CN104229108A - Movable paddle - Google Patents
Movable paddle Download PDFInfo
- Publication number
- CN104229108A CN104229108A CN201310231461.5A CN201310231461A CN104229108A CN 104229108 A CN104229108 A CN 104229108A CN 201310231461 A CN201310231461 A CN 201310231461A CN 104229108 A CN104229108 A CN 104229108A
- Authority
- CN
- China
- Prior art keywords
- oar
- road
- chain
- handcuff
- paddle board
- Prior art date
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Abstract
A paddle can move to generate thrust and is formed by a chain paddle or a belt paddle and a paddle channel. A chain of the chain paddle or a belt of the belt paddle can draw a paddle rod to enable a straight face of a paddle plate to move forwards and backwards to shift and push fluid to generate thrust. The movable paddle is mainly applied to ships and airplanes.
Description
Art
The present invention relates to a kind of device producing thrust.
Background technology
At present, ship, aircraft generally adopt PROPELLER method to advance.Screw propeller utilizes helical blade inclined-plane left rotation and right rotation cutting fluid to produce thrust, and noise is large, and efficiency is low, easily perplexs by fibre object.
Summary of the invention
For eliminating the defect that existing screw propeller exists, the invention provides a kind of oar of migration fluid, this oar utilizes rounded square paddle board to face movable group directly, push away fluid generates thrusting force.
The technical solution adopted for the present invention to solve the technical problems: in space coordinates, x, y-axis, some A
0(x
1, 0), O
3(x
2, 0), O
1(x
5, 0), B
0(x
8, 0), C
0(x
10, 0), D
0(x
11, 0), E
0(x
13, 0), F
0(x
15, 0), G
0(x
17, 0), 0 < x
1< x
2< x
5< x
8< x
10< x
11< x
13< x
15< x
17, C
0d
0=D
0e
0, D
0e
0< B
0o
1< O
3o
1< F
0g
0< O
3d
0, A
0o
3< E
0f
0< B
0c
0< C
0d
0, O
3d
0=D
0g
0.Point O
1, C
0, D
0, E
0, G
0each with center of circle O
3dextrorotation turn 90 degrees to an O
2(x
2, y
6), C
1(x
2, y
4), D
1(x
2, y
3), E
1(x
2, y
2), G
1(x
2, y
0), arc O
1o
2, C
0c
1, D
0d
1, E
0e
1, G
0g
1.Point C
0, D
0, E
0each with center of circle O
1left-hand revolution 90 degree is to putting C
2(x
5, y
11), D
2(x
5, y
12), E
2(x
5, y
14), arc C
0c
2, D
0d
2, E
0e
2.Translation arc C
0c
2, E
0e
2each work waits arc A
0a
1, G
0g
2, some A
1(x
0, y
11), G
2(x
16, y
14), 0 < x
0< x
1, x
15< x
16< x
17, y
0< y
2< y
3< y
4< y
6< 0 < y
11< y
12< y
14.
X
0, y
0axle, rounded square H
1h
2h
3h
4h
4' H
3' H
2' H
1' for oar holds, put H
1(x
00, y
01), H
2(x
01, y
02), H
3(x
02, y
02), H
4(x
03, y
01), arc H
1h
2with arc H
3h
4about y
0rotational symmetry, arc H
1h
2, H
3h
4with arc H
1' H
2', H
3' H
4' about x
0rotational symmetry, base H
2h
3hand over y
0axle point H (0, y
02), with the fillet oblong II for paddle board
1i
1' I
2' I
2, some I (0, y
04), I
1(x
01, y
03), I
2(x
02, y
03), arc I
1i and arc II
2about y
0rotational symmetry, arc I
1i, II
2with arc I
1t, I ' I
2' about x
0rotational symmetry, is less than C with the diameter for loom
0e
0, hand over y
0axle point J (0, y
00) circle concentrically O
0form oar, base I
1i
1', I
2i
2', H
1h
1', H
4h
4' parallel, x
00< x
01< 0 < x
02< x
03, 0 < y
00< y
01< y
02< x
03< x
04, II '=O
3g
0.
