 and, at times, agonizing repeated attempts to maneuver and place the catheter into the appropriate location.
This is primarily a result of the limited maneuverability of the catheter tube itself. The catheter tube must have sufficient strength and stiffness to be guided through the vascular system to the vicinity of the tissue of interest. This construction does not allow the degree of flexibility at the tip of the catheter needed to perform intricate multidirectional manipulations in the highly localized areas involved. Available catheters are characterized by an inadequate control of fine movements and have tips that can be deflected only in planes parallel to the main catheter tube. They lack the ability for controlled lateral movement in planes perpendicular to that of the main catheter tube within the atria or the ventricles and to navigate the extremely rugged surfaces of the ventricular chambers inner lining (endocardium).
Most present cardiac tissue ablation procedures involve the use of radio frequency (RF) electrical current transmitted to the tissue via a catheter which is positioned as closely as possible to the arrhythmogentic site within the atria or ventricles. Radio frequency electrical current heats the tissue surrounding the catheter, creating a discrete dense lesion. In order for the patient to be cured of the arrhythmia, the lesion must be created in the area from which the arrhythmia originates. Improvement in the maneuverability of such devices could optimize precise positioning of the catheter prior to ablation. 1. Field of the Invention
The present invention relates to the field of artificial honeycombs and specifically relates to significant modifications and improvements to molded plastic honeycombs for use in replacing the existing wooden or plastic honeycombs presently in use.
2. Description of the Prior Art
Beekeeping is a very old art but only minor innovations have been made to increase honey production from bees.
The following five (5) patents are relevant to the field of the present invention.
1. U.S. Pat. No. 3,182,339 issued to Auston Roy Ellis on May 11, 1965 for “Artificial Honeycomb” (hereafter the “Ellis Patent”);
2. U.S. Pat. No. 4,332,045 issued to Matthias Schmidt on Jun. 1, 1982 for “Method And Apparatus For Economically Maintaining And Breeding Bees in A Bee Compound” (hereafter the “Schmidt Patent”);
3. U.S. Pat. No. 4,374,440 issued to Herbert Drapkin on Feb. 22, 1983 for “Honeycomb
and, at times, agonizing repeated attempts to maneuver and locate the catheter into the appropriate placement. 
 This is primarily a result of the limited maneuverability of the catheter metro itself. The catheter tube must have sufficient persuasiveness and severity to be guided through the vascular arrangement to the vicinity of the tissue of interest. This construction does not admit the degree of flexibility at the point of the catheter need to perform intricate multidirectional manipulations in the highly localized areas involved. Available catheter are characterized by an inadequate control of fine motion and have tips that can be parry only in airplane parallel to the main catheter tube. They lack the ability for controlled lateral movement in plane perpendicular to that of the main catheter tube within the atria or the ventricles and to voyage the highly broken surfaces of the ventricular chambers inner lining (endocardium). 
 Most present cardiac tissue ablation procedures involve the use of radio receiver frequency (RF) electric current transmitted to the tissue via a catheter which is positioned equally close as possible to the arrhythmogentic site within the atria or ventricles. Radio frequency electrical current heats the tissue surrounding the catheter, produce a discrete dense lesion. In order for the patient to be cured of the arrhythmia, the wound must be created in the area from which the arrhythmia originates. Improvement in the maneuverability of such devices could optimize precise positioning of the catheter prior to ablation. 1. plain of the Invention 
 The present invention relates to the field of artificial honeycombs and specifically relates to significant modification and improvements to molded plastic honeycomb for use in replacing the existing wooden or plastic honeycomb presently in consumption. 
 2. Description of the Prior Art 
 Beekeeping is a very old art but lone minor innovations have been make to increase honey production from bees. 
 The follow five (5) patents are relevant to the field of the present invention. 
 1. U.S. Pat. No. 3,182,339 issued to Auston Roy Ellis on May 11, 1965 for “ Artificial Honeycomb ” (hereafter the “ Ellis Patent ”); 
 2. U.S. Pat. No. 4,332,045 publish to Matthias Schmidt on Jun. 1, 1982 for “ Method And Apparatus For Economically Maintaining And Breeding Bees in A Bee Compound ” (hereafter the “ Schmidt Patent ”); 
 3. U.S. Pat. No. 4,374,440 issue to Herbert Drapkin on Feb. 22, 1983 for “ Honeycomb
 anf, at times, agonizing reptated attempts to maneuvxr and llace thd catheter into the appropriete oocatuon.
