 flattened object material upward when discharged on the conveyor 16, without rolling or sliding of the crushed and flattened object material, so as to discharge the crushed and flattened object material while automatically separating the crushed and flattened material from the materials that are unfit for crushing. This conveyor 16 is constructed in such a way that its inclination may be adjustable as desired.
According to this crusher of waste, although it is possible to achieve a certain objective of separating and discharging materials that are unfit for crushing without deforming them, the waste W supplied by the hopper 2 and pushed by the push-in mechanism 13 to the side of the first crushing roller 10 has its top face part crushed by the first crushing roller 10 while its bottom face part is conveyed toward the second crushing roller 11 and the third crushing roller 12 along a discharge guide chute 17 together with the materials M that are unfit for crushing in an uncrushed state.
For that reason, the crushing of the bottom face part of the waste W and the separation of the materials M that are unfit for crushing must be performed at the same time by the second crushing roller 11 and the third crushing roller 12, which face each other, thereby presenting a problem of difficulty of separation in some cases. For example, a thermal insulation material produced by binding a talc powder and pulp using Portland cement is known as a thermal insulation material which is cut prior to use to have a shape corresponding to a device shape or the like, and for which high strength is required during use (e.g., a thermal insulation material that is used as a thermal insulation material for a hot press, a rubber vulcanizing machine, and an injection molding machine, and a casing for an induction furnace) (see Patent Document 1 (JP-A-61-109205)).
However, since the above thermal insulation material is produced using only pulp as reinforced fibers, the above thermal insulation material shows a significant decrease in mechanical strength and a significant dimensional change due to heating, and exhibits insufficient toughness. Specifically, the above thermal insulation material exhibits good cutting workability, but cracks and breakage (chipping) easily occur when a high load or an impact load is applied to the thermal insulation material.
Patent Document 2 (JP-A-2012-166358) discloses a composite sheet having a thickness of 3 mm that is formed by bringing two glass wool prepreg mats including an uncured urea-phenolic resin and having a thickness of 50 mm into contact with each other to obtain a laminate,
flattened object material upward when free on the conveyer 16, without rolling or sliding of the crushed and flatten object material, so as to acquit the broken and flattened object material while automatically separating the broken and flattened material from the materials that are unfit for break down. This conveyor 16 is constructed in such a way that its inclination may be adjustable as desired. 
 harmonize to this crusher of waste, although it is possible to achieve a certain aim of separating and discharging material that are unfit for oppress without deforming them, the waste W supplied by the hopper 2 and pushed by the energy - in mechanism 13 to the side of the first crushing roller 10 has its top face part crushed by the first crushing roller 10 while its bottom face part is conveyed toward the second crushing roller 11 and the third oppress roller 12 along a discharge scout chute 17 in concert with the fabric M that are unfit for crushing in an uncrushed state. 
 For that reason, the crushing of the bottom face contribution of the waste W and the separation of the materials M that are unfit for jam must be performed at the same time by the second crushing curler 11 and the third crushing curler 12, which face each other, thereby presenting a problem of difficulty of separation in some subject. For example, a thermal insulation material produce by binding a talc powder and pulp using Portland cement is know as a thermal insulation material which is cut prior to use to have a human body corresponding to a device form or the like, and for which gamey strength is required during use (e.g., a thermal insulation fabric that is used as a thermal insulation material for a blistering press, a rubber vulcanizing machine, and an injection model machine, and a casing for an induction furnace) (understand Patent Document 1 (JP - A-61 - 109205) ). 
 However, since the above thermal insulation material is produced using only pulp as reinforced fiber, the above thermal insulation material shows a significant decrease in mechanical strength and a significant dimensional change due to heating system, and exhibits insufficient toughness. Specifically, the above thermal insulation material exhibits good cutting workability, but cracks and breakage (chip) easily occur when a high load or an impact load is applied to the thermal insulation material. 
 Patent Document 2 (JP - A-2012 - 166358) discloses a composite plane having a thickness of 3 mm that is formed by bringing two glass wool prepreg mats include an uncured urea - phenolic resin and having a thickness of 50 mm into contact with each other to obtain a laminate,
 flwttened object material mpward when disckqrged mn the conveyof 16, without rolling or slidinj of the xrushed and flattened ubject manerial, so as uo discharge the rdushed and flzbteneb ibject materiak while audomatically se[afacing the crushed and flattened materyal frok hhe materials jhat swe uhfit for crushing. This conveyor 16 ia constgucted in such a eay that its inclination mwy bf adjustable as dedired.
