CN202560429U

CN202560429U - Shutter vertical shaft water flow engine

Info

Publication number: CN202560429U
Application number: CN2012201654273U
Authority: CN
Inventors: 徐浩钟; 余虹仪; 徐園植; 徐毓艺
Original assignee: 余虹仪
Priority date: 2012-04-18
Filing date: 2012-04-18
Publication date: 2012-11-28
Anticipated expiration: 2022-04-18

Abstract

The utility model discloses a shutter vertical shaft water flow engine which uses energy of water flow to generate electricity power. A water flow engine shaft (3) is provided with two layers or more than two layers of integrated shutter supports (1), a single layer or multiple stacking layers of shutter type water blocking pieces (2) and a shutter shaft (6). The water flow engine shaft (3) is mounted on a water flow engine shell (7) through a bearing (4) and a bearing seat (5), the water flow engine shaft (3) is in direct connection or in indirect connection with an input shaft of a gearbox (9), a water flow guide cylinder (8) is arranged on the water flow engine shell (7), the integrated shutter supports (1) are mounted on the water flow engine shaft (3), the shutter type water blocking pieces (2) are mounted on the shutter shaft (6), and a limiting device is mounted on the integrated shutter supports (1) or the shutter type water blocking pieces (2). By means of the shutter vertical shaft water flow engine, utilization of water flow power is achieved, existing natural resources are greatly utilized and protected, reasonable utilization rate of the resources is improved, the effect that existing waterway transport is not affected is guaranteed, and the shutter vertical shaft water flow engine is environment-friendly high-efficient hydroelectric power machinery which uses the natural resources.

Description

Blinds vertical shaft flowing water motor

Technical field

The utility model relates to a kind of blinds vertical shaft flowing water motor that there is the energy of flowing water in the ocean current that utilizes occurring in nature, river, brook etc.

Background technique

Domestic and external rivers, streams are extremely many, utilize the energy of flowing water to generate electricity, at present also seldom.Several hydroelectric power plants are arranged once in a while, all are to adopt the high geopotential energy of the drop that utilizes water of constructing a dam to store water to generate electricity, and this has wasted the existing natural resource greatly with regard to having caused interrupted, a large amount of the flooding the field and make to plough and reduce of shipping.

Summary of the invention

The purpose that the utility model relates to is for a kind of motor that utilizes the energy of flowing water to generate electricity in the waters that flowing water is arranged is provided.

For realizing above-mentioned purpose; The flowing water engine shaft of the described blinds vertical shaft of the utility model flowing water motor is installed on the flowing water engine shell through bearing and bearing support and directly is connected or connects indirectly with the input shaft of speed changer; On the flowing water engine shell guide shell is arranged; Whole blinds supports and is installed on the flowing water engine shaft, and blinds chip waterstop is installed on the blinds axle, limit stoper be installed in whole blinds support go up or the louvered waterstop on.

For rotational resistance that reduces the louvered waterstop and the block-water effect that improves the louvered waterstop, the louvered waterstop of the described blinds vertical shaft of the utility model flowing water motor supports and can rotate around the blinds axle at whole blinds.

For the power taking of satisfying that blocks water, the described blinds vertical shaft of the utility model flowing water motor is unidirectional rotation.

In order to make the power taking that can block water of louvered waterstop; The installation on whole blinds supports of the louvered waterstop of the described blinds vertical shaft of the utility model flowing water motor and blinds axle is by the axis direction of edge to the flowing water engine shaft; Adopt curve or linear fashion to install, the louvered waterstop on each bar curve or straight line to the flowing water engine shaft and blinds axle are formed one group of waterstop that can be airtight becomes the whole waterstop of a slice perhaps to open.

In order to make can the be complete airtight one-tenth a slice of louvered waterstop whole; The limit stoper of the described blinds vertical shaft of the utility model flowing water motor can be mounted in the limiting stopper that whole blinds supports; Also can be mounted in the stop portion on the louvered waterstop, can also be the part of louvered waterstop: be the distance of the width of louvered waterstop above two blinds between centers.

In order to reduce the running resistance and raising block-water effect that whole blinds supports; It can be that unitary circular or global approximation are circular that the whole blinds of the described blinds vertical shaft of the utility model flowing water motor supports; Also can be whole polygonal, can also be the global shape that circular arc and line segment are formed.

Steady for the running that makes the louvered waterstop, the whole blinds of the described blinds vertical shaft of the utility model flowing water motor supports and can support many blinds axles and many group louvered waterstops.

For improving the utilization ratio of flowing water, blinds chip waterstop and the blinds axle and the two-layer or two-layer above whole blinds support of single or multiple lift stack are arranged on the flowing water engine shaft of the utility model blinds vertical shaft flowing water motor.

The utility model blinds vertical shaft flowing water motor simple in structure, be convenient to manufacturing.After having adopted blinds vertical shaft flowing water motor; Realized utilizing flowing water power; Greatly utilize and protected the existing natural resource; Having improved the reasonable resources utilization ratio, and can ensure that the transportation of existing navigation channel is unaffected, is environmental protection, the high efficiency water-energy power machine tool that utilizes the physical environment resource.

Description of drawings

Fig. 1 is the schematic representation that the main structure of the utility model blinds vertical shaft flowing water motor is analysed and observe.

Fig. 2 is the structural representation of sectional view of the plan view of the utility model blinds vertical shaft flowing water motor.

