robotictechnology

Kenta ugunsdzēsības un glābšanas dienests (KFRS) ir izstrādājis modernu ugunsdzēsības robotu, kas paredzēts, lai uzlabotu drošību un efektivitāti lielu incidentu laikā, tostarp industriālu ugunsgrēku gadījumā.

Aprīkots ar termogrāfiju, video ierakstīšanu un audio saziņu, robots var:

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Palīdzēt glābšanā ar nestuvēm

Tam ir arī šļūteņu pieslēgvieta, kas spēj izsmidzināt 2000 litrus ūdens minūtē, nodrošinot spēcīgu ugunsdzēsības atbalstu.

Tā tiek kontrolēta attālināti, šis modernais rīks ļauj komandām iegūt svarīgu informāciju no droša attāluma, samazinot riskus. KFRS plāno ieviest robotu visā apriņķī, tā pilnās iespējas joprojām tiek izpētītas.

#FirefightingInnovation
#Robotics #KentFireAndRescue #FireSafety #TechInAction
#EmergencyResponse

#RoboticTechnology
#PublicSafety #TechNews
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"PIRMS KRIPTOVALŪTU ATKLĀŠANAS / PĒC KRIPTOVALŪTU ATKLĀŠANAS"**
**Joks 1**:
*Pirms*: "Es parasti gulēju 8 stundas naktī."
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**Joks 2**:
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*Pēc*: "Manā makā ir 17 meme monētas un beidzies kupons Pizza Hut." 🍕🐸

**Joks 3**:
*Pirms*: "Es uztraucos par savu darbu."
*Pēc*: "Es uztraucos par Elona tvītiem." 💼🐦

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Scientists created a robot that has *living* skin.

Researchers at the University of Tokyo have taken a major step toward making robots more human-like by successfully binding living skin tissue to robotic surfaces.

Using a new method inspired by human skin ligaments, the team created tiny V-shaped holes filled with collagen gel, forming strong, seamless anchors for the living skin.

The result is a robot capable of making more natural facial expressions, like smiling-offering promising improvements for robots working in human-facing roles such as healthcare and education, where empathy and emotional connection are crucial.

This breakthrough could revolutionize robotics by enhancing both appearance and sensory capabilities. Living skin could give robots not only realistic facial expressions but also a sophisticated ability to sense touch, temperature, and texture-something synthetic materials have yet to fully replicate. Future research will focus on developing vascular systems to nourish the skin, making it even more lifelike and durable. If successful, humanoid robots of tomorrow may not just look human-they could feel human, too.

#RoboticTechnology

$TST hora de estudar o jogo #CZ precisamos de u.a reversão, desde o lançamento quedas consecutivas e não vimos nenhum manifesto da equipe técnica..
estamos perdendo detentores apoiadores do nosso robôzinho amarelo.

Meça três vezes, verifique duas e corte uma #CZ

No calor de um problema de desempenho, é muito tentador experimentar diferentes parâmetros de ajuste sem entender completamente a causa raiz do problema. Algumas mudanças ou combinação de mudanças podem ter um impacto negativo no sistema. Depois de tentar muitas mudanças de ajuste, algumas das mudanças não benéficas podem não ser retrocedidas.

A partir de experiências passadas, descobrimos que a otimização do projeto geralmente será mais eficaz e eficiente se o problema for analisado corretamente e se a causa raiz for identificada claramente.

#cz seja exemplo $TST merece mais atenção

#RoboticTechnology