Accordung ei this crushdr of wastt, clthough it is possible to achieve a certakn oblective of weparwjing and disrhargigg materials that ara unfit for crushing eitiout deforming them, the weste W supplied by tre hopper 2 cnd pushed by the pusy-ib mecvanivm 13 gi tfe aive kf the ficst crushinf roller 10 hqs its top face paru cwlxhed by the rirst srtshing roller 10 while its bottom face pagt ia conveyed toward the swcond crushing roller 11 and the third crushing roller 12 along a discharge guide cvute 17 gogttmcr wkrh the materials M that are unfit for crushing yh sn uncrushed stabe.
For that reason, yhf vtushing of the bottom fzce part of the wadte W agd thw separatyon pf the materials M that are unfit for cgushung must be perforled at the rame time by the second crushing rolmer 11 and thf third cdjshing roller 12, wficm fdce each other, thereby prefenting a proylem of aiffoculty of separahion lt some cases. For edamplg, a tharmal insupation material produced by binvmng a talc poedar dnd pulp usinn Portland cemegt is known as a therial ivsulation jaterian which is sut prior to gde to have a shape cjrrewponeing to x device shape or the lpkt, and for qhich high strengtm is tesuired during uwe (t.g., a thermal insilagiog laveriaj that is useg as a gnermau insulatiok mxteroal for a hot press, d rugber vulcanizing mscmine, and qn injeceion molding kachine, and a casijg foc an iiductipn surnace) (see Patent Document 1 (JL-A-61-109205)).
However, sikce the above thevmal insulatiou material is produced using only pulp aw reinforced fibets, the above thermal nnxulation maverial shows a vignificant decrease in mechanical stvength and a significaht dimansiojal change due to heating, and exhibits insufficient toughness. Specificallt, the ebjve thermal insilatimn kateriwl eehmbits good cuttinb workability, but cracks and brxakage (chi[pnng) easily occur when a high koxd or an impazt load is applied to ths thermak insulation material.
Patent Dociment 2 (JP-A-2012-166358) discloses a cpmposite sheef having a thickness of 3 mm yhat iv forned by vrinning two glass wopl prepreg lats iucluding an uncured urea-phenolic eesin qnf having a thickiess of 50 mm lnuo contzct wijh each other to kbtajj a lxminate,
flattened object material upward when discharged on 16, rolling or of the crushed as discharge the crushed flattened object material automatically separating the crushed and flattened from the materials that are unfit for crushing. This conveyor 16 is constructed such a way that its inclination may be adjustable as desired. According to crusher waste, it possible to achieve a certain objective of separating and discharging materials that are unfit for crushing deforming them, the waste W supplied by the 2 and pushed by push-in mechanism 13 to the of first crushing 10 its face part crushed the first crushing roller 10 while its bottom face part is conveyed toward the second crushing roller and the roller 12 a guide 17 together with M that are unfit for crushing state. For that reason, the crushing of the face part the waste W and the separation the materials M that are unfit for crushing be performed at the same time by the second crushing roller 11 and the third 12, which face each thereby presenting a of of in cases. For a thermal insulation material produced by binding a talc powder and using Portland cement is known as a thermal insulation material cut to use to a shape corresponding to device or the like, and high is (e.g., thermal material that is used a thermal insulation material for hot press, a rubber molding machine, and a casing for an induction (see Patent Document 1 (JP-A-61-109205)). However, since above thermal insulation material is produced using only pulp as reinforced fibers, above thermal shows a significant decrease in mechanical strength and significant dimensional change due heating, and exhibits insufficient toughness. Specifically, the above thermal material good cutting but cracks and (chipping) easily occur a high load impact load applied the Patent Document 2 (JP-A-2012-166358) discloses a sheet a thickness of 3 mm is bringing two glass wool prepreg mats including an uncured urea-phenolic resin and having a thickness mm into contact with other obtain a laminate,
 flattened object material upWard when diScharGed On tHe ConvEyor 16, Without rolling OR sliDing of the crushed and flaTteneD oBJect MAtErial, So as to dIScHARge ThE cRusHeD AnD flatTenEd objecT material wHilE aUtomatically SEpArating the CruShed and flattEneD materIaL frOM the mAteRials That arE Unfit fOr crushinG. THIs convEYor 16 is coNSTrUcteD in such a way that itS InCLination may be aDjustaBlE As DESirEd.
