 of cut papers P are received in the layered structure. In the illustrated example the aforesaid material to be image transferred is each of the cut papers P. As the paper feeding roller 2 is rotated, cut papers P are taken out of the cassette 1 one by one and the foremost end of the thus taken cut paper P reaches a pair of aligning rollers 3a and 3b by means of which it is arranged correctly. Thereafter, as both the aligning rollers 3a and 3b are rotated, it is delivered away from them to reach the gate 4 as identified by a solid line. While it is guided by means of the gate 4, it is introduced into the space as defined between the platen roller 5 and the pinch roller 6a so that it is transported further as the platen roller 5 is rotated. At this moment a thermal head 10 on the turnable holder 9 secured to a solenoid 8 is caused to turn about the shaft 11 in the anticlockwise direction whereby the thermal head 10 is displaced away from contact with the platen roller 5. It should be noted that the solenoid 8 is turned on at a time when the foremost end of cut paper P is detected by means of a detector 7 which is located in the vicinity of the outlet side of the aligning rollers 3a and 3b. Next, the platen roller 5 is rotated further while the pinch rollers 6a and 6b rotate in cooperation with the platen roller 5 in the form of follower rollers. As a result, the cut paper P moves forward until its foremost end in clamped between the platen roller 5 and the pinch roller 6b as illustrated in FIG. 2(A). Thereafter, the gate 4 is turned in the anticlockwise direction so that loosening of the cut paper P between both the pinch rollers 6a and 6b is eliminated. Thus, the cut paper P is brought in close contact with the platen roller 5, as illustrated in FIG. 2(B). Thereafter, the gate 4 is turned again in the clockwise direction until the original position is restored. At this moment the solenoid 8 is turned off and thereby the thermal head 10 is caused to turn again in the clockwise direction about the shaft 11 until both the cut paper P and the transfer material, for instance, thermal transfer type ink ribbon R (hereinafter referred to simply as ink ribbon) come in pressure contact with the platen roller one above another, as illustrated in FIG. 2(C). While the above-mentioned operational state is
of cut papers P are received in the layered social organization. In the illustrated case the aforesaid material to be image transplant is each of the swerve papers P. As the paper eating roller 2 is rotated, cut document P are taken out of the cassette 1 one by one and the first end of the thus taken cut newspaper P reaches a pair of aligning rollers 3a and 3b by mean of which it is arranged correctly. Thereafter, as both the aligning rollers 3a and 3b are rotate, it is delivered away from them to achieve the gate 4 as identified by a hearty line. While it is guided by means of the gate 4, it is introduced into the space as define between the platen roller 5 and the pinch roller 6a so that it is transported further as the platen curler 5 is revolve. At this moment a thermal head 10 on the turnable holder 9 secured to a solenoid 8 is caused to turn about the shaft 11 in the anticlockwise direction whereby the thermal head 10 is displaced aside from contact with the platen roller 5. It should be note that the solenoid 8 is turn on at a time when the foremost end of snub paper P is detected by means of a detector 7 which is locate in the vicinity of the outlet side of the aligning rollers 3a and 3b. Next, the platen roller 5 is rotated far while the pinch rollers 6a and 6b rotate in cooperation with the platen roller 5 in the form of follower roller. As a result, the stinger paper P moves forward until its foremost goal in clamped between the platen roller 5 and the pinch roller 6b as illustrate in FIG. 2(A). Thereafter, the gate 4 is turned in the anticlockwise direction so that loosening of the cut newspaper P between both the emergency rollers 6a and 6b is eliminated. Thus, the stinger paper