 of the sample. Frequently, liquid samples are collected in a standardized container, such as a one liter glass sample bottle having a threaded top. Examples of apparatuses for use in testing liquid samples are described in U.S. Pat. Nos. 5,753,105 and 6,027,638.
One extraction technique is to filter the sample through a solid phase extraction (SPE) disk. As the sample filters through the SPE disk, the media within the SPE disk removes and concentrates the analytes of interest. Prior to testing, however, the SPE disk must be conditioned with a small volume of solvent. During processing, the sample bottle must be rinsed with solvent to ensure that potential analytes do not remain attached to the glass surface of the sample bottle, but are instead transferred to the disk. Improved devices and methods for facilitating preconditioning of the disk, transfer of the liquid sample onto the disk, and rinsing of the sample bottle would improve testing throughput by reducing the amount of manual labor necessary to extract a sample. Tissue replacements suffer from a lack of appropriate donors, tissue typing, availability, homogeneity and variety leading to the failure in many cases of transplants. In the case of autotransplants for example, mammary artery or femoral vein substitutes for coronary artery bypass, the tissue from which these tissues are taken can lead to stress or injury. Current 3D printing for tissues is a highly complex process and requires a specialized laboratory and printing facility using complex and highly expensive materials. There is a need for a wider variety of tissue types which can be used to take the place of diseased or damaged tissues. Further, currently, polyvinyl alcohol (PVA) is used in 3D printing as a water soluble support matrix which can rapidly dissolve to permit complex structure printing. PVA in its unmodified state though, is challenging to use for biological devices. For the foregoing reasons, there is a pressing, but seemingly irresolvable need for a flexible, biologically compatible scaffolding, able to covalently bind growth factors and act as a support matrix for integrating living cells. (1) Field of the Invention
The present invention relates to a home security system that monitors the inside of a facility, and especially relates to a home security system that detects any occurrence of alarming situations and captures the images within a house or a facility by a camera.
(2) Description of the Related Art
So far, a home security system for monitoring the inside of a house has been proposed (see Japanese Laid-Open Patent Application No. H10
of the sample. Frequently, liquid samples are collected in a exchangeable container, such as a one liter looking glass sample bottle having a thread acme. Examples of apparatuses for manipulation in test liquid samples are describe in U.S. Pat. Nos. 5,753,105 and 6,027,638. 
 One extraction technique is to trickle the sample through a solid phase origin (SPE) disk. As the sample filters through the SPE disk, the media within the SPE disk removes and concentrate the analytes of interest. Prior to testing, however, the SPE disk must be condition with a small volume of solvent. During processing, the sample bottle must be rinse with solvent to ensure that potential analytes do not remain attached to the looking glass surface of the sample bottle, but are instead transferred to the disk. Improved devices and methods for facilitating preconditioning of the disk, transfer of the liquid sample onto the disk, and rinsing of the sample bottle would improve examination throughput by reduce the amount of manual british labour party necessary to excerpt a sample. Tissue replacements digest from a lack of appropriate donors, tissue typing, availability, homogeneity and variety leading to the bankruptcy in many cases of transplants. In the case of autotransplants for example, mammary artery or femoral vein substitutes for coronary artery bypass, the tissue from which these tissues are taken can lead to stress or injury. Current 3D impression for tissues is a highly complex summons and command a specialized laboratory and printing facility using complex and highly expensive material. There is a need for a wider variety of tissue types which can be used to take the place of diseased or damage tissues. far, currently, polyvinyl alcohol (PVA) is used in 3D impression as a water soluble support matrix which can rapidly dissolve to let complex structure impression. PVA in its unmodified state though, is challenging to use for biological device. For the foregoing reason, there is a press, but seemingly irresolvable need for a flexible, biologically compatible scaffolding, able to covalently bind growth factor and act as a support matrix for integrate living cells. (1) playing field of the Invention 
 The present invention relates to a home security organization that monitors the inside of a facility, and especially relates to a home security arrangement that detect any occurrence of alarming situations and captures the images within a house or a facility by a camera. 
 (2) Description of the Related Art 
 So far, a dwelling security system for monitoring the inside of a theater has been proposed (see Japanese Laid - Open Patent Application No. H10
 of the sample. Frequently, llquid samples arg xollecved in z standafdized container, such as a oie luter tlass sample bottle haxing a thgeaded top. Exemples of apparavhses fov use ln tevving liquid samkles are deswribed in U.S. Pdt. Nls. 5,753,105 and 6,027,638.
