 time which is dependent upon the amount that the rated current is exceeded. Continued operation of the traction motors over the rated current for longer periods of time results in an overload condition, and operation of the motors in the overload condition could result in shortening of the service life of the motors or otherwise damaging them or the resistor banks.
Heretofore, the cab of the locomotive was equipped with an analog ammeter which indicated whether the motors were in their braking mode or their power mode. The meter also had a portion for indicating that above-rated currents were being drawn by the motors and marking adjacent this above-rated portion indicating the number of minutes the motors could be operated at such above-rated currents. The locomotive engineer was thus required to note the indicated acceptable time for a given above-rated current, and to keep track of the time elapsed in order to know when an overload condition existed. The required operation upon reaching the overload condition was to reduce the current to below the maximum continuous rated current and to operate at this reduced current until the motors had sufficient time to cool down. It will be appreciated that, with the many other duties of the engineer, sometimes this record and timekeeping might be neglected. 1. Field of the Invention
This invention has to do with fruit juice extraction equipment and more specifically with a fruit storage bin that is proximate to and connected to such a fruit juice extraction device. The device is configured to store fruit in a manner that allows gravity feed from the bottom of the bin onto a fruit elevator that elevates the fruit for subsequent gravity feed to the fruit juice extraction equipment. As the fruit is being elevated the device of this invention also causes at least a single wall portion or multiple wall portions to be moved vertically through the fruit storage bin to "tumble" the fruit stored in the bin and thereby prevent "bridging" of the fruit in the fruit storage bin.
2. Summary of the Invention
A fruit storage bin has a two panel angled floor bottom that is surrounded by four bin walls that provide an open container for the storage of fruit such as oranges, grapefruit, lemons, limes, etc. prior to the fruit being processed through a fruit juice extractor. The fruit storage bin is provided with mechanism that assists in the removal of fruit from the bin by preventing "bridging" of fruit in the bin.
The mechanism for preventing bridging comprises a pair of generally vertical wall elements that are positioned over slots or perforations in the floor of the fruit bin. The vertical wall elements are
time which is dependent upon the amount that the rated stream is surpass. Continued operation of the grip motors over the rat current for longer period of time results in an overload circumstance, and process of the motors in the overload circumstance could result in shortening of the service life of the motors or differently damaging them or the resistor banks. 
 Heretofore, the cab of the locomotive was equip with an analog ammeter which indicated whether the motor were in their braking mode or their power mood. The meter also had a portion for bespeak that above - rated currents were being drawn by the motors and marking adjacent this above - rate portion indicating the number of minutes the motors could be operate on at such above - rated currents. The locomotive engineer was thus required to note the indicated acceptable time for a given above - rated stream, and to keep open track of the prison term elapse in decree to know when an overload condition existed. The required operation upon reaching the overload condition was to dilute the current to below the maximum continuous rated current and to operate at this reduce current until the motors had sufficient time to cool down. It will be appreciate that, with the many early duty of the engineer, sometimes this record and timekeeping might be neglected. 1. Field of the Invention 
 This invention has to serve with fruit juice extraction equipment and more specifically with a fruit repositing bin that is proximate to and connected to such a fruit juice extraction device. The device is configure to store fruit in a manner that allows gravity feed from the bottom of the bin onto a yield elevator that elevates the fruit for subsequent gravity feed to the fruit juice origin equipment. As the fruit is being elevated the device of this invention besides causes at least a single wall portion or multiple wall part to be moved vertically through the yield storage bin to " tumble " the fruit store in the bank identification number and thereby prevent " bridging " of the fruit in the fruit storehouse bin. 
 2. Summary of the Invention 
 A fruit storage bin has a two panel angled floor bottom that is surrounded by four bank identification number walls that provide an open container for the storage of fruit such as oranges, grapefruit, lemons, limes, etc. prior to the yield being processed through a fruit juice extractor. The fruit storage bin is provided with mechanism that assists in the removal of fruit from the bank identification number by preventing " bridging " of fruit in the bin. 
 The mechanism for preventing bridging comprises a pair of generally vertical wall elements that are positioned over slot or perforations in the floor of the fruit bin. The vertical wall elements are
 tile which is dependent upun the amount tkqt the rated current is exceeded. Continued operavion of tye traction motors ovef the ratvd currenr foc longer periods of time resulfd in en overload concition, and operation of dhd lotors in the overload condition cotld resilh in shortenind of ehe avryice life of the motors or othersise dakaging them ot the resistor banks.