X, y-axis, oar point O
0, I, I ' each chalaza D
1, O
3, G
1, some B
1(x
3, y
5), F
1(x
3, y
1) each chalaza H
3, H
3'; Oar with center of circle I, radius II ' left-hand revolution 90 degree to putting O
0, each chalaza D of I '
0, G
0, some B
2(x
9, y
7), F
2(x
14, y
8) each chalaza H
2, H
3', arc F
1f
2hand over x-axis point F
0; Translation oar point O
0close arc D
0d
2mid point, some B
3(x
7, y
9), F
3(x
12, y
13) each conjunction arc H
1h
2, H
3' H
4' mid point; Translation oar point O
0, I
2' each chalaza D
2, G
2, some B
4(x
4, y
10), F
4(x
6, y
15) each chalaza H
1, H
4', arc B
2b
3hand over x-axis point B
0.B
2, B
3, B
43 points, F
2, F
3, F
43 each determines circular arc B
2b
4, F
2f
4, arc A
0a
1, C
0c
1, C
0c
2, D
0d
1, D
0d
2, E
0e
1, E
0e
2, G
0g
1, G
0g
2, B
1b
2, B
2b
3b
4, F
1f
2, F
2f
3f
4with arc A
0' A
1', C
0' C
1', C
0' C
2', D
0' D
1', D
0' D
2', E
0' E
1', E
0' E
2', G
0' G
1', G
0' G
2', B
1' B
2', B
2' B
3' B
4', F
1' F
2', F
2' F
3' F
4' symmetrical about y-axis, connect each symmetric points, tangent line A
1a
1', C
2c
2', D
2d
2', E
2e
2', G
2g
2' each friendship y-axis point A (0, y
11), C (0, y
11), D (0, y
12), E (0, y
14), G (0, y
14), straight line B
4b
4', F
4f
4' each friendship y-axis point B (0, y
10) F (0, y
15), x
2< x
3< x
4< x
5< x
6< x
7< x
8< x
9, x
11< x
12< x
13< x
14< x
15< x
16< x
17, y
0< y
1< y
2, y
4< y
5< y
6, y
7< 0 < y
8< y
9< y
10, y
12< y
13< y
14< y
15.Loop wire A
0a
0' A
1' AA
1for loop wire a, in like manner, loop wire j is for handing over y for loop wire c, d, e, f, g, h, i
0axle point J (0, y
00) circle, loop wire a, b, c are each and be passageway ag, bf, ce between loop wire g, f, e, and passageway ag is the partial line G that x-axis is split
0g
2g
2' G
0' and loop wire a between passageway.Passageway ag, bf, ce are respectively paddle board road, Jiang Cheng road, Jiang Lian road or oar tape track.
Y, z-axis, loop wire c, e hand over y, z-axis millet cake C (y along the translation of z-axis positive dirction
11, z
1), E (y
14, z
1).Along z-axis positive dirction, translation loop wire b, c, d, e, f, that makes loop wire b waits loop wire b
0, b
1, b
2, the loop wire c such as each of loop wire c, d, e
0, d
1, e
0, loop wire f waits loop wire f
0, f
1, f
2, loop wire b
0, b
1, b
2, c
0, d
1, e
0, f
0, f
1, f
2each friendship y, z-axis millet cake B
5(y
10, z
1), B
6(y
10, z
2), B
7(y
10, z
3), C
3(y
11, z
2), D
4(y
12, z
3), E
3(y
14, z
2), F
5(y
15, z
1), F
6(y
15, z
2), F
7(y
15, z
3), 0 < z
1< z
2< z
3, BB
5=FF
5=F
6f
7=B
6b
7< B
5b
6=F
5f
6=CC
3=EE
3; Along z-axis negative direction, translation loop wire a, d, g, each work waits loop wire a
0, d
0, g
0, loop wire a
0, g
0, d
0each friendship y, z-axis millet cake A
2(y
11, z
0), D
3(y
12, z
0), G
3(y
14, z
0), z
0< 0, AA
2=DD
3=GG
3, B
5b
6< AA
2=GG
3.