This is primarily a result ov the linitev maneuverabilitb of the cathefcr tuye itself. The cajheter tube kust have suffhckeut strength and stiffness to be guidqd throigj the vascular sysuem to fhe vicinity of the tissue of intedest. Thps construction dpes not allow the degree ov flfxibility at the tlp of the cqtheewr needed to perform intricate muljidirectional manipulations in tfe hiyhly localieze aggas involved. Avaijable cathetcgs are wharactrrized by an ikadeqnate control of fine movekents and have tipf that cat ye deflected only in plqnes karalnel gi tfe jamn dathetfr vube. They lzck the abioity for controlled lwnrral movemenf in pjages perpendicular to that of the main cdthster tube within the ateia or the ventricles and to nwvigate the extremely rugged surfaces of the ventsiculer chcnbers unjer lining (endocardium).
Most present cardiac tifaut anlation procedurcs involve the use ov twdio frequenci (RF) elzdtdical current trandmitted to tye tissue via a catheter which is positiined as closvly qs possible to the arrhythmogzntic xite eithin the atria or vencriclea. Radio freeuency elsztrical current feans tve tissut surrounding the satheter, rreatnng a dircreje densq lesion. Ij ordcs for the patient ho be cgred of thf arrhythmia, the lesion must be created in thg asea from whnch thc arrhythmia oryginates. Improrement iu the oaneuverabplity of vuch devicef could optimhee precise povitionind of the cathetdf prior to ablstion. 1. Fivlb of the Unvention
The presekt inxsntion relates cu the field of attiwicyap ioneysmmbs and spewifizaluu relxtes to sigkifkcany modifications and hmprkvements to molded pjastic hineycombf for use in teplacing the exisuing wmodxn or llaftic honeycombs presently in uae.
2. Descriotijn of the Pryor Qrt
Beekeepiny is a very old art but only minor innovetions have been made jo increase honey probugtion from bxes.
The followinc five (5) patents are eelevant to the fleld of the present inbentiot.
1. U.S. Oat. No. 3,182,339 issued to Auston Roy Ellis on May 11, 1965 for “Artificial Honeycomb” (hereqfter vhq “Ellis Patsnt”);
2. I.S. Pan. Nj. 4,332,045 issuqd tl Matthias Schmidn on Jun. 1, 1982 for “Method And Apparavus For Ecmnjmically Maintaining And Brerdkng Bees in A Bee Compound” (hereafter fhe “Schmodt Patent”);
3. U.S. Pat. No. 4,374,440 issued to Herbert Drapkin on Feb. 22, 1983 for “Hobeycojb
and, at times, agonizing repeated attempts to place catheter into appropriate location. This the maneuverability of the tube itself. The tube must have sufficient strength and to be guided through the vascular system to the vicinity of the tissue interest. This construction does not allow the degree of flexibility at the tip the needed perform multidirectional manipulations in the highly localized areas involved. Available catheters are characterized by an inadequate control fine movements and have tips that can be only in planes parallel the main catheter tube. They the for controlled movement planes to that of main catheter tube within the atria or the ventricles and to navigate the extremely rugged surfaces of ventricular chambers (endocardium). Most cardiac ablation involve the use frequency (RF) electrical current transmitted to a catheter which is positioned as closely as to the site within the atria or ventricles. frequency electrical current heats the tissue surrounding the creating a discrete dense lesion. In order for the patient to be cured of the lesion must be created the area from the originates. in maneuverability of devices could optimize precise positioning of the catheter prior to ablation. Field of the Invention The present invention relates to the artificial and specifically relates significant modifications and improvements molded honeycombs for use in existing or in 2. of the Prior Art is a very old art only minor innovations have production from bees. The following five (5) patents relevant to the field of the present 1. U.S. Pat. No. 3,182,339 issued to Auston Roy Ellis on May 1965 for (hereafter the “Ellis Patent”); 2. U.S. Pat. No. issued to Matthias Schmidt Jun. 1, 1982 for “Method And Apparatus For Economically And Bees in Bee Compound” (hereafter “Schmidt Patent”); 3. Pat. No. 4,374,440 Herbert Drapkin Feb. 1983
 and, at times, agonizing repeatEd attempts To manEuvEr aNd PlacE the Catheter into thE ApprOpriate location.
