Uvod, Varnostni Ukrepi, Uporaba, Kabel in vtič

SLO

UVOD

Da bi kar najbolje izkoristili svoj nov aparat, pred prvo uporabo pozorno preberite ta navodila za uporabo. Še posebej pozorni bodite na varnostne ukrepe. Priporočamo tudi da navodila za uporabo shranite, tako da boste lahko v prihodnje osvežili svoje znanje o funkcijah vašega aparata.

VARNOSTNI UKREPI

Splošno

•Nepravilna uporaba aparata lahko povzroči osebne poškodbe ali škodo na aparatu.

•Aparat uporabljajte samo v namen, za katerega je predviden. Proizvajalec ne prevzema odg- ovornosti za morebitne poškodbe ali škodo, ki nastane kot posledica nepravilne uporabe ali nepravilnega ravnanja (glejte tudi Garancijske pogoje).

•Samo za domačo uporabo. Ni namenjeno uporabi na prostem ali za obrtno uporabo.

•Samo za priključek 230 V, 50 Hz.

•Ne potapljajte aparata, kabla ali vtiča v vodo in se prepričajte, da v napravo ne pride voda.

•Nikoli se ne dotikajte aparata, kabla ali vtiča z mokrimi ali vlažnimi rokami.

•Kadar je aparat v uporabi, naj bo naprava pod stalnim nadzorom. Bodite pozorni na otroke.

•Uporabljajte samo dodatke izdelane ali priporočene s strani proizvajalca.

Uporaba

•Vedno postavite aparat na suho, ravno, trdno in pred toploto odporno površino, stran od robov.

•Vedno postavite napravo na varno razdaljo od vnetljivih predmetov, kot so zavese, prti ipd.

•Aparat se ne sme postaviti ali hraniti blizu dru- gih virov toplote.

•Aparata ne pokrivajte.

•Nikoli ne vstavljajte prstov ali kovinskih pred- metov v odprtine aparata, saj lahko to povzroči električni udar.

•Kovinski deli se med delovanjem zelo ogrejejo. Ne dotikajte se jih zaradi nevarnosti opeklin.

•Ne pozabite da ostane aparat po izklopu še nekaj časa vroč. Vedno počakajte da se aparat popolnoma ohladi preden ga shranite ali očistite.

•Aparat je potrebno redno prazniti drobtin, saj lahko te povzročijo vžig ognja.

•Ne pogrevajte živil obdanih s folijo ali podobnim materialom ali zelo debelih kosov kruha, saj lahko to povzroči vnetje ognja.

Kabel in vtič

•Ne pustite, da kabel visi preko robov delovne površine.

•Preverite, da ni mogoče povleči ali se spotakniti preko kabla ali morebitnega podaljška.

•Naj bo kabel in aparat stran od virov toplote, vročih objektov, ognja in vročih delov aparata.

•Izklopite aparat in povlecite vtič iz vtičnice, ko čistite ali ko naprava ni v uporabi. Ne vlecite za kabel, kadar vlečete vtič iz vtičnice. Namesto tega, držite vtič.

•Prepričajte se, da je kabel popolnoma raztegn- jen.

•Kabel ne sme biti ovit okoli naprave.

•Redno preverjajte ali sta kabel in vtič poškodovana in aparata ne uporabljajte, če sta poškodovana, ali če je aparat padel oziroma bil poškodovan na kakršen koli drug način.

•Če je bila naprava, kabel ali vtič poškodovan, naj jih pooblaščeni serviser preveri in po potrebi popravi. Nikoli ne poskušajte aparata popravljati sami. Prosimo kontaktirajte trgovino, kjer ste kupili aparat, za uveljavljanje garancije. Nepooblaščena popravila ali predelave aparata povzročijo neveljavnost garancije.

SEZNAM GLAVNIH SESTAVNIH DELOV NA- PRAVE

1.Odprtine za kruh

2.Ročica za izmet kruha

3.Gumb »RAZVELJAVI« (razveljavi = gumb stop)

4.Gumb za nastavljanje (čas peke)

Rešetke za valjaste kruhke vključene

643-197 specifications

Melissa 643-197 is an advanced synthetic organism developed for various applications in biotechnology and environmental science. This organism stands out due to its unique genetic makeup, which allows it to thrive in diverse environments while exhibiting exceptional functional properties.

One of the main features of Melissa 643-197 is its engineered photosynthetic capabilities. By harnessing sunlight more efficiently than natural plants, this organism can convert solar energy into usable forms of biomass, making it a potential candidate for sustainable biofuel production. Its photosynthetic efficiency is supported by the integration of genes from various high-performing algae, which enable it to maximize light absorption and carbon fixation even in suboptimal conditions.

Another characteristic that makes Melissa 643-197 remarkable is its resilience against environmental stressors. The organism has been genetically modified to withstand extreme temperatures, drought, and high salinity levels. This resilience is critical for its potential applications in bioremediation, where it can be deployed in polluted or challenging environments to help restore ecological balance. With the ability to absorb heavy metals and degrade toxic compounds, Melissa 643-197 could play a vital role in cleaning up contaminated sites while simultaneously producing valuable biomass.

The technology behind Melissa 643-197 involves CRISPR-Cas9 gene editing, which allows scientists to precisely modify the organism’s genome. This technology ensures that the desired traits are effectively introduced and optimized for performance. Additionally, the organism has been designed with self-regulating metabolic pathways, which enable it to adjust its growth and energy expenditure based on environmental conditions, thus enhancing its viability and efficiency.

Furthermore, Melissa 643-197 is equipped with synthetic biology techniques that enable it to communicate with other microbial communities. This feature can facilitate cooperative interactions in ecosystems, leading to enhanced nutrient cycling and improved soil health. By integrating into existing microbial networks, this synthetic organism can bolster the overall resilience of the ecosystems in which it is introduced.

In summary, Melissa 643-197 represents a pioneering advancement in synthetic biology, combining high-efficiency photosynthesis, environmental resilience, and advanced genetic technologies. Its potential applications in renewable energy, bioremediation, and ecosystem management signify a promising step towards a sustainable future. As research continues, Melissa 643-197 may pave the way for innovative solutions to pressing global challenges.