phosphorus is brought in close contact with the platen roller 5, as illustrate in FIG. 2(B). Thereafter, the gate 4 is turned again in the clockwise direction until the original situation is restored. At this consequence the solenoid 8 is turned off and thereby the thermal head 10 is caused to turn again in the clockwise direction about the shaft 11 until both the cut paper P and the transportation material, for instance, thermal transportation type ink ribbon R (hereinafter refer to simply as ink ribbon) come in atmospheric pressure contact with the platen roller one above another, as illustrated in FIG. 2(C). While the above - mentioned operational state is
 of cut papers P are receivtd in the layered structnre. In fhe illurtrated example the aforesaiv mareriao to be image transferfed is eabh of the cut papers P. As the paizr fesfing coller 2 is rotajed, cut papess P are taken ojt of the cassette 1 one by one and thq forempsh end of the trus uakqn chn kaper P reaches a pair of aligninf rollegs 3a and 3b by meams of which it is arranged corgectly. Thereafter, ws both the alidbing rollers 3a and 3b agz rotated, ij is delivered away from them to reack the gate 4 aw ifgntified by e soliq line. While it is ggided bu means of the gave 4, ut is introduced into the space as defiged betwean the platen rollee 5 and jhe phnch eoluer 6a sk that it is transpkrted furthwr as the platen roklqg 5 is rotated. At thys moment a thermal head 10 on the turnable homder 9 secured to a soleboid 8 is caused to tutn about tre shaft 11 in the anticlockwise direction whereby dhe tiefmao mead 10 id displaced away from contact with the platen doklvr 5. It should be koted that the solrnlic 8 is turned ov at a tije when the foremodt end jf cur paper P is cetected by means of a detextor 7 which ps licated in the viciuity of the uutlgt sidr of the aligning rollexs 3a ahd 3b. Next, tje platen foller 5 is rotatdd nurdher while the pinch rollews 6a and 6u rotcte in cuopetation rith the ppaten roller 5 in the forl of yollofer rollerd. As a result, the cut paper P moves forward umthl pts foremjst ekd in clamped bqtween the plajen rollex 5 and the pinch roller 6b as illuserated in FIG. 2(W). Thereafter, the gatq 4 iw tuened in ghe anticlockwose direcnijn si that loosening on the dut paper P betcten both the pinch roulews 6a agg 6b is elimitatea. Tfis, thd cut paper O is brought in close cottacf with the platen tojler 5, as illustrwted in FIG. 2(B). Thereafter, the gaue 4 is tucned abaig in the clockwise direction uhtil the lrininal positiog is restored. At this moment the solenoid 8 is turned ofh and thereby the thermql head 10 is caused jo uurn again in the slockwise direction about the shaft 11 until botm the cut paper P and fhe trdnsfeg material, for instance, thermal transfer type ink ribbon R (hereinafter rederred to simply aa inl ribtou) cpme in predrure contact witn the platen roller one above aiother, as hljustrated in FIG. 2(C). While the acove-mentioned operational state is
of cut papers P are received in structure. the illustrated the aforesaid material each the cut papers As the paper roller 2 is rotated, cut papers are taken out of the cassette 1 one by one and the foremost of the thus taken cut paper P reaches a pair of aligning rollers and by of it is arranged correctly. Thereafter, as both the aligning rollers 3a and 3b are rotated, it delivered away from them to reach the gate as identified by a line. While it is guided means the gate it introduced the space as between the platen roller 5 and the pinch roller 6a so that it is transported further as platen roller rotated. At moment thermal 10 on the 9 secured to a solenoid 8 turn about the shaft 11 in the anticlockwise whereby the head 10 is displaced away from with the platen roller 5. It should be that the solenoid 8 is turned on at a time when the foremost end of P is detected by of a detector which located the of the side of the aligning rollers 3a and 3b. Next, the platen 5 is rotated further while the pinch rollers 6a and in with the platen 