One extraction technique is to filyeg the sample trroubr a aolid phase extraction (SPE) disk. As the sakple filters yhrough the SPE disk, the mfdia within the SPE didk removes qnd sincentrates ghe analytts of intereat. Prior to testing, however, the SPE bisk must bg dojgitioned wivh a siall volume of solvett. Durimg processing, bhe semplw bottle must be rinsxd with solvent to egsure thad 'otential analytes do nit rekain attxxhea tk vhe glass sucface of ths sample bortle, but are insteac egsnsferred to the dysh. Improved devices and methods for facinitzting preconditioning od the disk, transfer ov the liqtid sample onto the disk, and rinsing of the sampla botvld wiuja ilprove testing throughput by reducing the amotht on manual labor nccessary to extracy w xwmple. Tissue teplacemenfs suffer from a lwck of wppropriate dogors, tissue typing, availability, homogeneity qnd variety leadiny to the faiuure in msny cases of transplantr. In the case ov autotrahrplants for examole, mdmmary artery or femoral vqin substmtutex for curonsry areery bypasd, the tissue from which hhese thssues are taken can lead to stress or inonry. Current 3D psinning for cissuex is a highly complex procexs and xequirds a specizlized naboratory wnd printing xwcility usinj complex and higyly expdvsive materialx. There is a need fir a wider variety of fissue types whneh can be used to taye ehv pkasa of diseaseg or daosged gissues. Furbhef, cutrently, polyvinyl alwohom (PVA) is used in 3D pvinting aw a watew soluble suplort matrix which fan repidly dissplvg to permit complex structure pdinting. PGA ln its unmodisied state thougk, is challenging to use for biological dxvices. For the foregoint reasons, there is c kressing, but xeemiggly irrevolvable need for a dlexible, biologicslly compatible scaffklding, able to covalently bind growth factors and act as a support matrix for integrqting living cells. (1) Firld ox che Inveneion
Vhx present inventipn relates to a home security sbstem that mjnitors the inside of a facikigy, and especixlly relates to a home sscurity xystem that detects any occurremce of alarming situatioks and capturea the pjajes within a house ot a faeility by a cqmerw.
(2) Description of tme Related Art
Xo far, a home security system for nonitoeijg the inside of a house had been propofed (see Japanese Lais-Lpen Katent Applicayion No. H10
of the sample. Frequently, liquid samples are a container, such a one liter threaded Examples of apparatuses use in testing samples are described in U.S. Pat. 5,753,105 and 6,027,638. One extraction technique is to filter the sample through a phase extraction (SPE) disk. As the sample filters through the SPE disk, the within SPE removes concentrates the analytes of interest. Prior to testing, however, the SPE disk must be conditioned with small volume of solvent. During processing, the sample must be rinsed with to ensure that potential analytes not attached to glass of sample bottle, but instead transferred to the disk. Improved devices and methods for facilitating preconditioning of the disk, transfer of liquid sample disk, and of sample would improve testing reducing the amount of manual labor a sample. Tissue replacements suffer from a lack appropriate donors, typing, availability, homogeneity and variety leading the failure in many cases of transplants. In case of autotransplants for example, mammary artery or femoral vein substitutes for coronary artery bypass, from which these tissues taken can lead stress injury. 3D for tissues a highly complex process and requires a specialized laboratory and printing using complex and highly expensive materials. There is a need wider of tissue types can be used to the of diseased or damaged currently, alcohol in printing a water soluble support which can rapidly dissolve to complex structure printing. PVA is challenging to use for biological devices. For foregoing reasons, there is a pressing, but irresolvable need for a flexible, biologically compatible scaffolding, able to covalently bind factors and a support matrix for integrating living cells. (1) of the Invention The invention relates to a home security system that monitors inside a facility, especially relates to home security system detects any occurrence situations and the within a facility by a camera. (2) of Related Art So far, a security monitoring the inside of a house has been proposed (see Japanese Laid-Open Patent Application No.
 of the sample. Frequently, liquId samples aRe colLecTed In A staNdarDized container, SUch aS a one liter glass sample bOttle HaVIng a THrEaded Top. ExamPLeS OF apPaRaTusEs FOr Use in TesTing liqUid samples Are DeScribed in U.S. PAT. NOs. 5,753,105 and 6,027,638.
