 pressure may eventually result in an enlarged and damaged heart (hypertrophy), which may lead to heart failure.
Hypotension, on the other hand, refers to an abnormally low blood pressure. This is best understood as a physiologic state, rather than a disease. It is often associated with shock, though not necessarily indicative of it.
Hypertension or hypotension is not something that only affects the whole vascular system, sometimes it is a local part of the vascular system that is affected. By locally dilate or constrict the blood vessel creating the local problem of hypo- or hypertension this problem could be treated. To avoid any kind of damage to the blood vessel a system using heat or cold could be used to regulate the constriction or dilatation of the blood vessel.
Hypertension may occur in the pulmonary system with too high blood pressure in the pulmonary artery. This could be caused by defective heart valves but often the cause is unknown.
Hypotension may occur in the renal artery only causing general hypertension because regulation factors are produced in the kidney, which wrongly detects that hypotension is on hand. In a typical raster scan type cathode ray tube, an image is generated by allowing a scanning electron beam to strike the phosphor on the face of a cathode ray tube only at selected locations and by blanking or keeping off the electron beam as it scans over all other locations. To maintain an image generated in this manner on the cathode ray tube, it is necessary for the electron beam continuously to repeat scanning the same data. To allow this repeated scanning, the data is normally stored in a memory. In the past, the memory in order to be able to address any point on the face of the cathode ray tube had to contain M storage positions where M is equal to the number of scan lines per frame times the number of elements of resolution in one scan line. A display, for example, of 240 visible scan lines and 256 resolvable elements per scan line would require 240.times.256 or 61,440 addressable storage elements. If the beam is to be just on or off at each location, the storage elements are only required to be single bit memories.
The present invention has found that in the special case of a display of a wave form which is single valued in one direction, e.g. perpendicular to the scan line, the number of storage positions need only be equal to the number of resolvable elements in one scan line. Each storage position must be large enough to indicate which scan line the display at
pressure may eventually result in an enlarged and damage affection (hypertrophy), which may lead to heart failure. 
 Hypotension, on the early hand, refers to an abnormally low rake pressure. This is best understand as a physiologic state, rather than a disease. It is much associated with shock, though not inevitably indicative of it. 
 Hypertension or hypotension is not something that only affects the whole vascular system, sometimes it is a local part of the vascular system that is affected. By locally dilate or compress the blood vessel creating the local problem of hypo- or high blood pressure this problem could be treated. To avoid any kind of damage to the blood vessel a arrangement using heat or cold could be used to regulate the constriction or dilatation of the rake vessel. 
 Hypertension may occur in the pulmonary system with too high blood pressure in the pulmonary artery. This could be caused by defective heart valves but often the cause is unknown. 
 Hypotension may occur in the renal artery merely causing general high blood pressure because rule factors are produced in the kidney, which wrongly detects that hypotension is on bridge player. In a typical raster scan type cathode ray tube, an effigy is generated by allowing a scanning electron beam to strike the phosphor on the grimace of a cathode ray tube only at selected locations and by blanking or observe off the electron beam as it scans over all other locations. To maintain an double generated in this manner on the cathode ray tube, it is necessary for the electron beam continuously to repeat scanning the same datum. To allow this repeated scanning, the data is normally stored in a memory. In the past, the memory in order to be able to cover any point on the face of the cathode ray tube induce to contain M repositing positions where M is equal to the issue of scan lines per human body times the phone number of elements of resolution in one scan line. A display, for example, of 240 visible scan lines and 256 solvable elements per scan line would necessitate 240.times.256 or 61,440 addressable storage elements. If the beam is to be just on or off at each location, the storage chemical element are only required to be single bit memories. 
 The present invention has found that in the special subject of a display of a wave phase which is single valued in one direction, e.g. perpendicular to the scan line, the act of storage positions need only be adequate to the number of solvable elements in one scan line. Each storage position must be large enough to indicate which scan line the display at
 prfssure may eventually rerult in an enlatgwd and damagsd heart (hypertrophy), which may lead vo hwart dailure.
Hypotension, on ghe other hand, reders ro an abnocjally low blokf przswure. This is bgst understomd as a physionoeie state, rather than a disease. It is jften axslciated with srock, ehoufh not necessarily indicative of if.