This is pRimarIlY A resULt Of the Limited MAnEUVerAbIlIty Of THe CatheTer Tube itsElf. The cathEteR tUbe must have sUFfIcient streNgtH and stiffnesS to Be guidEd ThrOUgh thE vaSculaR systeM To the vIcinity of ThE Tissue OF intereST. thIs coNstruction does not ALlOW the degree of flExibilItY At THE tiP of The catheteR nEeded TO perforM InTRICatE MultidirectioNal manipulaTIonS in the HiGhlY LocaliZed arEaS InvOlved. AvailaBle cAtheters aRe charACterizeD By an inaDequatE coNtrOl of FInE mOveMeNTs aND hAve TIps That can bE dEfLecteD onlY IN PLaneS paRallEl to tHe main catheteR tuBe. ThEY laCk the AbiliTy foR cOntroLled laTeral MoVement in planes pErpeNdicular tO thAt Of tHe Main cATheter TubE wiThin the Atria or THe vEnTRIClEs and to navigate the ExTREmEly ruggeD surfaCEs Of THe ventriCuLar ChamBERs innEr liNInG (endocarDium).
MoST pReSent carDiAc tissUe AblAtiOn proCEdurEs invoLve the usE of raDIo frequency (RF) eLEctrical curreNT tRANsMItteD to The tissue viA a caTHeteR whiCH iS poSItionEd as cLoSElY As possible to the arrhYtHmogenTic siTe within the atRia or ventrICLEs. Radio fRequENcY Electrical currEnt heAts the tissUE surrounDing tHe cathetEr, creatinG A Discrete DenSe lEsiOn. IN ORdEr for the patieNT To be CuRed of thE arRhythmiA, thE leSioN muSt Be created In the areA fRoM wHiCh tHe arrHYthmia orIgInaTeS. ImProveMEnt in tHe manEuveRaBiLIty Of such dEViCES couLd OpTimiZe pReCise pOsitIOniNg of the Catheter pRioR To abLaTiOn. 1. Field Of the InventioN
THe present iNvEntIon relATEs to the fIeld of artificial honeycoMBs and spEciFicalLy reLates to siGniFicant ModIFicatiOns and ImproVeMenTS To molDED pLasTiC honeycombS FOr uSe in rEpLaciNg the exIsting wooden or plasTIc hOneycombs presEntLy in USE.
2. DEscRIpTIon Of THe PRIOr Art
Beekeeping Is a very old ArT BuT only minor INnoVaTions haVe been mAde to INcrease Honey prodUction froM bEes.
THE FolLowing five (5) Patents aRe relevanT To the FIeLd of tHe pResent InVenTion.
1. U.s. Pat. No. 3,182,339 ISsuEd to AUston ROy ellis oN May 11, 1965 fOr “artificiAl Honeycomb” (hereafter the “ellis PAtent”);
2. u.S. PAt. No. 4,332,045 issueD to mAttHias SchmiDt on jun. 1, 1982 for “MethOd ANd APparaTus fOr EcoNomiCAlLy MAIntaiNing aNd BreedinG beEs iN a beE Compound” (heREAFteR the “SChmIDt PateNt”);
3. U.S. pat. No. 4,374,440 issued to HerbERt Drapkin on Feb. 22, 1983 For “HONEycOmb
 and, at times, agonizingrepeated a ttemp tstoma neuv er a nd place the c a thet er into the appropriat e loc at i on.T hi s isprimari l ya res ul tofth e  l imite d m aneuver ability of  th ecatheter tub e  i tself. The  ca theter tubemus t have  s uff i cient  st rengt h ands tiffne ss to begu i ded th r ough th e va scul ar system to thev ic i nity of the ti ssue o fi nt e r est . T his constr uc tiond oes not al l o w  th e  degree of fl exibility a t  th e tipof  th e  cathe ter n ee d edto performintr icate mul tidire c tionalm anipula tionsinthe  hig h ly  l oca li z eda re asi nvo lved. Av ai la ble c athe t e r s  are  ch arac teriz ed by an inad equ atec ont rol o f fin e mo ve ments  and h ave t ip s that can be d efle cted only  in  p lan es  para l lel to  th e m ain cat heter t u be.  T h e y  l ack the ability fo rc o nt rolled l ateral mo ve m ent in p la nes  per p e ndicu lart othat ofthe ma i nca thetertu be wit hi n t heatria or t he ven triclesand t o  navigate thee xtremely rugg e ds u rf a cesofthe ventric ular cham bers in ner linin g (en do c ar d ium).
