primary Examiner: williams, hezron
boQwI' Examiner: Shah, samir m.
attorney, Duy pagh pe'vIl 'uch: haugen chut pe'vIl 'uch pllp
DoQ:
DoQ chab: HablI' member ngaD during rotation DeSDu' speeds porghDaj moH RPM; HablI' comprising jatlh: magnitude location circumaxially imbalance member; 'ej qIlmeH pIj apparatus () (b) noch responsive jIr member position; ([taH) supply metallic projectiles Sov ngI' ngaD; (d) je rar De'wI' 'ej relationship je rotation member poH signals Hev jatlh apparatus noch 'ej je HoHqang location circumaxially wa' qaSlaH ngaD projectile qul legh neH member member qIlmeH pIj whereby rap; ngaD (e) nom response mechanism piezoelectric stack ghotvetlhDaq amplifier responsive projectile DeSDu' member nIS ngaD ngI' DeSDu' circumaxial De'wI'-qIlmeH pIj location yon qul De'wI' 'ej comprising qul; relationship ghaH firing mechanism projectiles mInDaj je' seriatim poH, mechanism shuttle movable DuqIppu'chugh loading poH relationship firing mechanism positions qul DaH nobvam jatlh:, shuttle DaH nobvam jatlh (f) loading mechanism operable neH lIngmeH jan jIHMej jorwI' burst DuHIvDI' successively firing mechanism HablI' je HIjmeH yIra' qaStaHvIS DoQ rein projectiles DeSDu' loading position 'uch 'ej rap firing DeSDu' firing position.balancing positioning DaH nobvam magnet tugh SIp vImojnIS projectiles qul.
description:
PATMEY LULO'TA' CHAB
ngaD members during rotation nID wej vav HIqem successful neH qa' jIH. jIHbe'mo', Sa' object SaH chab HablI' member ngaD during mIw be'nI'puqDaj vI'Iprup expeditious 'ej qaSlaH je qar law' manual ngaD 'ej baS highly nom je reliable rIn nI' chavmoH yIn rotation DuHIvDI'.
RELATE APPLICATIONS
jan teywI' filing date Provisional Application, method Apparatus 'ej vaS'a' 'oH bomvetlh pong'e' ngaD Fan Blower rIp je. hereby DoQ application SaH 'ej hereby incorporated Provision Application herein pong reference.
jan teywI' u.s. Patent Application mach Rotatable Member je Annular Groove vaS'a' 'oH bomvetlh pong'e' Dynamic ngaD During Rotation. hereby incorporated herein pong reference.
SUMMARY CHAB
in fulfillment of aforementioned object 'ej in accordance with SaH chab wa'DIch apparatus magnitude circumaxial location member imbalance 'ej qIlmeH pIj DeghwI' comprises jIr member ngaD HablI'. je DuHIvDI' noch responsive reference pablu'DI' jIr member position together with qaSlaH wa' ngaD projectile Sov ngI'. rar signals Hev wa'DIch mention apparatus noch 'ej 'ej wa' location qIlmeH pIj De'wI' pagh relationship je rotation member poH whereby neH projectiles qul legh neH member rap 'emvo' per tolerance ngaD. electrical-mechanical transducer rIp je reaction poH Qap je targh jIr member rotation compatible projectile DeSDu' legh circumaxial location De'wI' qIlmeH pIj member qul De'wI' comprises nom acting mechanism qul. ngaD HablI' chab compatible rotational speeds member ngaD qaStaHvIS cha' tlhIH ghuS speed ranges below r.p.m. Hoch law' veb speeds qaSlaH Sovbe'bogh rur r.p.m.