Loop wire a, a
0, loop wire b, b
0, loop wire b
1, b
2, loop wire c, c
0respectively passageway inwall aa
0, bb
0, b
1b
2, cc
0base, loop wire e, e
0, loop wire f, f
0, loop wire f
1, f
2, line g, g
0respectively passageway outer wall ee
0, ff
0, f
1f
2, gg
0base, passageway inwall aa
0, bb
0, b
1b
2, cc
0each and passageway outer wall gg
0, ff
0, f
1f
2, ee
0form passageway aa
0gg
0, bb
0ff
0, b
1b
2f
1f
2, cc
0ee
0, passageway aa
0gg
0, bb
0ff
0, b
1b
2f
1f
2, cc
0ee
0the paddle board road in Ge Weijiang road, Jiang Cheng road, Jiang Cheng road, Jiang Lian road or oar tape track, mm at the bottom of passageway
0, nn
0mm at the bottom of Ge Weijiang Dao Jiang road
0, nn
0, mm at the bottom of oar road
0, nn
0each and paddle board road aa
0gg
0, Jiang Cheng road b
1b
2f
1f
2etc. length and width.Point O
1, O
2, O
1', O
2' each centered by determine oar road axle, Jiang Cheng road bearing, Jiang Lian road gear or oar tape track belt wheel, loop wire d is that oar chain, oar band are determined in axis.At the bottom of paddle board road, Jiang Cheng road, Jiang Lian road or oar tape track, oar road, oar road axle form oar road.Passageway lcc
0ee
0, dcc
0ee
0ge Weijianglian road, oar tape track, passageway wall lcc
0, lee
0, dcc
0, dee
0ge Weijianglian road inwall, oar chain pipeline outer wall, oar tape track inwall, oar band pipeline outer wall.
Y
0, z
0axle, along z
0axle positive dirction translation loop wire h, j, that makes loop wire h waits loop wire h
0, h
1, h
2, loop wire j waits loop wire j
1, j
2, j
3, loop wire h
0, h
1, h
2, j
1, j
2, j
3each friendship y
0, z
0axial plane point H
0(y
02, z
01), H
5(y
02, z
02), H
6(y
02, z
03), J
1(y
00, z
01), J
2(y
00, z
02), J
3(y
00, z
03), 0 < z
01< z
02< z
03, HH
0=H
5h
6=JJ
1=J
2j
3< J
1j
2=H
0h
5< JJ
0; Along z
0axle negative direction translation loop wire i, j such as respectively to make at the loop wire i
0, j
0, loop wire i
0, j
0hand over y respectively
0, z
0axial plane point I
0(y
04, z
00), J
0(y
00, z
00), z
00< 0, II
0=JJ
0, JJ
1< J
1j
2< II
0< DD
3.
Ring hh
0jj
1, h
1h
2j
2j
3hold for oar or justify rib oar and hold, loop wire h, h
0, h
1, h
2for oar holds outer bottom edge, loop wire j, j
1, j
2, j
3for oar holds interior base; Plate ii
0j
0j is paddle board, loop wire i, i
0for paddle board outer bottom edge, loop wire j
0, j is base in paddle board; Post j
0j
3for loom, loop wire j
0, j
3for loom base, post j
0j
3part jj
1, j
2j
3, j
0j, paddle board, oar hold, loom forms oar.Chain, band are respectively oar chain, oar band is each and oar forms chain oar, is with oar, and chain oar, band Jiang Geyujiang road form mobile chain oar, moving belt oar.
Mobile chain oar, moving belt oar are referred to as mobile oar.Oar chain is chain handcuff, chain rivet, chain hold, hold the one handcuff chain of axle formation, chain handcuff, chain rivet form handcuff chain, handcuffed fork, handcuff are sat, to drawing nut to form chain handcuff, it is be socketed the oar holding axle supporting handcuff chain to hold that chain holds, and axle, loom are held in chain rivet difference, loom comprises and holds axle, chain rivet, hold axle and comprise chain rivet, chain handcuff two ends are respectively put handcuffs on chain link axle, are held axle, paddle board socket loom, hold axle alternate with chain rivet adjacent equal, the adjacent spacing of loom is greater than paddle board appearance etc.The pipe racks that oar band is a kind of syrinx, silk rope, rubber are formed, rubber parcel syrinx, silk rope, pipe racks inside and outside side circular arc protrudes, end edge first sheet, the arc depression of oar band corresponding oar tape track two wall, oar tape track belt wheel lateral surface, the adjacent spacing of syrinx is greater than paddle board appearance etc.
