CONTINUOUS VACUUM OR PRESSURIZED AIR GENERATOR

Abstract: Since a declaration under Article 17 (2) (a) has been made by the International Searching Authority in respect of this application, the present publication contains neither a drawing nor an abstract.

Description: Descriptive Eeport of a Patent Device "CONTIMJOUS VAOTU OR AIR COMPRESSED GENERATOR". TECHEICAI. EIELD: Continuous Power Source, BACE-GROUKD ART: There is not.. DISCLOSURE OP INVENTION... and ERIEP DΞS , CRIPTIOIT OP DRAWINGS: It's a device process that through a geometric, — .and specific shap , having in sight the propriety of the e— lasticity, of the vacuum, or from the air compressed, provi¬ de the drainage system or leading direction of the vacuum an ti-pressure of the air compressed, from an air proof chambez? in a -continuous or permanent form, and with this purpose spLn a wheel -and produce continuous and permanent power, transforma le in all its forma. Air compressed fitness: The centrifugal pressure exerted in the points of the interior side of a. chamber, not uni orm, and air proof, submetted to the preasion of the air compressed are inverse¬ ly proportional to the respective distance from the middle - central point. Vacuum fitness: The anti-pressure or centripetal pressure exerted in the points of the interior side surface of a chamber, not uniform, air proof, exposed to the vacuum, are directly pro- OMPI portional to the respective distance from central middle po¬ int. The uniformity of the air compressed centrifugal - pressure, or from pressure toward the center, in the points of inner side of a chamber, exist when it's spherical. To sum up, the air compressed, and the vacuum are flexible, and will have power energy as they are lead away, or separated from its fixed or spherical, form, as steel — spring when it's compressed or expanded. The device consist essentially of two cilindrical chambers, one fixed outward, air proof, drawing A3, 3 . and the other inside moveable, drawing £5, S ' » both provide with subchambers, The outside chamber can be in the .simple form of a cylinder, drawing A3; in this case, the inner chamber will - be too of s. -simple cyl.inder form, drawi g A5. The sub-cham bers from the outward chamber will be on the opposite of its inner surface, drawing A3; the saιbcha,τπbers from the inner c_ linder will be on the opposite of its outward surface, -A5-. The outwa_rd chamber can be too, in the shape of a cylinder r g, that is, with twofold inner surface, drawing B3; in this case the inner chamber would not exist, it con— sist of only the framework that will keep the respectives — subchambera, drawing B . The subchambers from the outward — chamber cylinder ring, will be on the opposite of the inner surface of its outward surface, and on its outward surface - of its inner surface, drawing B3.5 the -subchambers from the - inner chamber, being not existent, will atablish in the res¬ pective suport framework, drawing B4. The subchambers of both chambers, have openings, - or windows, suitable to the half of their respectives fron— tal surface; The subchambera openings or windows, are loca— ted, unchangeable, in a definite position, that ^ s right or - SUBSTITUTE SHEET ( -_°MZL lef-fc, as the subchambers are placed in contraposition, in — normal condition, the windows will shut; apining, will get - a position that would full connect. The defor it ia got setting up different number — of the subchambers for each cylinder, of course the bigger - number for the outward cylinder, because of its. bigger dia— meter * The most deformity placed is. located in the half - term of a. scale of v^ue, that goes from the relation one by one -.l l-> or two by two -2/2- to two by one -2/1-, or be it, three by two -3/2-, and theire multiples 6/4, S/6, 12/8, and so on. , Two subchambers, one fixed, and one changeable, — drawing A2, or three .subchambers, two opposed fixed, and one central moveable, drawing B2., form one unique twofold or ti-i pie subchambera, unchangeable deformed, in a. only direction, so that over the spin they start, each one, from one total - deformity to a deformity zero, and siimiltaneously total, ne¬ ver opposing the way, and asserting by the amount of its po- wer, a continuous motion from chamber or inner moveable cy— linder. To the relation 3/2, and their multiples