JP3222201U - Wind generator using train wind - Google Patents

Abstract

PROBLEM TO BE SOLVED: To use a train style which can be operated at a low cost, while being small, securely generating power regardless of weather and seasons, without requiring heavy equipment or a large number of personnel or securing a special place in large-scale equipment and construction. To provide wind power generators. A rotating shaft 1 is provided with a wind turbine blade 2 on one end side, that is, on the wind direction side, a power generation unit 4 with a power generation motor installed near the other end, and a speed increaser 5 in the middle. The wire 6 thus connected is connected to the storage chamber 7. [Selection] Figure 2

Description

  The present invention relates to a wind power generator that converts train wind generated each time a train passes into generated energy.

  In conventional wind power generation, a windy place was found and a wind turbine was installed.

  The windy area in Noyama was inconvenient, there were many dangerous places, there was a lot of hard work just to install it, and there were also many accidents. At the time of the typhoon, the wind was too strong and exceeded the propeller speed limit, and the equipment itself was often destroyed and damaged.

A small power generator attached and operated at about 2.5 m height of utility poles standing along the railway line, and a power generation unit with a wind turbine blade on one end side of the rotating shaft, that is, the wind direction side, and a generator motor near the other end The speed increaser is provided in the middle, and the electric wire wired from the power generation unit is connected to the storage chamber.
A wind turbine generator using train winds characterized by the above.

  Heavy machinery and personnel mobilized to mount huge, extra-heavy-weight wind turbine blades on the top of a thick, tall pedestal on a solid foundation, as well as the time, cost and risk required for the entire construction work When compared with etc., many generators can be installed much faster and at lower cost, equipment damage caused by typhoons, etc. is overwhelmingly small scale, maintenance and inspection, replacement work, etc. can be performed quickly and safely it can.

  Image figure which shows the state which installed this invention   The image which made our school plan transparent and showed the internal structure intelligibly

A small generator attached and operated at about 2.5 m height of utility poles standing along a railway track, one end side of the rotating shaft (1), that is, the wind turbine blade (2) on the wind direction side, 3) A power generation unit (4) installed internally, a speed increasing gear (5) provided in the middle, and a wire (6) wired from the power generation unit (4) is connected to the storage chamber (7) .
The present invention is configured as described above, and an embodiment thereof will be described below.
When installing this, it is not necessary to construct a special pillar etc., and it may be attached to a position about 2 m high of the utility pole (D) already along the track. As shown in FIG. 1, the wind turbine blades (2) are mounted facing the direction of travel of the train (R). No need for large-scale heavy equipment. Completed installation without spending a lot of time with several personnel per unit. The same applies to maintenance inspections. The generated electricity is sent from the power generation unit (4) to the storage room (6) and stored.
Even when the weather conditions are calm, the train (R) generates power steadily each time the train passes, is not affected by the season, and even if the amount per unit is small, the power generation and storage according to the calculations as a whole is reliable. It will be an expected business.

Explanation of sign

1 axis of rotation, 2 windmill blades, 3 generator motors, 4 generators,
5 speed increaser, 6 electric wires, 7 electricity storage room,
D telephone pole, R train

Claims (1)

  A small power generator attached and operated at about 2.5 m height of utility poles standing along the railway line, and a power generation unit with a wind turbine blade on one end side of the rotating shaft, that is, the wind direction side, and a generator motor near the other end A wind speed generator for use in train winds, characterized in that a speed increasing machine is provided in the middle thereof, and an electric wire wired from the power generation unit is connected to the storage room.

Images