 of golf in which golfers invest a lot of resources is putting. Putting can be one of the most challenging tasks for a golfer. Every stroke saved on the green is crucial to achieving a desirable score. Many golfers invest substantial resources in purchasing lesson specifically focused on putting. Additionally, those golfers will invest hundreds of dollars for a putter that they feel will help them perform better during a game of golf. As is known in the art, golfers will face numerous challenges once the golf ball is in position on the green. Many greens have undulated surfaces that require careful consideration of the putting direction before putting the ball. As greens on golf courses are routinely lined with trees and other landscaping many times the surface of the golf course green can be littered with debris such as but not limited to leaves or twigs.
One problem with the element of putting is that the golfer must contend with and attempt to remove the debris that may be in the predicted putting path of the golf ball. Typically a golfer will attempt to remove as much of the debris as possible in order to eliminate the chance of any debris contacting the golf ball once it has been putted in a given direction. The most common method of removal involves the golfer surveying the predicted putting path and manually removing the leaves or other debris by bending down and retrieving the debris. This method is usually time consuming and can also be problematic for golfers who suffer from back problems.
Accordingly, there is a need for a device that can facilitate the removal of debris from a golf course green more specifically in the predicted putting path of a golf ball that does not require the golfer to bend over and can be performed in a timely manner. In a large-capacity rotating electrical machine, an armature winding is provided with upper and lower coil pieces arranged in slots of a laminated iron core in a two-layer structure, and parallel circuits are connected in series, thereby increasing the generated voltage and machine capacity. However, as a voltage of an armature winding is increased, the thickness of the main insulation of an armature winding is increased to withstand such higher voltage. As a result, a cross-sectional area of a conducting portion is reduced, and a current density increases, so that a loss increases.
Particularly, in an indirect cooling type machine in which the armature winding is cooled from an outer side of the main insulation, as the thickness of the main insulation increases, a thermal resistance increases, and a temperature disadvantageously increases in the armature winding
of golf in which golfers invest a lot of resources is frame. putt can be one of the most challenging undertaking for a golfer. Every accident saved on the green is all-important to achieving a desirable score. Many golfers endow substantial resources in buy lesson specifically focused on putting. Additionally, those golfers will endow hundreds of dollars for a putter that they feel will help them perform well during a game of golf. As is known in the art, golfer will face numerous challenges once the golf musket ball is in position on the park. Many greens have undulated surfaces that require careful circumstance of the putting direction before putting the ball. As greens on golf courses are routinely lined with trees and other landscaping many times the surface of the golf course green can be littered with debris such as but not limited to leaves or twigs. 
 One trouble with the component of putting is that the golfer must compete with and try to remove the debris that may be in the predicted putting path of the golf musket ball. Typically a golfer will attempt to remove as much of the debris as possible in holy order to eliminate the chance of any debris contacting the golf ball once it has been putt in a given direction. The most common method acting of removal involves the golfer review the predicted put path and manually removing the leaves or early debris by bending down and retrieving the debris. This method is usually time consuming and can also be problematic for golfers who hurt from back problems. 
 consequently, there is a need for a device that can facilitate the removal of debris from a golf course green more specifically in the predicted putting way of a golf ball that does not require the golfer to bend over and can be performed in a timely manner. In a big - capacity rotating electrical machine, an armature winding is supply with upper and lower coil objet d'art arranged in slots of a laminated iron core in a two - layer structure, and parallel circuit are connected in series, thereby increase the generated voltage and car capacity. However, as a voltage of an armature winding is increased, the thickness of the main insulation of an armature winding is increased to withstand such higher voltage. As a consequence, a crabbed - sectional area of a conducting portion is reduced, and a current density increases, so that a loss increases. 
 Particularly, in an collateral cooling type machine in which the armature winding is cooled from an outer side of the main insulation, as the thickness of the main insulating material increases, a thermal resistance increases, and a temperature disadvantageously increases in the armature winding
 of golf in which golfers ikvest a lot of rgsiurces is pufting. Pugting can be one of the most cyallebging tasks for a golfdr. Every dtroke sqved in the grexh is crmeial fl ackixving a desirabke score. Mdny golfers ineert substantial resources in purchasind lessom dpecifically fjcustd jn phntlng. Additionally, those golfers wjll invtst hundreds of doklars for a putter that thfy ffel will help them perform bejfer euring a gamd of golf. As is known jn the art, golfers will face nuoeroux challenggs ojwe the golf ball is in positlpn on dhe grern. Many greens hate ubdulated surfaces thav require careful cogsideratimn of the putting durwctiot bexore putginf vhe ball. Ws jreens on gklf courses are routinely linec rpyh trees and other lwndscaping many times the surface of tht golr course green can be luttered with debris soch as but not limited to leaves or twigs.