among the propotion subchambers, the permanent sum of the openings cor respond to ninety degress -90S-, that correspond to the de— formity of one quarter -l/ - from the total dimention of the device• With the application of the vacuum, the motion di¬ rection is unique, and the output ia* total in either one of the two patterns, drawing A-l or El, having the advantage of not bringing forth heat. With the air-compressed application, in the simple pattern, drawing Al, with relation to centrifugal pressure, provide, opposed to a decentralized scale whose point of suT SUBSTITUTE SHEET port is the axle of the inside cylinder, and the direction - of the motion would depend on the angularity of the sub-cham bers. Shutting, off: 5 The subchambers opposite frontal faces, must,be — sufficiently close fitting, to permit the free spin of the - inner cylinder, providing a sufficient shutting off for each twofold, or triple subchambers, thus cons sting of a perfor¬ ming and running unit. 0 -ϊhe followin coefficiente contribute to the shut¬ ting off: is - The subchambera whole pressure, apecifically in the points of contact in reference is the same or unique. .2 - The deformity capacity of the subchambera, — twofold, or triples, are always in the same direction to the spinning motion. 3 a — -The pressure power, or antipressure in propor tional to the deliberate surface, an the intermission of — contact in allusion, is. trifle in relation to subchambers — D wall. If taken in account, however, the messurea infini¬ te decimal from the gas molecule, to its dispersion, and to the vacuum, the absence almost total from molecules, we con¬ clude that, in relation to the thirde. factor - proportional! 5 ty of the pressure, or antipressure in relation to the surfa¬ ce considered, - the shutting off becomes insufficient; so - the assertion is valid only for one shut off chamber; by that reεon there have to lay hold of the shutting off device. Shutting off Device: 0 The Shutting off Device consist of recovering the walls, or enclosed frontal parta of the subchambers of both cylinders, or barrel with a layer of rubber of suitable fle¬ xibility. In this position correspondent to the circles of - shutting, there shoul establish, however, as the case, one or two metalical rould fr-anework of free whirl, so, or by which, will be set up slin cylinders, shole in thickness, correspon¬ dent to the intermediary space, shirling, transversal, metali 5 cal, covered with rubber, with less apace, than the minor bro adness of the frontal walls. The rubber will provide the shutting, and the spin of the cylinders, and the circles, will provide the free spin of the inside barrel. 10 The application of the vacuum has the convenience - of preventing the formation of hotness by attrition. The force of inaction will become trifle, if kaken in account, the power that could get with the vacuum, the knowledge based on speculation a ton by liter. 15 Semi Shafts: is - The outer cylinder being simple, so will the - inner one, drawing A5« In this case, the semi shafts, one will get fixed - through beari g, inside to the lateral outer cylinder face; - 2.0 the other the same, through bearing, and fixed on the other - opposite face, but, over flowing to the accessory chamber, — drawing Ala_, Bla, where it will link to the receiver wheel, - drawing Alb; both, making up one unique spare part, will he - however whirling, drawing Al. 5 2-δ - The outer cylinder being ring type, drawing B3, so will the inner one, drawing B4. In this case, one shaft will be fixed, linked from one side to the wall of the outer cylinder, and long enough - so as to overflow, from the other side, to the opposite wall 0 on the inside to the opposite semi shaft, that will be movea¬ ble, drawing BIX. In this semi moveable shaft there will have however two bearings on the same upright level; one that the - semi fixed shaft links to the semi moveable shaft; the other, SUB that the semi moveable shaft links on the wall of the outer - cylinder. The semi moveable shaft, entangled to the semi fi— xed shaft will cross the wall of the outer cylinder, and to - the inside of the extra chamber, drawing Bla, where it will - link with the receiving wheel, drawing Bib. Complementary Chamber: - drawing Ala, Bla. The complementary chamber, is a extension of the