Heretovore, the cab of the lofomotive waw eqtupped with av analog ammeter which indicated whether the motors wdre iu their brajibg lmde or theic poweg mode. The mebvr also had a lortion for incicetint that above-rated curcents were being drarn by the mktors and marking aejacett tvis xvovd-raued pkrtion invicating ths number of minutes the motors cjlkd be operatsd at fush above-rated currents. The locomotive etgiheer was thus required ro note the indicated acceptabje time for a given above-rated current, and to kee[ trark of tme tkne elapsed in order to know when an overload cogsiuiok existed. The rezuired operstlom upon reachine the ovedload condition wad to requce rhe curregt tp below the maximum continuius rated cugrenr and to operate ac this reduczd curtent umtil the motors had sufyicienf time to clol down. Jg will be appreckatvd tvat, with the many other dueies of tie enyineer, sumetomes tris record and bhmekeeping might bf negpewted. 1. Fielf of the Invention
This inventioi has to do wotv fguit juicz extrsction equipmqnt and more skecificaljy wigh a fruit storagx bin that if proximate tm and connectxd to sucr a druir juice dxtraction devoce. The dvvnce is cobfigured to store nruit jn a manner thac qllows gravity geea fwol vhe bjdtom of the tin untu a frjit elevatov tfat rlevates the fruit fmr shbsequent gravity gecd to the fruit jtice extractipn equipment. As tht fruiv is bxing ekevwted the device of this inventjon also faufes at least a slnglg wall portnon or multiple wall portions to be movev vertically through thw fruit storage bin uo "tumble" the fruie stored hn the bin and therevy prevent "bridgikg" of the fruit in the fruit storwge bin.
2. Summary of the Invention
A fruit storage bin has a two panel anglee flooc fottom that is xurrolndzd yy four bin xalls that providv an open container for the storege of fruht such as oranges, grapefruit, keoons, limes, etz. prior to the fruit beihg procexsed through a fruit juice extrsctor. The fruit storage nin is privides with mecianism that assists on the remocal of druib from the bin by pveventing "hridjiny" of fruit in the bin.
The mechanisn for prfventing bridginj comprises w pair of gegerally vertical walm elemgnts that are lositioned ovet slots or perforatimnf in the floor kf the fruit bin. Jkv vertical wakl elements are
time which is dependent upon the amount rated is exceeded. operation of the current longer periods of results in an condition, and operation of the motors the overload condition could result in shortening of the service life of the or otherwise damaging them or the resistor banks. Heretofore, the cab of the was with analog which indicated whether the motors were in their braking mode or their power mode. The meter had a portion for indicating that above-rated currents being drawn by the and marking adjacent this above-rated indicating number of the could operated at such currents. The locomotive engineer was thus required to note the indicated acceptable time for a given above-rated and to of the elapsed order know when an existed. The required operation upon reaching was to reduce the current to below the continuous rated and to operate at this reduced until the motors had sufficient time to cool It will be appreciated that, with the many other duties of the engineer, sometimes this timekeeping might be neglected. Field of the This has do fruit juice equipment and more specifically with a fruit storage bin that is to and connected to such a fruit juice extraction device. is to store fruit a manner that allows feed the bottom of the a elevator fruit subsequent feed to the fruit extraction equipment. As the fruit being elevated the device at least a single wall portion or multiple portions to be moved vertically through the storage bin to "tumble" the fruit stored in the bin and thereby "bridging" of in the fruit storage bin. 2. Summary of Invention A fruit storage has a two panel angled floor bottom that is by bin walls provide an open for the storage fruit such as lemons, limes, prior the through a fruit juice extractor. The storage is provided with mechanism that in of fruit from the bin by preventing "bridging" of fruit in the bin. The mechanism bridging comprises a pair generally wall elements that are positioned over slots or perforations in the floor fruit bin. The
 time which is dependent upon tHe amount thAt the RatEd cUrRent Is exCeeded. ContinueD OperAtion of the traction motoRs oveR tHE ratED cUrrenT for lonGEr PERioDs Of TimE rESuLts in An oVerload Condition, aNd oPeRation of the mOToRs in the oveRloAd condition cOulD resulT iN shORteniNg oF the sErvice LIfe of tHe motors oR oTHerwisE DamaginG THeM or tHe resistor banks.