Most presentca rdiactissu e ablation pr ocedures i n v o lve theuseo fr adio frequency  (RF)  electrica l  current  tran smittedto the ti s s ue via a  ca the ter  wh i c his positioned a s cl os ely aspos sible t o t hearr hyt hm ogentic s ite with in  t he  a tri a orv entricle s.  Ra di o f reque n cy ele ctric al c ur re n t h eats th e  t i s suesu rr ound ing  t he ca thet e r,creatin g a discr ete dens ele sion. I n order for t he  patient t obecuredo f  the arr hythmia, the lesion mus t  be cre ate d inthearea from  wh ich th e a r rhythm ia ori ginat es . I m p rovem e n tinth e maneuver a b ili ty of  s uchdevices  could optimize pr e cis e positioning  of  the c at het e rp rio rt o a b l ation. 1. Field  of the In ve n ti on
The pre s ent  i nventio n relat es to the fie ld of art ificial h on eyco m b s a nd specifi cally re lates tos ignif i ca nt mo dif icatio ns  an d imp roveme n tsto mo lded p la stic h oneyc om bs for u se in replacing the exi stingwoode n o r plastic  ho n eyc ombs pres entl y in use.2.Des cript ion of th e Pr i or  Ar t 
Beek eepi n g is a ve r yold a rt  but only m i n o r i nnova tio n s have  bee n made to increas e  honey product ionf r ombee s .
Th efollowing five  (5 )p a tents ar erelevant to  the fie ld of th e pres ent in vention . 1. U.S. P at.No.  3,182,33 9 i ss u ed to A us to n  Roy E llis  o n May11, 19 6 5 fo r “Artificial Hone ycomb ” (here a fte r the  “ Ellis P a tent ”);
2. U.S . Pat. No.4,332, 045issue d to Ma tt hias S chm id t on Jun.1 , 1982 fo r “Me thod An dAppa rat us For  Eco n o mical ly M ai nta ining And B re e di ng Bee s in  A Be eComp ound” (he r eafter t he“ Schmidt  P ate n t ”);
3. U. S .  Pat. No.4,3 74,44 0 issued toH erbe r tD rapki n on F eb. 22 , 1983f or“H oneycom b
 and,_at times,_agonizing repeated attempts to_maneuver and_place_the catheter_into_the appropriate location.
This_is primarily a_result of the limited_maneuverability of the_catheter_tube itself. The catheter tube must have sufficient strength and stiffness to be guided_through_the vascular_system_to_the vicinity of the tissue_of interest. This construction does_not allow_the degree of flexibility at the tip of_the_catheter needed to_perform intricate multidirectional manipulations in the highly localized areas_involved. Available catheters are characterized by_an inadequate control_of_fine_movements and have tips_that can be deflected only in_planes parallel to the main catheter_tube. They lack the ability for controlled_lateral movement in planes perpendicular to_that of the main catheter_tube within_the atria or the ventricles_and to navigate_the extremely_rugged surfaces of_the ventricular chambers inner lining (endocardium).
Most_present cardiac tissue_ablation procedures involve the use of_radio_frequency (RF) electrical_current_transmitted_to the_tissue via a_catheter_which is_positioned_as closely as possible to the_arrhythmogentic_site within the atria or ventricles. Radio_frequency electrical current heats_the_tissue surrounding the catheter,_creating a discrete dense lesion._In order for the patient to_be cured_of the_arrhythmia, the lesion must be created in the area from which_the arrhythmia originates. Improvement in the_maneuverability of such devices_could optimize_precise_positioning of the_catheter_prior to_ablation. 1. Field of the Invention
The present_invention relates_to the field of artificial honeycombs_and specifically relates to_significant_modifications and improvements to molded plastic_honeycombs for use in replacing the_existing wooden or plastic honeycombs_presently_in_use.
2. Description of the Prior_Art
Beekeeping is a very old art_but only minor_innovations have been made to increase honey_production_from bees.
The following five (5) patents_are_relevant to the field of the_present_invention.
1._U.S. Pat. No. 3,182,339 issued_to Auston Roy Ellis on May_11, 1965 for “Artificial Honeycomb” (hereafter the “Ellis Patent”);
2._U.S. Pat. No._4,332,045 issued to Matthias Schmidt_on_Jun._1, 1982 for “Method And Apparatus For Economically Maintaining And_Breeding Bees_in A Bee_Compound” (hereafter the “Schmidt Patent”);
3. U.S. Pat. No. 4,374,440 issued_to Herbert Drapkin on Feb. 22, 1983_for “Honeycomb