Generator plant

FIELD: mobile generator plants.

SUBSTANCE: proposed generator plant has frame that mounts power unit, foot-operated air pump, and compressed-air cylinders whose air lines communicate with generator plant. Control panel is electrically connected to output of electric generator vertically installed on generator plant housing and mechanically coupled with exciter and power unit made in the form of vertical-shaft pneumostatic motor. The latter has sealed case with inlet, outlet, and safety valves closed with cover that accommodates vertical rotor mounted in case and cover bearings and made in the form of shaft with two power drives attached thereto by means of U-shaped frames. Power drives are installed on either side of vertical shaft and spaced 180 deg. apart in horizontal plane. Each of them has a number of similar members symmetrically mounted one on top of other, their quantity being dependent of desired power. Each member is essentially rhombic plate made of light-mass and high-strength metal whose longitudinal axis is longest diagonal parallel to that of other power drive. Through ducts are provided on front ends of rhomb and L-shaped blind ducts, on its rear butt-ends. All these ducts are closed with covers kinematically coupled with drive cylinder piston. Compressed air fed to sealed housing opens covers, and unbalanced forces are built up on each member which set power unit in rotary motion. Air evacuation from sealed housing closes covers with the result that no forces are built up on drive members.

EFFECT: enhanced power output and torque.

2 cl, 21 dwg

 

The present invention relates to mechanical engineering and can be used as a source of electric current.

Known generator set that contains a frame, which includes: power unit, generator of electric current, the remote control. Power unit made in the form of a fluid dynamics engine containing hydraulic motor, reactors, distribution mechanism, cyclone, tank and tank for storing the working fluid, the hydraulic system control. The input pipe of the reactor through the inlet valves are connected with feed tank, and the output tubes are connected through a distribution mechanism with the input cavity of the motor, and the output cavity of the motor is connected to the cyclone, the inner cavity of which is connected with the atmosphere, and the outlet is connected with feed tank. Inside the reactor has a gas generators, each of which is an automatically opening and closing the container, inside of which is placed the active elements made of metal or alloy, related to cerium or yttrium groups collection lantanoides. The movable components of the gas generator is kinematically connected with the engine management system.

/Patent RF №2171911, CL F 03 In 13/00, publ. 10.08.2001, bull. No. 22/.

The disadvantages of the known generator is ornago installation are: the complexity of the power plant, the high cost of active elements.

These drawbacks are due to the design of the generator set.

Also known generator set that contains a frame, which includes: power unit, generator of electric current, the remote control. Power unit made in the form of pnevmaticheskogo engine containing a sealed enclosure with intake, exhaust and relief valve, within which the bearings installed horizontal rotor, made in the form of a cylindrical body containing the deaf, opening away from the axis of rotation, the channels of rectangular or circular cross-section, located in rows along the longitudinal axis of the rotor, and in each row there are two channels deployed relative to each other by 180 degrees, in addition, the plane of the bottom of each pair of channels is at an angle to a line passing through the center of rotation and between the two opposite channel. As the working fluid used compressed air. The internal cavity of the housing is connected with an air pump actuator. The generator in the form of a round magnetic circuit is mounted on the non-magnetic body, which is fixed to the winding, connected to each other in series and interacting with permanent magnets embedded in the body of the ro is ora, moreover, the output of the generator of electric current connected to the input to the rectifier device placed on the remote control.

/Patent RF №2148886, CL H 02 To 7/18, F 03 13/ 00, publ. 10.05.2000, bull. No. 13/.

Known for generator set by the RF patent №2148886 as the most slimy to the technical essence and achieved the beneficial result that adopted for the prototype.

The disadvantages of the known generator for RF patent No. 2148886 adopted for the prototype, are too weak and small twisting moment.

These drawbacks are due to the structure of pnevmaticheskogo engine power plant.

The aim of the present invention is to increase the torque and increase the capacity of the power plant.