Face, oar road is glaze paint, and oar face is glaze paint, glue face, and oar chain face is glaze paint, Jiang Lian road gear and oar chain contact surface are unilaterally glue face, and chain handcuff is unilaterally glue face with chain rivet contact surface, and it is unilaterally glue face that chain handcuff puts handcuffs on contact surface with chain, oar tape track band wheel face is glue face, and oar band first is unilateral is glaze paint.Have a kind of bearing, face is glaze paint, and retainer face is glue face.Glaze paint corrosion prevention, profit are slided, glue face mitigation power, and glue face contact glaze paint take water as lubricant, and contact glue face, glue face increases friction.
It is respectively have at a kind of two ends the equal oar of the adjacent spacing of same return pulley axle of four groups of congruence wheel shafts to hold that wheel shaft oar holds.The chain rivet that endless tube chain rivet is a kind of annulus, cylinder determined by the alternate cover of pipe.The each corresponding loom in rib hole, center that paddle board, oar hold, hold the prism of axle.Oar road is long is decided by oar chain length, and oar road can at least be divided into two sections, exchanges part determination oar road, oar road, oar chain is isometric, or with segmentation oar road for apperance formulates the independent body oar road isometric with oar chain; Oar road is long determines oar belt length.
The joint arbor that oar road axle is direct or indirect, arbor rotate oar chain or oar band traction loom, make paddle board move dial, push away fluid generates thrusting force.The tapered gear of the transmission shaft of indirect joint arbor forms between centers angle transferring power.
Mobile oar uses in pairs, and about being placed in device object, the whether break-in of application force symmetry, is mainly used in ship, aircraft.
The material of mobile oar: metal, enamel, rubber, silk rope.Metal, rubber good toughness, intensity are high, withstanding corrosion.
Beneficial effect of the present invention: paddle board pushing amplitude is wide, holding strength is large, flexibly, noise is little, and efficiency is high, is not easily perplexed by fibre object for break-in, braking, comparatively alleviates injury biology.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the side-looking principles of construction figure of mobile oar embodiment.
The insight structural map in Tu2Shi Tu1Jiang road.
Fig. 3 is the insight structural map of Fig. 1 oar.
Fig. 4 is the side-looking constructional drawing of moving belt oar embodiment.
Fig. 5 is the back vision structure figure of mobile oar device embodiment.
Fig. 6 is the side-looking constructional drawing of mobile chain oar embodiment.
Fig. 7 is the y of Fig. 6
2---y
2insight structural map.
Fig. 8 is the back vision structure figure of Fig. 6.
Fig. 9 is the y of Fig. 6
3---y
3insight structural map.
Figure 10 is the y of Fig. 4
1---y
1insight structural map.
Figure 11 is the constructional drawing of oar chain first embodiment of mobile chain oar, comprises figure (1) loom or bar axle, the top view of figure (2) oar chain, and figure (3) chain rivet, figure (4) holds axle.
Figure 12 is the constructional drawing that the wheel shaft oar of mobile oar holds embodiment, comprises figure (1) top view, figure (2) lateral plan.
Figure 13 is the side-looking constructional drawing of moving belt oar embodiment.
Figure 14 is the oar band of moving belt oar, the insight structural map of belt wheel embodiment.
Figure 15 is the top view constructional drawing of Figure 13.
Figure 16 is the top view constructional drawing of oar chain second embodiment.
Figure 17 is the constructional drawing of handcuff chain embodiment, comprises figure (1) top view, figure (2) lateral plan, figure (3) chain handcuff.
Figure 18 is the constructional drawing of chain handcuff handcuffed fork embodiment, comprises figure (1) front elevation, figure (2) lateral plan, and figure (3) top view, figure (4) is to drawing nut.
Figure 19 is the constructional drawing that embodiment sat by chain handcuff handcuff, comprises figure (1) top view, figure (2) side-looking, figure (3) front elevation.
Figure 20 is the side-looking constructional drawing of oar band syrinx.
