameter of the propeller is selected within 10% d / D 25%, where d is the distance from the center plane of the vessel to the stern end of the propeller shaft, D is the diameter of the propeller.
 /. / 1 | L},
t + H
 M ii
 G1 bn: pi
FIG 2
Fig.d
.
类似技术:
公开号 | 公开日 | 专利标题
US4370096A|1983-01-25|Marine propeller
SU1600625A3|1990-10-15|Ship
RU95105892A|1997-02-20|Ship's hull
US4295835A|1981-10-20|High speed outboard drive unit
US4746314A|1988-05-24|Combined propulsion and steering system for a motor boat with an inboard engine
US3416480A|1968-12-17|Ship's stern and propeller arrangement
MY104254A|1994-02-28|Steering mechanism in a boat propulsion system
KR880002716A|1988-05-10|Vessel
SU1461685A1|1989-02-28|Arrangement for steering vessel by propulsive elements
NL7312792A|1975-03-19|Ship's bow-mounted lateral propulsion unit - comprises driven rotary tunnel section with radially inward variable pitch blades
SU893720A1|1981-12-30|Oar
SU1066895A1|1984-01-15|Horizontal ship rudder
GB1387142A|1975-03-12|Fast motor boats
SU1518200A1|1989-10-30|Marine steering gear
JPS6053496A|1985-03-27|Propeller of inboard and outboard engine
SU1539138A1|1990-01-30|Ship propulsion-steering unit
GB1331497A|1973-09-26|Propulsion systems for ships
SU1689200A1|1991-11-07|Ship
JPS62163895A|1987-07-20|Double reversal propeller vessel having stern bulb
SU1274957A1|1986-12-07|Channel of transverse thrust unit for multiple-hull floating craft
SU962089A1|1982-09-30|Twin propeller ship stern
JPS6229498A|1987-02-07|Ship having main and sub propulsive devices
JPS5737085A|1982-03-01|Ship's shape at trailing half of single screw vessel
JPS56124586A|1981-09-30|Semisubmerged ship
KR910004420A|1991-03-28|Ship's adjuncts
同族专利:
公开号 | 公开日
FI872983A0|1987-07-06|
KR900005714B1|1990-08-06|
JPH0446799B2|1992-07-31|
DK394987D0|1987-07-29|
JPS6334294A|1988-02-13|
CN1004198B|1989-05-17|
FI872983A|1988-01-31|
NO873174D0|1987-07-29|
PL162589B1|1993-12-31|
FI90330C|1994-01-25|
CN87105327A|1988-03-23|
NO873174L|1988-02-01|
KR880001489A|1988-04-23|
NO171837C|1993-05-12|
PL267049A1|1988-07-21|
FI90330B|1993-10-15|
DK168204B1|1994-02-28|
EP0254959B1|1991-10-09|
NO171837B|1993-02-01|
DK394987A|1988-01-31|
US4779551A|1988-10-25|
DE3773572D1|1991-11-14|
EP0254959A1|1988-02-03|
引用文献:
公开号 | 申请日 | 公开日 | 申请人 | 专利标题

US2162058A|1936-01-23|1939-06-13|Alanson P Brush|Boat|
US3014449A|1957-01-07|1961-12-26|Weser Ag|Rear end construction for propeller-driven vessels|
DE2438147C2|1974-08-08|1983-03-24|Schottel-Werft Josef Becker Gmbh & Co Kg, 5401 Spay|Propulsion device for ships|
GB1547184A|1975-04-04|1979-06-06|Vignano G B T Di|Method of designing the underwater afterbody of a screw-driven ship|
DE2536425C3|1975-08-16|1979-09-20|Giovanni Battista Dr. Mailand Tommasi Di Vignano |Method for producing a stern with a helical screw channel|
DE3116727C2|1981-04-28|1992-02-06|Ernst A. Noennecke Maritimes Ingenieurbuero, 2000 Hamburg, De|JPH0579558B2|1988-02-16|1993-11-02|Sanoyasu Hishino Meisho Kk|
JP2577391Y2|1991-08-30|1998-07-23|三菱重工業株式会社|Off-center propeller single-axis ship|
SE470285B|1992-05-22|1994-01-10|Volvo Penta Ab|Power units for ships|
US20040214485A1|2003-04-25|2004-10-28|Lockheed Martin Corporation|Wake adapted propeller drive mechanism for delaying or reducing cavitation|
CN102458975B|2009-06-06|2015-10-14|国立研究开发法人海上技术安全研究所|Biaxial stern catamaran ship|
JP5477618B2|2009-06-06|2014-04-23|独立行政法人海上技術安全研究所|Ship and stern shape design method|
JP5582761B2|2009-11-09|2014-09-03|三菱重工業株式会社|Ship propulsion device|
JP5247669B2|2009-12-22|2013-07-24|ジャパンマリンユナイテッド株式会社|Combined propulsion device and ship|
CN103171752A|2013-04-19|2013-06-26|吴利明|Boat capable of sailing automatically along bank|
法律状态:
优先权:
申请号 | 申请日 | 专利标题
JP61177844A|JPH0446799B2|1986-07-30|1986-07-30|
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