The objective according to the invention, provided that the generator of electric current and power installation in the form pnevmaticheskogo engine with a horizontal rotor is replaced by a generator of electric current, installed vertically outside the frame of the power unit, one end of the shaft which is connected to the shaft of the mentioned setup, and the other end of the shaft is connected to the shaft of the exciter, the output of which is electrically connected with the windings of the generator of electric current, a power plant in the form of pnevmaticheskogo DV is the engine with a vertical rotor, containing a sealed housing with inlet, outlet and pressure relief valves, closed the lid, within which the bearings of the housing and the cover has a vertical rotor in the form of a hollow vertical shaft with upper and lower end-to-end grooves, into which is inserted an inner shaft, and a hollow vertical shaft by means of two U-shaped frames attached to two of the power unit, the same design that are installed parallel to each other on different sides of the hollow vertical shaft and deployed relative to each other by 180 degrees in a horizontal plane, each of which contains several of the same elements, mounted in the U-shaped frame symmetrically one above the other, the upper and lower side which is perpendicular to the hollow vertical shaft and separated by spacers, smaller than the elements themselves, with each element the number of which is limited, is a plate made of light and durable metal, made in the shape of a diamond, the longitudinal axis of which is the largest diagonal, which both power units are parallel to each other, and two of the front end sides of each of the diamonds are made through the front channels of rectangular or circular cross-section, and the opposite walls of each pair Squaw who were the front channels on the square are equal to each other, thus the output of the holes through the front channels one front face side, open on the upper side of the diamond, and through the front channels of the other of the front face side of a rhombus is open on the lower side of the diamond, in addition, two rear sides of a rhombus are made deaf rear l-shaped channels of rectangular or circular cross-section, the longitudinal axis of each of which is perpendicular to the largest diagonal of the rhombus, and each pair of the deaf rear l-shaped channels that are on the same line parallel to the smallest diagonal of a rhombus, and rotated coaxially to each other with their end walls, and any of the walls of one deaf rear G-shaped channel is equal to the square of the same wall of any other of the mentioned channel, in addition, through the front channels each item closed front covers, which are interconnected by a beam connected to a longitudinal shaft mounted in the rail attached to the upper element, and deaf rear l-shaped channels are closed back covers connected by a beam, connected to a longitudinal shaft mounted in the rail attached to the upper element, both longitudinal shaft cooperating with the Cam made integral with a transverse shaft mounted in the bearing, which is attached to the P-obrasocial and kinematically connected to the inner shaft, through the slot in the hollow vertical shaft connected with the wheel mounted on the latter for movement in a vertical plane and having a groove in which is inserted the plug lever, mounted on the rack, turned down very low to the body pnevmaticheskogo of the engine, a mechanism of inclusion pnevmaticheskogo engine, containing a pneumatic cylinder, closed at one side by a cover and is attached inside the wall of the housing, into which is inserted a piston connected with the piston rod and dividing the space of the cylinder into two cavities: open and closed, and a closed cavity through a pipeline connected to the atmosphere and it is inserted, the spring holding the plunger in the middle position, and the opening of the cavity communicates with the internal volume of the body, and the rod pneumaticity pivotally connected with the second end of the lever, in addition, the internal volume of the housing through the inlet valve and the hose is pneumatically connected with the air pump with foot control, and a can of compressed air, and the output of the generator of electric current is connected electrically with the control panel generator set, controls the pressure in the housing pnevmaticheskogo engine.

The invention is illustrated by drawings, where figure 1 shows a General view of the generator set on the figure 2 - VI is on top of the generator set, figure 3 is a view of the power plant side in the section, figure 4 is a top view of the power plant off the top cover, the figure 5 - General view of the power block, in figure 6 - top view of the power unit figure 7 - General view of the hollow vertical and the inner shaft power plant, figure 8 is a top view on a hollow vertical shaft in the section, figure 9 - device air pump with foot actuators, figure 10 - diagram of the mechanism of inclusion pnevmaticheskogo engine on the figure 11 - top view element power unit pnevmaticheskogo engine with a partial section, on figure 12 is a section along AA of figure 11; figure 13 is a section along BB of figure 11, figure 14 - section BB of figure 11, figure 15 is a left side view on an element of the power unit pnevmaticheskogo engine on figure 16 is a right side view on an element of the power unit pnevmaticheskogo engine on figure 17 - diagram of the compressed air pressure acting on the wall through the front channels of each of the elements of the power unit pnevmaticheskogo engine, figures 18, 19 - circuit compressed air pressure acting on the walls of the deaf rear l-shaped channels of each of the elements of the power unit pnevmaticheskogo engine on the figure 20 - diagram of the compressed air pressure on the element of the power unit with closed front and rear is rysko, figure 21 - diagram of the compressed air pressure on the element of the power unit with open front and back covers with the formation of thrust.