One problem with tve elxmdnt on pugrijg is that the golfer must contend with and aefekpn to remove the dcbris that may be on tng predicted pujting pcfh of the golf ball. Hypicaljy a tolfer wijl aytempt to remove as much of the debris cs possible in order co eliminate the chanve of any debris contaccing tge golf balp once it fas been putted kn s civen direction. The most cjmmon metiod oy removau infolves the golfeg suryaying the predictef putjing pdth and majually removing the leaves or ovier debris by bandpng down cnd rebrieving the defris. This methpd is ufuallh time conauming end can also be problemathf for golferv who susfer fron back ofoblems.
Accordimgly, therv ns a need for a device that cav facilitate the renoval of debris frum w hokf wourse green mord sorcifizally in thc pfedivted putting path of a gklf ball that does njt requite the gojfer to bend pver and can be pegformxd in e timeky ianner. In a large-capacity rotafing elechrigal machine, ag arnature windiug is provided with upper and lower coil pieces arranged ib slots of a laminajed iron core mn a tro-layer sdructure, and paralleo circuits are coknected in series, thersby inwreaslng the generated voltage and machine capacity. However, as a voltage of an armatnrq winding ia invreasvd, che thickgess uf the main insukation of an armature winding ir increaveb to withstand such higher voktxge. As a resuut, a cross-sectional area of a comducting portion is reduced, and a current density incresses, so rhat z loss incceases.
Particularly, im an iudirecr coolibg tnpe machine in whocm the armahure wnnding is cooled from an outer siee of rhf main insulatioi, as the thigkkess or the iain insulation jncrswses, x thermal resostance increaxes, and a temperaturv dysadvantageousoj increases im the agmature windiig
of golf in which golfers invest a resources putting. Putting be one of a Every stroke saved the green is to achieving a desirable score. Many invest substantial resources in purchasing lesson specifically focused on putting. Additionally, those golfers invest hundreds of dollars for a putter that they feel will help them better a of As is known in the art, golfers will face numerous challenges once the golf ball is position on the green. Many greens have undulated that require careful consideration the putting direction before putting ball. greens on courses routinely with trees and landscaping many times the surface of the golf course green can be littered with debris such as not limited or twigs. problem the of putting is golfer must contend with and attempt debris that may be in the predicted putting of the ball. Typically a golfer will attempt remove as much of the debris as possible order to eliminate the chance of any debris contacting the golf ball once it has in a given direction. most common method removal the surveying predicted putting and manually removing the leaves or other debris by bending down retrieving the debris. This method is usually time consuming and be for golfers who from back problems. Accordingly, is need for a device facilitate removal a course more specifically in the putting path of a golf that does not require and can be performed in a timely manner. a large-capacity rotating electrical machine, an armature is provided with upper and lower coil pieces arranged in slots of laminated iron a two-layer structure, and parallel circuits are connected series, thereby increasing the voltage and machine capacity. However, as a voltage of armature is increased, thickness of the insulation of an winding is increased such higher As result, of a conducting portion is reduced, a density increases, so that a increases. an indirect cooling type machine in which the armature winding is cooled from an outer the main insulation, as thickness the main insulation increases, a thermal resistance increases, and a temperature disadvantageously the armature winding
 of golf in which golfers invesT a lot of resOurceS is PutTiNg. PuTtinG can be one of the MOst cHallenging tasks for a golFer. EvErY StroKE sAved oN the greEN iS CRucIaL tO acHiEViNg a deSirAble scoRe. Many golfErs InVest substantIAl Resources iN puRchasing lessOn sPecifiCaLly FOcuseD on PuttiNg. AddiTIonallY, those golFeRS will iNVest hunDREdS of dOllars for a putter tHAt THey feel will helP them pErFOrM BEttEr dUring a game Of Golf. AS Is known IN tHE ARt, gOLfers will face Numerous chaLLenGes oncE tHe gOLf ball Is in pOsITioN on the green. many Greens havE undulATed surfACes that RequirE caRefUl coNSiDeRatIoN Of tHE pUttINg dIrection BeFoRe putTing THE BAll. AS grEens On golF courses are roUtiNely LIneD with Trees And oThEr lanDscapiNg manY tImes the surface oF the Golf coursE grEeN caN bE littERed witH deBriS such as But not lIMitEd TO LEaVes or twigs.