ou ter cylinder, where the receiving: wheel is located, and the e_ quipments of transmission to the outside; that can have inner walla, or doors: hings to reinforcement, or sustenance of the components. Turning off.: The runni g turning off, can be by- a special and ef ficient systen of braking, friction, or by automatic shutting off neutralization of the pressure, or anti-pressure; thus — consist of setting windows, or valves, drawing .Ai ., Bid, on - the flat frontal walla of the fixed -subchambers, of the cham¬ ber or outside cylinder, - handled through a. duple and flexi- ble cable, not in central ised position, " by a outside control lever drawing Ale, Ble..Priction: drawing Ale. Power Input: The power is got by the inner cylinder rotation, by which it must be drawn out; for that the outer cylinder has - got an extension, complementary chamber, drawing Ala, Bla, al so air proof, where it will be opposing to the receiver wheel, drawing Alb Bib, linked to the semi shaft. The power input can he by electrical or mechanical process. Electrical input process: The power input by electrical process consist of e- lectrical motor apposition, linked to the receiving wheel, on the inner side of complementary chamber, and the power is got SUBSTITUTE SHEET ( OMH by a * , plug socket on the outer side. Mechanical input process: The power input by the mechanic process can be by — two systems: discharge and rotation; Input by the discharge process: This process consist the following principles: Receiving wheel, set in iέhe complementary chamber, - linked to the semi shaft, with its outer face bend, drawing — Alb, so that if looked at side shows the shape of an acute an- gle, instead of an unique beding, the wheel face can be subdi¬ vided en grσupe bendings. Impact: interconnection: Consist of a shot cylinder, drawing -Al , having two springs that draw up when the impact cy inder is driven for ward by a wheel, to the outer side. These springs, drawing Aim, are linked in encasement from other encasement cylinder, dr — wing .Alg, fixed, sustained by the outer face of the complemen¬ tary chamber, and by a support, or inner wall. Encasing the — •shot cy.linder, in its overflowing to the outer side, on the ex ternal part of the outer cylinder, or on the inner sustenance wall, a. rubber glass ia linked, drawing Alh, for that purpose shutting the inner pressure, or antipressure, allowing simulta niously, the .surface shot motion of the impact cylinder. The impact motion will be transformed in spinning mo tion through a equipment, type lever tree, or inlefc-manifold - of a conventional oto car engine. Depending on the subdivision bending wheel plan, in a circular, or radial way, can be used more than one or seγ§ ra! impact cylinder set in surface level, coinciding with the height of the semi shaft of the receiver wheel. Power input by the mechanical rotating process: Consist this process of the following principles: Receiver wheel, drawing Bib, set in the co plemen- TUTE SHEET tary chamber, linked to the semi shaft, drawing BID, made up by diameter relatively small, On its outer face, set next to the perphery will be encased, an linked to a bearing a tiny wheel, This tiny wheel be of a free spin, as the same as the other, drawing Bio, with the same feainares, and fittings, that will be fixed on the outer side of the external power - input., linked to the extreme outer -side of interconnected c£ linder. The interconnected cylinder, in its. extrε lowing - to the outer side, to half distance from its length, will be supported on its external face of the complementary chamber, in special apparatus, drawing Blj, as the moto car vehicles, between the shaft and the fore-parts wheels,* provide torsion aiέ curve. The interconnected- cylinder doea not spin, its up most point is submitted to a transfer motion by the rotation of the spinning wheel, while the rotate wheel spin, the tiny wheel encased in it by bearing, keep static, in relation to - the rotation, that is, it does not spin it only moves side to side, taking with it the opposing upmost interconnected cylin der, motion this transmitted to the opposing extremity, when it is used to spin a. wheel, and produce the power input requi red. The special device, drawing Blj supporting the in— terconnected cylinder, in its overflowing to the outer side - is protected by a.hubcap, by.