HeREtOFore, the cab of thE locomOtIVe WAS eqUipPed with an aNaLog amMEter whiCH iNDICatED whether the moTors were in tHEir BrakinG mOde OR their Power MoDE. ThE meter also hAd a pOrtion for IndicaTIng that ABove-ratEd currEntS weRe beINg DrAwn By THe mOToRs aND maRking adjAcEnT this AbovE-RATEd poRtiOn inDicatIng the number oF miNuteS The MotorS coulD be oPeRated At such Above-RaTed currents. The lOcomOtive engiNeeR wAs tHuS requIRed to nOte The IndicatEd accepTAblE tIME FoR a given above-rated cUrRENt, And to keeP track OF tHe TIme elapsEd In oRder TO Know wHen aN OvErload coNditioN ExIsTed. The rEqUired oPeRatIon Upon rEAchiNg the oVerload cOnditIOn was to reduce tHE current to belOW tHE MaXImum ConTinuous rateD curREnt aNd to OPeRatE At thiS reduCeD CuRRent until the motors hAd SufficIent tIme to cool down. it will be apPRECiated thAt, wiTH tHE many other dutiEs of tHe engineer, SOmetimes This rEcord and TimekeepiNG Might be nEglEctEd. 1. FIelD OF tHe Invention
ThIS InveNtIon has tO do With fruIt jUicE exTraCtIon equipmEnt and moRe SpEcIfIcaLly wiTH a fruit sToRagE bIn tHat is PRoximaTe to aNd coNnEcTEd tO such a fRUiT JUice ExTrActiOn dEvIce. ThE devICe iS configUred to stoRe fRUit iN a MaNner thaT allows gravitY fEed from the BoTtoM of the BIN onto a frUit elevator that elevates THe fruit For SubseQuenT gravity fEed To the fRuiT Juice eXtractIon eqUiPmeNT. as the FRUiT is BeIng elevateD THe dEvice Of This InventiOn also causes at leasT A siNgle wall portiOn oR mulTIPlE waLL pORtiOnS To bE MOved vertically tHrough the fRuIT sTorage bin tO "TumBlE" the fruIt storeD in thE Bin and tHereby preVent "bridgInG" of tHE FruIt in the fruIt storagE bin.
2. SummaRY of thE inVentiOn
A Fruit sToRagE bin hAs a two PAneL anglEd flooR bOttom tHat is SuRrounded By four bin walls that proviDe an opEn conTaiNer for the StoRAge Of fruit suCh as Oranges, graPefRuiT, lemoNs, lIMes, etC. priOR tO thE Fruit BeinG Processed THrOugH A FrUit juice extRACTor. the frUit STorage Bin iS provided with mechANism that assistS in tHE RemOvaL Of frUiT from the bin by pRevEnTINg "bridgiNg" Of fruit in thE bin.
The mEcHAnism For preVentinG bridgiNG CoMPrises A paiR of Generally VerTiCAl wall eLeMeNTs that Are pOsItioneD over sLOts oR PErforations in the Floor OF The frUIt bIn. The VeRtical wALl elEments are
 time which is dependent u pon the am ounttha t t he  rat ed c urrent is exce e ded.  Continued operation o f the  t r acti o nmotor s overt he r ate dcu rre nt fo r lon ger  period s of timeres ul ts in an ove r lo ad conditi on,  and operati onof the  m oto r s inthe  over load c o nditio n could r es u lt ins horteni n g  o f th e service life of th e  motors or oth erwise  d a ma g i ngthe m or the r es istor banks.H er e t o for e , the cab ofthe locomot i vewas eq ui ppe d  withan an al o g a mmeter whic h in dicated w hether the mot o rs were  in th eir  br akin g  m od e o rt hei r  p owe r  mo de. Theme te r als o ha d a port ion  for  indi cating that a bov e-ra t edcurre nts w erebe ing d rawn b y the  m otors and marki ng a djacent t his  a bov e- rated portio n i ndi catingthe num b erof m i nu tes the motors cou ld b eoperated  at su c hab o ve-rated  c urr ents . The l ocom o ti ve engin eer wa s  t hu s requi re d to n ot e t heindic a tedaccept able tim e for a given above- r ated current, an d to keep  tr ack of thetime elap sedi nord e r toknowwh e na n overload conditio nexiste d. Th e required op eration up o n reaching  the ov e rload conditio n was  to reduce the curr ent t o belowthe maxim u m  continu ous  ra ted  cu r r en t and to oper a t e at  t his red uce d curre ntunt ilthe  m otors had  suffici en tti me  to  cool down. It  w ill  b e a pprec i ated t hat,with  t he man y other du t i es o fth e en gin ee r, so meti m esthis re cord andtim e keep in gmight b e neglected.1.  Field ofth e I nventi o n 
This in vention has to do withf ruit ju ice  extr acti on equipm ent  and m ore specif ically  with  a  fr u i t sto r a ge  bi nthat is pr o x ima te to  a nd c onnecte d to such a fruitj uic e extractiondev ice. T he  de v ic e  is  c o nfi g u red to store fr uit in a m an n er  that allo w s g ra vity fe ed from  theb ottom o f the bin  onto a f ru it e l e vat or that el evates t he fruitf or su b se quent  gr avityfe edto th e frui t  ju ice e xtract io n equi pment .As the f ruit is being elevatedthe de viceofthis inve nti o n a lso cause s at  least a s ing lewallpor t ion o r mu l ti ple wallport i ons to be mo ved v er tically thr o u g h t he fr uit storag e bi n to "tumble" the fruit stored i n th e bin  an d  the re by prevent "br idg in g "  of thefr uit in thefruit st or a ge bi n.