Figure 21 is the top view constructional drawing of Figure 20.
Main essential structure of moving oar with local specification in figure, dotted line represents hiding, track, figure with figure also non-fully draws by geometric ratio.0. chain handcuff, 1. chain rivet, 2. holds axle, 3. loom or bar axle, 4. chain shaft neck, 5. justify rib oar and hold, 6. wheel shaft oar holds, 7. handcuffed fork, 8. pair draw nut, 9. handcuff is sat, 10. paddle board, 11. oar band or pipe racks, 12. syrinxs, 13. pipe ears, 14. ropes, 15. Jiang Cheng road bearings, 16. oar road axles, 17. Jiang Lian road gears, 18. oar tape track belt wheels, 19. oar roads, 20. device objects.
Detailed description of the invention
Fig. 1,
oar point I, H 3 , O 0 , H 3 ', I ' Ge He road point O 3 , B 1 , D 1 , F 1 , G 1 , tangentially D
1d
1' translation, crosses oar point I and closes road point A
0, A
0', to oar point I, H
1, O
0, H
1', I ' Ge He road point O
3', B
1', D
1', F
1', G
1', along camber line D
1' D
0' skew 90 degree, to oar point I, H
3, O
0, H
2', I ' Ge He road point O
3', B
2', D
0', F
2', G
0', along camber line D
0' D
2' translation, movement, to oar point H
4, O
0, H
1', I
1' Ge He road point B
4', D
2', F
4', G
2', tangentially D
2' D
2translation, crosses oar point I
2, I
2' Ge He road point A
1', A
1, to oar point H
4', O
0, H
1, I
1ge He road point B
4, D
2, F
4, G
2, along camber line D
2d
0translation, movement, to oar point I ', H
3', O
0, H
2, I Ge He road point O
3, B
2, D
0, F
2, G
0, along camber line D
0d
1offset 90 degree, to oar point I ', H
2', O
0, H
2, I closes road point O
3, B
1, D
1, F
1, G
1; In like manner, tangentially D
1d
1' translation, crosses oar point I ' conjunction road point A
0, A
0', to oar point I ', H
3', O
0, H
3, I Ge He road point O
3', B
1', D
1', F
1', G
1', along camber line D
1' D
0' skew 90 degree, to oar point I ', H
2', O
0, H
3, I Ge He road point O
3', B
2', D
0', F
2', G
0', along camber line D
0' D
2' translation, movement, to oar point I
2, H
4, O
0, H
1' Ge He road point G
2', F
4', D
2', B
4', tangentially D
2' D
2translation, crosses oar point I
1', I
1ge He road point A
1', A
1, to oar point H
1, O
0, H
4', I
2' Ge He road point B
4, D
2, F
4, G
2, along camber line D
2d
0translation, movement, to oar point I, H
2, O
0, H
3', I ' Ge He road point O
3, B
2, D
0, F
2, G
0, along camber line D
0d
1offset 90 degree, extremely
oar point I, H 3 , O 0 , H 3 ', I ' Ge He road point O 3 , B 1 , D 1 , F 1 , G 1 ......
Oar take x-axis as boundary, y-axis bear semiaxis produce dial, thrust.Oar in x-axis at y-axis positive axis main level, is born semiaxis in y-axis and is directed predominantly perpendicular to x-axis.Oar is with center of circle O
3, O
3', radius II ' rotation produce dial power, move generation thrust perpendicular to x-axis.
Oar is forward and backward in and out of the positive and negative semiaxis of x-axis, upper and lower in and out of the positive and negative semiaxis of y-axis.
Fig. 2, oar is boundary with z-axis, goes out, enters y-axis positive axis, y, z-axis bear semiaxis produce dial, thrust.X, z-axis face are as the standard interface distinguishing positive and negative application force.
Fig. 5, about mobile oar becomes to be opposite to device object, driving engine in oar road 19, or in device object 20, controls the symmetrical forward and back of application force of sway oar, asymmetricly left and rightly to turn to.
Figure 11, chain link axle is respectively put handcuffs at oar chain chain handcuff two ends, cover chain link holds holds axle, and chain rivet, to hold axle alternate, and adjacent spacing is equal.
