I-Endoscope yezoNyango iTekhnoloji eMnyama (1) 4K/8K Ultra HD + 3D Imaging

Itekhnoloji yokucinga ye-endoscopes yezonyango iye yafumana uphuhliso lwe-leapfrog ukusuka kwinkcazo eqhelekileyo (SD) ukuya kwinkcazo ephezulu (HD), kwaye ngoku ukuya kwi-4K / 8K inkcazo ephezulu ephezulu + ye-3D yomfanekiso we-stereoscopic. Olu tshintsho lobuchwepheshe luphucule kakhulu ukuchaneka kotyando, izinga lokubona isilonda, kunye namava okusebenza kukagqirha. Oku kulandelayo kunika isingeniso esibanzi kwimigaqo yobugcisa, iingenelo eziphambili, izicelo zeklinikhi, iimveliso ezimele, kunye neendlela ezizayo.

1. Imigaqo yobugcisa

(1) 4K/8K Ultra High Definition Imaging

amandla okusombulula:

4K: 3840 × 2160 pixels (malunga 8 million pixels), nto leyo 4 amaxesha 1080P (Full HD).

I-8K: 7680 × 4320 pixels (malunga ne-33 yezigidi zephikseli), kunye nokunyuka kwe-4x kokucaca.

Itekhnoloji engundoqo:

Uxinaniso oluphezulu lwenzwa yeCMOS: indawo enkulu yefoto, ephucula umgangatho wokucinga kwindawo yokukhanya okuphantsi.

I-HDR (i-High Dynamic Range): iphucula umahluko phakathi kokukhanya nobumnyama, inqanda ukubonakaliswa okugqithisileyo okanye ukungatyhileki.

Injini yokucubungula umfanekiso: ukucutha ingxolo yexesha langempela, ukuphuculwa komda (njenge-Olympus VISERA 4K's "Ultra HD signal processing").

(2) Imifanekiso ye-3D Stereoscopic

Indlela yokuphumeza:

Inkqubo yeelensi ezimbini: Iikhamera ezimbini ezizimeleyo zilinganisa ukungafani kwamehlo omntu kunye nokudibanisa imifanekiso ye-3D (efana neStryker1588 AIM).

Ipolarized light/time-division display: Umbono weStereoscopic uphunyezwa ngeeglasi ezikhethekileyo (ezinye iinkqubo zelaparoscopic).

Iinzuzo eziphambili:

Ukuqonda ubunzulu: Ugwebe ngokuchanekileyo ubudlelwane besithuba phakathi kwamanqanaba ombutho (njengemithambo kunye nemithambo yegazi).

Ukunciphisa ukudinwa okubonakalayo: kufutshane nombono wendalo, ukunciphisa impazamo "yokusebenza kwenqwelomoya" yotyando lwe-2D.

2. Izinto eziluncedo ezingundoqo (ngokuthelekiswa ne-endoscopy yenkcazo ephezulu yemveli)

3. Iimeko zesicelo seklinikhi

(1) Usetyenziso oluphambili lwe-4K / 8K inkcazo ephezulu kakhulu

Ukuxilongwa kwangaphambili kwamathumba:

Ekuhlolweni komhlaza we-colorectal, i-4K inokuchonga iipolyps ezincinci<5mm (ezingahoywa ngokulula yi-endoscopy yendabuko).

Idityaniswe ne-narrowband imaging (NBI), izinga lokufumanisa umhlaza kwangethuba linyuswe ukuya kuthi ga kwi-90%.

Utyando oluntsonkothileyo olungenelelayo kancinci:

I-Laparoscopic radical prostatectomy: I-4K ibonakaliso ecacileyo ye-neurovascular bundles iyanciphisa umngcipheko wokungabikho komchamo.

Utyando lwe-thyroid: Isisombululo se-8K se-nerve ye-laryngeal ephindaphindiweyo ukunqanda umonakalo.

(2) Usetyenziso olungundoqo lwe-3D yomfanekiso we-stereoscopic

Umsebenzi wesithuba esimxinwa:

I-Transnasal pituitary tumor resection: Kuphephe ukubamba umthambo we-carotid wangaphakathi kunye nombono we-3D.

I-port enye ye-laparoscopic surgery (LESS): Umbono onzulu uphucula ukuchaneka kwesixhobo.

Isisu kunye ne-anastomosis:

I-anastomosis yesisu: I-3D suturing ichaneke ngakumbi kwaye inciphisa umngcipheko wokuvuza.

4. Ukumela abavelisi kunye neemveliso

5. Imingeni yobugcisa kunye nezisombululo

(1) Inani ledatha liye landa kakhulu

Ingxaki: I-4K / 8K i-traffic yevidiyo iphezulu (i-4K idinga i-≥ 150Mbps i-bandwidth), kunye nezixhobo zendabuko zifumana i-latency yokuhambisa.

Isisombululo:

Ukuhanjiswa komqondiso weFiber optic (njengeprotocol ye-TIPCAM kaKarl Storz).

I-algorithm yoxinzelelo (i-HEVC / H.265 encoding).

(2) 3D ingxaki yesiyezi

Ingxaki: Abanye oogqirha bathanda ukudinwa xa besebenzisa i-3D ixesha elide.

Isisombululo:

Ulungelelwaniso lobude bojoliso olunamandla (njengenkqubo ye-AIM kaStryker, enokutshintsha phakathi kwe-2D ne-3D).

Itekhnoloji yamehlo e-3D (inqanaba lovavanyo, akukho mfuneko yeendondo).

(3) Iindleko eziphezulu

Ingxaki: Ixabiso lenkqubo ye-endoscope ye-4K linokufikelela kwi-3 ukuya kwi-5 yezigidi ze-yuan.

Umkhombandlela wokuphumelela:

Ukutshintshwa kwasekhaya (okufana nokuvula ii-endoscopes zonyango ze-4K ngexabiso kuphela i-50% yangaphandle).

Uyilo lwemodyuli (ukuphucula kuphela ikhamera, ukugcina umamkeli wokuqala).

6. IiNdlela zoPhuhliso lwexesha elizayo

Ukwandiswa kwe-8K + uphuculo lwe-AI:

I-8K idityaniswe ne-AI yokubhalwa kwezilonda ngexesha langempela (njengentsebenziswano ye-Sony ne-Olympus ukuphuhlisa i-8K + AI endoscopy).

Ingqikelelo yeHolographic ye-3D:

I-Intraoperative holographic image navigation (efana ne-Microsoft HoloLens 2 edibanisa idatha ye-endoscopic).

Wireless 4K/8K transmission:

Inethiwekhi ye-5G ixhasa usasazo olude lwe-4K yotyando (njengoko ilingwa yiSibhedlele Jikelele soMkhosi weNkululeko yaBantu).

I-endoscope ye-3D eguquguqukayo:

I-endoscope ye-elektroniki ye-Flexible ye-3D (ifanele i-airways emxinwa njenge-bronchi kunye ne-bile ducts).

shwankathela

Itekhnoloji ye-4K/8K+3D ye-endoscopic iphinda imise umgangatho wotyando olungenelelayo oluncinci:

Kwinqanaba lokuxilonga, izinga lokufumanisa umhlaza wokuqala liye landa kakhulu, linciphisa ukuxilongwa okuphosiweyo.

Inqanaba lotyando: Umbono we-3D unciphisa ubunzima bokusebenza kwaye ufinyeze ijika lokufunda.

Kwixesha elizayo, ukudibanisa ne-AI, i-5G, kunye neteknoloji ye-holographic iya kungenisa ixesha elitsha "lotyando oluhlakaniphile".