Front-mounted water-separation propeller

Abstract

Based on the law of dynamic water-separation, in this invention, a new type of front-mounted booster water-separation propeller has been designed to raise a vessel's speed by reducing resistance from water and increasing the advance force. It's composed of two parts, of which the external includes an influent tube (1), a left thin, flat gushing gutter (2), a right thin, flat gushing gutter (3), and screwed connections (6), of which interior includes a booster (4) and its axle (5). Both parts can be changed independently.

Description

TECHNICAL FIELD

This invention refers to a new type of water-separation propeller that will be installed in front of the vessel.

BACKGROUND OF INVENTION

Nowadays, there is no dynamic installation in the field of ship's propeller, by which the frontal resistance may greatly reduce and the advance force may increase, as to raise the vessel's speed. It's known that the density of water is over 800 times higher that of air. When a vessel is navigating, it encounters resistance from water. Its frontal resistance from water amounts to more than 80% of the total resistance. Therefore, it is less effective to raise the vessel's speed by the means of either changing the external structure of the vessel or singly enhancing the advance force.

CONTENTS OF INVENTION

This new type of propeller is composed of an influent tube, a left thin, flat gushing gutter, a right thin, flat gushing gutter, a booster and its axle, and screwed connections. The booster sucks the water through the influent tube right from the front of the vessel, and then conveys the water with high speed by both wing-like gushing gutters to the side back of the vessel. This gushing high-speed water can largely push the vessel forward. Meanwhile, with the raise of speed of the vessel, the frontal resistance from water increases, the gushing water with high speed from both sided-gutters will forms into a water-separation force in front of the vessel, as a result of reduce of resistance. Moreover, this gushing water may become turbulence to reduce the useless efficiency caused by the induced-flow.

This inventive design is structurally simple, costly low, ensuring no need to change the current configuration while attaching on the vessel. Compared to the current technology in this area, it fills the blank with front-mounted water-separation propeller. It may also play an energy-conservation, environment-protection role.

BRIEF EXPLANATION OF ATTACHED DIAGRAMS

Diagram 1 is a cross-sectional view of the structure of this invention, in which, 1=influence tube, 2=left thin, flat gushing gutter, 3=right thin, flat gushing gutter, 4=booster, 5=axle of booster, 6=screwed connection.

From attached diagram, you may find the propeller of this invention consists of influence tube 1, left thin, flat gushing gutter 2, right thin, flat gushing gutter 3, and screwed connection 6, being as the external part of this invention, and booster 4, axle of booster 5, being as the interior part. Screwed connections are the parts of attaching this invention on the front of vessel.

In this invention, this propeller will start to push the vessel when the flowing speed in the influence tube 1 is higher than the speed of vessel, and the efficiency of water-separation and advance will increase with the ratio of the flowing speed in the influence tube 1.

Claims

1: It is a type of front-mounted water-separation propeller that features an inflow pipe, a left-side flat nozzle, a right-side flat nozzle, a propeller and its axle, and some connecting screws. An inflow pipe, a left-side flat nozzle, a right-side flat nozzle and connecting screws forms the external part of this invention, whereas a propeller and its axle the interior part of it. It is mounted with screws onto the front end, bow of the vessel.

2: According to the description in claim 1, both the left-side nozzle and the right-side nozzle have a backward opening on either side.

3: According to the descriptions in claim 1 and 2, the inflow pipe has its opening right on the front end, the bow of the vessel.

4: According to the descriptions of claim 1, 2, and 3, the total sectional space of the two backward openings of left-side and right-side flat nozzles equals the sectional space of the forward opening of the inflow pipe.

5: According to the descriptions of claim 1, 2, 3, and 4, the external part of the invention with its inflow pipe, left-side and right-side flat nozzles and connecting screws is an independently replaceable one.

6: According to the descriptions of claim 1, 2, 3, 4 and 5, the interior part of the invention with a propeller and its axle is an independently replaceable one.