Figure 17, the axle journal 4 bolt drawing nut 8 to engage a pair handcuffed fork 7 of insertion handcuff seat 9 being handcuffed to chain rivet 1 of handcuff chain.
Claims (15)
1. a mobile oar, comprising: the mobile chain oar of one that oar road, chain oar are formed; A kind of moving belt oar that oar road, band oar are formed; Paddle board, loom, oar hold a kind of oar of formation; The one handcuff chain that chain handcuff, chain rivet are formed; Handcuffed fork, handcuff are sat, to a kind of chain handcuff drawing nut to form; Handcuff chain, chain hold, hold the one handcuff chain of axle formation; A kind of pipe racks that syrinx, silk rope, rubber are formed; A kind of oar road formed at the bottom of paddle board road, Jiang Cheng road, Jiang Lian road or oar tape track, oar road axle, oar road; Loom cross-under paddle board, oar hold, syrinx silk rope connects, rubber parcel, paddle board road, Jiang Cheng road, Jiang Lian road or oar tape track is connect at the bottom of oar road, oar road axle is through at the bottom of Jiang Cheng road, Jiang Lian road, oar road and directly or indirectly engages arbor, and Jiang Cheng road, Jiang Lian road, oar tape track inwall are respectively containing bearing, gear, belt wheel; Mobile oar is mainly used in ship, aircraft; It is characterized in that: the oar chain haulage oar of mobile chain oar moves, the oar band traction oar of moving belt oar moves, chain rivet is with to hold axle alternate adjacent equal, it is long and equal that the adjacent spacing of loom is greater than paddle board, loom, containing holding axle, chain rivet, holds axle containing chain rivet, oar tape track two wall, oar tape track belt wheel lateral surface arc depression, the length and width such as one and paddle board road at the bottom of Liang Zhongjiang road, the length and width such as one and Jiang Cheng road; About mobile oar becomes to be opposite to device object; Mobile oar face is glaze paint, glue face.
2. oar according to claim 1, it is characterized in that: paddle board is base is the rectangular oblate post of fillet that two semicircles such as grade and its common tangent surround, the regular prism of oar holds to be base be rounded square, the each corresponding loom in rib hole, center that paddle board, oar hold, hold the prism of axle, oar holds, a pair base of paddle board is parallel; Oar face is glaze paint, glue face.
3. oar according to claim 1, is characterized in that: loom order cross-under oar holds, oar holds, paddle board, and between oar holds, handcuff chain handcuff connects or pipe racks socket loom chain shaft portion, and adjacent paddle board, oar hold the end and connect.
4. handcuff chain according to claim 1, is characterized in that: the cylindrical journal bolt drawing nut to engage a pair C shape handcuffed fork two ends that insertion x shape handcuff is sat being handcuffed to chain rivet of chain handcuff; Handcuff chain face is glaze paint, and it is unilaterally glue face that chain handcuff puts handcuffs on the contact surface of putting handcuffs on chain with chain rivet, chain.
5. handcuff chain according to claim 1, is characterized in that: chain handcuff chain link axle is respectively put handcuffs at two ends, cross-under chain holds holds axle, it is that the oar of supporting handcuff chain holds that chain holds; Handcuff chain face is glaze paint, and it is unilaterally glue face that chain handcuff puts handcuffs on the contact surface of putting handcuffs on chain with chain rivet, chain.
6. pipe racks according to claim 1, is characterized in that: oar band inside and outside side circular arc protrudes, and it is long and equal that the adjacent spacing of syrinx is greater than paddle board; Syrinx and loom contact surface are unilaterally glue face.
7. oar road according to claim 1, is characterized in that: paddle board road, Jiang Cheng road, Jiang Lian road, oar tape track are respectively paddle boards, oar holds, oar chain, oar band along a kind of two sizes without the concentric semicircles handed over through dividing equally, translation and its common tangent surround loop wire translation, offset the passageway formed; Paddle board road is the part passageway that paddle board parallel loop wire tangent line is formed along the little arc of loop wire, little arc tangent line translation, and paddle board does not contact paddle board road inner arc wall; Jiang Cheng road is that oar holds along loop wire tangent line, little arc translation, offsets the passageway formed along large arc, and Chu Jiangcheng road wall accepted by oar; The passageway that Jiang Lian road, oar tape track are respectively oar chains, oar band offsets along the large and small arc of loop wire, formed along the translation of loop wire tangent line, oar chain does not contact Jiang Lian road wall, oar band contact oar tape track wall; Respectively there is widening of appropriateness in paddle board road, Jiang Lian road; Face, oar road is glaze paint.