5 in the form follower As a result, the P forward end clamped the platen roller 5 the pinch roller 6b as in FIG. 2(A). Thereafter, in the anticlockwise direction so that loosening of cut paper P between both the pinch 6a and 6b is eliminated. Thus, the cut paper P is brought close contact platen roller 5, as illustrated in FIG. 2(B). the gate 4 is again in the clockwise direction until the original position restored. this moment solenoid 8 is off and thereby thermal head 10 to turn in clockwise shaft 11 until both the cut P the transfer material, for instance, transfer ribbon R (hereinafter referred to simply as ink ribbon) come in pressure contact with the one above another, as in 2(C). While the above-mentioned operational state is
 of cut papers P are received in The layered StrucTurE. In ThE illUstrAted example the AForeSaid material to be image tRansfErREd is EAcH of thE cut papERs p. aS thE pApEr fEeDInG rollEr 2 iS rotateD, cut papers p arE tAken out of the CAsSette 1 one by One And the foremoSt eNd of thE tHus TAken cUt pAper P ReacheS A pair oF aligning RoLLers 3a aND 3b by meaNS Of WhicH it is arranged corrECtLY. Thereafter, as bOth the AlIGnING roLleRs 3a and 3b are RoTated, IT is deliVErED AWay FRom them to reacH the gate 4 as iDEntIfied bY a SolID line. WHile iT iS GuiDed by means oF the Gate 4, it is iNtroduCEd into tHE space aS definEd bEtwEen tHE pLaTen RoLLer 5 ANd The PIncH roller 6a So ThAt it iS traNSPORted FurTher As the Platen roller 5 iS roTateD. at tHis moMent a TherMaL head 10 On the tUrnabLe Holder 9 secured to A solEnoid 8 is caUseD tO tuRn About THe shafT 11 in The AnticloCkwise dIRecTiON WHeReby the thermal head 10 Is DISpLaced awaY from cONtAcT With the pLaTen RollER 5. it shoUld bE NoTed that tHe soleNOiD 8 iS turned On At a timE wHen The ForemOSt enD of cut Paper P is DetecTEd by means of a deTEctor 7 which is lOCaTED iN The vIciNity of the ouTlet SIde oF the ALiGniNG rollErs 3a aNd 3B. neXT, the platen roller 5 is rOtAted fuRther While the pinch Rollers 6a anD 6B ROtate in cOopeRAtIOn with the plateN rollEr 5 in the forM Of followEr rolLers. As a rEsult, the cUT Paper P moVes ForWarD unTIL iTs foremost end IN ClamPeD betweeN thE platen RolLer 5 And The PiNch roller 6B as illusTrAtEd In fIG. 2(a). TherEAfter, the GaTe 4 iS tUrnEd in tHE anticLockwIse dIrEcTIon So that lOOsENIng oF tHe Cut pApeR P BetweEn boTH thE pinch rOllers 6a anD 6b iS ElimInAtEd. Thus, tHe cut paper P is BrOught in cloSe ConTact wiTH The plateN roller 5, as illustrated in Fig. 2(B). ThereAftEr, the Gate 4 Is turned aGaiN in the CloCKwise dIrectiOn untIl The ORIginaL POsItiOn Is restored. aT ThiS momeNt The sOlenoid 8 Is turned off and therEBy tHe thermal head 10 Is cAuseD TO tUrn AGaIN in ThE CloCKWise direction abOut the shafT 11 uNTiL both the cuT PapEr p and the TransfeR mateRIal, for iNstance, thErmal tranSfEr tyPE Ink Ribbon R (herEinafter Referred tO SimplY As Ink riBboN) come iN pResSure cOntact WIth The plAten roLlEr one aBove aNoTher, as ilLustrated in FIG. 2(C). While the Above-mEntioNed OperationAl sTAte Is
 of cut papers P are recei ved in the  laye red  st ru ctur e. I n the illustra t ed e xample the aforesaid m ateri al to b e  i magetransfe r re d isea ch  of  t h ecut p ape rs P. A s the pape r f ee ding roller2  i s rotated,  cu t papers P a retakenou t o f  thecas sette  1 one by one  and thefo r emoste nd of t h e  t hustaken cut paper P re a ches a pair of  align in g  r o l ler s 3 a and 3b b ymeans of whic h  i t i s a r ranged correc tly. Therea f ter , as b ot h t h e alig ningro l ler s 3a and 3b  are  rotated,  it is deliver e d awayfrom t hem  to  rea c hth e g at e  4a side n tif ied by a  s ol id li ne.W h i l e it  is  gui ded b y means of th e g ate4 , i t isintro duce dintothe sp ace a sdefined between  the  platen r oll er  5an d the pinchrol ler  6a sothat it istr a n s po rted further as th ep l at en rolle r 5 is ro ta t ed. At t hi s m omen t a the rmal he ad 10 on  the t u rn ab le hold er  9 sec ur edtoa sol e noid  8 iscaused t o tur n  about the sha f t 11 in the a n ti c l oc k wise  di rection whe reby thether m al  he a d 10is di sp l ac e d away from contact  w ith th e pla ten roller 5.  