Mechanical energy-to-electricity transformer using kinetic energy of a hydraulic machine

A mechanical energy-to-electricity transformer using kinetic energy of a hydraulic machine is provided, including: a power unit, for connecting to the hydraulic machine; a generator, including a rotor, a stator and an output electrode set, the rotor connected to the power unit and twelve magnetic members, the rotor being rotated with a rotational speed lower than or equal to 600 rpm, N pole and S pole of the magnetic members circumferentially alternatively arranged, the stator having thirty-six ditches axially, between every adjacent two ditches forming a tooth, the ditches, teeth, coil units magnetic members defining winding sets circumferentially arranged in intervals by 120 degrees to form a three-phase AC structure electrically connected with the output terminal, the three-phase AC structure being rotatable relative to the magnetic members to generate AC power of 60 Hz and 220 V.

Electricity and air supplying equipment

A type of electricity and air supplying equipment, which includes: a clutch mechanism, a belt assembly, a motor having a transmission shaft, a generator unit having a generating wheel, and an air compressor having an air compressing wheel. The clutch mechanism has first and second clutch shafts that can be engaged or disengaged. The belt assembly includes a first belt connected between the transmission shaft and the generating wheel, a second belt connected between the generating wheel and the first clutch shaft, and a third belt connected between the second clutch shaft and the air compressing wheel. The motor drives the generator unit to run and generate electricity, and meanwhile, the generator unit drives the air compressor through the clutch mechanism. Thus, the equipment can use single power for electricity generation and high-pressure air production, while providing heat insulation and easy assembly.

Kinetic energy conversion device of punching machine

A kinetic energy conversion device of a punching machine includes a punching table, a power unit, an air compressor, a clutch, a gas storage tank, a pressure detector and a generator. The power unit, the air compressor, the clutch, the gas storage tank, the pressure detector, and the generator are all disposed on the punching table. The power unit drives the clutch, air compressor, and generator to generate electrical power and high pressure gas. Therefore, the air compressor can operate without using additional energy. Compared with conventional punching equipment and the air compressor externally disposed and connected to the punching equipment, a large amount of electricity cost can be saved, achieving a power saving effect.

GENERATOR WITH BUILT-IN VOLTAGE CONTROLLER

A generator includes: a built-in voltage controller disposed inside the housing of the motor and connected to the stator; a loop changeover switch, wherein one side of the three groups of loop polar phase contact points is connected to the current output unit through three phase lines, and the other side is connected to the current output unit through three loop lines; a three-phase short-circuit changeover switch is in a spaced arrangement with the loop changeover switch and includes three groups of short-circuit polar phase contact points, one side of which is connected to each other through short-circuit wire, and the other side is connected to each phase line; three converted-voltage output lines, wherein one end electrically connected to the loop polar phase contact points of the loop changeover switch is connected to one side of the loop lines; the other end is used to connect to a power device. 1. A generator with a built-in voltage controller comprises a motor , which includes a housing , a stator and a rotor accommodated inside the housing , wherein the generator further comprises:a built-in voltage controller which is disposed inside the motor housing and is in electrical connection with the stator; the built-in voltage controller has a voltage up-down adjustment control function and includes a current output unit;a first loop changeover switch which is a three-pole knife switch type and includes three groups of first loop polar phase contact points; one side of the first loop polar phase contact points is corresponding to the current output unit of the built-in voltage controller through the three phase lines for electrical connection; the other side of the three groups of first loop polar phase contact points is electrically connected to the current output unit of the built-in voltage controller through the three extended first loop lines;a second loop changeover switch which is a three-pole knife switch type and is in a spaced arrangement relationship ...

Electricity and air supplying equipment

A type of electricity and air supplying equipment, which includes: a clutch mechanism, a belt assembly, a motor having a transmission shaft, a generator unit having a generating wheel, and an air compressor having an air compressing wheel. The clutch mechanism has first and second clutch shafts that can be engaged or disengaged. The belt assembly includes a first belt connected between the transmission shaft and the generating wheel, a second belt connected between the generating wheel and the first clutch shaft, and a third belt connected between the second clutch shaft and the air compressing wheel. The motor drives the generator unit to run and generate electricity, and meanwhile, the generator unit drives the air compressor through the clutch mechanism. Thus, the equipment can use single power for electricity generation and high-pressure air production, while providing heat insulation and easy assembly.

氣／油壓機械動能轉電能裝置

沖床之動能轉換裝置

本創作係提供一種沖床之動能轉換裝置，其主要包括一沖床機台、一動力單元、一空壓機、一離合器、一儲氣桶、一壓力檢知器及一發電機，其中動力單元、空壓機、離合器、儲氣桶、壓力檢知器及發電機皆設置於於該沖床機台上，動力單元驅動離合器、空壓機及發電機，進而產生電能及高壓氣體，故空壓機無須使用額外的能源即可運作，相對習知沖床設備與其外部配置連接的空壓機，可節省大量用電成本，達到節能的功效。

具油壓系統以循環發電的車輛

Anti-falling apparatus for vehicle parking equipments

Mechanical energy-to-electricity transformer using kinetic energy of a hydraulic machine

A mechanical energy-to-electricity transformer using kinetic energy of a hydraulic machine is provided, including: a power unit, for connecting to the hydraulic machine; a generator, including a rotor, a stator and an output electrode set, the rotor connected to the power unit and twelve magnetic members, the rotor being rotated with a rotational speed lower than or equal to 600 rpm, N pole and S pole of the magnetic members circumferentially alternatively arranged, the stator having thirty-six ditches axially, between every adjacent two ditches forming a tooth, the ditches, teeth, coil units magnetic members defining winding sets circumferentially arranged in intervals by 120 degrees to form a three-phase AC structure electrically connected with the output terminal, the three-phase AC structure being rotatable relative to the magnetic members to generate AC power of 60 Hz and 220 V.