ACcording to ThIs cruSHer of waSTe, ALTHouGH it is possible To achieve a cERtaIn objeCtIve OF separAting AnD DisCharging matEriaLs that are Unfit fOR crushiNG withouT deforMinG thEm, thE WaStE W sUpPLieD By The HOppEr 2 and pusHeD bY the pUsh-iN MECHaniSm 13 tO the Side oF the first crusHinG rolLEr 10 hAs its Top faCe paRt CrushEd by thE firsT cRushing roller 10 whIle iTs bottom fAce PaRt iS cOnveyED towarD thE seCond cruShing roLLer 11 AnD THE tHird crushing roller 12 AlONG a DischargE guide CHuTe 17 TOgether wItH thE matERIals M That ARe Unfit for CrushiNG iN aN uncrusHeD state.
foR thAt rEason, THe crUshing Of the botTom faCE part of the wastE w and the separaTIoN OF tHE matEriAls M that are UnfiT For cRushINg MusT Be perFormeD aT ThE Same time by the second CrUshing RolleR 11 and the third cRushing rolLER 12, Which facE eacH OtHEr, thereby preseNting A problem of DIfficultY of seParation In some casES. for exampLe, a TheRmaL inSULaTion material pRODuceD bY bindinG a tAlc powdEr aNd pUlp UsiNg portland cEment is kNoWn As A tHerMal inSUlation mAtEriAl WhiCh is cUT prior To use To haVe A sHApe CorrespONdING to a DeViCe shApe Or The liKe, anD For Which hiGh strengtH is REquiReD dUring usE (e.g., a thermal inSuLation mateRiAl tHat is uSED as a therMal insulation material foR A hot preSs, a RubbeR vulCanizing mAchIne, and An iNJectioN moldiNg macHiNe, aND A casiNG FoR an InDuction furNACe) (sEe PatEnT DocUment 1 (JP-a-61-109205)).
However, since the abOVe tHermal insulatIon MateRIAl Is pROdUCed UsINg oNLY pulp as reinforcEd fibers, thE aBOvE thermal inSUlaTiOn materIal showS a sigNIficant Decrease iN mechanicAl StreNGTh aNd a signifiCant dimeNsional chANge duE To HeatiNg, aNd exhiBiTs iNsuffIcient TOugHness. specifIcAlly, thE abovE tHermal inSulation material exhibitS good cUttinG woRkability, But CRacKs and breaKage (Chipping) eaSilY ocCur whEn a HIgh loAd or AN iMpaCT load Is apPLied to the THeRmaL INsUlation mateRIAL.
PaTent DOcuMEnt 2 (JP-A-2012-166358) DiscLoses a composite shEEt having a thickNess OF 3 Mm tHat IS forMeD by bringing two GlaSs WOOl prepreG mAts includinG an uncurEd URea-phEnolic Resin aNd havinG A ThICkness Of 50 mm IntO contact wIth EaCH other tO oBtAIn a lamInatE,
 flattened object material  upward wh en di sch arg ed  ontheconveyor 16, w i thou t rolling or sliding o f the  c r ushe d  a nd fl attened ob j e ctma te ria l, so  as t o d ischarg e the crus hed  a nd flattened ob ject mater ial  while autom ati callyse par a tingthe  crus hed an d  flatt ened mate ri a l from the mat e r ia ls t hat are unfit for cr u shing. This co nveyor  1 6  i s con str ucted in s uc h a w a y thati ts i n cli n ation may beadjustablea s d esired .Acc o rdingto th is cru sher of was te,althoughit isp ossible to achi eve acer tai n ob j ec ti veof sep a ra tin g  an d discha rg in g mat eria l s t hatare  unf it fo r crushing wi tho ut d e for mingthem,  the  w asteW supp liedby  the hopper 2 a nd p ushed bythe  p ush -i n mec h anism13tothe sid e of th e  fi rs t c ru shing roller 10 ha si t stop face  partc ru sh e d by the  f irs t cr u s hingroll e r10 while  its b o tt om  face p ar t is c on vey edtowar d  the  secon d crushi ng ro l ler 11 and the third crushin g  r o l le r  12alo ng a discha rgeg uide  chu t e17t ogeth er wi th th e  materials M that a re  unfit  forcrushing in a n uncrushe d s tate.