The proposed generating plant comprises a frame 1, which includes: power unit 2, air pump with foot drive 3, remote control 4, expendable tank of compressed air 5 and a spare can of compressed air, 6. Power plant is pnevmaticheskie engine installed vertically, which comprises a sealed enclosure 7 with the inlet 8,9, prom 10 and 11 safety valves, closed top cover 12. Inside the housing on the bearing 13 of the housing and the bearing cover 14 having a sealing device installed vertical rotor, made in the form of a hollow vertical shaft 15 having a top 16, bottom 17 through the slots and the platform 18, into which is inserted an inner shaft 19. To the hollow vertical shaft through the U-shaped frames 20, 21 are attached power blocks 22, 23, the same design that are installed parallel to each other on different sides of the hollow vertical shaft and deployed relative to each other by 180 degrees in the horizontal plane. Each of the power blocks contains several identical elements 24, which are separated by a gasket 25, the smaller, the eat items and placed symmetrically one above the other, the sides are perpendicular to the hollow vertical shaft. Each element, the number of which is not limited and depends on the required power and torque, is a plate made of light and durable metal, made in the shape of a diamond, the longitudinal axis of which is the largest diagonal. On two of the front end sides 26, 27 of the diamond is made through the front channels 28, 29, 30, 31, 32, 33 rectangular or round cross-section, the longitudinal axis of each pair are arranged in a line parallel to the smallest diagonal; parallel to each other, and the opposite walls of each pair through the front channels are parallel to each other and equal in area. Weekend openings through the front channels of one of the front end part goes on the top 34 of the side of the diamond, and output apertures through the front channels, located on the other front side, facing the bottom 35 of the side of the diamond. Two rear sides 36, 37 of the diamond made deaf rear l-shaped channels 38, 39, 40, 41, 42, 43 rectangular or round cross-section, the longitudinal axis of each of which is perpendicular to the largest diagonal of the rhombus, and each pair of the deaf rear l-shaped channels that are on the same line parallel to the smallest diagonal of a rhombus, aligned, rotated each dragonwake end walls and open in the direction of the maximum diagonal of the rhombus. Through the front channels of all elements within the power block, closed front covers 44, which is attached to the beam 45, which is connected with the longitudinal shaft 46, is inserted into the guide 47, attached to the top element. Deaf rear l-shaped channels of all elements within the power block, closed rear caps 48, which is attached to the beam 49 that is connected to a longitudinal shaft 50 inserted into the guide 51 mounted on the upper element. Both longitudinal shaft cooperating with the Cam 52 is made integral with the transverse shaft 53 mounted in the bearing 54, PA fixed upper element. The transverse shaft by means of levers 55, 56 and vertical thrust 57 is connected to the inner shaft through the top groove in the hollow vertical shaft. Similarly, the front and back cover of the second power unit is also connected to the inner shaft. The inner shaft through the bottom groove in the hollow vertical shaft connected to the wheel 58 mounted on the latter for movement in a vertical plane and having a groove in which is inserted the plug lever 59 mounted on the rack 60, the second end of which is pivotally connected to a rod 61, a piston 62, which divides the inner cavity of the pneumatic cylinder 63 into two cavities: open and closed. Closed cavity has a cover 64 through line 65 connection is replaced with the atmosphere, within which the spring 66 holding the piston in the middle position. The open cavity of the pneumatic cylinder with an inner cavity of a body pnevmaticheskogo motor, the shaft of which is mechanically connected with one end of the shaft of the generator of electric current 67 mounted vertically on the housing pnevmaticheskogo engine, the second end of the shaft which is mechanically connected with the shaft of the exciter 68. The generator output electrical current electrically connected to the control panel, containing thermal relays, fuses, switches, and measuring devices. Inside the body cavity pnevmaticheskogo engine via pipelines through the inlet valves are connected with an air pump, a metering cylinder of compressed air and pressure control. Air pump with foot actuator includes a housing 69, indoor cap 70, within which is placed in the cylinder 71, a closed lids 72,73, one of which is pivotally connected with the casing and through the opening in the second cover is missing from the rod 74, pivotally connected with the foot pedal 75 and coupled with the piston 76. The generator of the electric current and the exciter without features.

The operation of the generator set.