8. oar road according to claim 1, is characterized in that: at the bottom of oar road, paddle board road, Jiang Cheng road, Jiang Lian road or oar tape track, Jiang Cheng road, order at the bottom of oar road connecing, Liang Jiangcheng road is equal, at the bottom of Liang Jiang road not etc.
9. a kind of oar according to claim 1 holds, and wheel shaft oar holds, and it is characterized in that: respectively there were four groups of congruence wheel shafts at two ends, and equal with the adjacent spacing of return pulley axle, and the rib hole at wheel shaft Jiang Cheng center is to the prism agreeing axle; Wheel shaft oar bearing surface is glue face.
10. a kind of chain rivet according to claim 1, endless tube chain rivet, is characterized in that: the alternate socket cylinder of annulus, pipe, and endless tube is alternate is axle journal; Endless tube chain rivet is glaze paint, puts handcuffs on, the contact surface of gear is unilaterally glue face with chain.
11. gears according to claim 1, is characterized in that: face of gear is glaze paint, and contact handcuff chain face is unilaterally glue face.
12. belt wheels according to claim 1, is characterized in that: band wheel face is glaze paint, and contact pipe racks face is glue face on both side.
13. bearings according to claim 1, is characterized in that: bearing surface is glaze paint, and retainer face is glue face.
14. a kind of oar roads according to claim 1, is characterized in that: oar road is at least divided into two sections, exchange part determination oar road, oar road, oar chain is isometric, or with segmentation oar road for apperance formulates the independent body oar road isometric with oar chain.
15. mobile oar purposes according to claim 1, comprising: adopt the vessel class that mobile oar method advances; Adopt the aircraft class that mobile oar method advances; And other purposes relevant with mobile oar; It is characterized in that: use in pairs.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310231461.5A CN104229108A (en) | 2013-06-13 | 2013-06-13 | Movable paddle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310231461.5A CN104229108A (en) | 2013-06-13 | 2013-06-13 | Movable paddle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104229108A true CN104229108A (en) | 2014-12-24 |
Family
ID=52218203
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310231461.5A Pending CN104229108A (en) | 2013-06-13 | 2013-06-13 | Movable paddle |
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| Country | Link |
|---|---|
| CN (1) | CN104229108A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2797060C2 (en) * | 2022-10-13 | 2023-05-31 | Александр Поликарпович Лялин | Tow boat |
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| CN2772960Y (en) * | 2005-03-25 | 2006-04-19 | 史玉玲 | Oar-rowing propeller of ship |
| CN102530213A (en) * | 2010-12-29 | 2012-07-04 | 陈增新 | Power transfer device and waterborne traffic tool using same |
| CN102616359A (en) * | 2012-03-24 | 2012-08-01 | 夏凤义 | Vessel with orbital transfer type blade double-chain device |
| CN202879778U (en) * | 2012-03-24 | 2013-04-17 | 夏凤义 | Orbit-changeable blade double-chain device |
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- 2013-06-13 CN CN201310231461.5A patent/CN104229108A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB312164A (en) * | 1928-05-21 | 1930-08-14 | Philippe Geneste | |
| US6435827B1 (en) * | 2000-10-27 | 2002-08-20 | James Steiner | Apparatus for generating a fluid flow |
| CN2772960Y (en) * | 2005-03-25 | 2006-04-19 | 史玉玲 | Oar-rowing propeller of ship |
| CN102530213A (en) * | 2010-12-29 | 2012-07-04 | 陈增新 | Power transfer device and waterborne traffic tool using same |
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| RU2797060C2 (en) * | 2022-10-13 | 2023-05-31 | Александр Поликарпович Лялин | Tow boat |
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Application publication date: 20141224 |
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