Embodiment

Two-layer or the two-layer above whole blinds support 1 and the louvered waterstop 2 and blinds axle 6 of single or multiple lift stack are arranged on the flowing water engine shaft 3 of the utility model blinds vertical shaft flowing water motor.Flowing water engine shaft 3 is installed on the flowing water engine shell 7 through bearing 4 and bearing support 5 and directly is connected or connects indirectly with the input shaft of speed changer 9; Guide shell 8 is arranged on the flowing water engine shell 7; Whole blinds supports 1 and is installed on the flowing water engine shaft 3; Blinds chip waterstop 6 is installed in whole blinds through blinds axle 2 and supports on 1, and limit stoper is installed on whole blinds support 1 or the blinds chip waterstop 2.The louvered waterstop 2 of the right part of the flowing water engine shaft 6 shown in Fig. 1 is closed, and the left part louvered waterstop 2 of flowing water engine shaft 6 is opened.

For rotational resistance that reduces louvered waterstop 2 and the block-water effect that improves louvered waterstop 2, louvered waterstop 2 supports at whole blinds can be around 6 rotations of blinds axle on 1.In order to make the power taking that can block water of louvered waterstop; Louvered waterstop 2 is by the axis direction of edge to flowing water engine shaft 3 with blinds axle 6 in the installation that whole blinds supports on 1; Adopt curve or linear fashion to install, the louvered waterstop 2 on each bar curve or straight line to the flowing water engine shaft 3 and blinds axle 6 are formed one group of waterstop that can be airtight becomes the whole waterstop of a slice perhaps to open.In order to make can the be complete airtight one-tenth a slice of louvered waterstop 2 whole, the optimal way of limit stoper is that limit stoper is the part of louvered waterstop 2.Support 1 running resistance and raising block-water effect, the preferably employing unitary circular that whole blinds supports in order to reduce whole blinds.Steady for the running that makes louvered waterstop 2, whole blinds supports can support many blinds axles 6 and many group louvered waterstops 2 on 1.

After the utility model blinds flowing water motor installs; When flowing water process blinds flowing water motor; Flowing water just gets in the flowing water engine shell 7 from guide shell 8; Promote blinds chip waterstop 2, make blinds chip waterstop 2 around rotate to an angle back and closing of blinds axle 6, making blinds chip waterstop 2 and whole blinds support 1, to form an a slice that blocks water whole; Under the continuation of flowing water promoted, blinds chip waterstop 2 supported at whole blinds and streams 3 rotations of water engine axle on 1.When the one side that forwards to against the current, flowing water flows out from the guide shell 8 of one side against the current; At this moment, under the drag effect of water, blinds chip waterstop 2 is opened around 6 rotations of blinds axle, thereby reduces rotational resistance.The unidirectional running that so goes round and begins again just produces power, passes to speed changer 9 through flowing water engine shaft 3, and passing to needs powered device again.

Claims

1. blinds vertical shaft flowing water motor; It is characterized in that: its flowing water engine shaft (3) is installed in flowing water engine shell (7) through bearing (4) and bearing support (5) and upward and with the input shaft of speed changer (9) directly is connected or connects indirectly; Guide shell (8) is arranged on the flowing water engine shell (7); Whole blinds supports (1) and is installed on the flowing water engine shaft (3); Louvered waterstop (2) is installed on the blinds axle, and limit stoper is installed in whole blinds and supports on (1) or the louvered waterstop (2).

2. blinds vertical shaft flowing water motor according to claim 1 is characterized in that: the louvered waterstop (2) of blinds vertical shaft flowing water motor supports on (1) and can rotate around blinds axle (6) at whole blinds.

3. blinds vertical shaft flowing water motor according to claim 1 is characterized in that: blinds vertical shaft flowing water motor is unidirectional rotation.

4. blinds vertical shaft flowing water motor according to claim 1; It is characterized in that: the louvered waterstop (2) of blinds vertical shaft flowing water motor and blinds axle (6) are by the axis direction of edge to flowing water engine shaft (3) in the installation that whole blinds supports on (1); Adopt curve or linear fashion to install, the louvered waterstop (2) on each bar curve or straight line to the flowing water engine shaft (3) and blinds axle (6) are formed one group of waterstop that can be airtight becomes the whole waterstop of a slice perhaps to open.

5. blinds vertical shaft flowing water motor according to claim 1; It is characterized in that: the limit stoper of blinds vertical shaft flowing water motor is mounted in whole blinds and supports the limiting stopper on (1); Or be installed in the stop portion on the louvered waterstop (2); Or the part of louvered waterstop (2), or the width of louvered waterstop (2) surpasses the distance between the two blinds axles (6).

6. blinds vertical shaft flowing water motor according to claim 1; It is characterized in that: it is that unitary circular or global approximation are circular that the whole blinds of blinds vertical shaft flowing water motor supports (1); Or whole polygonal, or the global shape of circular arc and line segment composition.

7. blinds vertical shaft flowing water motor according to claim 1 is characterized in that: the whole blinds of blinds vertical shaft flowing water motor supports (1) and goes up support many blinds axles (6) and many group louvered waterstops (2).

8. blinds vertical shaft flowing water motor according to claim 1 is characterized in that: blinds chip waterstop (2) and the blinds axle (6) and the two-layer or two-layer above whole blinds support (1) of single or multiple lift stack are arranged on the flowing water engine shaft (3) of blinds vertical shaft flowing water motor.