To actuate the generator set required by the air pump 3 or the opening of the valve of rashomon the th cylinder of compressed air 5 to create inside the housing 7 pnevmaticheskogo engine 2 required air pressure, which is controlled by a pressure gauge mounted on the control panel 4. After the pressure of the compressed air inside the housing 7 has reached the desired value, it produces pressure on the piston 62 of the pneumatic cylinder 63. Under the action of this pressure, the piston 62 is displaced to the left (figure 10), removing the spring 66, and the air from the closed cavity of the cylinder 63 through the pipe 65 being released into the atmosphere. The rod 61 is shifted to the left and through the lever 59, a wheel with a groove 58 moves up the inner shaft 19, and with it the levers 55, 56, vertical traction 57, which rotates the transverse shaft 53 both power blocks 22, 23. The Cams 52 are rotated and pushed the shafts 46, 50, which move in the opposite side beams 45, 49 and associated front 44 and rear 48 of the cover, opening through the front channels 28, 29, 30, 31, 32, 33 and deaf rear l-shaped channels 38, 39, 40, 41, 42, 43 all the elements 24 of the power blocks 22, 23. In the compressed air produces a pressure on the walls through the front channels, as well as l × l2=l1×l3, l4×l2=l5×l3l × l7×l4×l8=l × l7×l4×l8, l1×l9×l5×l6as in the previous case l1×l5×l6(opposite wall), then the pressure of the compressed air on the walls of each pair through the front channels will be equal, oppositely directed, and will be mutually balance each other F=F1F2=F3F4=F5F6=F7(Fig, 17). Similarly at the other two pairs of through the front channels. Thus the pressure of the compressed air on the wall through the front channels 28, 29, 30, 31, 32, 33 in vertical and horizontal planes do not create any additional forces acting in the direction of the largest diagonal of the rhombus. Through the front channels only necessary to equalize the area of the front end sides 26 and 27 with the rear sides 36, 37 of a rhombus having deaf rear l-shaped channels (Fig, 16). At the same time, compressed air produces a pressure on the walls of the deaf rear l-shaped channels 38, 39, 40, 41, 42, 43. As l2×l13=l5×l14, l13×l8=l14×l11, l2×l8×l15=l2×l8×l17=l5×l16×l11=l5×l11×l18(Fig, 19). Similarly at the other two pairs deaf rear l-shaped channel of the century Hence the pressure of the compressed air on the walls of the two pairs of deaf rear l-shaped channels are equal and balance each other (F8=F11F12=F13F14=F15(11, 19).

Similarly at the other two pairs deaf rear l-shaped channels. However, the pressure of the compressed air on the front walls of these channels does not equal. The vectors of these forces are the same in direction and magnitude of fold FT1+FT2+FT3+FT4+FT5+FT6(Fig, 19). Pull on the element 24 of the power unit 22 and 23 occurs as follows. Front end sides 26, 27 of a rhombus are equal and equal to the squares of the rear sides 36, 37, which are equal to each other. Hence l18×l22=l20×l24=l19×l23=l21×l25(Fig, 16). The pressure of the compressed air FIn(with open lid 44, 48) on the front end wall 26 of a rhombus are equal, oppositely directed force balances the pressure of the compressed air FB3acting on the rear end side 37. The pressure of the compressed air FB1on the front end side 27 of a rhombus are equal, oppositely directed force balances the pressure of the compressed air FB2acting on the rear end side 36 (Fig). The pressure of the compressed what about the air F CCand FNRacting on upper and lower sides of a rhombus is equal, oppositely directed and balance each other (Fig). The pressure of the compressed air FT1FT2FT3FT4FT5FT6acting on the front wall of the deaf rear l-shaped channels 38, 39, 40, 41, 42, 43, nothing is balanced, the vectors of their the same direction as the resultant of these forces FTrattached to the element 24 is directed along the largest diagonal of the diamond from the deaf rear l-shaped channels in the side through the front channels and is the thrust of one item 24 (Fig). Traction force to other elements is created as described above. The thrust force of each of the elements and is equal to the force of traction of one power unit. As power blocks 22, 23 are rotated to each other by 180 degrees, and the vectors of the tractive force of the power blocks 22, 23 are directed in opposite directions and create a torque which causes rotation of the hollow vertical shaft 15 (figure 4 arrows), and the latter results in a rotation of the shaft of the generator of electric current 67 and pathogen 68. It produces electric current from the generator output electric current is supplied to the control unit 4, and then to consumers. The pressure of compressed air in the housing 7 is limited to protect inim valve 11. To stop pnevmaticheskogo engine 2 should start on the exhaust valve 10, to release into the atmosphere the compressed air from the internal cavity of the housing 7 and to make the pressure inside is equal to atmospheric. When the pressure inside the case will be equal to the atmospheric pressure of the air spring 66 will extend and push the piston 62, which moves the rod 61 to the right and through the lever 59, a wheel with a groove 58 will lower down the inner shaft 19, through which the levers 55, 56, vertical traction 57 will rotate the transverse shaft 53 with Cams 52. Springs, not shown in the drawings, is shifted longitudinal shafts 46, 50 in the direction of the centre, moved beams 45, 49 together with the front 44 and rear 48 of covers that will close up the through the front 28, 29, 30, 31, 32, 33 and deaf rear l-shaped channels of all the elements 24 both power blocks 22, 23. Hollow vertical hall 15 will stop. The pressure of atmospheric air FInand FB3through the front cover 44 on the front end sides 26, 27 of the diamond will be balanced by the pressure of atmospheric air FB2and FB3through the rear cover 48 on the rear side 36, 37 diamonds and no power of Tate on the element 24 will not arise (Fig). Similarly on all other elements of the power blocks 22, 23. Reverse pnevmaticheskie engine does not have. When using compressed air and the cylinders 5, 6 starting the generator set can be carried out by injection of compressed air into the housing 7 of the air pump 3. Pressing the foot pedal 75 rod 74 moves to the left and the piston 76 of the cavity of the cylinder 71 through the exhaust valve supplies compressed air into the housing 7 pnevmaticheskogo of the engine 2, and at the moment the pedal is released the piston 75 76 under the action of the spring moves to the right and are sucked through the inlet valve into the cylinder 71 air from the atmosphere (Fig.9).