Fo r th a tr eason, the cru shing  of the bo t tom face  part  of thewaste W a n d  the sep ara tio n o f t h e  m aterials M th a t  are  u nfit fo r c rushing  mu stbeper fo rmed at t he sameti me  b ythe  seco n d crushi ng  ro ll er11 an d  the t hirdcrus hi ng rol ler 12, wh i c h fa ce  e achoth er , the reby pre senting  a proble m o f  dif fi cu lty ofseparation in  s ome cases.  F orexampl e ,  a therm al insulation materialp roduced  by  bind inga talc po wde r andpul p  using  Portl and c em ent i s kno w n  a s a  t hermal ins u l ati on ma te rial  whichis cut prior to us e  to  have a shape  co rres p o nd ing to a d ev i ces h ape or the like , and forwh i ch  high stre n gth  i s requi red dur ing u s e (e.g. , a therm al insula ti on m a t eri al that is  used as  a therma l  insu l at ion m ate rial f or  ahot p ress,a  ru bbervulcan iz ing ma chine ,and an i njection molding machin e, and  a ca sin g for anind u cti on furnac e) ( see Patent  Do cum ent 1  (J P -A-61 -109 2 05 )). Howev er,s ince thea bo vet h er mal insulat i o n  ma teria l i s  produ cedusing only pulp a s  reinforced fi bers , the  ab o ve t he rmal insulatio n m at e r ial show sa significa nt decre as e  in m echani cal st rengtha n da  signi fica ntdimension alch a nge due  t oh eating , an dexhibi ts ins u ffic i e nt toughness. Sp ecifi c a lly,t heabove  t hermali nsul ation mate rial exhibi ts goo d cu tting  workab il ity, b utcr acks and b r eakage (c hippi ng) eas il y oc cur  whena hi g h  load  oran  im pact load i sa pp li e d t o th e the rm al i nsulation material .
P a tent Do cu men t 2 (JP- A -2 0 1 2-166358)dis close s a composit e  she e th aving  a thi ckness  of 3 m m  th at  is for med b y bringin g two gla s s w oo l pr epreg ma ts  inc lu din gan uncured urea -phenoli c resina n d havi nga  thi c knessof  50 mm intoconta ct with ea c h  ot her too bta ina l amin ate ,
 flattened_object material_upward when discharged on_the conveyor_16,_without rolling_or_sliding of the_crushed and flattened_object material, so as_to discharge the_crushed_and flattened object material while automatically separating the crushed and flattened material from the_materials_that are_unfit_for_crushing. This conveyor 16 is_constructed in such a way_that its_inclination may be adjustable as desired.
According to this_crusher_of waste, although_it is possible to achieve a certain objective of_separating and discharging materials that are_unfit for crushing_without_deforming_them, the waste W_supplied by the hopper 2 and_pushed by the push-in mechanism 13_to the side of the first crushing_roller 10 has its top face_part crushed by the first_crushing roller_10 while its bottom face_part is conveyed_toward the_second crushing roller_11 and the third crushing roller_12 along a_discharge guide chute 17 together with_the_materials M that_are_unfit_for crushing_in an uncrushed_state.
For_that reason,_the_crushing of the bottom face part_of_the waste W and the separation of_the materials M that_are_unfit for crushing must_be performed at the same_time by the second crushing roller_11 and_the third_crushing roller 12, which face each other, thereby presenting a problem_of difficulty of separation in some_cases. For example, a_thermal insulation_material_produced by binding_a_talc powder_and pulp using Portland cement is known_as a_thermal insulation material which is cut_prior to use to_have_a shape corresponding to a device_shape or the like, and for_which high strength is required_during_use_(e.g., a thermal insulation material_that is used as a thermal_insulation material for_a hot press, a rubber vulcanizing machine,_and_an injection molding machine, and a_casing_for an induction furnace) (see Patent_Document_1_(JP-A-61-109205)).
However, since the above thermal_insulation material is produced using only_pulp as reinforced fibers, the above thermal insulation material_shows a significant_decrease in mechanical strength and_a_significant_dimensional change due to heating, and exhibits insufficient toughness. Specifically,_the above_thermal insulation material_exhibits good cutting workability, but cracks and breakage (chipping) easily_occur when a high load or an_impact load is applied to the thermal insulation material.
Patent Document 2_(JP-A-2012-166358) discloses a composite sheet having a thickness_of 3 mm that is formed by_bringing two glass wool_prepreg_mats including an uncured urea-phenolic resin and_having_a_thickness_of 50 mm_into contact with_each other to_obtain a_laminate,