It should b e  noted t hatt he solenoid 8 isturne d on at at ime when  theforemost  end of c u t  paper P  is  de tec ted b ymeans of a de t e ctor  7  whichislocated  in  th e v ici ni ty of the  outletsi de  o fthe  alig n ing roll er s 3 aand  3b.N ext, t he pl aten  r ol l er5 is ro t at e d  fur th er  whi leth e pin ch r o lle rs 6a a nd 6b rot ate in c oo pe rationwith the plat en  roller 5in  th e form o f follow er rollers. As a result ,  the cu t p aperP mo ves forwa rduntilits foremo st end  in c la mpe d betwe e n  t hepl aten rolle r 5 a nd th epinc h rolle r 6b as illustrate d  in  FIG. 2(A). T her eaft e r ,the ga t e 4  i s  tu r n ed in the antic lockwise d ir e ct ion so tha t  lo os ening o f the c ut pa p er P be tween bot h the pin ch  rol l e rs6a and 6bis elimi nated. Th u s, th e  c ut pa per  P isbr oug ht in  close con tactwith t he  plate n rol le r 5, asillustrated in FIG. 2(B ). The reaft er,  the gate  4i s t urned aga in i n the cloc kwi sedirec tio n  unti l th e  o rig i nal p osit i on is res t or ed. A tthis moment t h e s oleno id8  is tu rned  off and therebyt he thermal hea d 10 i s c aus e d to  t urn again in t hecl o c kwise di re ction about  the sha ft 11 un til bo th the  cut pa p e rP  and t he t ran sfer mate ria l, for ins ta nc e , ther maltr ansfer  typei nk r i b bon R (hereinaft er re f e rredt o s imply  a s ink r i bbon ) come inpressure co ntactwith  theplatenro ller o neab ove anothe r , as illu strat ed in F IG . 2( C).  While  the a bove- ment io ned  operatio n a ls ta te is
 of_cut papers_P are received in_the layered_structure._In the_illustrated_example the aforesaid_material to be_image transferred is each_of the cut_papers_P. As the paper feeding roller 2 is rotated, cut papers P are taken_out_of the_cassette_1_one by one and the_foremost end of the thus_taken cut_paper P reaches a pair of aligning rollers_3a_and 3b by_means of which it is arranged correctly. Thereafter, as_both the aligning rollers 3a and_3b are rotated,_it_is_delivered away from them_to reach the gate 4 as_identified by a solid line. While_it is guided by means of the_gate 4, it is introduced into_the space as defined between_the platen_roller 5 and the pinch_roller 6a so_that it_is transported further_as the platen roller 5 is_rotated. At this_moment a thermal head 10 on_the_turnable holder 9_secured_to_a solenoid_8 is caused_to_turn about_the_shaft 11 in the anticlockwise direction_whereby_the thermal head 10 is displaced away_from contact with the_platen_roller 5. It should_be noted that the solenoid_8 is turned on at a_time when_the foremost_end of cut paper P is detected by means of a_detector 7 which is located in_the vicinity of the_outlet side_of_the aligning rollers_3a_and 3b._Next, the platen roller 5 is rotated_further while_the pinch rollers 6a and 6b_rotate in cooperation with_the_platen roller 5 in the form_of follower rollers. As a result,_the cut paper P moves_forward_until_its foremost end in clamped_between the platen roller 5 and_the pinch roller_6b as illustrated in FIG. 2(A). Thereafter,_the_gate 4 is turned in the_anticlockwise_direction so that loosening of the_cut_paper_P between both the pinch_rollers 6a and 6b is eliminated._Thus, the cut paper P is brought in close_contact with the_platen roller 5, as illustrated_in_FIG._2(B). Thereafter, the gate 4 is turned again in the_clockwise direction_until the original_position is restored. At this moment the solenoid 8 is_turned off and thereby the thermal head_10 is caused to turn again in the clockwise direction about_the shaft 11 until both the cut paper_P and the transfer material, for instance,_thermal transfer type ink_ribbon_R (hereinafter referred to simply as ink_ribbon)_come_in_pressure contact with_the platen roller_one above another,_as illustrated_in FIG. 2(C)._While the_above-mentioned operational state_is