The proposed generator set can be used in areas where difficult fuel delivery.

The positive effect of a higher power on the motor shaft, more spinning time, higher power output.

1. Generator installation comprising a frame on which is fixed a power plant, a generator of electric current, mechanically connected to the power unit, control panel generator set, controls the pressure inside pnevmaticheskogo motor, electrically connected to the generator output electric current of the air pump pneumatically connected with power plant, characterized in that the power unit is made in the form pnevmaticheskogo engine containing a sealed enclosure with intake, exhaust and p is adahrandell valves, closed the lid, within which the bearings of the housing and the cover has a vertical rotor in the form of a hollow vertical shaft with upper and lower end-to-end grooves, into which is inserted an inner shaft, and a hollow vertical shaft through the U-shaped frame attached to two of the power unit, the same design that are installed parallel to each other on different sides of the hollow vertical shaft and deployed relative to each other at 180° in the horizontal plane, each of which contains several of the same elements, mounted in the U-shaped frame symmetrically one above the other, the upper and lower sides which are perpendicular hollow vertical shaft, and separated by spacers, smaller than the elements themselves, with each element the number of which is limited, is a plate made of light and durable metal, made in the shape of a diamond, the longitudinal axis of which is the largest diagonal, which both power units are parallel to each other, and two of the front end sides of each of the diamonds are made through the front channels of rectangular or circular cross-section, the opposite walls of each pair through the front channels located on a line parallel to the smallest diagonal of a rhombus, polewali equal to each other, thus the output of the holes through the front channels one front face side, open on the upper side of the diamond, and through the front channels the other end of the front side of a rhombus is open on the lower side of the diamond, in addition, two rear sides of a rhombus are made deaf rear l-shaped channels of rectangular or circular cross-section, the longitudinal axis of each of which is perpendicular to the largest diagonal of the rhombus, and each pair of the deaf rear l-shaped channels that are on the same line parallel to the smallest diagonal of a rhombus, and rotated coaxially to each other with their end walls, and any of the walls of one deaf rear G-shaped channel is equal to the square of the same wall of any other of the mentioned channel, in addition, through the front channels each item closed front covers, which are interconnected by a beam connected to a longitudinal shaft mounted in the rail attached to the upper element, and deaf rear l-shaped channels are closed back covers connected by a beam, connected to a longitudinal shaft mounted in the rail attached to the upper element, both longitudinal shaft cooperating with the Cam made integral with a transverse shaft mounted in the bearing, which is attached to the P-obrasocial and kinematically connected to the inner shaft, through the slot in the hollow vertical shaft connected with the wheel mounted on the latter for movement in a vertical plane and having a groove in which is inserted the plug lever, mounted on the rack, turned down very low to the body pnevmaticheskogo engine, the lid is fixed generator of electric current, and in the case of the last installed the agent, and one end of the shaft of the generator of electric current is connected to the shaft pnevmaticheskogo engine, and the second end of the shaft is connected to the shaft of the exciter, the output of which is electrically connected with the windings of the generator of electric current, the output of which is connected to the control panel generator set, controls the pressure inside housing pnevmaticheskogo engine, the latter being pneumatically through the inlet valve connected to an air pump and a cylinder of compressed air.

2. Generator set according to claim 1, characterized in that the mechanism of inclusion pnevmaticheskogo engine contains a pneumatic cylinder, closed at one side by the cover and attached inside to the wall of the casing, within which is inserted a piston connected with the piston rod and dividing the space of the cylinder into two cavities: open and closed, and a closed cavity through a pipeline connected to the atmosphere the hero and inserted in the spring, retaining the piston in the middle position and an open cavity communicates with the internal volume of the body, and the piston rod of the pneumatic cylinder pivotally connected to the lever.



 

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