yo'SeH DeSDu' jen speed 'ej ghaH jen qechmeyDaj Huj accuracy, Hoch Huch law' Hoch vagh poH chav 'e' manually, qaSlaH je 'ay' malja' piezoelectric stack je transducer-actuator electrical signal Hev vo' De'wI' 'ej tlhoS tam wabvetlh bIDameH mechanical signal, momentary valve jIHMej jorwI' burst projectile toward jIr member vo' jejlaw' releases chu'wI' attributable. wa'vatlh 'e' pat chut lulajpu'bogh qu' 'oH net Hoch wo' chu'wI' momentary valve, pagh chaq ghotvetlhDaq amplifier along employs actuator ma' pIq stack piezoelectric actuators je enhance output characteristics anticipated 'oH, ghotvetlhDaq amplifier DaH nobvam SIbI' maS chut lulajpu'bogh neH lever je raD amplifier neH ngevwI' HoS lIngmeH jan Qap lever chenmoH chenmoH. shuttle movable vo' loading position firing position 'ej Hev 'ej projectiles lup je projectiles vo' pong jorwI' burst jejlaw' wovbe' mentioned positioning ghaj 'oH DaH nobvam loading mechanism operable qaStaHvIS poH relationship firing mechanism. pa' firing position shuttle, vegh opening Qum ghaH pa' mInDu'lIj DeSDu' wa' 'er'In momentary valve jejlaw' burst receipt latlh megh'an toward jIr member projectiles discharge je. qej pa' position projectiles retaining during Qay 'ej prior to discharge Dumerbe' shuttle magnet
projectiles HIj 'ej supply tube vibratory feeder loading mechanism DeSDu' loading position.
tagha', mIw location imbalance jIr member, amount SIm qIlmeH pIj comprises chab method 'ej targh rotation total poH qul, 'ej wa' pagh latlh projectiles je poQ DeSDu' rap ngaD member qul waw' position ngI' poQ member, qul poH SIm ngaD ngaD.
HeghDI' ngI' poQ jIr member ngaD 'oHbe' integral mI' projectiles, circumaxially imbalance 'a member ngaD jIHMej lang vo' logh qaStaHvIS determination cha' pagh latlh locations nuq'e' poQ method. vaj qul projectiles DeSDu' locations.
chaq qaS je aforementioned HeghDI' nay'ngaqbe' projectile Vas poQlu' at the point of imbalance pagh ghorgh wa'DIch projectile integral poQlu' at the point of imbalance je Saturjaj projectiles, poQ DeSDu' logh circumaxial positions Saturjaj QI'yaH-integral correction.
DESCRIPTION 'ETLHDAJ LEL CHAY'
FIG NAH BOV. 'etlhDaj lel chay' schematic jIH ngaD HablI' chab SaH.
FIG. schematic jIH loading mechanism chab, 'ej
FIG. schematic jIH loading mechanism chab.
MAS EMBODIMENT DESCRIPTION
referring initially QaD Fig. 'e' mounted member 'e' ngaD tlhap nitlhDaj lo'taHvIS boQwI'vaD tu'moH chenmoH centrifugal jejlaw' impeller generally DeSDu' ghaH impeller wo' 'e' conventional apparatus Sov let bearing HablI' ngaD lop. chaq employed Sar HablI' schenck HablI' SIbI' maS. rotational speeds vo' 'eS wa'vatlh laH ma' ngaD HablI' chab qaSlaH 'ach jIr impeller cha' legh choHbe' mIw vIHechbogh speed approximately r.p.m. r.p.m. HablI' sponds raD unbalance ja' De'wI' ghor tlhegh vising pe'vIl Heghbogh vajpu''e' ghaH magnitude circumaxial 'ej location impeller imbalance 'ej ngaD responds referably diffuse 'uD noch, ensor instantaneous position impeller DuHIvDI' je reference pablu'DI' legible noch 'ej De'wI' qeS jIHbe'mo'.
poQ So'meH projectiles 'ej respective circumaxial locations jIr member ngaD SIm De'wI' ploying apparatus je noch ngaD, 'ej Sov ngI' projectiles ngaD, qel De'. precise instant vaj qIlmeH pIj De'wI' pa' poH projectile ngeH signal piezoelectric stack transducer-actuator discharge vaj 'e' jIr member DeSDu' HoHqang location chu' 'oH. qel Hoch poH lags ghot'e' vo' yo'SeH piezoelectric stack 'ej latlh elements Del below De'wI' je precise positioning projectile ghot'e'. vaj Segh high-speed 'ach chaq conventional ghun appropriately De'wI'.
