JPS59138795A - Pump - Google Patents

Abstract

PURPOSE:To perform suction and discharge of a dirty material by a pump so as to simplify its construction and reduce its cost, by allowing city water to flow in a nozzle and rotate an impeller so that a driving gear, rotary disc and blade pieces are turned at a high speed through a driving ring gear without causing any necessity for using the electric power. CONSTITUTION:If city water at a fixed pressure is allowed to flow in a nozzle hole part 7 from a faucet, an impeller 4, receiving the water energetically jetted from an injection port 8 by a continuous bearing 3, is rotated, and a driving gear 6 and a rotary blade disc 12 are simultaneously turned at a high speed through a driving ring gear 5. Accordingly, a dirty material in a pond (not shown in the drawing) is fluidized to be attracted from an introducing inlet part 14 toward blade pieces 13 provided in rows in the rotary blade disc 12 and discharged via a feed outlet part 15 and a flexible feed out pipe 21 communicated to a pump chamber part 11. Further, the pure city water rotating the impeller 4 during the operation is supplied to a boiler or the like through a flexible drain hose 20 and can be effectively used. Such constitution enables the construction of a pump to be simplified and its cost to be reduced without causing any necessity for using the electric power.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a water suction pump that utilizes a pressure water flow or a pressure air flow.

In general, water suction pumps are mostly powered by electricity, and pumps that use electricity have a complicated structure, and when used underwater, they must be watertight to prevent accidents such as electrical leakage. It has the disadvantage of being an extremely expensive water suction pump. The present invention has been made to eliminate the above-mentioned drawbacks. The specific configuration of the device of the present invention will be described below according to the example shown in the drawings.
A rotatable impeller (4) is equipped with a rotatable impeller (4) having a continuous receiving part (3) on its circumference that receives a pressurized water flow or a pressurized air flow.
16) A drive gear (6) is installed on the frame (16'), with the drive ring gear (5) facing inside the impeller (4) and freely rotatable. The injection port (8) of the nozzle hole (7) is provided at the bottom thereof, and an outlet section (9) communicating with the circular chamber (2) of the frame body (1) is provided at the bottom. The shaft (17) of the gear is extended toward the other side of the frame (1), and the gear shaft (17) is extended toward the other side of the frame (1).
The end (10) of the shaft (17) is arranged on the other side of the frame (1) concentrically with the continuous receiving part (3). A rotary vane disk facing into the pump chamber (11) and freely rotatable in the pump chamber (11) at the end thereof.
12) are integrally attached to the drive gear (6) and arranged in rows on the rotary vane (12), and the guide suction port (14) is connected to the frame (1) facing the barb (13). In addition, there is a frame (1)
A delivery port (15) communicating with the pump chamber (11) is provided in the pump chamber. Next, we will explain one mode of use of the device of the present invention, which has the following configuration, using tap water pressure flow to suction filthy water from a pond and drain it to the outside. and water faucet (18) and water supply hose (19)
Connect with. Next, connect the flexible drain hose (20) to the outlet (
On the other hand, the outlet part (15) of the frame body (1) is connected to the flexible outlet pipe (21), and the vertebral body (1) is placed in the pond (22), and the water supply handle is When the tap is turned, tap water at a constant pressure is passed from the faucet to the nozzle hole (7), and the injection port (
The continuous receiving part (3) receives the water sprayed with strong force from the water source (8), and the pulley (4) is rotated, and the water is sent to the drive gear (6) and rotary vane disc (12) via the drive ring gear (5). are rotated at high speed at the same time, and the filthy water in the pond (22) is sucked and flowed toward the blades (13) arranged in rows on the rotary blade disk, and the filthy water in the pond (22) is sucked and flowed toward the blades (13) arranged in rows on the rotary blade plate, and the discharge port (15) communicates with the pump chamber (11). ) is discharged to the outside through the flexible delivery pipe (21).

In addition, the clean tap water that rotates the pulley (4) during work is effectively supplied to the boiler and washing area, which require large amounts of water, through the flexible drainage hose (20). can be used. As described above, the present invention not only utilizes tap water pressure, but also effectively utilizes pressurized air when pressured air is supplied, and various design changes can be made without departing from the spirit of the present invention. It is extremely convenient and has many practical applications.

[Brief explanation of drawings]

The drawings show one step of an embodiment of the invention. Fig. 1 is a partially cutaway sectional view, Fig. 2 is a side view taken along line A-A of the same as above,
FIG. 3 is a partially cutaway sectional view showing how the filthy water in the pond is drained to the outside. 1... Frame body 2... Circular chamber part 3... Continuous receiving part 4
... Pulley 5 ... Drive ring gear 6 ... Drive gear 7 ... Nozzle hole section 8 ... Injection port 9 ... Discharge port section 10 ... Shaft end section 11 ... Pump chamber Part 12
...Rotary blade disc 13...Blade piece 14...Introduction/intake port portion 15...Outlet port portion 16...Rotation support portion 17.
...Shaft 18...0 ring 19...Water supply hose 20
...Flexible drainage hose 21...Flexible delivery pipe 22...
・Ike patent applicant Satoshi Noda

Claims (1)

[Claims] An impeller (4) having a continuous receiving part (3) on its circumferential surface is rotatably supported in the circular chamber (2) of the frame (1).
A ring gear (5) faces the inside of the frame body (1), and a drive gear (6) is provided with a freely rotatable shaft, and the injection port (8) of the nozzle hole (7) of the frame body (1) faces the drive gear (6). , frame (1)
It communicates with the circular chamber (2). A pump chamber (1) is provided with a discharge port (9), while the shaft end (10) of the drive gear (6) is provided in the frame (1) concentrically with the circular chamber (2).
1) Wing pieces (13) arranged in rows on a rotary vane disc (12) that faces inside and is freely rotatable in the pump chamber (11) at the end thereof.
The frame body (1) is further provided with an outlet port (15) that communicates with the pump chamber (11), and the frame body (1) is provided with a guide suction port (14) opposite to the pump chamber (11). Features a pump.