CN112173057A

CN112173057A - Turbine pulp

Info

Publication number: CN112173057A
Application number: CN201910459932.5A
Authority: CN
Inventors: 郭文清
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-05-26
Filing date: 2019-05-26
Publication date: 2021-01-05
Also published as: CN113200136A

Abstract

The invention can provide turbine slurry which is injected in a large area, the generated power is large, the base of the turbine slurry is connected with the exhaust pipe, the shaft and the connecting rod, the shaft is sleeved with another shaft, the shaft is connected with the belt pulley, the turbine, the connecting rod and the propeller, the shaft is also provided with the connecting belt pulley, the three-fork frame, the connecting rod, the impeller and the pump, the impeller and the turbine are sleeved to form the turbine slurry, the impeller is used for protecting the turbine, the rotation resistance of the turbine in water is small, the rotation is fast, the exhaust pipe is provided with the booster pump, and the gas is pressed in to loosen the water body, so that. The shaft is connected with the belt pulley through a shaft, the belt pulley is connected with the belt pulley for transmission, the belt pulley is used for transmission, the kinetic energy drives the turbine to rotate in an accelerating mode, the absorbed water can be sprayed to the side edge, the impeller is also sprayed to accelerate the rotation of the impeller, the front side of the turbine is also sprayed to accelerate the rotation of the front turbine and the front propeller, the propeller is further accelerated to rotate more forcefully, and the thrust of the turbine propeller is greatly improved.

Description

Turbine pulp

Technical Field

The invention relates to the technical field of power propellers, in particular to a turbine propeller jet technology which has large area and generates large thrust and greatly improves the sailing speed of a ship.

Background

The traditional propeller has small blade area, small generated thrust, large resistance to rotation and large noise, and the sailing speed of the ship is limited because the traditional propeller is not improved greatly until now. The invention provides a turbine propeller spraying technology which is large in area and large in thrust and greatly improves the sailing speed of a ship.

Disclosure of Invention

The invention can provide a turbine propeller which can be used for large-area injection, generates large thrust, has small resistance, large inertia and high rotating speed when a turbine rotates under the protection of an impeller, absorbs more water and generates larger thrust when the turbine rotates, greatly improves the sailing speed of a ship, can also use a multi-stage impeller to protect the turbine to rotate so as to increase the injection area, is provided with a first-stage turbine propeller, a second-stage turbine propeller or a third-stage turbine propeller, and is required to be greatly improved and innovated when the multi-stage turbine propeller is used for eliminating the situation of the traditional single propeller.

FIG. 1 is a front view of a turbine bucket

FIG. 2 is a view of an embodiment of a turbine blade structure

FIG. 3 is a top view of a turbine bucket

Reference numerals in the drawings indicate that 1 is turbine propeller, 2 is base, 3 is exhaust pipe, 4 is cover, 5 is shaft, 6 is belt pulley, 7 is belt, 8 is shaft, 9 is belt pulley, 10 is spider, 11 is shaft, 12 is connecting rod, 13 is impeller, 14 is connecting rod, 15 is pump body, 16 is bearing, 17 is connecting rod, 18 is connecting rod, 19 is propeller, 20 is bearing, 21 is connecting rod, 22 is buckle bar cover, 23 is bearing, 24 is bearing, 25 is round cover, 26 is buckle bar cover, 27 is cylinder, 28 is partition wall, 29 is bearing, 30 is belt pulley, 31 is buckle bar cover, 32 is buckle bar, 33 is bearing, 34 is asbestos wire, 35 is turbine, 36 is cylinder, 37 is edge cover, 38 is blade, 39 is belt pulley, 40 is bearing, 41 is wall cover, 42 is wall cover, 43 is bearing, 44 is cylinder, 45 is belt,

In the figure 1, the turbine propeller is a front view, a base (2) of the turbine propeller (1) is connected with an exhaust pipe (3), a cover (4), shafts (5, 8), a connecting rod (21), a shaft (11) and a three-fork frame (10), and the shafts (5, 8) are respectively connected with belt pulleys (6, 9) and are connected with a belt (7) for transmission. The shaft (5) is connected with the shaft (11), the three-fork frame (10), the connecting rod (12), the impeller (13), the pump body (15), the connecting rod (14), the bearing (16), the connecting rod (17), the bearing (20), the connecting rods (18 and 21) and the propeller (19) to form the turbine propeller (1).