-which allows the translaction mo tion, and has as a second finality the shutting of inner pres_ sure, or anti-pressure. Peeding The "Continuous Vacuum or air compressed Generator" is fed by a injection of air, or by drawing out through a val ve placed on the circular face of the outer cylinder, where - SUBSTITUTE SHEET ( OMPI the .shutting with the face - alike circular - of the inner — cylinder is not necessary, drawing Alk, Blk. BEST KODE OP CARRYNG OUT THE INVENTION, - and INDUSTRIAL APPLICABILITY: The "Continuous Vacuum or air compressed Generator" lias its application in the input mechanical power, transforma ble in all its foras of power, and - specially having in si— ght its perpetuity, great power, proportionally reducing wei¬ ght, - in the dribing foward of vehicles, earthbound, fluvial, water floating, aerial, and air borne. SUBSTITUTE SHEET

Claims: REVINDICATIONS^ 1. The "CONTINUOUS VACUUM OR AIR COMPRESSED GENERA— TOR", characterized by geometric apparatus, at picking up and leading the elastic powerful of the vacuum, and air co pressed, to spin a wheel and produce continuous power, is pro¬ vided with the followings components: Outer fixed simple cyl der, drawing A3, can be too in a type of outer fixed cylinder, cylinder ring, drawing B3, provided with insider subchambera, and laterally of a accesso- ry chamber, drawings Ala, Bla.. The insider moveable simple cylinder, A5, provided - with outer subchambers, or inside moveable cyl nder, r ng cy— linder, B4, consisting of proper subchambers. The subchambers, with half openings on the respecti- vea frontal facea, are settled in contraposition in relation - to six by four,6 4, or their multiples, 9/6, -12/8, .and so on, or sub-multiples, 3/2, of the outer cylinder to the inside cy¬ linder, situation that cause a. permanent connection of ninity degrees, 902, between the subchambera twofold or triplea, for- med at. any poaition of the apin of the inside cylinder, with - deformity of the respectives volumes in the same way permanent, and invariably in the same way of the spin, corresponding to - /4 of the total volume and so done the shutting between the - frontal faces of the opposing subchambers, through a shutting of mechan sm, A2, A4, B2, B5, B6 " , will have insured continu — tion of the spinning impulse, in the face of the centrifugal - O H propiety of the pressure of the air compressed, or centripetal antipressure of the vacuum looding for spherical shape. Shutting off mechanism: The Shutting off Device consist of recovering the — walls of the subchambers of both cylinders, or barrel with a - layer of rubber of suitable flexibility. In this position correspondent to the circles of shutting, there should establish, however, as the case, one or two metalical rould franework of free whirl, so, or by which, will be set up al n cylinders, shole in thickness, correspon— dent to the intermediary apace, ahirling, transversal, metali¬ cal, covered with rubber, with less space, than the minor bro¬ adness of the frontal walls..Drawings A2,A4,B2,B5, B6. .Semi Shafts: The semi shafts will be of two k d, according to — the outside cylinder, be it simple, or cylinder ring shape. The outside chlinder being s ple, AL f the semi shafts will dix through a bearing, inside to the lateral face of the outer cylinder, the other that can be an extension of - the first one, the same through bearing, will settle on the op_ posite face overflowing to the accessory chamber, Ala, where - it will link to the receiver wheel, .Alb, the semi shaft - a— king up one unique spare part - will be both however rotating. The outer cylinder being in ring shape, Bi, one Semi shaft will be fixed, linked fron one side on the wall of the - outer cylinder, and long so aa to overflow to the opposite si¬ de of the opposite wall, inside to the opposite semi shaft, — that will be moveable, B1L * In this semi moveable shaft, there will have however two bearings, on the same surface plan, one that the seini fixed shaft will link inside the semi moveable sh ; the other that semi moveable shaft will link on tne wall of the outer cylinder. The semi moveable shaft, encasing to the semi fixed - SUBSTITUTE SHEET ' Λ, °*IP Λ O » shaft will overflow the wall of the outside cylinder, to the inside of the accessory