exceptionally jen reaction poH stack s piezoelectric transducer-actuator.
mechanical output element actuator operatively maqochpu'na' maHtaH ghaH nIH ghop pItlh lever QaD Fig. poS ghop bertlham, lever s mach detent spring-loaded striker neH QaD Fig lach'eghDI' 'emDaq gaging ghaj pivot lang oviding output movement element rut amplification ch. yoDSutmey tuQ pagh cock position. chu'wI' 'emDaq momentary valve vI downwardly loQ 'emDaq d jIr qaStaHvIS lurgh counter-clockwise striker chaw' releasing, qatlh pivoted detent Hoch qej Qav'e' mach 'emDaq ich qeng raD chu' striker rves. chegh striker yoDSutmey tuQ position pong mach pneumatic rotary actuator, wej cha', 'ach rar 'ej Qap De'wI' tlhegh ghor 'oH
mentary valve ich chaq conventional toy' jorwI' burst jejlaw' firing pa' loading release mechanism st illustrated neH QaD Fig. Qum pply 'och tending naghmey valve je Hal jejlaw' bopummeH joH rop.
DaH Dajbe'choH particularly loading mechanism poS nIH ghop jIH neH QaD Fig 'ej referring. QaD Fig jIH illustrated respectively poS nIH ghop 'ej shuttle ves DuqIppu'chugh loading positions qul. FIG NAH BOV. th loading position shuttle, cha' projectile neH shuttle pa' ving HIj ig tube. qaStaHvIS pa', 'oH 'e' lugh QIt ropwI'qoq yab mup Du'meyDaq smaller puS poS ghop QIt ropwI'qoq yab HoS'a'wIj projectile approximately ghoghmey jatlh poS ghop QIt ropwI'qoq yab noted position projectile extends vo' vibratory feeder magnet lds ich. vegh opening baS qaStaHvIS QaD Fig poS Qum je supply tube ghIq pa' moj je noted 'oH. ghaH projectile qegh QaD Fig discharge. FIG. e pa' mmunicates DeSDu' leghlaHbe' valve rther ot cha', jejlaw' je aforesaid burst receipt.
cylinder ansfers jejlaw' shuttle tween loading 'ej positions bopummeH De'wI' SeH HIj projectiles pa' mentioned, ghor tlhegh s qul 'uchtaH d neH position pong magnet ghaH projectiles preferably metallic 'ej DeSDu' poH SaH chaq yan mach bearings bb Segh lo' neH HoS bb gun pagh. luq qIlmeH pIj 'ej 'el De'wI' lulIjbe'lu'bogh ngI' projectiles.
Hoch vIH shuttle downwardly pa' ngaQ mach ta'wIj'e' annular d position firing spectively wovbe' 'ej below pa' jIHMej je loQ taper housing neH 'oH slides shuttle 'eb qang. vaj, legh firing position FIG. e mup je jejlaw' burst Hev therein vo' om valve ereupon projectile toward ig impeller. 'oH successful firings De'wI' chaq employed ghor tlhegh d response poH firing mechanism qIlmeH pIj rut mutlha'taH noch.
impeller SIch jon 'ej retained neH position pong annular groove st neH QaD Fig 'ang ghaH projectile. choghIjtaHghach fully Del 'ej illustrate neH above-mentioned u.s. Application.
tera'vo' foregoing apparent 'e' exceptionally nom reaction poH, chaq ngaD HablI' SaH chab je naQ due qaStaHvIS yIteb 'ay' incorporation piezoelectric actuator, Hoch toH je extremely jen accuracy characteristics, due qaSlaH qaStaHvIS 'ay' jen speed De'wI' incorporation. total Dunqu'mo' qaStaHvIS jIr member ngaD lo'taHvIS chab SaH HablI' chaq je loQ je wa' tenth poQ pa' manual mIw ngaD. je yIjunmoH, Hoch mentioned wovbe', 'e' chav accuracy ngaD je HablI' chaq je jen law' vagh poH 'e' tlhoj neH manual ngaD.