FIG. 2 is a structure diagram of turbine slurry implementation, wherein a base (2) of the turbine slurry (1) is connected with wall covers (41, 42) and a partition wall (28) to form a whole, a connecting exhaust pipe (3), shafts (5, 8 and 11) and connecting rods (21, 17 and 18) are arranged in the whole, the exhaust pipe (3) is provided with a booster pump, and exhaust gas of the exhaust pipe (3) is used for loosening water bodies, so that the turbine slurry (1) can rotate quickly. The shaft (5) is connected with the leather wheel (6), the bearing (23) and the wall cover (42) from top to bottom, the shaft (5) is further sleeved with the buckling fence cover (22), the round cover (25), the buckling fence (32), the bearing (33), the buckling fence cover (26) and the shaft (11), the shaft (5) is connected with the turbine (35), the shaft (5) is further sleeved with the impeller (13), the pump body (15), the connecting rod (14) and the bearing (16), the shaft (5) is connected with the bearing (20), the connecting rod (18) and the propeller (19), the impeller (13) and the turbine (35) are sleeved with each other to form the one-level turbine propeller (1), and the one-level, two-level, three-level or multi-level turbine propellers (1. The shaft (11) is connected with the bearings (29, 33), the partition wall (28), the cylinder (27) and the belt pulley (30), the inner side is sleeved with the buckling and blocking cover (26) and the buckling and blocking (32), the round cover (25) is connected with the buckling and blocking cover (32) and the cylinder (27), and the round cover, the shaft (11), the buckling and blocking cover (26), the buckling and blocking cover (22) and the shaft (5) are sleeved one by one; the shaft (11) is sleeved with the blocking cover (31), the shaft (11) is connected with the bearing (40), the wall cover (41), the cylinder (44), the three-fork frame (10), the connecting rods (12 and 14) and the impeller (13), and the blocking cover (31) is plugged with asbestos threads (34) and is matched with screws and nuts for fastening, so that water leakage of the shaft (11) is prevented; the blocking covers (22, 26) can be plugged with asbestos threads (34) by the blocking cover (31) and are provided with screws which are fastened to prevent the shafts (5, 11) from leaking water and the blocking (32) from leaking water, and the blocking (32) is provided with a bearing (33) to prevent falling off. The impeller (13) is composed of a cylinder (36) connected with a rim cover (37) and blades (38). The shaft (8) is connected with the belt pulley (9), the bearing (24), the wall cover (42), the bearing (43) and the partition wall (28) from top to bottom, the diameter of the belt pulley (9) is required to be larger than that of the belt pulley (6), the shaft (5) can rotate faster than the shaft (8) only by being connected and driven by the belt (7), the diameter of the belt pulley (39) is required to be smaller than that of the belt pulley (30), the shaft (5) can rotate faster than the shaft (8) and faster than the shaft (11) only by being connected and driven by the belt (45), the shaft (5) can rotate faster than the shaft (8) and can also rotate faster than the shaft (11), under the driving of power, the belt pulleys (6, 9, 30, 39) and the belts (7, 45) are used for transmission, the turbine (35) on the shaft (5) rotates faster than the impeller (13), the impeller (13) rotates in liquid in a circle, the resistance is small, the impeller (13) is sleeved with the turbine (, the turbine (35) rotates fast, inertia is large, absorbed water can be sprayed to the side edge, the absorbed water can be sprayed to the impeller (13) to accelerate the rotation of the impeller (13), the absorbed water can be sprayed to the front face to accelerate the rotation of the front turbine (35), the absorbed water can be sprayed to the front face propeller (19), the jet of the front propeller (19) is accelerated to rotate more forcefully, the multistage turbine propeller (1) is used for spraying to the side edge, the spraying area is increased, the absorbed water can be sprayed to the propeller (19), the thrust of the turbine propeller (1) is greatly improved, and the turbine propeller (1) can be mounted on the stern or two sides of a ship to use.

FIG. 3 is a top view of the turbine blade (1); only the front is drawn, and the machine base (2) and the other first-stage turbine slurry and the second-stage turbine slurry (1) are omitted. A shaft (5) of the turbine propeller (1) is connected with a propeller (19), a bearing (20) and a connecting rod (18); the connecting rod (17) is connected with the bearing (16) and the pump body (15), a turbine (35) is downwards overlapped, and the turbine (35) and the impeller (13) are sleeved together to form the turbine slurry (1); the impeller (13) is composed of a cylinder (36), blades (38) and a side cover (37).