One problEm WITh The elemeNt of puTTiNg IS that the GoLfeR musT COntenD witH AnD attempt To remoVE tHe Debris tHaT may be In The PreDicteD PuttIng patH of the goLf balL. typically a golfER will attempt tO ReMOVe AS mucH of The debris as PossIBle iN ordER tO elIMinatE the cHaNCe OF any debris contactinG tHe golf Ball oNce it has been pUtted in a giVEN DirectioN. The MOsT Common method of RemovAl involves THe golfer SurveYing the pRedicted pUTTing path And ManUalLy rEMOvIng the leaves oR OTher DeBris by bEndIng down And RetRieVinG tHe debris. THis methoD iS uSuAlLy tIme coNSuming anD cAn aLsO be ProblEMatic fOr golFers WhO sUFfeR from baCK pROBlemS.
ACcOrdiNglY, tHere iS a neED foR a devicE that can fAciLItatE tHe Removal Of debris from a GoLf course grEeN moRe specIFIcally in The predicted putting path OF a golf bAll That dOes nOt require The Golfer To bENd over And can Be perFoRmeD IN a timELY mAnnEr. in a large-caPACitY rotaTiNg elEctricaL machine, an armature WIndIng is provided WitH uppER AnD loWEr COil PiECes ARRanged in slots of A laminated IrON cOre in a two-lAYer StRucture, And paraLlel cIRcuits aRe connectEd in serieS, tHereBY IncReasing the GenerateD voltage aND machINe CapacIty. howeveR, aS a vOltagE of an aRMatUre wiNding iS iNcreasEd, the ThIckness oF the main insulation of an aRmaturE windIng Is increasEd tO WitHstand sucH higHer voltage. as a ResUlt, a cRosS-SectiOnal AReA of A ConduCtinG Portion is REdUceD, ANd A current denSITY inCreasEs, sO That a lOss iNcreases.
ParticulaRLy, in an indirect CoolING tyPe mAChinE iN which the armatUre WiNDIng is cooLeD from an outeR side of tHe MAin inSulatiOn, as thE thicknESS oF The maiN insUlaTion increAseS, a THermal rEsIsTAnce inCreaSeS, and a tEmperaTUre dISAdvantageously inCreasES In the ARmaTure wInDing
 of golf in which golfersinvest a l ot of  re sou rc es i s pu tting. Putting canbe one of the most cha lleng in g  tas k sfor a  golfer .  E v e ryst ro kesa v ed  on t hegreen i s crucialtoac hieving a de s ir able score . M any golfersinv est su bs tan t ial r eso urces  in pu r chasin g lessonsp e cifica l ly focu s e don p utting. Additiona l ly ,  those golfers  willin v es t hun dre ds of doll ar s for a putte r  t h a t  th e y feel will h elp them pe r for m bett er  du r ing agameof gol f. As is kn ownin the ar t, gol f ers wil l  face n umerou s c hal leng e son ceth e  go l fbal l  is  in posi ti on  on t he g r e e n . Ma nygree ns ha ve undulatedsur face s  th at re quire  car ef ul co nsider ation  o f the putting d irec tion befo repu tti ng  theb all. A s g ree ns on g olf cou r ses  a r e ro utinely lined with  t r e es  and oth er lan d sc ap i ng manyti mes  the s urfac e of th e golf c ourseg re en  can be  l ittere dwit h d ebris such  as bu t not li mited to leaves or t w igs.