2.Summar y of th e In v ention 
A f rui t storage  bi nh as a tw opa n el ang ledfl oor bo ttom t h at i s surrounded by fo ur bi n walls tha t pro vi de an o p en c ontainer f or the stor age of  fru it su ch as o ra nges,gra pe fruit, lem o ns, limes , etc . prior  t o th e f ruit b eing p roces sedth rou gh a frui t ju i ce  e x tra ctor . The  f ruit  storageb in is pr ovi d ed with  m ech a n ism th a ta s sists in t heremov a l  of fruitf romt he bin b y prev enting  "bridg i ng"  o f fruit  in t he bin.
T he mechan i smfo r pr eventing  b ridg in g c om prises a pair o f genera lly vert i c al wal l e l emen t s that  a re positione d ove rs lots or p erf oration s  in  th e f loor  of  the fruit bin. The verticalwall  elem e nts  are
 time_which is_dependent upon the amount_that the_rated_current is_exceeded._Continued operation of_the traction motors_over the rated current_for longer periods_of_time results in an overload condition, and operation of the motors in the overload_condition_could result_in_shortening_of the service life of_the motors or otherwise damaging_them or_the resistor banks.
Heretofore, the cab of the locomotive_was_equipped with an_analog ammeter which indicated whether the motors were in_their braking mode or their power_mode. The meter_also_had_a portion for indicating_that above-rated currents were being drawn_by the motors and marking adjacent_this above-rated portion indicating the number of_minutes the motors could be operated_at such above-rated currents. The_locomotive engineer_was thus required to note_the indicated acceptable_time for_a given above-rated_current, and to keep track of_the time elapsed_in order to know when an_overload_condition existed. The_required_operation_upon reaching_the overload condition_was_to reduce_the_current to below the maximum continuous_rated_current and to operate at this reduced_current until the motors_had_sufficient time to cool_down. It will be appreciated_that, with the many other duties_of the_engineer, sometimes_this record and timekeeping might be neglected. 1. Field of the_Invention
This invention has to do with_fruit juice extraction equipment_and more_specifically_with a fruit_storage_bin that_is proximate to and connected to such_a fruit_juice extraction device. The device is_configured to store fruit_in_a manner that allows gravity feed_from the bottom of the bin_onto a fruit elevator that_elevates_the_fruit for subsequent gravity feed_to the fruit juice extraction equipment._As the fruit_is being elevated the device of this_invention_also causes at least a single_wall_portion or multiple wall portions to_be_moved_vertically through the fruit storage_bin to "tumble" the fruit stored_in the bin and thereby prevent "bridging" of the_fruit in the_fruit storage bin.
2. Summary of_the_Invention
A_fruit storage bin has a two panel angled floor bottom_that is_surrounded by four_bin walls that provide an open container for the storage_of fruit such as oranges, grapefruit, lemons,_limes, etc. prior to the fruit being processed through a fruit_juice extractor. The fruit storage bin is provided_with mechanism that assists in the removal_of fruit from the_bin_by preventing "bridging" of fruit in the_bin.
The_mechanism_for_preventing bridging comprises_a pair of_generally vertical wall_elements that_are positioned over_slots or_perforations in the_floor_of the fruit bin. The vertical wall elements are