Claims

1. The structure drawing is implemented by the turbine slurry, a base (2) of the turbine slurry (1) is connected with wall covers (41, 42) and a partition wall (28) to form a whole, a connecting exhaust pipe (3), shafts (5, 8 and 11) and connecting rods (21, 17 and 18) are arranged in the structure drawing, the exhaust pipe (3) is provided with a booster pump, and exhaust gas of the exhaust pipe (3) loosens water bodies, so that the turbine slurry (1) rotates quickly. The shaft (5) is connected with the leather wheel (6), the bearing (23) and the wall cover (42) from top to bottom, the shaft (5) is further sleeved with the buckling fence cover (22), the round cover (25), the buckling fence (32), the bearing (33), the buckling fence cover (26) and the shaft (11), the shaft (5) is connected with the turbine (35), the shaft (5) is further sleeved with the impeller (13), the pump body (15), the connecting rod (14) and the bearing (16), the shaft (5) is connected with the bearing (20), the connecting rod (18) and the propeller (19), the impeller (13) and the turbine (35) are sleeved with each other to form the one-level turbine propeller (1), and the one-level, two-level, three-level or multi-level turbine propellers (1. The shaft (11) is connected with the bearings (29, 33), the partition wall (28), the cylinder (27) and the belt pulley (30), the inner side is sleeved with the buckling and blocking cover (26) and the buckling and blocking (32), the round cover (25) is connected with the buckling and blocking cover (32) and the cylinder (27), and the round cover, the shaft (11), the buckling and blocking cover (26), the buckling and blocking cover (22) and the shaft (5) are sleeved one by one; the shaft (11) is sleeved with the blocking cover (31), the shaft (11) is connected with the bearing (40), the wall cover (41), the cylinder (44), the three-fork frame (10), the connecting rods (12 and 14) and the impeller (13), and the blocking cover (31) is plugged with asbestos threads (34) and is matched with screws and nuts for fastening, so that water leakage of the shaft (11) is prevented; the blocking covers (22, 26) can be plugged with asbestos threads (34) by the blocking cover (31) and are provided with screws which are fastened to prevent the shafts (5, 11) from leaking water and the blocking (32) from leaking water, and the blocking (32) is provided with a bearing (33) to prevent falling off. The impeller (13) is composed of a cylinder (36) connected with a rim cover (37) and blades (38). The shaft (8) is connected with the belt pulley (9), the bearing (24), the wall cover (42), the bearing (43) and the partition wall (28) from top to bottom, the diameter of the belt pulley (9) is required to be larger than that of the belt pulley (6), the shaft (5) can rotate faster than the shaft (8) only by being connected and driven by the belt (7), the diameter of the belt pulley (39) is required to be smaller than that of the belt pulley (30), the shaft (5) can rotate faster than the shaft (8) and faster than the shaft (11) only by being connected and driven by the belt (45), the shaft (5) can rotate faster than the shaft (8) and can also rotate faster than the shaft (11), under the driving of power, the belt pulleys (6, 9, 30, 39) and the belts (7, 45) are used for transmission, the turbine (35) on the shaft (5) rotates faster than the impeller (13), the impeller (13) rotates in liquid in a circle, the resistance is small, the impeller (13) is sleeved with the turbine (, the turbine (35) rotates fast, inertia is large, absorbed water can be sprayed to the side edge, the absorbed water can be sprayed to the impeller (13) to accelerate the rotation of the impeller (13), the absorbed water can be sprayed to the front face to accelerate the rotation of the front turbine (35), the absorbed water can be sprayed to the front face propeller (19), the jet of the front propeller (19) is accelerated to rotate more forcefully, the multistage turbine propeller (1) is used for spraying to the side edge, the spraying area is increased, the absorbed water can be sprayed to the propeller (19), the thrust of the turbine propeller (1) is greatly improved, and the turbine propeller (1) can be mounted on the stern or two sides of a ship to use.

2. The turbine blade of claim 1, wherein: the pulley (6, 9, 30, 39) transmission of the turbine pulp (1) can be replaced by gear transmission.

3. The turbine blade according to claim 1, wherein: the turbine blade (1) is characterized in that the number of the connecting rods (21) of the base (2) is three, the connecting rods can be reinforced by a circular ring, the number of the connecting rods can be one, two, three and the like, vibration is prevented, and the number of the connecting rods (21) is originally three, and four or five of the connecting rods can be used.

4. The turbine blade according to claim 1, wherein: the turbine slurry (1) is arranged on two sides of the steamship, wings can be arranged on the steamship instead, and the turbine slurry (1) is hung on the wings for use, so that more water is absorbed, and the thrust is larger.

5. The turbine blade according to claim 1, wherein: the turbine blade (1) is connected with the three-fork frame (10) and is provided with a connecting rod (12) and a connecting rod (14), the three-fork frame (10) is reinforced by a circular ring to prevent vibration, the three-fork frame (10) can be changed into a four-fork frame, a five-fork frame and the like, and the connecting rod (12) can be used as an arm.

6. The turbine blade according to claim 1, wherein: the screw propeller (19) can be used independently and can be matched with the exhaust pipe (3), and the number of the exhaust pipes is one, two, three or more. The booster pump is matched to press air into the water body, so that water in the water body is loosened, the water resistance is reduced, the rotation of the propeller (19) is accelerated, and the absorbed water amount is increased to generate large thrust by spraying.