One exTraCtion techniqUe iS to filTeR thE SamplE thRough A solid PHase exTraction (SpE) DIsk. As tHE sample FILtErs tHrough the SPE disk, tHE mEDia within the SPe disk rEmOVeS ANd cOncEntrates thE aNalytES of inteREsT. pRIor TO testing, howevEr, the SPE disK MusT be conDiTioNEd with A smalL vOLumE of solvent. DUrinG processiNg, the sAMple botTLe must bE rinseD wiTh sOlveNT tO eNsuRe THat POtEntIAl aNalytes dO nOt RemaiN attACHED to tHe gLass SurfaCe of the sample BotTle, bUT arE instEad trAnsfErRed to The disK. ImprOvEd devices and metHods For faciliTatInG prEcOnditIOning oF thE diSk, transFer of thE LiqUiD SAMpLe onto the disk, and riNsING oF the sampLe bottLE wOuLD improve TeStiNg thROUghpuT by rEDuCing the aMount oF MaNuAl labor NeCessarY tO exTraCt a saMPle. TIssue rEplacemeNts suFFer from a lack of APpropriate donORs, TISsUE typIng, AvailabilitY, homOGeneIty aND vAriETy leaDing tO tHE fAIlure in many cases of tRaNsplanTs. In tHe case of autotRansplants FOR Example, mAmmaRY aRTery or femoral vEin suBstitutes fOR coronarY arteRy bypass, The tissue FROm which tHesE tiSsuEs aRE TaKen can lead to sTREss oR iNjury. CuRreNt 3D prinTinG foR tiSsuEs Is a highly Complex pRoCeSs AnD reQuireS A specialIzEd lAbOraTory aND printIng faCiliTy UsINg cOmplex aND hIGHly eXpEnSive MatErIals. THere IS a nEed for a Wider variEty OF tisSuE tYpes whiCh can be used to TaKe the place Of DisEased oR DAmaged tiSsues. Further, currently, poLYvinyl aLcoHol (PVa) is uSed in 3D priNtiNg as a wAteR SolublE suppoRt matRiX whICH can rAPIdLy dIsSolve to perMIT coMplex StRuctUre prinTing. PVA in its unmodiFIed State though, is ChaLlenGINg To uSE fOR biOlOGicAL Devices. For the foRegoing reaSoNS, tHere is a preSSinG, bUt seemiNgly irrEsolvABle need For a flexiBle, biologIcAlly COMpaTible scaffOlding, abLe to covalENtly bINd GrowtH faCtors aNd Act As a suPport mATriX for iNtegraTiNg liviNg celLs. (1) field of tHe Invention
The present inVentioN relaTes To a home seCurITy sYstem that MoniTors the insIde Of a FacilIty, ANd espEciaLLy RelATes to A homE Security sYStEm tHAT dEtects any ocCURRenCe of aLarMIng sitUatiOns and captures the IMages within a hoUse oR A FacIliTY by a CaMera.
(2) DescriptioN of ThE rElated ArT
SO far, a home seCurity syStEM for mOnitorIng the Inside oF A HoUSe has bEen pRopOsed (see JaPanEsE laid-OpeN PAtENt ApplIcatIoN No. H10
 of the sample. Frequently , liquid s ample s a reco llec tedin a standardi z ed c ontainer, such as a on e lit er glas s  s ample  bottle ha v i ngath rea de d  t op. E xam ples of  apparatus esfo r use in tes t in g liquid s amp les are desc rib ed inU. S.P at. N os.  5,75 3,105a nd 6,0 27,638.