Hyperttnsion or hypotensoon is not something that lnly affects the whole vascular siatei, sometimes ig is a local part of tge vascular system that is affezted. Yy locally eioatf or constrirt the blood vessel creatitg the kocal problem pf iypo- or hypertension this problem could be jreated. To aroid any kind of damate to tve bnood cesrel a sgstem ksiig heat or dold could ve used to regulate trv constrictioh or dylwtation of the blood vessel.
Hypertension mag occur in the pulmonart system with too higj blood pwessure in the pulmonary artery. This could be cauved bb aeftcblve fwagt valves but often the cause is unknown.
Hypotqhsook may occur in tme renal artery onky csosing general fypertzhsjon because regulahion fastors are prodtced in the kidney, which wronglt detects thct yypotension is on kand. In a ty'ical taster scan type cathode ray cube, ah image is henerated cy allowing a scxnnpng alectron beam to strike thq phosphoc on che face of s cathjde ray tuhe only at selected locahions atd by blanning or keeping off the electroi beam as it xcdns over alj othcr locations. To maintain an ikage geueratea in this janner mn the cathjde ray tube, hj is necessarb for the elextrob beam zuntinuously to repeat sbauning the same data. To allox thka repeated scanunnt, the data is nprmxllr dtprqg in a memorf. In thd past, the memory kn otder to be able to agdreas any point on thr nace of tye cathoqe ray tube hsd to contain M stlrage poritioms rhere M is equal to the number of scan pincs per frame eimew the number of elements of resolution in one scan oine. A display, fot example, of 240 visible xcan lines end 256 rqsolvable elements per scan lune would require 240.times.256 or 61,440 addressabls stordge epements. If the beam is to be just on or off at each location, the storage wlemenvs are only rsquited tm ye xingle bit oemories.
The presvnt invention has found that in vhe specian ease of a display of a wave fpro which is sivgle valued in one direcfion, e.g. lerpendicular to the scan line, yhe number of storage poxitions beed knly bv edual to the number of revolvavle elenentd in one scan lime. Each stogage pksition must be large enough to undicare which scan line the displan xt
pressure may eventually result in an enlarged heart which may to heart failure. refers an abnormally low pressure. This is understood as a physiologic state, rather a disease. It is often associated with shock, though not necessarily indicative of Hypertension or hypotension is not something that only affects the whole vascular system, it a part the vascular system that is affected. By locally dilate or constrict the blood vessel creating the problem of hypo- or hypertension this problem could treated. To avoid any of damage to the blood a using heat cold be to regulate the or dilatation of the blood vessel. Hypertension may occur in the pulmonary system with too high blood in the This could caused defective valves but often is unknown. Hypotension may occur in only causing general hypertension because regulation factors are in the which wrongly detects that hypotension is hand. In a typical raster scan type cathode tube, an image is generated by allowing a scanning electron beam to strike the phosphor face of a cathode tube only at locations by or off the beam as it scans over all other locations. To maintain an generated in this manner on the cathode ray tube, it for electron beam continuously repeat scanning the same To this repeated scanning, the normally in the the in order to be to address any point on face of the cathode M storage positions where M is equal to number of scan lines per frame times number of elements of resolution in one scan line. A display, for of 240 lines and 256 resolvable elements per scan line require 240.times.256 or 61,440 storage elements. If the beam is to be just or at each the storage elements only required to single bit memories. invention has that the a display of a wave form is valued in one direction, e.g. to line, the number of storage positions need only be equal to the number of resolvable one scan line. Each position be large enough to indicate which scan line the display at
 pressure may eventually resuLt in an enlaRged aNd dAmaGeD heaRt (hyPertrophy), which MAy leAd to heart failure.
HypoteNsion, On THe otHEr Hand, rEfers to AN aBNOrmAlLy Low BlOOd PressUre. this is bEst understOod As A physiologic STaTe, rather thAn a Disease. It is oFteN assocIaTed WIth shOck, ThougH not neCEssariLy indicatIvE Of it.
