KR20030065747A - Gathering device - Google Patents

Abstract

PURPOSE: A power collecting device is provided to allow for a safe rotation even under the strong wind condition, while achieving improved effect of power collection. CONSTITUTION: A power collecting device comprises column supports(2,2'); columns(1,1') having ends inserted into the column supports; support bodies(3,3') inserted into tops of the columns; upper supports(4,4') inserted into the support bodies; rotating shaft support pipes(5,5') connected to the tops of the upper supports in such a manner that a trapezoidal frame is formed; lower bodies(6,6') disposed in the trapezoidal frame; center shaft supports arranged at the lower ends of the lower bodies; vertical rotating pipes(8,8') arranged upright on the lower bodies; wind receiving plate connection pipes(13,13') mounted on the tops of the vertical rotating pipes; plate support pipes(10,10') arranged at the bottoms of the vertical rotating pipes; and symmetrical wind receiving blades(11,11') connected to the plate support pipes.

Description

Concentrating device of Swoop Rotational Power {omitted}

The present invention is to control the blowing breeze and strong winds with wings to install a column-shaped support to ensure a safe rotation and induce a safe rotational force to bring together the rotational force generated from two or more rotating devices It is designed to convert the breeze of less than 3m per second to the required power source and to automatically control the strong rotation during strong winds so that it can be converted to the required power energy by inducing the concentration by proper rotation.

Conventional wind power rotary devices have been developed with propeller type, multi-wing type and Darius type, all of which produce power energy with one independent rotor, and the breeze did not find productivity. Has been discarded as an energy source.

The present invention developed with reference to the above point is to introduce a rotary device of the vertical axis type, but to introduce the function of the variable wing to extinguish the structure of the water breeze both strong wind and breeze and to ensure the safety of rotation In order to form a solid support and to assemble the power of the rotating shaft to be transmitted to produce a more powerful power as described with the drawings as follows.

1 is an overall perspective view of the water-jet rotary concentration device

2 is an external perspective view of the symmetrical wing plate

3 is a perspective view of the internal symmetric blade panel

The whole cross section of the fourth degree water-swivel concentrating device

Explanation of symbols on the main parts of the drawings

A. B: Water rotator 1,1 ': Pillar 2,2': Pillar support

3,3 ': Support body 4,4': Upper support 5,5 ': Rotating shaft support pipe

6,6 ': Lower body 7,7', 7 ", 7 '": Horizontal rotating shaft

8,8 ': Vertical rotating shaft pipe 9,9': Wind board support plate

10,10 ': Support plate Support tube 11,11': Symmetrical wing fan plate

12,12 ': Symmetrical wing plate 13,13': Blower plate binding pipe

14,14 ': rotating shaft binding pipe 15,15': rotating shaft support

16,16 ': Gear transfer gear 17,17': Steel piece

18,18 ': Central shaft supporter 19,19': Bevel gear

20,20 ': Bevel Gear 21,21': Bevel Gear

1. Configuration of Rotator

The present invention is to install a number of pillar support (2) (2 ') set in the two rotary devices (A) (B) in a certain place and beveled to be a ladder here Insert the pillars 1, 1 'and insert the same number of support bodies 3, 3' at the top of the pillars 1, 1 '. Insert the upper support (4) (4 ') at the top and the rotary shaft support pipe (5) (5') at the top gathering of the upper support (4) (4 ') to form a pillar-shaped column The lower body 6, 6 'is installed at the inner center thereof, and the central shaft supporters 18, 18' are formed at the lower end of the lower body 6, 6 '. Rotating shaft tube 8, 8 'is inserted and the upper end of the vertical shaft tube 8, 8' is inserted into and fixed with the rotating shaft support tube 5, 5 'to allow rotation. On the top of the rotating shaft (8) (8 ') A plurality of steel pieces (17) and (17 ') are laid out so that wind plate binding pipes (13) and (13') are laid out, and support plate support pipes (10) and (10 ') are laid out at the bottom thereof and have a variable function at the same time. By binding the symmetrical wing plate (11) (11 '), which is provided with the symmetrical wing plate (12) (12'), which enables the rotational driving regardless of the strong wind and the breeze,

2. Composition of the collecting device

The bevel gear 19 is configured to transmit the rotational power of the vertical rotating shaft tube 8, 8 'in the lower body 6, 6' which is the lower end of the vertical rotating shaft tube 8, 8 'in this state. Bevel gear (20) (20) with horizontal axis of rotation (7) (7 ') (7 ") (7'") on the left side to fix the shaft (19 ') and fix it. ') (21) (21') is fixed and the horizontal rotating shaft (7) (7 ') is condensed with the rotating shaft binding pipe (14) to secure the horizontal rotating shaft (7) (7'). Gears for power transmission to a predetermined portion of the horizontal rotating shaft (7) (7 ') by laying a plurality of rotating shaft support (15) (15') to prevent shaking of the horizontal rotating shaft (7) (7 '). (16) and (16 ') were built so that the required power could be produced and delivered.

The present invention produced as described above is to be a combination of the rotating shaft by the effect of a solid pillar to have a safe rotation function even under gusts or strong winds and a breeze of less than 5m per second not recognized by the economy to date. It will be able to achieve the concentration effect.

Claims (2)

In order to construct two rotary devices (A) and (B), the pillar supports (2) and (2 '), which are set in a predetermined number, are installed at a predetermined position, and the oblique columns (1) 1 ') and insert the same number of support bodies 3 and 3' at the top of the synchronous column 1 and 1 'and the upper part to the top of the support body 3 and 3'. Insert the support (4) (4 ') and connect the rotary shaft support pipe (5) (5') at the top of the upper support (4) (4 ') to form a ladder-shaped pillar. In the center, the lower body 6, 6 'is installed, and the lower end of the lower body 6, 6' is formed with the central shaft supporters 18, 18 '. 8) (8 ') and the upper end of the vertical axis of rotation shaft tube (8) (8') is inserted and fixed to the rotation axis support tube (5) (5 ') to be rotated and the vertical axis of rotation shaft ( 8) Fastening the windshield plate on top of (8 ') The symmetry in which a plurality of steel pieces 17, 17 'are laid out so that the pipes 13, 13' are laid out and the support plate support pipes 10, 10 'are laid out at the bottom thereof, and the support plates 10, 10' are laid at the bottom thereof. A concentrating device for water-repelling electric power, which allows the rotational driving regardless of strong winds and breezes by binding the symmetrical air-foiled plates 11 (11 ') having the airfoil double wing plates (12) (12'). Bevel gears 19, 19 'to transfer the rotational power of the vertical rotating shaft tube 8, 8' in the lower body 6, 6 'which is the lower end of the vertical rotating shaft tube 8, 8'. Bevel gear (20) (20 ') (21) with horizontal axis (7) (7') (7 ') (7' ") on the left side to fix the shaft and fix it In order to fix the 21 'and to hold the horizontal rotating shaft 7 and 7', the horizontal rotating shaft 7 and 7 'are condensed with the rotating shaft binding pipe 14 and the horizontal rotating shaft 7 A plurality of rotary shaft supports (15, 15 ') to prevent shaking (7') and power transmission gears (16) (16) on a predetermined portion of the horizontal rotary shaft (7) (7 '). A collection device for the water-returning electric power, which is built up to allow the power to be produced and transmitted.