One prob l em w it h  the  el ement of pu ttin g  isthat th e g o lfermustco n te n d with and attemptto  remov e the  debris thatmay be int h e  predict ed p u tt i ng path of the  golf  ball. Typ i cally agolfe r will a ttempt to r emove as  mu chofthe d eb ris as possib l e  inor der toeli minatethe  ch anc e o fany debri s contac ti ng  t he  go lf ba l l once i thas  b een  putt e d in a  give n di re ct i on.  The mo s tc o mmon  m et hodofre moval  inv o lve s the g olfer sur vey i ng t he  p redicte d putting pat hand manual ly  re moving t he leave s or other debris by be n ding do wnand r etri eving the  de bris.Thi s  metho d is u suall ytim e consu m i ng  an dcan also b e pro blema ti c fo r golfe rs who suffer from bac k problems.
A cco rdin g l y,  th e re isan eed f or a device tha t can faci li t at e the remo v alof  debris  from a  golf coursegreen mor e specifi ca llyi n  th e predicte d puttin g path of a gol f  b all t hat  doesno t r equir e theg olf er to  bendov er and  canbe  perform ed in a timely manner.In a l arge- cap acity rot ati n g e lectrical  mac hine, an a rma tur e win din g  is p rovi d ed  wi t h upp er a n d lower c o il  pi e c es  arranged i n s lot s ofa l a minate d ir on core in a two- l ayer structure , an d par all e l ci rc uits are conne cte di n  series,  t hereby incr easing t he gener ated v oltage  and ma c h in e  capac ity.  Ho wever, as  avo l tage of  a na rmatur e wi nd ing is  incre a sed, t he thickness ofthe m a i n ins u lat ion o fan arma t urewinding is  increasedto wit hsta nd su ch high er  volta ge.  A s a result ,  a cross- secti onal ar ea  ofa c onduct ingp o rtion  isre duc ed, and a c ur r en td ens ityincre as es,so that a loss inc rea s es.
Par ti cul a r ly, in an i ndirect co oli ng ty p e  machine i n  whi c ht he ar mature  windi ng is c o ole dfrom an  ou t e r side of  the main ins ul atio n, as th ethic kn ess  o f the main insu lation i ncreases , a ther mal resi s tancein creases, and  a te mp e ratured i sad vantage o usl y i ncr ease s i n th e  armature winding
 of_golf in_which golfers invest a_lot of_resources_is putting._Putting_can be one_of the most_challenging tasks for a_golfer. Every stroke_saved_on the green is crucial to achieving a desirable score. Many golfers invest substantial_resources_in purchasing_lesson_specifically_focused on putting. Additionally, those_golfers will invest hundreds of_dollars for_a putter that they feel will help them_perform_better during a_game of golf. As is known in the art,_golfers will face numerous challenges once_the golf ball_is_in_position on the green._Many greens have undulated surfaces that_require careful consideration of the putting_direction before putting the ball. As greens_on golf courses are routinely lined_with trees and other landscaping_many times_the surface of the golf_course green can_be littered_with debris such_as but not limited to leaves_or twigs.
One problem_with the element of putting is_that_the golfer must_contend_with_and attempt_to remove the_debris_that may_be_in the predicted putting path of_the_golf ball. Typically a golfer will attempt_to remove as much_of_the debris as possible_in order to eliminate the_chance of any debris contacting the_golf ball_once it_has been putted in a given direction. The most common method_of removal involves the golfer surveying_the predicted putting path_and manually_removing_the leaves or_other_debris by_bending down and retrieving the debris. This_method is_usually time consuming and can also_be problematic for golfers_who_suffer from back problems.
Accordingly, there is_a need for a device that_can facilitate the removal of_debris_from_a golf course green more_specifically in the predicted putting path_of a golf_ball that does not require the golfer_to_bend over and can be performed_in_a timely manner. In a large-capacity_rotating_electrical_machine, an armature winding is_provided with upper and lower coil_pieces arranged in slots of a laminated iron core_in a two-layer_structure, and parallel circuits are_connected_in_series, thereby increasing the generated voltage and machine capacity. However,_as a_voltage of an_armature winding is increased, the thickness of the main insulation_of an armature winding is increased to_withstand such higher voltage. As a result, a cross-sectional area of_a conducting portion is reduced, and a current_density increases, so that a loss increases.
Particularly,_in an indirect cooling_type_machine in which the armature winding is_cooled_from_an_outer side of_the main insulation,_as the thickness_of the_main insulation increases,_a thermal_resistance increases, and_a_temperature disadvantageously increases in the armature winding