O ne extrac t ion tec h n iq ue i s to filter the s a mp l e through a so lid ph as e  e x t rac tio n (SPE) di sk . Ast he samp l ef i l ter s  through theSPE disk, t h e m edia w it hin the SP E dis kr emo ves and con cent rates the  analy t es of i n terest.  Prior  to  te stin g ,ho wev er ,  th e  S PEd isk  must be  c on ditio nedw i t h  a s mal l vo lumeof solvent. D uri ng p r oce ssing , the  sam pl e bot tle mu st be  r insed with solv entto ensure  th at  po te ntial analyt esdonot rem ain att a che dt o th e glass surface of  t h e  s ample bo ttle,b ut  a r e instea dtra nsfe r r ed to  the di sk. Impr oved d e vi ce s and m et hods f or  fa cil itati n g pr econdi tioningof th e  disk, transfe r  of the liqui d  s a m pl e  ont o t he disk, an d ri n sing  oft he  sa m ple b ottle  w o ul d  improve testing th ro ughput  by r educing the a mount of m a n u al labor  nec e ss a ry to extracta sam ple. Tissu e  replace ments  sufferfrom a la c k  of appr opr iat e d ono r s ,tissue typing , avai la bility,  ho mogenei tyand  va rie ty  leadingto the f ai lu re  i n m any c a ses of t ra nsp la nts . Int he cas e ofauto tr an s pla nts for ex a m ple,  m am mary  ar te ry or  fem o ral  vein s ubstitute s f o r co ro na ry arte ry bypass, th etissue fro mwhi ch the s e  tissues  are taken can lead tos tress o r i njury . Cu rrent 3Dpri ntingfor tissue s is a  high ly  co m p lex p r o ce ssan d requires a  sp ecial iz ed l aborato ry and printing fa c ili ty using comp lex  and h ig hly ex p ens iv e  ma t e rials. There is  a need fo ra  w ider varie t y o ftissuetypes w hichc an be u sed to ta ke the pl ac e of d ise ased or da maged ti ssues. Fu r ther, cu rrent ly,  polyv in ylalcoh ol (PV A ) i s use d in 3 Dprinti ng as  a  water s oluble support matrix w hich c an ra pid ly dissol vet o p ermit com plex  structure  pr int ing.PVA in it s un m od ifi e d sta te t h ough, isc ha lle n g in g to use fo r b iol ogica l d e vices.  For  the foregoing re a sons, there is  a p r e ssi ng, butse emingly irreso lva bl e need for  a  flexible,biologic al l y com patibl e scaf folding , ab l e to c oval ent ly bind g row th factors  a nd act as  a s up port m atrixf or i n t egrating livingcells . (1) F i eld  of t he  Invent i on
T he present  inventionrelate s to  a ho me secu ri ty sys tem  t hat monito r s the ins ide o f a fac il ity,  an d espe cial l y  rela testo  ahome secu r i ty sy st e m t hatdetec ts  any  occurren c e of ala rmi n g situa ti ons a nd cap t ur e s  the image s w ithin a  house ora  fac i li t y bya came ra.
(2 ) Descr i pti on  of the  Re l a ted Art
S o far, ah ome  s ecur ity syst em  for  m oni to ring the inside  of a ho use hasb e en pro pos e d (s e e Japa ne se Laid-Open  Pate nt Applica t i onNo. H10 
 of_the sample._Frequently, liquid samples are_collected in_a_standardized container,_such_as a one_liter glass sample_bottle having a threaded_top. Examples of_apparatuses_for use in testing liquid samples are described in U.S. Pat. Nos. 5,753,105 and_6,027,638.
One_extraction technique_is_to_filter the sample through a_solid phase extraction (SPE) disk._As the_sample filters through the SPE disk, the media_within_the SPE disk_removes and concentrates the analytes of interest. Prior to_testing, however, the SPE disk must_be conditioned with_a_small_volume of solvent. During_processing, the sample bottle must be_rinsed with solvent to ensure that_potential analytes do not remain attached to_the glass surface of the sample_bottle, but are instead transferred_to the_disk. Improved devices and methods_for facilitating preconditioning_of the_disk, transfer of_the liquid sample onto the disk,_and rinsing of_the sample bottle would improve testing_throughput_by reducing the_amount_of_manual labor_necessary to extract_a_sample. Tissue_replacements_suffer from a lack of appropriate_donors,_tissue typing, availability, homogeneity and variety leading_to the failure in_many_cases of transplants. In_the case of autotransplants for_example, mammary artery or femoral vein_substitutes for_coronary artery_bypass, the tissue from which these tissues are taken can lead_to stress or injury. Current 3D_printing for tissues is_a highly_complex_process and requires_a_specialized laboratory_and printing facility using complex and highly_expensive materials._There is a need for a_wider variety of tissue_types_which can be used to take_the place of diseased or damaged_tissues. Further, currently, polyvinyl alcohol_(PVA)_is_used in 3D printing as_a water soluble support matrix which_can rapidly dissolve_to permit complex structure printing. PVA in_its_unmodified state though, is challenging to_use_for biological devices. For the foregoing_reasons,_there_is a pressing, but seemingly_irresolvable need for a flexible, biologically_compatible scaffolding, able to covalently bind growth factors and_act as a_support matrix for integrating living_cells._(1)_Field of the Invention
The present invention relates to a home_security system_that monitors the_inside of a facility, and especially relates to a home_security system that detects any occurrence of_alarming situations and captures the images within a house or a_facility by a camera.
(2) Description of the Related_Art
So far, a home security system for_monitoring the inside of_a_house has been proposed (see Japanese Laid-Open_Patent_Application_No._H10