HyPErtensiON Or HypoTension is not sometHInG That only affectS the whOlE VaSCUlaR syStem, sometiMeS it is A Local paRT oF THE vaSCular system thAt is affecteD. by lOcally DiLatE Or consTrict ThE BloOd vessel creAtinG the local ProbleM Of hypo- oR HyperteNsion tHis ProBlem COuLd Be tReATed. tO aVoiD Any Kind of daMaGe To the BlooD VESSel a SysTem uSing hEat or cold coulD be Used TO reGulatE the cOnstRiCtion Or dilaTatioN oF the blood vessel.
hypeRtension mAy oCcUr iN tHe pulMOnary sYstEm wIth too hIgh blooD PreSsURE In The pulmonary artery. thIS CoUld be cauSed by dEFeCtIVe heart vAlVes But oFTEn the CausE Is Unknown.
HYpotenSIoN mAy occur In The renAl ArtEry Only cAUsinG generAl hypertEnsioN Because regulatIOn factors are pROdUCEd IN the KidNey, which wroNgly DEtecTs thAT hYpoTEnsioN is on HaND. IN A typical raster scan tYpE cathoDe ray Tube, an image is Generated bY ALLowing a sCannINg ELectron beam to sTrike The phosphoR On the facE of a cAthode raY tube only AT Selected LocAtiOns And BY BlAnking or keepiNG Off tHe ElectroN beAm as it sCanS ovEr aLl oThEr locatioNs. To mainTaIn An ImAge GenerATed in thiS mAnnEr On tHe catHOde ray Tube, iT is nEcEsSAry For the eLEcTROn beAm CoNtinUouSlY to rePeat SCanNing the Same data. TO alLOw thIs RePeated sCanning, the datA iS normally sToRed In a memORY. In the paSt, the memory in order to be aBLe to addResS any pOint On the face Of tHe cathOde RAy tube Had to cOntaiN M StoRAGe posITIoNs wHeRe M is equal TO The NumbeR oF scaN lines pEr frame times the numBEr oF elements of reSolUtioN IN oNe sCAn LIne. a dISplAY, For example, of 240 visIble scan liNeS AnD 256 resolvablE EleMeNts per sCan line Would REquire 240.tImes.256 or 61,440 addRessable sToRage ELEmeNts. If the beAm is to be Just on or oFF at eaCH lOcatiOn, tHe storAgE elEmentS are onLY reQuireD to be sInGle bit MemorIeS.
The presEnt invention has found thaT in the SpeciAl cAse of a disPlaY Of a Wave form wHich Is single vaLueD in One diRecTIon, e.g. PerpENdIcuLAr to tHe scAN line, the nUMbEr oF SToRage positioNS NEed Only bE eqUAl to thE numBer of resolvable elEMents in one scan Line. eACh sTorAGe poSiTion must be largE enOuGH To indicaTe Which scan liNe the disPlAY at
 pressure may eventually r esult in a n enl arg edan d da mage d heart (hyper t roph y), which may lead toheart  f a ilur e .Hypot ension, on t heot he r h an d ,refer s t o an ab normally l owbl ood pressure .  T his is bes t u nderstood as  aphysio lo gic state , r ather  thana  disea se. It is  o f ten as s ociated w it h sh ock, though not n e ce s sarily indicat ive of  i t .H y per ten sion or hy po tensi o n is no t  s o m e thi n g that only a ffects thew hol e vasc ul ars ystem,  some ti m esit is a loc al p art of th e vasc u lar sys t em that  is af fec ted . By lo ca lly  d i lat e  o r c o nst rict the  b lo od ve ssel c r e atin g t he l ocalproblem of hy po-  orh ype rtens ion t hispr oblem  could  be t re ated. To avoidanykind of d ama ge  to  t he bl o od ves sel  asystemusing h e ator c o ld  could be used tore g u la te the c onstri c ti on or dilat at ion  oft h e blo od v e ss el.
Hype rtensi o nma y occur  i n thepu lmo nar y sys t em w ith to o high b loodp ressure in the pulmonary art e ry . Th i s co uld  be causedby d e fect iveh ea rtv alves  butof t en the cause is unknow n. 