chamber, Bla, where it will link with the receiver wheel, drawing Bib. •accessory Chamber: Drawi g Ala, -Bla. The accessory chamber is an extension of the σut.si- de cylinder where is set the receiver wheel, and the transmis* sion mechanism to the outside. It can have inside walla, or - bearings to reinforcement and sustenance of the elements. Turning off: The running turning off, can be by a special and ef ficient system of braking, friction, Ale, or by automatic shutting off neutralization of the pressure, or anti-pressure; thus consist of setting windows, or valves, Aid, Bid, on the - flat frontal wa la of the fixed subchambers of the outside chamber, handled through a duple and flexible cable - not in - central ized position - by a outside control lever, of relati¬ ve slanting. Power supplying: The power supplying can be by electrical, or mech c cal process, of discharge and whirling. •-• ■ •he power supplying by the electrical process con sist of putting together an electrical motor, linked to the re_ ceiver wheel inside the accessory chamber, and the power is - supplied from a plyg socket on the outer face. The mechanical power supply by discharge consist of the following elements: Peceiver wheel, -^ib, set in the accessory chamber - linked to the semi shaft, with the outer face beant, so that looked laterally will show an accute angle frame. Instead of a unique bending, the face of the receiver wheel can be sub¬ divided in succession bendings, in a circular and radial way. The impact interconnected, Al, is provided with cy¬ linder of impact, ■•■ -if, encased by two springs, Aim, that OMPI draws back when the impact cylinder is drivin forward by the - receiver wheel to the outside. -"-The springs are set in the en¬ casement ctlinder, Alg, fixed, that encase the impact cylin der, Alf. Encading the impact cylinder in its overflowing to - the outside, on the outer part of the outer cylinder, or on — the sustenance inside wall, a. rubber is linked, Alh, that to - provide the -driving foward of the impact cylinder, will supply the necessary shutt ng, to the inside pressure, or anti-pres— sure. The impact motion will be transformed in whirling o tion, through a mechanism type lever tree, or manifold of a — conventional motor vehicle. Depending on the subdivision scheme of the bend n - wheel, in a radial or circular way, several impact cylinders - can be used, set on the surface level according with the hei— ght of the receiver wheel semi shaft. The shirling mechan cal supply consist of the follo¬ wing elements: Receiver wheel, Bib, normal and of a small diamater, set in the accessory chamber, linked to the semi shaft, BIL. Tiny wheel of free spin, by bearing, encased on the edge of the receiver wheel, Bib, provided with ring, where it will be linked on the inside edge of the interconnected cylin¬ der, Bli. The interconnected cylinder, that will be set on the outside edge by another tiny wheel, the same as the first one will be supported on the outer face of the accessory chamber, to half distance of its lenghit by a special device, Blj, as - the motor vehicles, between the shaft and the front wheels, - provide the turn motion on the curve. ϊhe interconnected cylinder does not whirl, its ed¬ ges are submitted to a. transfer motion by the whirling of the receiver wheel, through the tiny wheel that keeps static, as - SUBSTITUTE SHEET to the whirling because of its freedon whirling motion. * special device, Blf, of support of the intercon— nected cylinder, in its overflowing to the outside is protec¬ ted by a rubber bub cap, and so allows the transfer motion — and provide the necessary shutting. Peeding: The feeding by shot, or drawing out air is done by a valve set, Alk, Blk, on the circular face of the outside — cylinder, where the shutting off with the face the same circu lar of the inside cylinder is not; necessary. Application: The ^Continuous Vacuum or Air Compressed Generator", has its application in supplying mechanical power transforma.— ble in all its forms, and others forma of power, specially to drive forward vehicles such as earth-bound, fluvial, water floating, aerial, and air borne. SUBSTITUTE SHEET / t _ ,. ( O ?I

Inventors: GONZAGA JOAQUIM TORRES
Applicants: GONZAGA JOAQUIM TORRES
Application year: 1982
Main classification: F03G7
IPC codes: F03G7