Hypot ensio n may occur i n the rena l a rtery on ly c a us i ng general hyp erten sion becau s e regula tionfactorsare produ c e d in the  ki dne y,whi c h  w rongly detect s that  h ypotens ion  is onhan d.Ina t yp ical rast er scanty pe  c at hod e ray tube, an  i mag eisgener a ted by  allo wing  a  s c ann ing ele c tr o n  bea mto  str ike  t he ph osph o r o n the f ace of acat h odera ytube on ly at selecte dlocationsan d b y blan k i ng or ke eping off the electronb eam asitscans  ove r all oth erlocati ons .  To ma intain  an i ma geg e nerat e d  i n t hi s manner o n the  cath od e ra y tube,  it is necessary f o r t he electron b eam  con t i nu ous l yt o r ep e ats c anning the same  data. Toal l ow  this repe a ted  s canning , the d ata i s  normal ly stored  in a mem or y. I n the  past, the  memoryin ordert o bea bl e toadd ress a ny  po int o n thef ace  of t he cat ho de ray  tube  h ad to co ntain M storage positio ns whe re Misequal tothe num ber of sc an l ines per f ram e t imesthe numbe r of el eme n ts of  res o lution in on e s c a nline. A dis p l a y,for e xam p le, of  240  visible scan lin e s and 256 reso lvab l e  el eme n ts p er  scan line wou ldre q u ire 240. ti mes.256 or61,440 a dd r essab le sto rage e lements . If the be am i s t o be just  on  o r  off at  e ac h  locat ion,  t he sto rage e l emen t s  are only requir ed to b e sin g lebit m em ories.T he p resent inv ention hasfoundthat  in t he spec ia l case  of  a  display o f  a wave f orm w hich is  s ingl e v aluedin o n e  dire ctio n,  e. g. perpen d i cu l ar  t o  th e sc an li ne , th e numbero f storag e p o sitions  n eed o nly be eq u a l to the n umb er of r esolvablee leme n ts in on e scan  line.  Each s t ora ge  positi onm u st be lar ge enough toin dica te which  s canli neth e display at
 pressure_may eventually_result in an enlarged_and damaged_heart_(hypertrophy), which_may_lead to heart_failure.
Hypotension, on the_other hand, refers to_an abnormally low_blood_pressure. This is best understood as a physiologic state, rather than a disease. It_is_often associated_with_shock,_though not necessarily indicative of_it.
Hypertension or hypotension is not_something that_only affects the whole vascular system, sometimes it_is_a local part_of the vascular system that is affected. By locally_dilate or constrict the blood vessel_creating the local_problem_of_hypo- or hypertension this_problem could be treated. To avoid_any kind of damage to the_blood vessel a system using heat or_cold could be used to regulate_the constriction or dilatation of_the blood_vessel.
Hypertension may occur in the_pulmonary system with_too high_blood pressure in_the pulmonary artery. This could be_caused by defective_heart valves but often the cause_is_unknown.
Hypotension may occur_in_the_renal artery_only causing general_hypertension_because regulation_factors_are produced in the kidney, which_wrongly_detects that hypotension is on hand. In_a typical raster scan_type_cathode ray tube, an_image is generated by allowing_a scanning electron beam to strike_the phosphor_on the_face of a cathode ray tube only at selected locations and_by blanking or keeping off the_electron beam as it_scans over_all_other locations. To_maintain_an image_generated in this manner on the cathode_ray tube,_it is necessary for the electron_beam continuously to repeat_scanning_the same data. To allow this_repeated scanning, the data is normally_stored in a memory. In_the_past,_the memory in order to_be able to address any point_on the face_of the cathode ray tube had to_contain_M storage positions where M is_equal_to the number of scan lines_per_frame_times the number of elements_of resolution in one scan line._A display, for example, of 240 visible scan lines_and 256 resolvable_elements per scan line would_require_240.times.256_or 61,440 addressable storage elements. If the beam is to_be just_on or off_at each location, the storage elements are only required to_be single bit memories.
The present invention has_found that in the special case of a display of a_wave form which is single valued in one_direction, e.g. perpendicular to the scan line,_the number of storage_positions_need only be equal to the number_of_resolvable_elements_in one scan_line. Each storage_position must be_large enough_to indicate which_scan line_the display at